1
AN ABSTRACT OF THE THESIS OF
Hassan Alizadeh Ra.bii for the degree of Doctor of Philosophy
in Geography presented on August 10, 1979.
Title: An Investigation of the Utility of Landsat 2 MSS Data to the
Fire-Danger Rating Area, and Forest Fuel Analysis Within Crater
Lake National Park,
Abstract approved:
(Redacted for privacy
Dr. James F. Laney
Inventorying and mapping of the amounts of downed forest fuel
tonnage/acre within Crater Lake National Park, Landsat multispectral data was utilized in conjunction with National Cartographic
Information Center (NCIC) digital topographic information. It is
believed that this combination is the first effort of its type. Classification of combined Landsat spectral/NCIC topographic data sets
was accomplished through utilization of a Nova 340 computer system
at Berkeley Space Sciences Laboratory, Berkeley, California.
Interactive classification capability of this computer and its video
color display provided identification and mapping criteria for classification of various surface and cover types within the National Park.
Landsat spectral/NCIC topographic data set analysis technique
employed in this research included an unsupervised classification
program that separates sets of multidimensional data points into
clusters of similar groups. Each cluster is represented numerically
11
by a "center" or means of all features, and a "width" or a set of
standard deviations. To develop the cluster set, the program
employs an iterative process, and refines clusters in each iteration.
As the process continues, clusters with previously defined "too
small" standard deviations are combined into a single cluster, while
clusters with larger standard deviations are divided into new clusters.
This refinement stops when a measure of "goodness" (set by the user),
has been achieved. Use of this cluster classification technique
resulted in fifty-four detailed surface type classes for the study area.
Through stereoscopic interpretation of NASA high altitude U-2 color
infrared (IR) photographs, and use of detailed field observation
information, these fifty-four original clusters were evaluated and
reevaluated and combined into twenty-three "simplified vegetation"
classes. Finally, correlating surface cover type characteristics of
fifty-seven downed fuel study areas (DFSAs) to these fifty-four orig-
inal clusters and twenty-three classes, a "downed fuel" map with
thirteen fuel type classes was created.
Forest type, forest density and maturity (crown size) proved
to be the major "satellite visible" controls over the amounts of
downed fuel. Within coniferous forest types of Crater Lake National
Park, mature and dense Mountain Hemlock forest yielded the
maximum amounts of downed fuel. The least amounts of downed fuel
within the Park was inventoried under young, and very poorly stocked
111
Lodgepole Pine forest.
Throughout this study use of the quantitative MSS/topographic
data set, together with qualitative data from color IR photographs,
and "ground truth" information provided an excellent tools for the
objectives of this research. NASA U-2 color IR photographs have
larger scales and better resolutions than Landsat MSS data while,
Landsat' s primary advantages over NASA U-2 color IR photographs
include its repetitive coverage capability of detecting spectral
reflectance subtleties from surface and cover types, and most
important its computer compatible quantitative data.
"Ground truth" information was utilized to correlate the MSS/
topographic data set to color IR aerial photographic data. Ground
truthing proved to be an important factor in classification of remotely
sensed data, especially in classification of surface and cover types
within as complex a physiographic region as Crater Lake National
Park, where complexity of rough terrain has created numerous
slopes and slope aspects. As a result, spectral intensity data are
significantly altered and slope, slope aspect data aid greatly in
analysis. To improve such limitations in Landsat MSS data for
identification and mapping of surface and cover types within the Park,
fifty-seven extensive "ground truth" activities were conducted within
Crater Lake National Park.
A limiting factor in this thesis research proved to be the failure
iv
of the Landsat 3, Band 8 terrestrial thermal radiation band, a failure
which vitiated the effort to integrate terrestrial fuel moisture
measurements to satellite digital data analysis.
0 1979
HASSAN AL I ZADEH RAB I
ALL RIGHTS RESERVED
I
vi
An Investigation of the Utility of Landsat 2
MSS Data to the Fire-Danger Rating Area, and
Forest Fuel Analysis Within Crater Lake National Park, Oregon
by
Hassan Alizadeh Rabii
A THESIS
submitted to
Oregon State University
in partial fulfillment of
the requirements for the
degree of
Doctor of Philosophy
Commencement June 1980
vii
APPROVED:
Redacted for privacy
Prof isor of Geography In Charge of Major
Redacted for privacy
Chairpe'r son of Geog a phy
X./
Redacted for privacy
Dean of
raduate School i
Date thesis is presented August 10, 1979
Typed by Mary A. Stone for Hassan Alizadeh Rabii
vii].
Acknowledgments
I wish to express my gratitude to all members of my Committee.
Dr. William Quinn of Oceanography, Dr. Robert Wilson of Mechanical
Engineering, Dr. Charles L. Rosenfeld, Dr. Granville Jensen, and
Dr. James F. Lahey of Dept. of Geography. Without their guidance
and enthusiasm, throughout my pursuing of this project,- this thesis
would never have been accomplished.
The scope of this research includes accomplishments at Oregon
State University Computer Center, Berkeley Space Sciences Laboratory, Environmental Remote Sensing Application Laboratory (ERSAL)
on the O.S. U. Campus, and Cartographic Service of Dept. of
Geography. Special appreciation is extended to Dr. Barry Schrumpf,
Director of ERSAL and Mr. R.J. Murray of ERSAL and Computer Center
for their assistance in carrying out statistical aspects of this research.
I owe particular gratitude to Dr. James F. Lahey, Chairman
of my Committee, for his thoughtfulness and involvement, guidance,
and for his patient and thorough editing, and kindness throughout
this project. Dr. Lahey' s involvement extended beyond official duties
of chairmanship. He has provided partial personal funding for
various aspects of this project. These include: providing me with
Landsat MSS data tapes, NCIC digital terrain tapes, NASA U-2
Color infrared photographs, and expenses involved in photographic
reproduction of Color-Coded digitized classification results (Figures
ix
37, 38, and 39).
I also wish to thank Dr. Edward Starkey, Pacific Northwest
Regional Research Coordinator for partial fulfillment of the cost of
data processing at Berkeley, and at Oregon State University Computer
Center. Also my sincerest appreciation is extended to Mr. Frank
Betts, Park Superintendent and Crater Lake National Park Ranger
staff, Dan Challey, Dave Lang and others for their kind assistance
in my collection of field data in the Park. Mr. Robert E. Burgan,
and Mr. Jack D. Cohen provided us with fuel models relevant to
dominant forest species within Crater Lake National Park. Their
kindness and assistance in this respect is greatly appreciated.
The personnel of Berkeley Space Sciences Laboratory were
very helpful in their assistance during our data processing activities
at Berkeley. In this regard, I owe particular thanks, and apprecia-
tion to Mr. Gregory Smith not only for his great help during our visit
to their laboratory, but also for his friendship, and sincerity in
attempts made in solving computational problems. Others at that
Laboratory who contributed to this effort were: Mr. Steve De Gloria,
director of the lab, Mr. Chuck Henderson, Mr. Agnis Kaugars,
Mr. Paul Ritter, and Mr. Derek Taylor. Their friendly and sincere
assistances were invaluable.
I wish to thank Dr. Stephen J. Walsh of Oklahoma State
University for providing me with permission to use some of his
x
Landsat cartographic products prepared for him during his study at
Oregon State University.
Finally I wish to express my gratitude to Miss Touti Sadri for
her friendship and voluntary involvement in partial typing of rough
drafts of this thesis. I wish her a joyous life and academic success.
xi
TABLE OF CONTENTS
1.
Introduction
Introduction
Problem Statement
Study Area
Why Crater Lake National Park was Selected as
1
1
3
6
a Site for a Forest Fire Fuel Study Area
2.
6
Physical Characteristics of the Park Which Might
Influence Forest Fires Within Crater. Lake National
Park
Physical Setting
Climatic Elements
11
11
20
20
Data Acquisition
Climatic Analysis
Temperature
21
21
Precipitation
24
Snowfall
Solar radiation
Chapter Summary
3.
4.
Landsat Reconnaissance Satellites and MSS Digital
Computer Compatible Tapes
Introductory Statement
NASA Landsat Satellites.
Landsat Systems
Multispectral Scanner System (MSS)
Landsat Ground Scene
Change in Pixel Integration Caused by Scanning
Mirror Velocity
Landsat MSS Computer Compatible Tapes
Radiometric Calibration.
Computer Compatible Tape Format
Chapter Summary
Landsat Classification Limitations and Pixel Problems
Electromagnetic Radiation
Spectral Reflectance
Atmospheric Attenuation of Solar Radiation
Atmospheric Scattering and Absorption
Atmospheric Correction
Pixel Problems
Chapter Summary
.
28
31
34
35
35
36
36
44
46
49
55
55
56
60
61
61
61
64
66
68
71
80
xii
5.
6.
7.
Digital Data Acquisition and Field Observation Strategy
Landsat MSS Data Acquisition
Digital Terrain Data
Digital Terrain Data Acquisition
Color Infrared Aerial Photography
Acquisition of Color Infrared Photography
Field Data Acquisition Techniques
Downed Fuels Available for Wildfires and Environmental Moistures Associated with these downed
fuels
Selection of Field Observation Areas for Downed
and Dead Fuel Moisture Measurement, and
Downed Fuel Inventorying Within Crater Lake
National Park
Sample Site Selection Strategy
Dead and Downed Fuel Moisture Content
Measurement
Fuel Moisture Data Analysis
Downed Fuel Inventorying within Crater Lake
National Park
Downed Fuel Data Calculation
Chapter Summary
Computer Assisted Analysis of Field Data and
Landsat MSS/Topographic Data Sets
Preliminary Analysis of Data at Oregon State
University
Parameter 15: Variations of Solar Insolation
Intensity on Varying Slopes and Aspects of
the Park
Dissimilarity Clustering
Final Analysis of Data at Berkeley Space Sciences
Laboratory, Berkeley, California
Hardware Specification.
Landsat MSS/Topographic Data Set
Analysis Procedure of Landsat Spectral/
Topographic Data Set
Analysis Results
Chapter Summary
Summary and Conclusions
Summary
Data Acquisition Techniques
"Ground Truth" Activities
Data Analysis Techniques
81
81
83
83
85
87
89
89
90
90
95
98
112
117
182
184
184
197
207
235
235
236
237
239
265
266
266
266
268
271
Preliminary Analysis at Oregon State
University
Final Analysis at Berkeley Space Sciences
Laboratory
Conclusions,
Postscript
Bibliography
Appendix I
Appendix II
Appendix III
Appendix IV
271
272
274
278
279
284
288
329
370
xiv
LIST OF FIGURES
Figure
Page
1
Location of Crater Lake National Park in Western U.S.
7
2
Fire Spread-Danger Units Within CLNP
9
3
Distribution of Pumice Deposits from Mount Mazama
3-A Generalized Geological Map Of CLNP And Vicinity
4
5
6
13
15
Color Enhanced Landsat MSS Base Data for Crater Lake
National Park and Vicinity
17
Color-Coded 50-Foot Contour Map of Crater Lake
National Park and Vicinity
18
Locations of Climatic Data Recording Stations In CLNP
Region
25
7
Landsat Ground Coverage Pattern
38
8
Ground Scan Pattern for a Single MSS Detector
39
9
Landsat Tracking Scheme
42
Schematic Diagram of the Landsat MSS Scanning
Arrangement
45
11
Landsat MSS System
47
12
Comparison of the Constant Mirror Velocity and the
Variable Mirror Velocity of Landsat
50
Integration and Variable Overlapping of Pixels
Corresponding to a Variable Mirror Velocity
51
Comparison of Distance Covered on the Ground for a
Constant Mirror Velocity and a Variable Mirror
Velocity
52
10
13
14
15
Ground Registration Error Due to Variable Mirror
Velocity
54
XV
LIST OF FIGURES - Continued
Figure
Page
16
Interleaving of Landsat Data
58
17
Atmospheric Correction Methods on Landsat MSS Bands
69
18
Concept of an Airborn Scanner
72
19
Loss of Boundary Resolution and Position
74
20
Spectral Reflectance of Two Pixel Component Surface
Cover Types
76
21
Shape and Size Changes of Surface Cover Types
77
22
Atmospheric Attenuation In Normal And Color IR
Photography
86
Locations of FMISs Within Crater Lake National Park
94
23
24-A Fuel Moisture IndicatOr Stick In the Field
96
24-B Moisture Measurement of FMIS with Chisholm Scale
96
25
NFDR 10-Hour Timelag Fuel Moisture Nomogram
26
CLNP 10-Hour Timelag FMIS Moisture Content
99
(North)
100
CLNP 10-Hour Timelag FMIS Moisture Content (Rim
Dr. & Pinnacles Rd.)
101
28
CLNP 10-Hour Timelag FMIS Moisture Content (West)
102
29
CLNP 10-Hour Timelag FMIS Moisture Content
27
(South)
103
30
CLNP 10-Hour Timelag FMIS Moisture Content (Means)
104
31
Locations of DFSAs Within Crater Lake National Park
118
31-A Downed Fuel Inventory (Field Form)
119
xvi
LIST OF FIGURES - Continued
Figure
Page
32
Ground Control Point Locations
187
33
Variations of Solar Radiant Loading on Various Slopes
& Aspects - 09:32 Sept. 10, 1974
205
Dendogram Of Species, Crater Lake National Park,
Oregon, Canberra Metric/Group Average
208
Color-Coded Digitized Slope Map of Crater Lake
National Park and Vicinity
244
Color-Coded Digitized Slope Aspect Map of Crater
Lake National Park and Vicinity
245
37
Original Cluster Classification-54 classes
248
38
Simplified Vegetation- 23 classes
249
39
Downed Fuel (T/A)
250
40
New IGOR Color Arrangement (248 Colors)
256
41
Key to Color Codes for Figures 37, 38, and 39
257
42
Key to Appendix II, 54 Cover Type Classes
288
43
Key to Appendix III, 23 Cover Type Classes
329
44
Key to Appendix IV, 13 Fuel Type Classes
370
34
35
36
xvii
LIST OF TABLES
Table
1
Page
Comparative Climatic Data for Crater Lake Region
(1941-1975)
23
26-year Monthly and Annual Averages of Precipitation
Within Crater Lake National Park, Oregon
26
Variation of Snow Depth and Snow Meltout Period For
Selected Sites Within Crater Lake National Park, Or.
29
4
Landsat 1 and 2 Orbital Parameters (September 1976)
40
5
Reflectance of Selected Minerals And Desert Vegetations
63
2
3
6
Fuel Moisture Indicator Sticks (FMIS) Stationed at
North Entrance Road, Crater Lake National Park,
Oregon
7
Fuel Moisture Indicator Sticks (FMIS) Stationed at
West Entrance Road, Crater Lake National Park,
Oregon
8
10
11
12
107
Fuel Moisture Indicator Sticks (FMIS) Stationed at Rim
Drive and Pinnacles Road, Crater Lake National Park,
Oregon
9
106
108
Fuel Moisture Indicator Sticks (FMIS) Stationed at
South Entrance Road, Crater Lake National Park,
Oregon
109
Weather Conditions on Two Days Prior and on the
Days FMISs' Moisture Measurements Were Made
within Crater Lake National Park
110
Comparative Long Term and 1978 Summer Months'
Temperature and Precipitation within Crater Lake
National Park
113
Downed Woody Material Computation Summary -Study Site #1
122
xviii
LIST OF TABLES - Continued
Table
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Page
Downed Woody Material Computation Summary --
Study Site #2
123
Downed Woody Material Computation Summary -Study Site #3
124
Downed Woody Material Computation Summary
Study Site #4
125
Downed Woody Material Computation Summary
Study Site #5
126
Downed Woody Material Computation Summary
Study Site #6
127
Downed Woody Material Computation Summary
Study Site #7
128
Downed Woody Material Computation Summary
Study Site #8
129
Downed Woody Material Computation Summary
Study Site #9
130
Downed Woody Material Computation Summary
Study Site #10
131
Downed Woody Material Computation Summary
Study Site #11
132
Downed Woody Material Computation Summary
Study Site #12
133
Downed Woody Material Computation Summary
Study Site #13
134
Downed Woody Material Computation Summary
Study Site #14
135
Downed Woody Material Computation Summary
Study Site #15
136
xix
LIST OF TABLES - Continued
Table
27
28
29
30
31
32
33
34
35
36
37
38
39
40
Page
Downed Woody Material Computation Summary
Study Site #16
137
Downed Woody Material Computation Summary
Study Site #17
138
Downed Woody Material Computation Summary
Study Site #18
139
Downed Woody Material Computation Summary
Study Site #19
140
Downed Woody Material Computation Summary
Study Site #20
141
Downed Woody Material Computation Summary
Study Site #21
142
Downed Woody Material Computation Summary
Study Site #22
143
Downed Woody Material Computation Summary
Study Site #23
144
Downed Woody Material Computation Summary
Study Site #24
145
Downed Woody Material Computation Summary -Study Site #25
146
Downed Woody Material Computation Summary -Study Site #26
147
Downed Woody Material Computation Summary -Study Site #27
148
Downed Woody Material Computation Summary -Study Site #28
149
Downed Woody Material Computation Summary -Study Site #29
150
LIST OF TABLES - Continued
Page
Table
41
42
43
44
45
46
47
48
49
50
51
52
53
54
Downed Woody Material Computation Summary -Study Site #30
151
Downed Woody Material Computation Summary
Study Site #31
152
Downed Woody Material Computation Summary
Study Site #32
153
Downed Woody Material Computation Summary
Study Site #33
154
Downed Woody Material Computation Summary
Study Site #34
155
Downed Woody Material Computation Summary
Study Site #35
156
Downed Woody Materi.1 Computation Summary
Study Site #36
157
Downed Woody Material Computation Summary
Study Site #37
158
Downed Woody Material Computation Summary
Study Site #38
159
Downed Woody Material Computation Summary
Study Site #39
160
Downed Woody Material Computation Summary
Study Site #40
161
Downed Woody Material Computation Summary
Study Site #41
162
Downed Woody Material Computation Summary -Study Site #42
163
Downed Woody Material Computation Summary -Study Site #43
164
xxi
LIST OF TABLES - Continued
Table
55
56
57
58
Page
Downed Woody Material Computation Summary
Study Site #44
165
Downed Woody Material Computation Summary
Study Site #45
166
Downed Woody Material Computation Summary
Study Site #46
167
Downed Woody Material Computation Summary
Study Site #47
59
Downed Woody Material Computation Summary
Study Site #48
60
62
63
64
65
67
68
170
Downed Woody Material Computation Summary
Study Site #50
171
Downed Woody Material Computation Summary
Study Site #51
172
Downed Woody Material Computation Summary
Study Site #52
173
Downed Woody Material Computation Summary
Study Site #53
174
Downed Woody Material Computation Summary
Study Site #54
66
169
Downed Woody Material Computation Summary
Study Site #49
61
168
175
Downed Woody Material Computation Summary
Study Site #55
176
Downed Woody Material Computation Summary
Study Site #56
177
Downed Woody Material Computation Summary
Study Site #57
178
LIST OF TABLES - Continued
Page
Table
69
70
Downed Fuel Variation Within Dominant Species of
Crater Lake National Park
181
UTM Coordinates and Locations of Ground Control
Points
188
70-A Computer Printout of Map to Gray Scale Registration
71
72
73
Parameters Established for 56 DFSAs and 47 Nonforested Areas Within Crater Lake National Park
196
Solar Radiation Amounts Within DFSAs at the Time
of Landsat 2 Overpass
200
Field Observation Information for DFSAs Within
Cluster A
210
73-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster A
74
Field Observation Information for DFSAs Within
Cluster B
74-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster B
75
Field Observation Information for DFSAs Within
Cluster C
75-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster C
76
Field Observation Information for DFSAs Within
Cluster D
76-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster D
77
189
Field Observation Information for DFSAs Within
Cluster E
211
213
214
216
217
219
220
222
LIST OF TABLES - Continued
Table
Page
77-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster E
223
78
Field Observation Information for DFSAs Within
Cluster F
78-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster F
79
Field Observation Information for DFSAs Within
Cluster G
79-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster G
80
Field Observation Information for DFSAs Within
Cluster H
80-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster H
81
Field Observation Information for DFSAs Within
Cluster I
81-A Means and Standard Deviations of Landsat MSS Data
For Ground Truthing Sites Within Cluster I
82
Number of Pixels in Each 54 Original Cluster Classes
83
Means of MSS /Topographic Data Set for 54 Original
Cluster Classes
84
224
225
226
227
228
229
230
231
241
242
Standard Deviations of MSS/Topographic Data Set
for 54 Original Cluster Classes
243
85
Key to Figure 37 and Appendix II
252
86
Key to Figure 38 and Appendix III
259
87
Key to Figure 39 and Appendix IV
260
xxiv
LIST OF TABLES - Continued
Page
Table
88
Fuel Classes and Amounts of Downed Fuer in Each Class
262
89
Numerical Specifications of Fuel Classes
263
AN INVESTIGATION OF THE UTILITY OF LANDSAT 2 MSS DATA
TO THE FIRE-DANGER RATING AREA, AND FOREST FUEL
ANALYSIS WITHIN CRATER LAKE NATIONAL PARK, OREGON
Introduction
The primary objective of this research was to investigate (1) the
utility of Landsat 2 multi-spectral scanner (MSS) data in rating an
areas' fire-danger and(2) do a forest fire fuel analysis within Crater
Lake National Park, Oregon. In this study, Landsat MSS data were
utilized in conjunction with: 1) National Aeronautics and Space
Administration (NASA) U-2 color infrared photographic data of various
scales, 2) National Cartographic Information Center's (NCIC) digital
topographic data of the region, and 3) data acquired through field
observation with regard to the amounts of downed fuel under domin-
ant forest species within the Park.
The flow of the argument is
presented in seven chapters.
Chapter one focuses on the problem statement and geographic area
description. In Chapter two, physiographic characteristics of the
study area are examined with regard to forest fires within the Park.
Within Chapter three the specifications of Landsat reconnaissance
satellites, and MSS digital computer compatible tapes
are studied to
aid those not familiar with the limitations of the Landsat MSS system.
Details of those limitations with regard to Landsat MSS data classification and problems of pixel integration are discussed in Chapter
four. Field data acquisition processes with regard to downed fuel
moisture content measurements, and the strategy employed in the
inventory of downed woody material was extensively examined and is
categorized in Chapter five of this study. Chapter six
is devoted
to a Landsat spectral/NCIC digital topographic data set classification
and interpretation procedure. Also included in Chapter six are
analysis techniques utilized in generating color-coded photographic
products of forest species, and downed fuel amounts within Crater
Lake National Park. Chapter seven includes the summary and
conclusions of this research.
It is believed that findings of this study, and availability of
computer generated photographic and digital maps with regard to:
1) characteristics of dominant forest species of the Park, and 2) the
amounts of downed fuel available for forest fires, will assist the
National Park Service's Fire Control Division in its fire control
efforts within fire hazardous sites and in regulating related tourist
activities within Crater Lake National Park.
3
Problem Statement
Except for prescribed fires, all forest fires are devastating
phenomena. Every year forest fires burn and devaluate millions of
acres of forest lands all over the world. Forest fires are especially
critical in midlatitudes where dramatic changes in regional climatic
elements from wet to dry season favor forest fire fuel loading and
fuel ignition. According to the Oregon State Forestry Department,
the forest fire season in Oregon starts in early July and extends until
late October. During this time period an average area of 25,000
acres of forest lands are destroyed (Oregon State Forestry Department, 1969). During the 1970 forest fire season, each forest fire
destroyed an average of 57 acres within the Pacific States region
(USDA, 1971).
An investigation into a forest fire probability index reveals
that the following categories are basic parameters in forest fuel fire
loading processes:
1.
biomass parameters:
a. understory characteristics; is it brush, dead fuel or
their combination, and are these moist or dry,
b.
2.
fuel size and moisture content.
physical parameters:
4
a. atmospheric conditions: especially temperature,
humidity, wind direction and wind speed,
b.
surface environment such as topography, slope,
slope aspect, and soil moisture characteristics
(Brown and Davis, 1973).
Although it would seem a simple task to study the foregoing
phenomena and thus be able to forecast and even to prevent forest
fires, in practice it has proved to be otherwise. In the United States,
for example, in spite of its well organized and advanced forest services and technology, limitation of manpower in the Forest Service
in comparison with forested land areas of the country has made
forest fire prevention, not only a difficult, but an impossible task.
In recent years, United States National Aeronautics and Space
Administration (NASA) by its successful launching of Landsat Satellite
Series into earth's orbit has opened a new era and horizon for
scientific researchers of all disciplines who are involved in aerial
surveillance activities in their studies. Landsat satellites, by
scanning the globe accumulate first hand data from every region on
the earth; an accomplishment which would otherwise be impossible.
As in many other disciplines, foresters and scientists in
related fields have benefitted greatly from the advantages provided by
Landsat MSS data. Their approach, in this respect has been mainly
devoted to forest inventories, damage survey and damage control,
5
and similar activities. In an attempt to further extend Landsat MSS
data application to silvicultural studies, this study has aimed to
investigate the potential capability of Landsat MSS data in
inventorying downed woody material, surveying forest fuel fire
loading characteristics, and ultimately in establishing fire
prevention criteria within Crater Lake National Park, Oregon.
6
Study Area
For the purpose of this research Crater Lake National Park in
the southern High Cascades of Oregon was selected. Crater Lake
National Park is located between North latitudes of 42°46' and 43°04'
and between West longitudes of 121°59'50" and 122°15'56". Figure 1
represents the location of the National Park within western United
States.
Why Crater Lake National Park was Selected as a Site for a Forest
Fire Fuel Study Area
In selecting Crater Lake National Park as a study area for this
research the following considerations were involved:
1.
The area represents one of the most unusual physiographic
landscapes of the world. For this reason tourism and tourist
activities have increased steadily. This trend is expected to continue
through the coming years. Hence man-caused forest fires are
expected to increase proportionally to increased tourist activities.
2.
Large scale NASA U -2 color infrared photographic coverage
for the Park was available.
3. A recent Landsat digital cover map (Walsh, 1977), was
available, which together with U-2 color infrared photographs
provided excellent aids for selection of Fuel Moisture Study Areas
7
Location Of Crater Lake National Park
In Western U.S.
VANCOUVER
CA /4104
UNITED STATES
WASHING TION
SEATTLE
MONTANA
SPOKANE
IDAHO
1101111
CRATER LAKE
NATIONAL
M1101,010
I
PARK
Mei
I
LAIAt
FAU.&
05150N
0111.11101LE.M10011110.11MOMP=.
NO WO
CAVES
NATIOOMI.
MONUMENT
NEVADA
ORNIA
50
25
0
50
110
MILES
SAC X/14,101,0
f44:441
SAN FRANCS=
Figure 1.
Adapted from NPS (1977).
8
and Downed Fuel Inventorying Areas.
4.
Observing the objectives of the National Park Services Fire
Management Plan for Crater Lake National Park, considering its
accumulated fire history, the park has already been divided into three
fire units (Figure 2). Units 1, 2, and 3 designate respectively wild
fire regions within the Park with 1) no fire spread danger to "outside
the park" resources, 2) an intermediate area, and 3) an extreme fire
zone which is hazardous to the flora and fauna of Crater Lake National
Park and its immediate vicinity. The Fire Management Plan of the
National Park has provided overall approved directions for the
management of natural, wildland, and prescribed fires within Crater
Lake National Park. The National Park Service with this Fire
Management Plan, aims to preserve the Park as a natural wildland
while minimizing wild fire spread hazards from the National Park
to its neighbouring national forests (Betts and Dickenson, 1977).
The present study was designed to provide the Park Service with
downed fuel characteristics for every dominant forest type as
related to topographic phenomena such as elevation, slope, and
slope aspect within the Park.
The current chapter has provided the reader with basic
information about the purpose, and objectives of this research,
and with the location of the study area. In the forthcoming
9
Fire- Spread-Danger Units Within CLNP
,0
offilleflo
1111111.01IIIIIITA"Ii
lll,ro,
.
r"
rt
Fl RE DANGER UNITS
Unit
111.11:11.1111141111
Intermidiatt
Zone
Figure 2.
Extreme Hazardans
Zoos
Proscribed Firs
119761
Adapted from Betts and
Dickenson (1977).
10
chapter physical characteristics of Crater Lake National Park will be
discussed as background for persons not knowledgeable about the
Crater Lake environment and because the physical conditions have
important relationships to forest wild fire potential.
11
CHAPTER 2. PHYSICAL CHARACTERISTICS OF THE PARK WHICH
MIGHT INFLUENCE FOREST FIRES WITHIN CRATER LAKE
NATIONAL PARK
Physical Setting
The Cascade Mountains, one of the main western highlands of
the United States between the Rocky Mountains to the east and Coast
Range to the west, extend from Northern Washington State, through
Oregon, to Northern California. This Cascade Range itself repre-
sents two distinctive structural landscapes. The Western Cascades
are a belt of Tertiary lavas and pyroclastic rocks. The High Cascades, on the other hand are younger volcanic cones of Pliocene and
recent structural origin. At the time that the recent volcanic eruptions of the Eastern or High Cascades started, Tertiary lavas and
pyroclastic rocks of the Western Cascades had already been folded
and deeply eroded. During the Pleistocene epoch the High Cascades
region rose and numerous mountain peaks developed. Mount Mazama,
remnants of which enclose Crater Lake today, was one of these
newly developed peaks. This mountain began to grow about two
million years ago (Williams, 1942); and became a rival peak to Mount
Hood (elevation 11, 253 feet = 3430 m. ) before it erupted and became
Crater Lake. Similar to the large number of volcanoes of the
High Cascades, Mount Mazam.a's eruptions were explosive in
nature. These eruptions took place during the recent epoch of the
12
Quaternary period. Falling pumice from Mount Mazama's final
cataclysmic eruption 6600 years ago (plus or minus 200 years) covered
more than 350,000 square miles. The depth of falling pumice and its
orientation varied as controlled by the prevailing winds of the time
(Figure 3). Of the total of 350,000 square miles only 5,000 square
miles were buried under more than 6 inches of falling pumice. Farther
away from
Mount Mazama's eruption center the size of falling
pumice and its depth decreased. Some very fine pumice was carried
as far as Alberta, Canada (Williams, 1942, and USGS, 1956). As a
result of this extremely explosive eruption, Mount Mazama was
destroyed and its peak collapsed into the mountain creating
a caldera approximately twenty-four square miles in size.
Later, one other, although smaller, orogenetic activity took place at
the bottom of the caldera resulting in the present day Wizard Island
which continued to erupt until it reached its present dimensions about
1,000 years bp. Today it consists of a symmetrical cinder cone about
one half mile in diameter and
a summit rising 763 feet above the
level of the Lake. Geologic and botanic studies have indicated that
Wizard Island erupted at about 1,000 years bp, and ceased volcanic
activities not later than 800 years ago (Williams, 1942 and 1953).
The structural setting of Crater Lake National Park consists of
Pleistocene cones of Andesite and Pliocene shield volcanoes of basalt.
Underlying rocks include the Tertiary lava flows of the Western
13
Distribution of Pumice Deposits from
Mount Mazama
0,{/ Pumice and Scoria Flow
(glowing avalanches)
Pumice Fail
Depth of Pumice
*'1.4
Pqvi2
AYarnSac Mountain
Union Peek
Prosoect*
Fort ICIAtOstli
Wasni*S
Pumice
Lipper 1{1a/nath takt
Figure 3.
Adapted from U.S.G.S. (1956).
14
Cascades.
A generalized geologic map of Crater Lake National Park and
vicinity (Figure 3-A) represents the resultant physiographic landscape
of the region after Mount Mazama's volcanic activities ended. The
region is now mainly covered with lava rocks and pumice produced by
Mount Mazama's eruptions. There are also remnants of Tertiary
lava covered land to the north and to the northwest of the Park. To
avoid repetition in geological research study of the region, it is
suggested that readers interested in more information on geologic
history of the Park refer to a recent summary on this subject by
Stephen J. Walsh (1977). Original detailed information on the subject
is available through extensive publications by Howel Williams (1942,
and 1953).
Crater Lake National Park is about 120 miles inland from the
Pacific Ocean. Orogenetic and volcanic activities within the National
Park has resulted in a complex topography where abrupt changes in
elevation are common especially around the rim areas.
While elevations in the southwest corner of the Park are less than
4,400 feet (about 1341 m.), within a short distance to the northeast on
the summit of Mount Scott east of Crater Lake, it reaches to 8,926
feet (2721 m.).
With the exception of the caldera rim and a number of
scattered volcanic cinder cones around the Park, the elevation ranges
between 5,000 and 6,000 feet (1524 m. to 1829 m.), within the
15
Generalized Geological Map Of CLNP
And Vicinity
112i
,3"^
789,
!al.* Critif
balleft Cael
.
,r/
i.
V
3
,:r5.J,
A
.4.
Oasts
acs.
lommL;;:16' -
al'
.<
Groulso ntio
.
l Resell
3" ''''..". '''''' '*""A:,.,,,unsree
:-.:.:2'.
S.,
....------
....-.
,./.. \ ...1-77a.,,,,, '''''...%
c!!;:cre;!!!. (......."'
,.... C14 s
asuman*
...'
--,,,,,,,
-,--- -
'....ava,", ..,-.
,,
NateP1.5.31 ;
;<,,,
3978
...'
opooloco.-...'
45,,,,,"',.,
N.
.
%Ill:ant*, ,
...:
,
..<3,,,t
,.....,.....[..
7:
-....
.51nt,:;:,-;
Anne*
, Sarni
--**
.,1
....
..
7: '5-* ...'S 7' 7
.5,
.
', -
s
,..*:
'',,.
14^- Psts4t. -
''''
-:.:;.-F.
=,-.7.'-;,--:;,,-,
7691, -7-,1: fp
-.....
sic
"=,
:
'5/
,.
'4
'3,
'560.5
!..,
''''''''....."-,...
'''.,..'N.,m :Z:.,.s..,
,:::::-K;.,..--,eses-
.N.
.-',.;.:.24'.
v.:
...1i(,
.1'..e. 4
,
-
..".......1......3.
0,
3:50
-.7n-,::,..i2u,--, ''''
V-..
- , - -...ent ',b."?
2 --,
"'''''
11.11 .tr....................
"----
'1,
re'
NIt.1,113:954: V...3.4
-.
. .
.
.<
<7.11,..-
.44./...
-...,,..,r, 7'.
?s,J."..tons 37/"...7,.. :;; 2''s"
..,
......,
'
Sista
3441rmi.
'.1<eilealMIS 1
....
7.3......."<"
,,,.
_..
:<--:
'7'..."." a.";' 1,144.70:1:>"4.7.7"""':"
("5"...a '''..''.i...J. C:'t?"
0....,....
I1<
.1,i
...kW'
StIttlfmlf ROC* 14:0.'''*.579:0.... ,...t Sc
---'-'.4-
5236
SI...1
3i 7,
.,..,analog
....."...\''''''..............." /
aca
Os* ...
./V, Iir "es
3
........"
Si "-
<7....
"....::
.."--.,
:<107:::5 ')
N......, ........:-.........twit
,;mern n
p---.,14m.r.
.4,
,\.
-
-1,z.±.,;;;`,.<
*"..23
c,...:,--41--..
r4(<<'.:<
- - zreth
34.,.4%O., 's-e...,'
4.141
.2
P-e-Mazaina Lavas
1.411.01.1 Peas Law-as
! Mount Mamma Andesites
Mount Manama Dscites 1 Mount Scott Lavaa1 Dikes and vents on caidera wails
.= Parasitic cinder cones r Glowing avaianche deposits = Timber Crater Lavas
Figure 3A.
Adapted from Williams (1942)
and USGS (1956)
16
boundaries of this National Park (USGS, 1956). This unique
landscape of the park provides powerful controls over the climate
and vegetation of the region.
Figure 4 is a photographic product of computer assisted color
enhanced Landsat digital data of Crater Lake National Park and
vicinity acquired on September 10, 1974. Computer color enhanced
images of Landsat MSS digital data are composites of three basic
colors (red, blue, and green), and their different hues. In this
figure (Figure 4), nonvegetated areas such as Pumice desert and rim
walls as well as bare mountain summits such as Crater Peak, Timber
Crater and Union Peak, are shown in bright colors. Forested areas
of the National Park are shown in different shades of blue; lighter
tones representing lower densities of forest cover types. Deep valleys
or canyons are represented by different tones of red depending on
cover type density and their reflectance intensities.
Figure 5 is a color enhanced digital contour map of the
National Park and vicinity with contour interval of fifty
feet. This figure has been produced from topographic digital tapes
provided by National Cartographic Information Center (NCIC) in
Reston, Virginia and adjusted to the handset pixel grid format.
Comparing figure 4 with figure 5, it is evident that distribution
of vegetation within the National Park is a function of topography.
According to observations made within the Park during the summer
Color Enhanced Landsat MSS Base Data for Crater Lake National Park and Vicinity.
Figure 4
Color-Coded 50 Foot Contour Map of Crater Lake National Park and Vicinity.
Figure 5
19
of 1978 lower regions of the Park are forested by Lodgepole Pine
(Pinus contorta) and are represented in light blue in Figure 4 and
light to medium blue in Figure 5. Areas with higher elevations which
have been presented in different tones of red and purple in Figure 5
are forested with Mountain Hemlock (Tsuga mertensiana) and/or
Shasta Red Fir (Abies magnifica var. Shastensis). In Figure 4 such
areas are shown in darker shades of blue or red. Ground truthing
also assures that Whitebark Pine (Pinus albicaulis) with similar
reflectance values of that of Lodgepole Pine, replaces it in areas
with higher altitudes. Such is the case in Crater Lake rim area.
It is suggested that topographic phenomena in general, and
elevation in particular has powerful control( s) over distribution and
dominance of cover types within the National Park.
Data accumulated through "ground truthing" during the summer
of 1978 within the Park, has indicated that different cover types of
the National Park have different downed fuel characteristics. These
characteristics will be examined and categorized in Chapter 5.
20
Climatic Elements
Data Acquisition
Extensive long period climatic records for Crater Lake National
Park do not exist. Sternes (1963), has compiled a brief climatic
record and climatic analysis for the Park which is based solely on
observations made at Crater Lake National Park Headquarters from
1924 through 1961 with a five year gap from 1942 through 1946.
Obviously this station, located at an elevation of 6,475 feet
(1974 m. ), cannot represent an overall picture of the climate of as
complex a terrain surface as Crater Lake National Park, where
drastic and abrupt changes in elevation and orientation of deep valleys
have created numerous microclirnatic regions. None the less, in the
absence of any other climatic records for any appreciable period of
time for the region, this original work was chosen for analysis.
In addition,
short term climatic data for the Park were acquired as
follows:
a. Snow depth and snow meltout data were made available for
seven selected snow depth observation stations within the Park. These
data are from field observations made weekly by Dr. James F. Lahey
and Mr. William Hamilton from early fall of 1977 through the summer
of 1978.
b.
Weather reports from observations made at
21
Crater Lake National Park Headquarters during summer months of
July, August and September, 1978. Availability of these data provided
day to day weather reports for the period of field observation of downed
fuel moisture content within the National Park.
Climatic Analysis
Located within northern hemisphere middle latitudes, a short
distance from the North Pacific, and under a basic westerly wind
flow, the High Cascades of Oregon are moisture barriers. Although
the Park is slightly south of the main track of the numerous winter
storms, which originate from the North Pacific, it still is well within
the belt of their influence (Sternes, 1963). These locational factors,
together with topographic configuration of the Park, control all major
climatic phenomena; temperature, precipitation and solar radiation
within the National Park. These phenomena are discussed below.
Temperature
In any month of the year freezing temperatures can be observed
at all elevations within the Park. Within the National Park, there is
steady decline in temperatures as elevation increases.
An
exception to this ruel, are "pools'? of cold air in certain
regions at lower elevations the eastern slopes and eastern or southern
plateau within the National Park. Sternes (1963) considered three
22
primary conditions for the occurrance of cold "pools ":
a. Impeded air drainage: formation of stagnant cold air due to
poor air drainage in all directions such that normal daily mountainvalley breeze does not take place effectively.
b.
Invasion of Arctic Air: This air mass forming over contin-
ental snow and ice field of the continent moves southward along the
east side of the Rocky Mountains. Occasionally, a segment of this
air mass breaks through into the Western Rockies and moves toward
the eastern slopes of the Cascade Range. Residing there, this Arctic
air mass causes lower temperatures for the region.
c.
Noneffective Incoming Marine Air: Due to seasonal sea
versus land temperature characteristics, during the winter months
the marine air mass is warmer and hence lighter than either stagnant
air or Arctic air already in the region. As a result, incoming
marine air glides over the existing colder, denser air on the ground
without having any effect on the temperatures of lower elevations.
Average maximum summer time temperatures within the Park
vary from the high 60's at the caldera rim to lower 90's in Munson
Valley. Average maximum winter temperatures are in the 50's. Table
1 gives the annual average temperatures and also average temperatures
for the months of January and July, for the National Park in comparison with data from surrounding climatic data recording stations
Comparative Climatic Data For Crater Lake Region
(1941 - 1975)
Station
Elevation
feet
(meters)
Latitude
Longitude
(N)
(w)
Ave. Temperature F (C)
July
Annual
Jan.
Ave. Precip. in. (cm)
Annual
June
Snowfall
Aug.
Medford
1312
(400)
42
Trail 14
NE
1885
(575)
42
Prospect
2 SW
2482
(766)
42
44'
122
31g
Klamath
Falls 2
4098
(1234)
42
12'
121
47'
Chiloquin
4220
(1286)
42
35'
4760
43
13'
121
42
54'
122
Chemlut
52'
4 ?'
122
122
121
52'
40'
6475
(1974)
55.6
65.4
(2.0) (18.6)
52.2
(11,2)
51.3
20.5
1.4
(52.0) (3.6)
47.2
2.5
00.7)
019.9) (6.3)
66.?
(1.9) (19.3)
50.1
(10.1)
42.9
(108.9)
68.1
29.5
(-1.4) (20.1)
(8.8)
n.9
35.5
7.5
(19.1)
2.4
(6.1)
41.0
14.2
1.7
(36.0) (4.2) (104.1)
26.4
59.1
(-3.1) (15.1)
42.8
(6.0)
18.3
1.8
(46.6) (4.6)
47'
60.0
25.2
(-3.8) (15.6)
41.8
(5.4)
26.4
2.4
160.0
(67.1) (6.0) (406.4)
08'
24.8
53.3
(-4.0) (11.8)
37.7
(3.2)
69.8
4.0
590.0
(177.1)(10.1)(1498.6)
52'
(1451)
Crater
L. Nat.
Park Hqs
36.7
71.9
(2.6) (22,2)
Table 1. Adopted from NPS, Denver Service Center, 19 ??
24
(Figure 6).
The climatological data recorded by eight climatic data
recording stations located in the vicinity of this National Park
reveals the expected decline in temperature as a function of
increased elevation.
Precipitation
Variation in elevation, slope and aspect are major
factors controlling precipitation within the Park.
Comparative climatic data of the Park region (Table 1), indicate
that areas at higher elevations receive more precipitation than the
regions at lower altitudes unless unfavorable slope-aspects have
created rain shadow areas. Such a condition prevails on the eastern
slopes of the National Park where average annual precipitation
amounts decline from about 70 inches (178 cm.), at the crest to
slightly more than 25 inches (64 cm.), in the eastern lower areas of
the National Park (Sternes, 1963, and NPS, 1977). Two major
factors are the cause of this phenomenon:
a. Ascending air together with general air flow over the region
from the southwest to northwest during storms results in
much precipitation
before the air passes to the eastern slopes
of the Park.
b.
Descending air on the eastern slopes causes the air to be
25
Locations Of Climatic Data Recording
Stations In CLNP Region
0CHEMULT
16-
.5VAERIAL DISTANCE
( Miles I
/CRATER LAKE
.7.0<----111 NAT. PARK HQS.
TRAIL 14 NE
0 ,---,vV
PROSPECT 0
-190
FORT
KLAMAT%\
CH1LOQUIN
°MED FORD
KLAMATH FALLS
0
Figure 6
26-year Monthly and Annual Averages of Precipitation
Within Crater Lake National Park, Oregon
Period
(year)
Jan.
in
(cm)
Feb.
10.35
8.60
in
(cm)
March
in
April
in
May
in
June
in
July
in
Aug.
(cm)
(cm)
(cm)
(cm)
(cm)
(cm)
Sept.
in
(cm)
3.14
(7.98)
2.53
(6.43)
0.66
0.55
2.11
(1.68)
(1.40)
in
Oct.
in
(cm)
Nov.
in
(cm)
Dec.
7.64
11.89
Ann.
in
in
(cm)
(cm)
1926 to
8.39
4.33
(21.84)
(21.31)(11.00)
(26.29)
46 to
1941
&
19
1961.
Table 2.
Adopted from Starnes (1963)
6.39
70.30
(5.36) (16.23)(19.38) (30.20) (178.56)
27
compressed to increase its temperature and decrease its relative
humidity on these lee slopes.
From mid fall through spring the region receives most of its
annual precipitation. During this period land surfaces of the region
have much lower temperatures than the adjacent oceanic waters.
Furthermore, topography of the region favors orographic precipitation.
As the result, incoming, nearly saturated, marine air masses which
are considerably warmer than the land over which they are travelling
have their temperatures decreased both by air to surface cooling and
by the orographic cooling process. This results in great amounts of
moisture being released. From late spring through summer and
early fall, due to the reversed
conditions with regard to sea versus land temperatures, the region
receives very small amounts of precipitation (Table 2). During this
period of the year interior ground temperatures are considerably
higher than those of the ocean beaches. This is true even at the
crests of the caldera rim and other higher elevations. As a result,
higher inland temperatures cause the incoming air mass to become
warmer and hence increase its moisture retaining capacity. Besides,
at this time of year there is almost total absence of large scale storms
moving into the region; a common situation during winter
months. With summertime storms being rare, and with heavy
precipitation during winters, the climate of Crater Lake National
28
Park is characterized by cool dry summers, and cold wet winters
(Sternes, 1963). Table 2 gives monthly, and annual averages of
precipitation within Crater Lake National Park.
Snowfall
More than 70% of the total precipitation within the Park occurs
as snowfall. Duration of snow and snow depth vary significantly with
regard to variation in elevation and slope aspect. Typically at higher
elevations of the Park, the first measurable snowfall occurs in late
September or early October.
Annual snowfall at the Park
Headquarters varied between 277 and 879 inches (between 704 and 2233
cm. respectively), for the recorded data period from 1924- 196 i(Sternes,
1963), with
being
average snowfall for the Park Headquarters station
590 inches (1498 cm. ), (see Table 1, NPS 1977).
Table 3 presents snow depth variation and meltout period for
selected sites within Crater Lake National Park and vicinity for the
1977-78 snow season.
According to weekly snow depth observation (Table 3), the
Panhandle area with an elevation less than 4,500 feet (1348 m.),
received measurable snowfall about a week later than other sites
mentioned for the Park in Table 3. Also the maximum accumulated
snow depth for this same Panhandle site was much smaller than for
other siteswithin the Park for which snow depth observation have been
It
0
En
1
Variation Of Snow Depth and Snow Meltout Period For
Selected Sites Within Crater Lake National Park, Or.
Location Elevation 1st Measurable Snow
Accumulative Snow
&
feet
On The Ground
UTM Coor.
(meters)
Date
Snow Dep.
Date
Snow Dep.
Of Obs.
Of Ohs.
in. (cm)
in. (cm)
Panhandle,
576650 E.,
4735300 N.
4.421
11/5/7?
(1348)
HWY 62 W,
562100 E.,
4748650 N.
5550
(1692)
11/5/77
Annie Sp.,
568350 E.$
4746700 N.
6012
(1833)
10/29/77
4
Crater L.
Nat. Park,
Hqs.,
569859 E.,
4749900 N.
6950
(2119)
10/29/77
5
Junc. Him
7000
(2134)
10/29/77
5775
10/29/77
2
3
Dr. &N. Rd.
2/17/78
52.1
(132.4)
5/13/78
a/ 1 7/ 7 8
63.5
(161.3)
5/13/78
2/10/78
102.8
(261.1)
7/2/78
3.1
(7.9)
2/11/78
116.0
(294.6)
7/2/78
3.2
2/11/78
137.0
(348.0)
7/15/78
3/8/78
79.0
(200.7)
7/15/78
23.8
(60.3)
3/25/78
441
(10.5)
4.3
(10.8)
1.8
,
Date
Snowmelt
Completed
( 4.6)
(8.1)
569650 E.,
4750850 N.
6
7
Junc. N.Rd.
& HWY 138W,
592250 E.,
4770750 N.
Junc. HWY
138 & US 97,
(1761)
4700
(1433)
11/5/77
1.8
(4.5)
2.3
( 5.7)
2/17/78
592000 E.,
4770500 N.
Table 3. Source: Field observations taken by Dr. James F. Lahey
and Mr. William Hamilton.
30
tabulated in Table 3. Site 5 in Table 3, located at rim area at an
elevation of 7,000 feet (2134 m. ), had the most accumulated snow
within the Park (137 in. = 348 cm.), followed by site 4 at the National
Park Headquarters at an elevation of 6,950 feet (2119 m.), (116 in. =
295 cm. ). With regard to snow season duration, it is evident that
sites 3, 4, and 5 all with elevations over 6, 000 feet (1829 m.), had
snow on the ground from late October to early July; about two months
longer than the other sites, all with elevations of less than 5,800
feet (1770 m.).
Within the Park, snowfall, snow depth and snow duration on
the ground is a function of topography, slope aspect, and elevation.
Maximum snow depth during the snow season for the National Park Head-
quarters has been recorded as 155 inches (394 cm. ). For the 1978
snow season however, this value was recorded as 116 inches (295 cm.),
on February 11, 1978. As is presented in Table 3, snow depth varies
significantly within various areas of Crater Lake National Park. In
fact, the snow season not only starts earlier but also lasts longer in
the areas with higher elevations than those with lower altitudes within
the Park. It is reasonable to conclude that the snow season starts from
areas with higher elevations and spreads downward onto areas with
lower altitudes within the Park. On the other hand snow meltout
starts from lower elevations and makes its way up toward areas with
higher altitudes within the National Park. To this rule, wind field
31
and snowfall characteristics of the region (mentioned above in this
chapter) should be added. Obviously, the longer snow duration on the
ground will result in more moist downed fuel and moist soil which in turn
will delay season of potential wild fire spread within those areas of the
National Park. On the other hand, areas with lower elevations with
favorable slope aspect to solar heat loading dry earlier and thus
enhance forest fire danger. As a result, lower areas will have
longer forest fire seasons and lower elevations with southern to
western slope aspects tend to be more critically prone to forest
fires. Due to diurnal insolation intensity characteristics, these
areas will have greater solar heat loadings than areas with northern
or northeastern slope aspects.
At the present time Dr. Lahey, Mr. Scott Kolar, and Mr.
William Hamilton are conducting concurrent snow field studies within
Crater Lake National Park. Through these studies, characteristics
of two climatically different snow seasons of the National Park, one
for the relatively dry snow season of 1976-77, and the other for a
so-called normal snow season of 1977-78, will be examined. To
avoid duplication, this study will not investigate this topic.
Solar Radiation
Solar_energy is the most important controlling factor of the climate
in any region on earth. It is also by far the most significant parameter
32
in forest fire danger.
The rate of solar loading has been estimated
to be between 1.94 and 2.00 calories per square centimeter per min-
ute at the top of the earth's atmosphere when it is illuminated by the
sun's beam normal to that square centimeter.
Solar radiation
reaching the surface of the earth is called global radiation, which
consists of direct and diffuse solar energy, the latter being energy
diffused by atmospheric clouds and dust particles. It has been calcu-
lated that solar heating of the earth's surface depends on several
factors, among those the astronomical parameters and angle of
incidence being the most significant (Rosenburg, 1974). These para-
meters are examined below:
a. Astronomical factors result from the laws of earth-sun
geometry which include eccentricity in the earth's orbit around the
sun.
Eccentricity aphelion and perihelion phases of the earth's orbit
around the sun causes the intensity of solar radiation upon the earth's
surface to vary from its average value by plus or minus 3. 5%. As a
result of this, summers in the northern hemisphere are somewhat
cooler, and winters a little warmer than their equivalent seasons in
the southern hemisphere (Lamb, 1972). The subject will be given
further consideration in chapter 6, where, solar insolation intensity
will be calculated for various slopes and aspects of the study area
with regard to Landsat 2 overpass time of the region on September
10, 1974; the time during which MSS data utilized in this research
33
had been acquired.
b.
The angle of incidence of the solar beam varies with slope
angle and slope aspect of the surface exposed to sun's energy. In
accordance with Lambert' s Cosine law, slope affects the intensity of
radiation absorption by the "cosine effect" (Rosenberg, 1974). In
other words, the incident angle with larger cosine value assures the
larger quantity of solar energy input on the exposed surface. In this
respect, slope angle and slope aspect are of significant importance in
middle latitudes. In the tropics the sun stays high through the year,
while in high latitudes there is a greater proportion of diffused to
direct solar beam (because of low sun angle), on one hand and
dominance of cloudiness on the other which reduces the significance
of "cosine effect". Both factors have significant effects on the heat
loading characteristics of Crater Lake National Park because of its
location in middle latitudes and also because of its complex and rough
topography with many slopes and aspects.
34
Chapter summary
In this chapter:
1.
Physiographic characteristics of the Park that
control climatic phenomena within the Park have been discussed,
Z.
Variations in precipitation amounts on different areas of
the Park in conjunction with seasonal temperature variations within
the National Park have been discussed,
3.
Correlation between topography and vegetation within the
National Park has been considered,
4.
Snow season variability and its duration with regard to
topographic phenomena of the National Park have been examined so
that physiographic factors and their control over forest fires can be
appreciated,
Due to the usefulness of Landsat MSS data for the objectives
of this research, the first section of the forthcoming chapter will be
devoted to a statement concerning the systematic characteristics
of NASA Landsat satellites, and their observational systems. In the
second section of the chapter, computer compatible tapes (CCT) will
be described.
35
CHAPTER 3. LANDSAT RECONNAISSANCE SATELLITES AND
MSS DIGITAL COMPUTER COMPATIBLE TAPES
Introductory Statement
The effective utilization of Landsat digital data requires
understanding of the Landsat operational system. Therefore, the
Landsat satellite series, their observatory systems, and operational
characteristics are discussed in this chapter.
36
NASA Landsat Satellites
NASA initiated the Landsat program by launching Earth
Resources Technology Satellite (ERTS) into an earth orbit on July
23, 1972. The foregoing name was later changed to "Landsat 1".
Less than three years later, Landsat 2 was launched into an earth
orbit on January 21, 1975, and this was followed by Landsat 3 on
March 5, 1978. After orbiting the globe for more than 5 years,
Landsat 1 ceased operation on January 6, 1978. During this period
of time Landsat 1 had returned data for 300,000 images of the earth's
surface from space (NASA, 1978).
Landsat Systems
Sun-synchronous earth orbiting Landsat satellites have been
designed and developed by the United States National Aeronautics and
Space Administration (NASA) to provide repetitive surveillance
coverage of the globe, and simultaneously acquire high resolution
multispectral data of the earth's surface characteristics. The orbiting
direction of Landsat satellites is from N. Northeast to S. Southwest
during data acquisition. It takes 103 minutes to complete a revolution.
The southward revolution of Landsat is on the illuminated hemisphere
of the globe with a nominal 9:30 A. M. descending node (equatorial
crossing). Since orbital characteristics of Landsat 3 were not
available at this time, Table 4 depicts only parameters for
37
Landsat 1 and 2.
Due to the oblateness of the earth's surface and perturbational
forces acting upon the spacecraft, the altitude of the satellites varies
between 880 to 930 kilometers (between 547 to 578 miles). As
presented in figure 7, the daily earth coverage swath of the spacecraft
shifts 1.43 degrees (159 Km =
99 mi. ), westward at the equator.
The revolutions progress systematically in a westwardly direction
until all the area between orbit N and orbit N+1 in figure 7 is covered.
This coverage is termed "one complete cycle". The time required for
one complete cycle is exactly 18 days consisting of 251 revolutions or
approximately 14 revolutions per day for 18 days (NASA, 1976).
During this period of time the orbital parameters of the Landsat
spacecraft provide a complete global coverage between 81 degrees
north latitude and 81 degrees south latitude.
Landsat satellites ground coverage pattern (Figure 7), has been
designed in such a manner that there is 14% sidelap at the equator,
which increases to 50% sidelap at 50 degrees north or south. Side lap
percentage reaches as much as 85% at 80 degrees north or south
latitudes. Nearness of adjacent Landsat orbits (159 Km at the
equator crossings), in comparison with relatively wide area coverage
for MSS detector(s) is the cause of sidelapping phenomena in Landsat
coverage. This has been illustrated in figures 7, and 8, and also in
table 4. The width of scan pattern for MSS detector (s) coverage is
38
LANDSAT Ground Coverage Pattern
ORBIT N + 1, DAY M + 1
ORBIT N + 1, DAY M
ORBIT N,
DAY M +1
cs-ORBIT N, DAY M
NOTE: ORBIT N, DAY M + 1 OCCURS 14
REVOLUTIONS AFTER ORBIT N,
DAY M
EQUATOR -
(98.82 mi.
159 km.)
Figure 7. Adapted from NASA (1976) ,
39
Ground Scan Pattern for a single
MSS Detector
SPACECRAFT
LINE
2*
VELOCITY VECTOR
185km,)
(115mi
WIDTH
TOTAL AREA SCAN
FOR ANY BAND
FORMED BY
REPEATED 6 LINE
PER BAND
4+
5-
SWEEPS
6+
PER ACTIVE
MIRROR CYCLE
LINE 1 -0*
2*
COMPOSITE
11. rm.+.
LINE
4+
6*
Figure 8. Adapted from NASA (1976).
40
Landsat
1
and 2 Orbital Parameters
(September 1976)
Parameter
Semi-major axis (km)
Inclination (degrees)
Revolution period (minutes)
Landsat
1
Landsat 2
7285.438
7285.730
98.906
99.015
103.143
103.149
Eccentricity
0.001070
0.001392
Time of descending node
(equatorial crossing)
8:50 AM
9:20 AN
Duration of complete cycle
18 days
(251 revs.)
18 days
(251 revs.)
Distance between adjacent
ground tracks at equator(km)
159
159
Nominal altitude (km)
920.00
920.00
Table 4. Adopted from Landsat Data Users
Handbook$ NASA (1976)
41
185 Km (approximately 115 mi.), while the distance between the
centerlines of two adjacent subsatellite ground coverage-tracks is
159 kilometers (about 99 mi. ).
In order to facilitate comparison of the Landsat images from a
given area, collected during repetitive coverage cycles, Landsat
orbits have been designed in such a manner that Landsat sensor
systems survey the same area every 18 days. This procedure also
applied to Landsat picture taking sequences, so that, with precise
scheduling, the centers of images taken every 18 days correspond to
the same area on the ground. This has been possible by referencing
all payload operation to the equator (see Figure 9). As seen in
Figure 9, when an image of Region A is obtained, it will consist of
two consecutive frames, formatted 25 seconds apart from each other,
covering all the earth strip which is possible to cover during that
orbit. The Landsat orbit has been so calibrated that no more than
37 kilometers of cross-track picture-center variation will occur
during the mission life. In-track scheduling on the other hand,
assures that no more than 30 kilometers in-track picture-center
variation will occur (NASA, 1976).
Every Landsat satellite carries two sensor systems onboard,
each with different operational characteristics and surveillance
purposes. One sensor system is a Return Beam Vidicon camera
(RBV), and the other is a Multispectral Scanner system (MSS).
42
LANDSAT Tracking Scheme
Frame shot within ±2 seconds on equator,
other frames spaced at 25 seconds
4(115mi.-18 5km.)
In-Track Picture Scheduling.
Figure 9.
Adapted from NASA (1976).
43
Because of the importance of the IVIultispectral Scanner System to
this research it is described in the following discussion.
44
Multispectral Scanner System (MSS)
Mounted onboard each Landsat satellite is a sensor system
which produces continuous strip images of the earth's surface within
the ranges of visual and near infrared wavelengths of the electromagnetic spectrum. This sensor system known as a Multispectral
Scanner (MSS) is capable of detecting the spectral responses from
0.5 to 1.1 micrometers. MSS detection wavelengths coincide with
that of reflected solar radiation from the earth's surface extending
through the visual and to a portion of the reflected solar infrared
spectral region; i.e., from 0.5 to 0.7 and from 0.7 to 1.1 micrometers
respectively. By installation of a thermal infrared sensor onboard
Landsat 3, MSS detectabilitY in infrared region was further extended
from 10.4 to 12.6 micrometers. Unfortunately, this thermal infrared
sensor installed on Landsat 3 failed to operate properly since the time
the satellite was launched on March 5, 1978; this thermal infrared
band finally ceased operation in the late spring of 1978.
Except for the thermal band of Landsat 3, which was planned to
operate with two detectors, each of the 4 bands of Landsat MSS
satellites operates with 6 detectors. For this reason Landsat 1, and
2 have 24 detectors onboard for MSS bands 4 through 7 (4 x 6) (Figure
10).
The MSS detector system on Landsat satellites has been
45
Schematic Diagram of the LANDSAT
MSS Scanning Arrangement
OPTICS
SCANNER
SCAN MIRROR
(OSCILLATES
DETECTORS
PER SAND:
NOMINALLY
2.1114
24 TOTAL,
.2 FOR SANO I
NOTE: ACTIVE SCAN IS
FIELD OF VIEW
WEST TO EAST
11.54 DEGREES
1115.2 boy
(104 nmi
/
NORTH
WEST
LIM/SCAN/RANO
EAST
PATH OF
SPACECRAFT
TRAVEL
SOUTH
Figure 10.
Adapted from Landsat Data Users
Handbook, NASA (1976).
46
designed and calibrated so that their nominal instantaneous field of
view (IFOV) or a pixel, of each detector is 79 x 79 meters (259 feet),
for MSS bands 4 through 7.
Landsat Ground Scene
A Landsat ground scene composed of Landsat MSS data covers
185 x 185 Km (115 miles square) on the ground, representing reflected
radiation values from surface and cover types. The Landsat orbit with
its near-polar track produces the along-track spacing between swaths.
This along-track motion of the Landsat together with active and retrace
mirror scan provides the complete coverage of the Landsat ground
scene. The scene includes 2340 parallel scan lines, each of which
contains 3000 to 3450 pixels or bytes* (Figure 11). These bytes are
arranged in such a manner that they represent differing radiance
levels from surface and cover types. The variation in the number of
bytes (pixel information) along a scan line is due to the fact that
there are variations in spacecraft altitude. At the nominal altitude
of the spacecraft at 918.592 Km (about 571miles), the distance covered
by a scan line is 185 Km (115rniles)long (Thomas, 1975). Ignoring
mirror scan non-linearities or other perturbations of mirror velocity,
a 185 kilometer scan line will produce approximately 3300 video
* A byte is made up of eight binary "bits", which are the smallest
units recognizable by the computer systems.
47
LANDSAT MSS System
3000 to 3450 Pixels
Direction
of
Spacecraft
2340
111
Scan Lines
Scan
Lines
(115 mi.-185 km.)
Figure 11.
Adapted from Thomas (1975).
48
images or pixels (185:0.056 = 3304). The reasoning behind this is
briefly discussed below:
It was previously noted that the nominal instantaneous field of
view (IFOV), for Landsat MSS detectors is 79 x 79 meters. It was
also mentioned that, there are 25 detectors or channels (24 detectors
plus one sensor for thermal band data) onboard Landsat 1 and 2, these
detectors operate sequentially. It should be noted that the time
required for a single detector or channel to acquire video image from
the scanned ground features is 0.3983 microsecond, and so for 25
channels the required time equals 9.958 microseconds (25 x 0.3983).
During this period of time the reflectance characteristics of the
sampled ground area (79 x 79 meters) is recorded by the various
detectors of the MSS sensors. However, during 9.958 microseconds
time span, the 79 x 79 meter video image moves only 55.99 meters of
about 56 meters (184 feet) in cross-track direction. For this reason,
when the next video image or pixel information is being acquired, it
would consist of 23 meters (about 75 feet), repetitive information or
previously acquired data and only 56 meters (184 feet) of new
information. This 56 x 79 meters area is termed the "effective"
IFOV of a detector in the cross-track (scan line) direction (NASA,
1976). Using "effective" IFOV values for pixel size (56 x 79 meter s)
will eliminate the overlap factor between adjacent pixels. According
to some investigators "effective" IFOV has been suggested to be 57 x
49
79 meters rather than 56 x 79 meters (Sabins, 1978).
Change in Pixel Integration Caused by Scanning Mirror Velocity
Variations in scanning mirror velocity cause pixel distance
center variations from each other. Such variations are due to
speeding up and slowing down of the scanning mirror. Thomas (1975)
suggests that mirror velocity versus time is not constant but it is
very nearly a cosine curve during the active mirror scan (Figure 12).
Although it is negligible for most practical purposes, variation in
mirror velocity is responsible for the variations in the amount of
pixel overlap. For the purpose of illustration, exaggerated integration
and variable overlapping of pixels corresponding to a variable mirror
velocity are presented in Figure 13. Variable mirror velocity also
causes the ground distance covered by a pixel to vary considerably.
The relationship between constant mirror velocity and variable
mirror velocity with regard to the distance covered on the ground
and the time of the mirror sweep is depicted in Figure 14. The
curved line represents actual variable mirror velocity versus the
distance covered on the ground. The straight line portrays the same
factors for a constant mirror velocity. The difference between two
lines indicates necessary corrections to be made on computer
compatible tapes so that they reflect accurate distances covered on
50
Comparison of the
Constant Mirror Velocity and the
Variable Mirror Velocity of LANDSAT
IDEAL MIRROR
ACTUAL MIRROR VELOCITY
J
1*--(115mi.-185km.)--01
MIRROR START-UP
MIRROR STOP
NOTE:
NOT DRAWN TO SCALE
Figure 12. Adapted from Thomas (1975).
51
Integration and Variable Overlapping of
Pixels Corresponding to a
Variable Mirror Velocity
11(01010III11101111:411Eltiltilittellin
PIXELS
NOTE:
I. Pixels ore represented by circles for ease of illustration
2. Not drown to scale.
Figure 13.
Adapted from Thomas (1975).
52
Comparison of Distance Covered on the
Ground for a Constant Mirror Velocity
and a Variable Mirror Velocity
X
(115m1-185km)
CONSTANT VELOCITY
GROUND SCAN
VARIABLE VELOCITY
GROUND SCAN
SWEEP TIME
NOTE:
I. X = THE EASTERLY SCAN OF THE GROUND
2. NOT DRAWN TO SCALE
Figure 14.
Adapted from Thomas (1975).
53
the ground. Variation in the distance covered on the ground caused
by variable mirror velocity along the cross-track direction is not
systematic. Studies have indicated that ground registration error
due to variable mirror velocity equals zero at mirror sweep start-up,
at 92.5 Km (half way of digital scan line), and at mirror stop (at
185 Km). There are two maximum distance errors in every mirror
scan, one approximately at 46.25 Km (28.5 miles) after the mirror
sweep start-up point, and the other at three quarters of the digital
scan line or about 138.75 Km (86. 25 miles) from its start-up point.
At these two points accumulative ground distance errors reach about
400 meters (about 1312 feet). (See Figure 15.) Thus, for example,
it should be understood that ,the distance represented at the quarter
point of a digital scan line does not cover 46.25 Km (28.5 miles) on
the ground, but it represents approximately 400 meters (1312 feet)
less than that amount or about 45.85 Km (approximately 28.25 miles)
as depicted on Figure 15.
As it was mentioned earlier in this chapter, MSS detectors
operate sequentially during active mirror scan which is from west to
east (Figure 8). During east to west retrace period of the scanning
mirror the radiance from the earth scene beneath the spacecraft is
54
Ground Registration Error Due to
Variable Mirror Velocity
BEST AVAILABLE MIRROR
VELOCITY PROFILE
(1656.8ft.
+505m.)
(1108.9 ft.
+338m.
(554.46ft.
+169m.)
(554.46ft.
C*4
-169m. )
N
(1108.9ft.
- 338m.)
(1656.8ft.
-505m.)
Figure 15. Mirror velocity profile for the active
MSS mirror scan.
(1975).
Adapted from Thomas
55
blanked out by mechanical shutter. Through every other mirror
retrace period, MSS detectors of bands 4 through 7 are exposed to a
rotating variable wedge optical filter illuminated by an onboard
calibration lamp. The alternate mirror-retrace period was saved
for thermal sensors of band 8 detectors to be exposed to temperature
references in order to secure calibration of band 8. Calibrated data produced. in this manner are utilized to perform radiometric correction to the
MSS detector signals (NASA, 1976). MSS data are then telemetered
to one of the three prime ground stations* in the United States, where
they are reprocessed and recorded on magnetic tapes. Physical
characteristics of MSS CCTs are describedin the following paragraphs.
Landsat MSS Computer Compatible Tapes
Computer Compatible Tapes (CCT) are standard one-half inch
polyester base magnetic tapes. Landsat CCT's are available in
different formats; nine-track or seven-track and with 800 or 1600
bpi (bits per inch). For Landsat MSS data to be recorded on CCT' s,
it is necessary to apply radiometric calibration procedures to them.
Radiometric Calibration
* MSS data receiving stations are located at 1) Goldstone, California,
2) NASA Test and Training Facility (NTTF) at GSFC, Maryland,
and 3) Fairbanks, Alaska.
56
Landsat MSS video data are acquired at a real-time rate and
recorded on a multi-track recorder called Ampex FR928. The
MSS video data are first entered into a system (DPPS) where data
are recorded on a high-density tape (HDT) (NASA, 1976; Hilkenbrink,
Information on HDT then provides input to the digital subsy-stem
1978).
(DS).
At this point, data are either in a compressed (linear) mode, or
in a decompressed (non-linear) tape mode. As a result, values of
video data vary from 0 to 63 or from 0 to 127 for compressed and
decompressed mode respectively. In the decompressed mode, gains
and offsets are used to determine the calibrated values of video data.
By having the values for gains and offsets in addition to the values
of calibrated video data, the user of CCT' s may reverse the process
from one type of tape mode to the other. After the final decision is
made with regard to the preferred tape mode, data are entered into
the DS, are reformatted, calibrated, and finally a computer compatible
tape is generated (Thomas, 1975).
Computer Compatible Tape Format
Landsat MSS CCT contains four groups of records:
a)
ID record which includes scene and frame ID, data, time
passed since launch, sequential bands, and Landsat number (1, 2, or
57
3
b) Annotation Data Block; a data block which is normally
specified at the time of RBV exposure or at the center of MSS scene
(frame). This information is in human readable format, and allows
user interpretation.
c)
Video Data Recoid; which includes information from all four
MSS bands. In order to obtain a video data record, data from all
four spectral bands are combined in a process called interleaving.
Through this operation two bytes of data from each spectral band are
interleaved to produce an eight-byte "group". This group is the small-
est unit in interleaved data, and represents the combined video value
for the same two points on the ground. Figure 16 depicts the schematic presentation of the interleaving process of the four bands for
video data of Landsat MSS bands.
d) Special Image Annotation Tape Data File (SIAT). This
data file consists of seven files including: SLAT logical tape header,
Processing Information Data, Spacecraft and Sensor Performance
Data, Annotation Block Data file, RBV Computational Data, MSS
Computational Data, and Image Location Data (Thomas, 1975).
Considering the scope of this study, it is believed that the foregoing brief discussion on the subject of CCT's has made basic
information available for the reader. It is suggested that for mor e
information, interested readers refer to a detailed publication on the
58
Interleaving of LANDSAT Data
Gm k (8-8YTE "GROUP")
41.1
2m1
2m
2m-1
BAND 4
2m
2m-1
BAND 5
(
X XXX X X
0OXX
000
2m
2m1
BAND 6
2m
BAND 7
NOTES:
0
XX
REGISTRATION FILL CHARACTER
= VIDEO DATA BYTE
- "SCAN LINE" INDEX. THERE ARE
m
= "GROUP" INDEX
2340 SCAN LINES IN EACH STRIP
XX0000001
XX
XXXX0000 LIBAND 7
XX
A
0000 0 0
X
k
=Bs
A
XXXXXX0012AND 6
XX XX XX X X
BAND
BAND 4
lb
0
4,
wAIISTSIPAT
JP
BYTE
ADVANCE
185 X 185 KM
MSS SCENE
())
BAND 7
SCAN
N
LINE
ADVANCE
a.
a.
cc
tic
BAND 6
es.
iA
n
BANDS
SPACECRAFT
HEADING
BAND 4
(k)
/ \N
+f OUR CCT FORMAT
4-TWO CCT FORMAT
MERGED CCT 1 & 2
Figure 16.
MERGED CCT 3& 4
Adapted from Thomas (1975).
59
subject by Valerie L. Thomas (1975), and Landsat Data Users
Handbook, by NASA (1976).
60
Chapter Summary
In the first section of this chapter, reconnaissance and operational characteristics of NASA Landsat satellites have been described.
Physical characteristics of Landsat MSS computer compatible tapes
and their generating procedure have been briefly examined in the
second section of the chapter.
At this point it is necessary to consider some of the major
problems which users encounter in Landsat MSS data classification
procedures. Therefore, the forthcoming chapter is devoted to MSS
digital data classification limitations and pixel problems.
61
CHAPTER 4. LANDSAT CLASSIFICATION LIMITATIONS AND
PIXEL PROBLEMS
Electromagnetic Radiation
Electromagnetic radiation is the source of energy essential for
generation of remotely sensed data. The wavelengths of the electromagnetic spectrum range from long (more than 100 Km) with very low
frequency waves to very short (less than 0.01 Angstrom) with
extremely high frequency waves. Only a small portion of the electromag-
netic spectrum is within visible range (from 0.4 to 0.7 micrometers)
where solar radiation is perceived as visible light waves. The sun,
the main source of radiant energy, radiates electromagnetic energy
at all wavelengths of the electromagnetic spectrum. This energy
travels at the speed of light (300, 000 Km/sec). When radiant energy
from the sun strikes an object, one or more of the following interactions may result. The radiant energy may be reflected, absorbed,
transmitted, or re-emitted.
In remote sensing of the environment by Landsat satellites 1
and 2 only reflected energy is involved. The amount of reflected
energy from any given object depends upon the reflectivity of that
object.
Spectral Reflectance
Different surface and cover types have varying spectral reflectivity.
62
In forested regions, five basic criteria affect reflectivity: 1) surface
cover type, 2) tree crown size, 3) tree crown density, 4) slope angle,
5) slope aspect. Variations in spectral reflectances of various surface
cover types occur not only in accordance with their physical or reflec-
tive characteristics, but those variations also are due to the angle of
incident energy, wavelength of reflectance, angle of viewing (in the
case of Landsat remote sensing, and location of the satellite). Studies
by Coulson et al. (1969), have indicated that there is a strong control
on the factors mentioned above by the intensity and degree of polari-
zation of the reflected radiation. As a general rule, brighter surface
cover types reflect higher percentages of incident energy. As an
example, among minerals, quartz, a very bright mineral, reflects
93% of the incident energy on the average, while biotite, being the
darkest mineral reflects only 7% of the incident energy (Table 5;
Janza, 1975). Table 5 depicts reflectance characteristics of selected
minerals and desert vegetation. Reflectance values of minerals in
Table 5 is given in visible range of electromagnetic spectrum.
Minerals presented in Table 5 show pronounced differences in
reflectivity within different regions of the visible spectrum. Although,
during short seasonal periods (a week or two) reflectance character-
istics of surface materials do not vary and therefore Landsat data
acquired within short periods of time should be acceptable, the
Landsat data user should consider the stability of important target
63
Reflectance Of Selected Minerals And
Desert Vegetations
Reflectance %
Spectral Regions
Wavelength
0.51 - 0.59
0,61 - 0.69
Substance
0,43 -0.49
MicroCline
61.4
71.7
80.7
Garnet
11.0
18.3
30.3
Epidote
18.6
34.7
36.5
Meadow Chesnut Soil*
8.5
11.7
13.6
Crested Wheat Grass*
3.9
'5.8
7.5
Biotite
7.4
7.4
7.4
12,4
15.8
19.0
7.0
10.0
12.4
92.9
93.0
93.5
Meadow Chesnut Soil**
Salt-tolerating Couch Grass**
Quartz
* Over fresh ground water
** Over saline ground water
Table 5. Adopted from Janza (1975)
64
aspects such as plant phenology, soil moisture, and water turbidity
(Dana, 1975).
Variations in reflectivity of surface cover within spectral bands
such as those shown in Table 5, aid remote sensing specialists in the
interpretation surface cover types from Landsat MSS data. In other
words, the Landsat MSS system separates the detected portion of
electromagnetic spectrum into a number of different bands so that a
unique signature may be obtained for different surface and cover types.
Nevertheless, reflectivity values of some earth materials in different
spectral ranges have the same or very close values (see Table 5 for
quartz and biotite).
Within the range of the electromagnetic spectrum detectable by
MSS scanning systems at the present time, three kinds of vegetational
information can be obtained from MSS data: 1) variation in pigment-
ation, which can be detect ed in visible bands 4 through 7, 2) structural
differences in spongy mesophyll of vegetation which are indirectly
detectable in near-infrared regions (0. 8 - 1.0 micrometers), and
3) moisture stress which is best observed in far solar reflected
infrared regions between 1.6 and 2.6 microns (Stanley, 1974).
Atmospheric Attenuation of Solar Radiation
In general, atmospheric effects upon solar radiation include
fixed and variable attenuation factors. The fixed effects are due to
65
molecular absorption, while variable effects are caused by local
weather conditions. Due to vertical components of the atmospheric
gaseous envelope, attenuation is greatest at low-elevation solar
angle, where solar radiation has to traverse longer and
denser path in the atmosphere before it reaches the earth's surface.
Oppositely, at high-elevation solar angles, radiation is less attenuated due to shorter traverse through denser atmosphere (Beckman,
1975).
With regard to atmospheric effect, the electromagnetic spectrum
can be divided into three spectral bands.
1.
Visible and near visible band with wavelengths from 0.29-
O. 75 micrometer. This band is influenced very strongly by scatter-
ing processes of the atmosphere.
2.
Near-infrared band which extends from 0.75-22 micrometers.
Scattering and absorption processes are still significant in this band.
3.
Microwave infrared band: this band extends from 0.1 cm.
to 30 meter wavelengths. Scattering or absorption processes are
absent in this band (Fraser, 1969). This is due to the fact that in
microwave region cloud particles and water droplets are very small
in comparison to dimensional wavelength (Janza, 1975).
66
Landsat MSS data are acquired within the 0.5-1.1 micrometer
range of electromagnetic spectrum. This wavelength range includes
part of visible spectrum (0. 5 -0.7 micrometer) and a portion of near-
infrared region (0.7-1.1 micrometers). Asa result all of the spectral
range detectable by Landsat MSS system is affected by scattering
and absorption processes of the atmosphere.
Atmospheric Scattering and Absorption
Atmospheric effects on radiated and reflected energy are the
results of various complex interactions. They consist of scatter
and absorption processes of electromagnetic radiation by atmospheric
particles. These particles vary in size and type from gas molecules,
to aerosols and vapor, up to water droplets (Lillesand and Stevense,
1974).
Scattering has serious effects on the quality of Landsat MSS
data. By scattering incoming radiant energy in unpredictable dir-
ections, atmospheric particles reduce the intensity of solar radiation reaching earth's surface and cover types. Reflected energy
from the earth's surface and cover types on its way to Landsat sensors, encounters various atmospheric gasses or water molecules.
As a result atmospheric scattering affects present a serious
problem with regard to the accuracy of remotely sensed MSS data.
Atmospheric dust particles and water molecules scatter solar
b7
radiation through four types of scatter: Rayleigh Scatter, Mie Scatter,
Non-Selective Scatter and Raman Scatter, although the latter is less
important than the others.
As well as being scattered, solar radiation is absorbed by
the atmosphere. Radiant energy in a specific wavelength absorbed
by atmospheric particles or water molecules, is re-emitted in longer
wavelengths (Nunnally, 1973). As a result, the amount of energy
reaching the earth's surface in that particular wavelength is somewhat
smaller than the actual amount of radiant energy in that specific
wavelength. This in turn will result in smaller values of reflected
energy from earth's surface, cover detected by Landsat MSS bands.
Summarizing: atmospheric interaction and attenuation processes
affect the values of Landsat MSS data in two ways: by alteration of
incoming solar radiation and by reducing the amount of outgoing
reflected energy from various earth's surface and cover types.
Furthermore, atmospheric attenuation processes result in
reflected energy from atmospheric particles. If such reflected energy
is in the same wavelength as MSS detector, and within appropriate
direction with respect to the Landsat sensor, it will be in addition to
the amount of reflected energy from the cover type below. Such
reflection detected by Landsat MSS system will present the cover type
as much brighter than its actual reflectance characteristics and
68
can result in misinterpretation and misclassification of Landsat data.
As it was mentioned earlier, atmospheric scattering and
absorption processes occur only in shorter wavelengths. Therefore,
Landsat MSS data acquired in band 7 (0. 8-1. 1 micrometer) is relatively free of atmospheric attenuation (Fraser, 1969 and Sabins, 1978).
Atmospheric Correction
Atmospheric scattering effect is detected and corrected in two
ways: one is a process in which an area within Landsat image which
has shadowed area caused by irregular topography is selected, and
its band 4 digital values for each pixel is plotted against digital values
of band 7 for the same pixels. Using a least square technique a
straight line is fitted through the plot (Figure 17-A). If there was no
scattering (haze) effect in band 4, the fitted line would pass through
origin, and the line would be offset in the band 4 axis. If haze effect
was present, its amount would have an additive effect on scene brightness and hence the line would be even more offset. By determining
this additive effect, its value is subtracted from digital values of
band 4 throughout the Landsat scene. The same technique is also
applied to bands 5 and 6. The second correction technique is
accomplished by passing the MSS data through computer and generating
histograms for digital values of bands 7 and 4. As
presented in the Figure 17-B, that histogram of band 4 lacks zero
69
Atmospheric Correction Methods On
LANDSAT MSS Bands
DIGITAL NUMBERS FOR BAND 4
A.
PLOT OF BAND 7 VERSUS BAND 4 FOR AN AREA WITHIN
THE IMAGE THAT HAS SHADOWS. OFFSET OF THE LINE OF
LEAST-SQUARES FIT ALONG THE BAND 4 AXIS IS ATTRIBUTED
TO ATMOSPHERIC SCATTERING IN THAT BAND.
BAND 7
BAND 4
i
ON SHIFT
ATTRIBUTED
TO HAZE
0
B.
VIGITAL NUMBER
DIGITAL NUMBER
255
HISTOGRAMS FOR BANDS 7 AND 4. THE LACK OF LOW DNS ON
BAND 4 IS CAUSED BY ILLUMINATION FROM LIGHT SCATTERED
BY THE ATMOSPHERE (HAZE).
Figure 17.
Adapted from Sabins (1978).
70
values. This histogram also shows that because of additive atmos-
pheric (haze) scattering effect its peak is offset toward higher
digital values. The other feature of the band 4 histogram in Figure
17-B is its abrupt increase in pixel frequency on the left side of the
histogram. Sabins (1978) suggests that this abrupt change is caused
by illumination from light scattered by atmospheric particles. To
correct MSS data in band 4 this abrupt-increase value is subtracted
from the entire data sample of band 4. The same technique is then
applied to MSS data in bands 5 and 6. A problem may arise with this
correction technique. If the Landsat scene lacks steep terrain no
pixels in band 7 could exist with zero values (Sabins, 1978).
71
Pixel Problems
The Landsat photoelectric MSS detector system has been
designed in such a manner that in any one instant it surveys very
small area on the ground. This photoelectric sensor system then
rotates and surveys another small area (79 x 79 meters or a pixel
area) at each successive instant on the ground (Grabau, 1976). This
is illustrated in Figure 18. The component of a Landsat scene was
briefly described in chapter 3. It was also mentioned that a scan
line is a composition of 3000-3450 successive pixels, and that a
Landsat scene constitutes 2340 scan lines.
Commonly, an area scanned by a Landsat spacecraft comprises
a mixture of various surface and cover types or classes (Figure 18).
Many of these classes are sometimes too small compared to the
resolution of Landsat MSS system (pixel). Furthermore, in case of
larger homogenous surface cover types, areas such as large water
bodies, dense forest, ... the natural region is not likely to be
divisible into a number of 79 x 79 meters (1. 118 acres) pixel areas.
As has been depicted in Figure 18, although the cover types are
larger than individual pixels, there are still boundary pixels (pixels
designated A, B, and C in the upper right corner diagram in Figure
18) which do not represent reflectance characteristics of any one
surface cover type in the scanned area. For this reason some pixel
signatures acquired by Landsat MSS system represent surface
72
Concept of an Airborn Scanner
(A,B,C)=BOUNDARY PIXELS
REFLECTANCE
VALUES
ROTATION
PHOTOELECTRIC
B
A
SENSOR
I
I
TIME = DISTANCE --4"
RESIDUAL
STAND
aK.
BARE
SOIL
REGENERATION
I
DIRECTION
OF SCAN
PIXEL
Figure 18. Adapted from Grabau (1976).
73
characteristics of two or more non-homogeneous contiguous elements.
Even within a single surface or cover type or class there may be spectral
differences arising from pixel size variations (described in chapter 3).
Attempts have been made to compile ground control maps with
regard to mixture pixel spectral reflectances by on-site measurements
of boundary pixel reflectance values from differing contiguous cover
type boundaries. These studies aimed to provide a key map in order
to classify Landsat MSS data in accordance with on-site (ground truth)
data. The findings of these studies also suggest that mixture (or
boundary) pixels' spectral reflectances do not represent any character-
istics of the component classes of the terrain surveyed on-site or
scanned by the Landsat scanner (Smedes et al., 1975). Such studies
also indicated that using on- site reflectance measurement information
of boundary pixels will increase the quality of information extracted
through conventional data analysis. However, due to the difficulties
in estimating
mixture proportions of boundary pixels from "ground
truth" data, such studies fail to analyze the accuracy of this method
quantitatively.
One of the most serious problems in MSS data interpretation
is due to the characteristics of pixel arrays. Pixel array characteristics alter the apparent nature, position, and shape of the boundaries
of different surface cover types. Figure 19 illustrates this phenomenon.
Each square in this figure represents a pixel area. The top section of
74
Loss of Boundary Resolution and Position
PIXEL NUMBERS
5
6
7
10
8
12
2
'TRUE'
3
REFLECTANCE
VALUES
4
5
7
1-BOUNDARIES BETWEEN AREAS OF
UNIFORM RADIANCE VALUES
PIXELS
2
2
3
4
5
6
8
3
4
5
6
7
8
9
0.2
0.2
0.2
0.2
0.6
0.6
0
0.2
02
0.6
0.6
0.6
0.2
0.2
0.6
0.6
0.6
0.2
0.2
0.6
0.6
0.6
0.6
0.2
0.2
0.6
0.6
0.6
0.6
0.2
0.2
0.6
0.6
0.6
0.6
0.2
0.2
0.6
0.6
0.6
0.6
0.6
0.2
0.2
0.6
0.6
0.6
1 3
0.6
Figure 19.
0.2
10
11
12
0.10
.2
0.2
0.2
E.
0.2
0.6
0.2
.2
Adapted from Grabau (1976).
75
Figure 19 shows areas of example uniform reflective values, and the bot-
tom figure represents reflective values of the same areas as calculated
for every pixel. Close attention to Figure 19 reveals that values of
the pixels located at the boundaries of two non-homogeneous classes
do not represent any of the component cover types. Furthermore, it
is indicated that the boundaries between two large classes have not
been delineated sharply but the transitions have been gradational.
As a result the boundaries have lost their original locations, so that
it would be impossible to locate their original locations from digital
values represented in the bottom section of Figure 19. In this regard
one other study has been conducted by Smedes, et al. (1975). Figure
20 illustrates spectral reflectance values of two different surface
cover types. Extracted from Landsat digital data, "A" represents
grassland class, "B" represents reflectance curve for a dense forest
type, and "C" is a 50-50 mixture of two classes. Curve "C" in Figure
20 illustrates the mathematical means of spectral reflectance values
of two classes "A", and "B". However, spectral response for
mixture (boundary), class "C" is quite uncharacteristic of either two
classes "A" or "B". Nevertheless, its curve falls between its two
component curves.
Shape and size changes of surface and cover types are still other
important phenomena in misclassification of Landsat MSS data, as
illustrated in Figure 21. For convenience, two relatively large
76
Spectral Reflectance of Two Pixel
Component Surface Cover Types
54.
I
42. .
30.
18.
4
7
5
MSS BAND
Figure 20: "C" is the mixture of surface cover
types "A" and "B." By obtaining
the reflectance of At and/or "B,"
"C" is not necessarily obtained.
Adapted from Smedes, et al. (1975)
77
Shape and Size Changes of
Surface Cover Types
'TRUE' AREA = 38.5 UNITS (1 PIXEL = 1 UNIT OF AREA
a. MAP OF SURFACE COVER TYPE
4
1
6
9
10
12
7
8
0.26
0.59
0,60
0.60
0.60
0.60
0.57
0.60
0,60
0.50
0.60
0.60
0.59
0.43
0.47
0.60
11
0.60
0.60
0.60
0.60
0.60 1 0.26
2
0.60
0.34
0.43
0.60
0.57
3
0.60
0.18
0.50
0.60
4
0.60
0.24
0.60
5
0.60
0.53
0.60
6
0.60
0.60
7
0.60
0.21
8
0.60
0,56
1
0.31
0.30
0.60
0.29
0.47
0.48
0.59
0.60
0.80
0.60
0,46
0.22
0.43
0.60
0.60
0.60
0.60
0.60
0.60
0.60
0.60
E7771 = CLASSIFIED SURFACE COVER TYPE = 28 UNITS
(RADIANCE 1 0.15)
b. PIXEL CHARACTERIZATION OF
SURFACE COVER TYPE USING REFLECTANCE VALUE
CUTOFF VALUE CF 0.15 ('TIGHT STATISTICS')
Figure 21.
Adapted from Grabau (1976),
78
homogeneous areas of water and land have been chosen in this figure.
With spectral reflectance values of 0.02 for water, and 0.6 for the
land, an attempt has been made to separate those two cover types.
By setting density slicing or reflectance cutoff value at 0.15, we
assume every pixel with reflectance value of 0.15 or less will be
classified as water, and that all pixels higher than 0.15 should be
classified as land area. Although it seems reasonable that such an
arrangement will result in accurate separation of those two cover
type classes, in practice the outcome is not so promising. Figure
21-B shows the reflectance values of two classes of water and land
arrayed in the same manner as in Figure 21-A. As it has been
presented in Figure 21-B, the lake area includes only 28 units (pixels)
versus its original (true) 38.5 units (pixels) land coverage as shown
in Figure 21-A. As a result, such a classification procedure not only
has reduced the size of the lake substantially (from 38.5 to 28 or more
than a quarter), but it has also changed the shape of the lake.
By
increasing the cutoff or threshold value of water cover type to 0.30
in this example, it is possible to increase water cover type class
depicted in Figure 21-B by 10 units (pixels) or almost equal to its
true size in Figure 21-A. However, the shape change of the lake will
remain a problem regardless of what cutoff value is applied. Further-
more, if there were another class with spectral reflectance value of
0.25 in the same area, a raise in threshold or cutoff value from
79
0.15 to 0.30 would be practically impossible since it would have
classified this third class also as water area (Grabau, 1967). This
in turn raises the problem called "over estimation" in MSS data
classification. In our example it would have indicated "over estimation" of the lake area. Ground control (or "ground truth") is a
tool which assists in the improvement of such classification.
Finally, it should be noted that interpretation of Landsat
imagery made up with arrays of pixels and scan lines has to be
conducted with special care, patience, and full understanding of the
mechanisms of the processes involved in generation of those
imageries so that misinterpretation and spurious classification is
avoided.
so
Chapter Summary
This chapter included three related topics, which were treated
in the following manner:
1.
Characteristics of electromagnetic radiation was discussed
in the first section of the chapter. Under this topic spectral
reflectance peculiarities of several natural phenomena were studied.
2.
Discussion of atmospheric effects on Landsat MSS data was
included in the second section of the chapter.
3.
Major pixel problems were briefly studied in the last
section of the chapter. It was concluded that misclassifications in
Landsat MSS data occur unless mechanisms and physical character-
istics of the generation processes of Landsat imageries are fully
under stood.
The forthcoming chapter (Chapter 5), will discuss "Data
Acquisition Techniques." The chapter will include field data
acquisition strategy as related to fuel moisture content, and downed
fuel inventory within Crater Lake National Park.
81
CHAPTER 5.. DIGITAL DATA ACQUISITION AND FIELD
OBSERVATION STRATEGY
This chapter focuses on the processes involved in the acquisition of various data which were utilized in this study. Acquired data
included both: 1) digitized computer cornpatable tapes, and 2)
conventional data acquired during field observation within Crater
Lake National Park.
Landsat MSS Data Acquisition
As discussed in Chapter 3, onboard Landsat spacecraft are
multi-spectral scanner (MSS) systems, which sense spectral reflect-
ance characteristics of the scanned area on the earth's surface as
video data. Video data then, after necessary processes in Landsat
data receiving stations, are recorded on CCT's as digital data. Such
data have been utilized in this study as a primary tool in classification
and analysis of surface cover types within Crater Lake National Park.
Landsat MSS data employed in this study were acquired by
Landsat 2 during the Crater Lake National Park over-pass on September 10, 1974. These CCT's along with three other MSS digital
tapes acquired through different seasons of the years 1973 and 1974
are owned by Dr. James F. Lahey of Dept. of Geography at Oregon
State University. In the choice of selecting the September 10, 1974
82
CCT, aside from the fact that it has curtailed data acquisition cost,
the following criteria have been considered:
1)
This tape series were free of bad scan lines.
2)
Data were acquired during high-elevation solar angle over
the study area located at 42°N. latitude.
3)
According to weather reports, September 10, 1974 was a
cloud-free day over the Crater Lake National Park region.
This cloud-free condition, together with high-elevation
solar angle had reduced atmospheric attenuation effects on
the acquired data.
4)
During this time of the year (September 10, 1974), the
ground is practically free of snow within this National Park.
This condition facilitates the interpretation processes of
reflectance characteristics of surface cover types within
the Park and hence increases the accuracy of
cover type classification.
83
Digital Terrain Data
Topographic elements of a surface have powerful control over
vegetation. Field observation within Crater Lake National
Park indicated that variation in dominant forest types within the Park
is a function of elevation (Chapter 2). For this reason, it was believed
that accurate information on topographic characteristics of the study
area would improve the quality of classification of digital Landsat
MSS data of surface or cover types within this National Park.
Digital Terrain Data Acquisition
NCIC digital terrain data for this study were obtained from
National Cartographic InforMation Center (NCIC), in Reston, VA.
NCIC terrain data are recorded on multifile 9-track, 1600 bpi (bits
per inch) tapes. These tapes are computer compatible magnetic
tapes. Each tape covers about one half of a 1:250, 000 scale USGS
topographic map and Crater Lake National Park occupies portions of
four such topographic maps. For this reason NCIC terrain data tapes
utilized in this research cover four contiguous one half portions of
1/250, 000 scale USGS topographic maps for the following geographic
regions:
a.
East one half portion of Roseburg quadrangle
b.
West one half portion of Crescent quadrangle
c.
West one half portion of Klamath Falls quadrangle
84
d.
East one half portion of Medford quadrangle
NCIC terrain data contains digital information on elevation at about
208-foot horizontal intervals.
NCIC digital terrain files are arranged in a horizontal grid
system for a given area with successive grid points, as mentioned
above, 208 feet (63 meters) apart, south to north (Y coordinate) and
west to east (X coordinate). The values are given for the Southwest
corners of the grid mesh rather than for the areas covered by 208
feet square. From these data the digital topographic maps, the
digital slope and aspect maps were created.
85
Color Infrared Aerial Photography
Infrared photography is acquired within two different bands of
electromagnetic spectrum. Near infrared or shorter infrared band
which expands from 0.51-0.9 micrometers. Near infrared photography can be imaged directly on photographic film. For this reason,
the shorter or near infrared region of electromagnetic spectrum
sometimes is called "photographic infrared".
Color infrared aerial photography has shown to be advantageous
over conventional color photography from two major points of view.
The first is due to lesser atmospheric scattering characteristics,
which is relatively high in visible spectral band and low in infrared
wavelength of electromagnetic spectrum (also see Chapter 4). The
second factor is that variable vegetation spectral reflectances,
uniformly low in the visible portion of electromagnetic spectrum,
sometimes sharply increases and is more variable from one vegetation species to another in the near infrared and infrared bandwidths
of electromagnetic spectrum. Atmospheric scattering intensity and
vegetation reflectance characteristics with regard to different
spectral wavelengths have been presented by Figures 22-A and 22-B
respectively. Normal color film is sensitive to blue, green and red
portion of electromagnetic spectrum, while color infrared film is
sensitive also to near infrared (0. 7 to 0.9 micrometers) spectrum of
electromagnetic radiation. As a result, by using a yellow filter
86
Atmospheric Attenuation In Normal And
Color IR Photography
ATMOSPHERIC
SCATTERING
/ --GTA5131
.f
VEGETATION
8IRCII
------
REFLECTANCE
.'FIR
b
EKTACHROME
FILM
SENSITIVITY
0
d
INFRARED
COLOR
FILM
SENSITIVITY
*--TELIDIV FILTER CUTOFF
\PEER
SLUE
400
500
600
\
600
700
900
WAVELENGTH, m,t.t.
BLUE
1 GREEN 1
VISIBLE
Figure 22.
RED,..i
INFRARED
Adapted from Sabins (1973b).
87
(minus blue), color infrared film can eliminate reflected blue energy
together with most of atmospheric scattering and hence enhance
vegetation differences (Sabins, 1973b). Principal advantages of the
sensitivity of color infrared film over the sensitivity of Ektachrome
(normal color) film, have been depicted on Figures 22-C and 22-D.
Color infrared film, when used with a yellow filter, will cause
any object that reflects infrared energy to appear red on final photo-
graphic reproduction, and objects that reflect red and green energy
will appear green and blue respectively. For this reason color
infrared film or photographs sometimes are also called "false color"
film or "false color" infrared images (Estes, 1975).
Acquisition of Color Infrared Photography
Color infrared photographs utilized in this research were
obtained from NASA/Ames Research Center, Moffett Field, California. These images were taken by a NASA U-2 High altitude
aircraft from approximately 65, 000 feet over Crater Lake National
Park on July 3, 1974 and on August 10, 1976. These photographs
were acquired within wavelengths of 0.51-0.90 micrometers (NASA/
Ames, 1977). Our color IR photographs were in four different
scales as follows:
a)
1:122,000 (1 inch = 1.93 miles and 1 cm = 1. 22 km)
b)
1:30,500 (1 inch = 0.48 mile and 1 cm = 0.304 km)
88
c)
1 :30, 000 (1 inch = 0.47 mile and 1 cm = 0.299 km)
d)
1:7,400 (1 inch = 600 feet and 1 cm = 72.09 m), these
photographs were enlargements of the 1:30,500 scale
photographs.
Color IR aerial photographs with a scale of 1 :30, 500 furnish
partial coverage of the Park. These photographs combined with
enlargements of 1 :122, 000 scale photographs to 1 :30, 000 scale
provide complete coverage of Crater Lake National Park for the
years of 1974 and 1976. Enlargements of the 1 :122, 000 scale
photographs to 1 :30, 500 scale was done by the EROS Data Center
at Sioux Falls, South Dakota.
In locating either fuel moisture study sites (FMISI s) or downed
fuel inventorying areas (DFSAT s) within the Park, all four different
scales of U-2 color infrared photographs along with a U.S. Geological
Survey's 1:62,500 scale topographic map of the Park were
jointly manipulated.
89
Field Data Acquisition Techniques
Field data acquisition for this study included two concurrent
sets of field observations. One set of field observations was conducted
to make an estimation of downed fuel moisture content during the
summer months within Crater Lake National Park. The other set
of field observations gave an evaluation of the biomass of downed fuel
available for wild fires under the forested areas within Crater Lake
National Park.
Downed Fuels Available for Wildfires and Environmental Moistures
Associated with These Downed Fuels
Solar insolation is an important factor with regard to wild-fire
generation within forested regions of the world. Insolation on
surfaces exposed at right angle to the sun's radiation is about 5 BTU's
per square foot per minute (British Columbia Forest Service, 1955).
Some of this energy, of course, is returned from the exposed
surface as reflected or emitted energy, while the rest of it is
absorbed and conducted from the exposed surface. A portion of this
energy warms up the immediate lower layer of the atmosphere. In
forested regions some of the absorbed energy is used to dry out the
top layers of the woody materials while the rest remains available to
heat the forest vegetation. Since increased temperatures near the
surface reduce relative humidity, dead fuel present in that environment
90
will undergo a similar situation, i. e. , it will tend to loose its moisture
contents until it approaches a value called "Equilibrium Moisture
Content".
This depends on the average relative humidity and temper-
ature to which fuel has been exposed over the past several hours
(Schroeder and Buck, 1970).
Moisture characteristics of different forest fuels vary significantly and such variations are dependent not only on fuel structural
differences but also on the size of the fuel. As a general rule,
forest fuels with larger diameters have longer timelags to reach
equilibrium state with environmental moisture.
(Fosberg,
1971).
Canopy characteristics, their varying densities, the fraction of
the sky covered by the cloud, the slope and aspect, wind direction and
its speed, elevation and time of the year and the day all are variables
which play important roles in modulating insolation effectiveness and
thus the fuel-moisture component of the environment. With regard to
environmental moisture estimate, all factors mentioned had to
be considered and evaluated prior to field observation.
Selection of Field Observation Areas for Downed and Dead Fuel Moisture Measurement, and Downed Fuel Inventorying Within Crater
Lake National Park
Sample Site Selection Strategy
In July 1978, at the time this project was initiated, the primary
91
purpose was to utilize Landsat 3 MSS data for analysis of summer
months moisture pattern over Crater Lake National Park. Landsat
3, along with its conventional MSS bands of 4, 5, 6, and 7 which
operated in the reflected solar spectral region from 0.5 to 1.1
micrometers wavelength, carried a thermal infrared band, Band 8,
onboard, which was to be capable of detecting environmental heating
and cooling and hence moisture characteristics in scanned areas.
Band 8 of Landsat 3 should have operated in the emitted infrared
spectral region from 10.4 to 12.6 micrometers wavelength, which
coincides with the atmospheric window. Its Band 8 ground resolution
was approximately one-third that of the conventional four bands or
about 9 acres (Design Specification of Landsat 3, Attachment A-NASA
1976).
Therefore, for ground truthing of moisture patterns in our
study area, with ground resolution as that of Landsat 3 Band 8, and
also considering boundary pixel problems (discussed in Chapter 4),
study sites, each with approximately 40 acres of homogeneous Landsat
ground coverage, were needed. In an attempt to select for study,
sample sites for moisture pattern analysis within dominant forest
cover types Crater Lake National Park,
alphanumerical values from
a digital cover-type map of the Park were utilized (Stephen J. Walsh,
1977).
The scale of these maps were approximately equal to that of
the U.S. Geological Survey's topographic map for the same area
(1/62, 500). Also utilized were the 1.1 acre 59 class map of Walsh.
92
Overlaying transparencies of the foregoing 1:62, 500
alphanumerical
cover-type map on a USGS topographic map of Crater Lake National
Park, intensive study sites were selected with needed 40 acre
dimensions. At least six symbols arranged in three arrays and two
columns were needed. Such an arrangement, overcoming boundary
pixel problems, would yield at least one pure pixel sampled from
environmental moisture in the scanned area. Through utilization of
large scale U-2 aerial color infrared photographs of the Park,
together with the alphanumerical map of the cover-type of the study
area twenty-four "acceptable" moisture study areas were delineated
within the National Park. Acceptable meant that areas be:
1)
individually large enough to be sensed by Landsat 3 thermal
band (36-40 acres), 2) to be accessable so that all could be
checked in a short period of time during satellite overpass,
3) well scattered over the Park in order to represent an adequate
sampling from different slopes and aspects, and 4) representative of at
least one sampling site from every dominant species of different
densities within the Park. Each one of the four factors mentioned
above, proposed difficulties, and except in few cases it was difficult
to fulfill the requirements of all proposed parameters. With infor-
mation obtained from the alphanumerical map of the park,
selected moisture study areas were transferred on a USGS topograph-
ical map of Crater Lake National Park. In the field this map was
93
utilized along with color infrared aerial photographs to locate study
sites and establish Fuel-Moisture Indicator Sticks (FMIS). This
phase of the research (locating and establishing FMISs within the
Park), took place during the period of late June through July 1978.
During this period of time we established twenty-four 10-hour time-lag
moisture indicator sticks on various locations of the Park (Figure 23).
The time-lag principal has been shown to be very useful tool with
regard to forest fire danger rating. Time-lag differences for various
forest cover types may occur due to structural differences of fuel
species or because of surface weathering, rot, exposure and other
prevailing physical conditions (Lancaster, 1970).
According to NASA officials, Landsat 3 had been scheduled to
pass over the Crater Lake National Park region at about 9:45 A.M.
(PST) on July 15, 1978 and at the same local time every subsequent
18th day (August 2nd, August 20th, ...). Moisture data from sample
sites were to be collected starting August 2nd 1978, and on every
subsequent satellite over-pass of the area during the summer months.
As for the selection of downed fuel inventorying areas within the
Park, a similar process as that followed for the fuel moisture
detection sites was applied. However, in some restricted cases, the
sites were located by on-site selection within the Park with regard to
forest cover type homogeneity, and other characteristics.
95
Dead and Downed Fuel Moisture Content Measurement
A practical way of estimating downed fuel moisture content
among foresters is through
determination of moisture content in
Fuel-Moisture Indicator Sticks (FMIS). A set of FMIS consists of
four one half an inch ponderosa pine sapwood dowels, each about 20
inches long, spaced 1/4 of an inch apart on two 3/16 inch dowels.
The sets are carefully adjusted so that each weighs 100 grams when
oven dry (Schroeder and Buck, 1970). In the field, the set is exposed
approximately 10 inches above the litter layer or
above the soil surface, on two wire brackets pointing
toward true north (Figure 24-A). At the time of observation they are
weighed by special scale and their moisture content obtained. In our
fuel-moisture data acquisition case we used a Chisholm scale which
is compact,with easy handling and operating advantages compared to
other similar scales. It is a one piece scale with self supporting
joints, therefore, unlike other scale types, there is less risk of
losing small parts during field observation. Figure 24-B represents
FMIS moisture measurements by a Chisholm scale.
It was late July when it was learned that NASA space scientists
had encountered problems with the thermal band (Band 8) of Landsat
3.
This unofficial knowledge of Landsat 3 thermal band failure was
received through a long distance telephone conversation between
Dr. James F. Lahey. and Stanley Freden of Goddard Space Flight
96
Figure 24-A. Fuel Moisture Indicator Stick in the Field.
Figure 24-B. Moisture Measurement of FMIS with Chisholm
Scale.
97
Center.
Disappointed with the fact of Landsat 3 malfunction on one hand
but having all Fuel-Moisture Indicator Sticks installed over the Park
on the other, it was decided nonetheless, to collect ground data. It is
believed that such data availability for the first time will provide a
source of a general fuel moisture pattern for scattered areas of
Crater Lake National Park during this unusually wet summer season
of 1978.
As it was mentioned earlier, considering all possibilities, the
24 fuel moisture study sites were selected so that they would
represent moisture pattern characteristics of the Park. The locations
of FMIS sites were shown earlier in Figure 23. They were located
along highways of the National Park as follows:
a.
North Entrance - 6 stations,
b.
West Entrance (highway 62) - 5 stations,
c.
Rim Drive - 3 stations,
d.
Pinnacles Road - 3 stations,
e.
South Entrance (highway 62 to Park Headquarters) - 7
stations.
The following tabulations (Tables 6 through 9), are the summary
descriptions of FMIS sites and their moisture data acquired during
summer of 1978 within the Park. Raw data from FMIS presented in
the tables have been computed with regard to the period of their
98
exposure on the field. This computation was made possible by using an
appropriate National Fire Danger Rating System (NFDR), nomogram
illustrated in Figure 25 (Deeming, Burgan, and Cohen, 1978).
As depicted in Figure 25, for example, if a one-month old FMIS
indicates 9. 5% moisture content, in actuality the moisture content
should read 11.5%.
Fuel Moisture Data Analysis
Aside from solar insolation forest fire danger
and fire spread depend to a large extent on fuel
moisture. Fuel moisture in turn is a function of environmental
moisture. In this study, evaluation of environmental moisture
was accomplished by 10-hour time-lag FMISs.
10-hour time-lag
moisture patterns of the National Park during the summer of 1978
have been graphically represented for locations within the Park as
follows:
a.
FMISs stationed at North Entrance Road on Figure 26,
b.
FMISs stationed at Rim Drive and Pinnacles Road on
Figure 27,
c.
FMIS s stationed at West Entrance Road on Figure 28,
d.
FMISs stationed at South Entrance Road on Figure 29.
Figure 30 depicts comparative means of the variations in moisture
patterns of the four different localities mentioned above. It should
99
NFDR 10-Hour Time lag Fuel Moisture
Nomogram
AGE OF STICK [Months]
50
45
40
35
30
25
20
15
10
40
30
35
4"OBSERVEDI FUEL STICK MOISTURE (%)
10
Figure 25.
15
20
25
45
50
Adapted from Deeming, Burgan, and
Cohen (1978).
100
CLNP 10-Hour Time lag FMIS Moisture
Content (North)
FMIS Site No.
1
45.
2w.
3 -.
40.
4
35
6
30
25
20
15.
10.
5
Li"
Cr)
00
-
O.
es
CO,
Date of Observation
Figure 26
101
CLNP 10-Hour Time lag FMIS Moisture
Content (Rim Dr. & Pinnacles Rd.)
Date of Observation
Figure 27
103
CLNP 10-Hour Time lag FMIS Moisture
Content (South)
FMIS Site No.
45
2
4 -3
40
35
6
30
7
E
a) 25
0
2 20
Cl)
15
10
01
4u
Coy
Cf
Date of Observation
Figure 29
104
CLNP 10-Hour Time lag FMIS Moisture
Content (Means)
FMIS Sites at:
Rim Drive &
Pinnacles Rd.
South Entrance Rd.
45
West Entrance Rd.
40
North Entrance Rd.
35
30
25
20
15
10
co
N
r
C)
10>
OS
to
N
N
Date Of Observation
Figure 30
105
be noted that due to road conditions and difficulties in obtaining
enough FMISs at one time, it was not possible to establish fuel
sticks on Rim Drive and Pinnacles Road sooner than August 9, 1978.
For this reason first period readings of these sites were made
on August 15, 1978.
An analysis of Figures 26 to 30 and Tables 6 through 9
reveal two readings of high FMIS moisture contents, and two readings
of low FMIS moisture patterns. High moisture content readings were
made on August 15, and September 12, 1978, and two low FMIS
moisture readings were made on August 1, and August 29, 1978. It
should be noted that special considerations had been made to make
successive moisture measurements of each FMIS approximately at the
same time of the day throughout the observation period; and for the
most part the procedure was successful. Basic fluctuations in
moisture pattern over the Park seem to be a function of precipitation.
According to daily weather reports recorded at Crater Lake National
Park Headquarters, local weather conditions have had effective
control over FMIS moisture patterns within the Park. There is a
close relationship between temperature and precipitation, which in
turn control FMISs moisture patterns. Weather conditions of two
days prior to and on the days during which fuel moisture observations
were made within the National Park have been represented in Table
10.
106
Fuel Moisture Indicator Sticks (FMIS) stationed at North Entrance Road,
Crater Lake National Park, Oregon
WM Coordinates and Date of
Location descripti- Settin g
one of FMIS Sites
2
-4
41
1
2
72130 E.,4767858 N.
(0.5 mile from Park
boundary; 443 paces
at 90 degrees North
6/23/78
671788 E., 4767346N, 6/23/78
(0.7 mile from Park
boundary; 180 paces
FMISs moisture content(percent), by date &
time of the day
i
Covertype
8/1/1978
8/15/1978
Lodgepole
15:30
Pine very
9.00%
poorly stoeked
10:30
Lodgepole
10:15
15:10
Pine dense.-
8/29/1978
9:00
11:30
9:15
23.00%
32.00%
19.50%
21.50%
11.00 %I
9/12/1978*
11:45
32.50%
18.50%
ly stocked
at 90 degrees NortM
3 572004 2.'4766138 N.
6/23/78
(1.4 miles from Park
boundary; 138 paces
at 87 degrees Nor-
14:55
10:00
Lodgepole
Pine poorly
10.00%
21.00%
stocked
9:40
Pumice Des. 14:40
9:55
12:05
27.00%
17.50%
th.)
4 572047 2.,4764412 N.1
6/25/78
K2.2 miles from Parki
boundary; 240 pacest
at 87 degrees Nor
9:45
12:12
23.50%
17.00%
19.00%
8.00%
ert
tn..)
570756 E.14762185 N.
(3.5 miles from Parki
5
'mumdary;, 85 cedes
I
8/1/78** Lodgepole
Pine poorly
stocked
------
12:25
10:15
10:45
26.50%
14.00%
18.00%
at 230 degrees Nor
th.)
i
'
6
570000 E.,4759492 N.
(5.5 miles from
fm Parkl
boundary; 382 paces
at 110 degrrees No-!
6/23/78
Grass with
14:15
12:35
10:35
'11:00
19.00%i
sparse Mod".
13.00%,
29.00561
stain Hemlock
rth.)
*Readings on September 12, 1978 were made after an intense cyclonic storm over the region
which brought snow-fall to higher elevations of the Park, and caused freezing temperatures
above 6000 feet.
**Because of late setting of FMIS at site 5, first period reading was not registered for the
site on =gust lat,1978.
Table
6
107
Fuel Moisture Indicator Sticks (FMIS) stationed at West Entrance Road,
Crater Lake National Park, Oregon
2
"t7')
UTM Coordinates and
Date of
Location description
Setting
of FMIS Sites
560319 2.,4749433 N.
(Just at West Boundary of the Park
from the calvert;
70 paces at 220
degrees North.)
6/23/78
2 561721 E.,4748898 N.
(1.0 mile from Park
boundary; 90 paces
at 85 degrees N.)
6/23/78
3 562295 E.,4748496 N.
(1.6 miles from Parid
boundary; 40 paces
at 15 degrees N.)
8/9/78
4 564201 E.,47481ro89 N.
6/23/78
(.6 miles fm P
8/1/1978
Shasta Red
Fir and
Mountain
Hemlock,
densely stocked
9:15
Mountain
Hemlock &
Shasta Red
Fir Very
densely stocked
9:30
9/12/1978
16:25
17:10
76:40
35.+%
16:38
16.00%1
16:55
10:30
Mountain
Hemlock
with medium density
'Readings have been made under rainy condition.
15:10
13.50%
16:25
16:35
15:25
21.00%
16:20
13.50%1
16:20
35.4%
35.+%
13.00%
35.+%
"
16:35
16:45
55.+%
"
35 +%
20.50
35.+%
14:50
ly
8/9/78
8/29/1978
15.50
Mountain
Hemlock &
Lodgepole
Pine densely stocked
Lodgepole
8/15/1978'
14.00%
Pine dense -
boundary;78 paces
at 335 degrees N.)
,5 566574 E.,4747910 N.
(4.5 miles from Park(
boundary; 160 paces
at 65 degrees N.)
FMISs moisture content(percent), by date and
time of the day
Covertype
25.50%1
16:10
11.50%
20.00%
Due to maximum scaling capacity of Chisholm
Scale of 30.00%, and taking the age factor of FMISs under consideration, we were able to
make moisture content measurements up to 35.00% on August 15, 1978.
"Readings have been made after an intense snow storm over the region.
High moisture tont-
tents of FMIS sites land 2 is due the fact that those sites were located under closed forest
types.
First period reading were not made for these sites due to their late setting date.
Table 7
,
108
Fuel Moisture Indicator Sticks (FMIS) stationed at Rim Drive and Pinnacles Road, Crater Lake National Park, Oregon
:
4e
UTM Coordinates and Date of
2 Location descripti- Setting
Covertype
FMISs moisture content (percent),by date &
time of the day
.
one of FMIS Sites
8/1/1978
375528 E.14758941 N.
(5.4 miles from junotion of Rim Driv
and North Entrance
Road; 125 paces at
260 degrees North.)
8/9/78
Shasta Red
Fir and
White-bark
Pine;medi2M density
-----
2 378441 E.,4754864 N.
8/9/78
Mountain Hemlock:medium density
------
Shasta Red
Fir; medium density
----4-
Mountain
-----
tc
1
(7.7 miles from Rim
Drive junction with
North Entrance Road
110 paces at 60 de-,
grees North.)
3 576500 2.14751382 N.
8/9/78
(13.9 miles from Rimi
Drive and N. Entry ,
nce Road junction;
62 paces at 60 degrees North.)
4 577701 E.,4749480 N.
8/9/78
(1.9 miles from Pinnacles Road Junction with Rim Drive;
74 naces at 30 degrees North.)
5
6
579705 E.,4746244 N.
(4.2 miles from Pin-I
11:20
9/12/1978
8/29/1978
,17:20
11:10
16.00%
19.00%
11:25
11:30
18.50%
11:55
21.00%
17:30
27.5
17.00%1
11:45
15.00%
12:05
Hemlock andl
15.00% 17:45 22.50
12:00
17.50
17:50
16.50%
27.501
Shasta Red
Fir; medium
density
8/9/78
Lodgepole
Pine ; low
nacles Road Juncti -1
densely stcol
on with Rim Drive;
74 paces at 30 degrees North.)
eked.
581295 E.,4744331 N.
(5.7 miles from Pin
nacles Road juncti-,
on with Rim Drive;
60 paces at 195 degrees North.)
8/15/1978
8/9/78
Lodgepole
Pine; de
18:05
12:10
12:20
14.00%
18:10
12:25
12:30
14.00%
21.00%
13.50%
13.00%1
-
19.5D%
3:, stocked
*Since all of the Fuel Moisture Indicator Sticks at Rim Drive and Pinnacles Road were set
on August 9th, 1978, field data for August 1st,1978 are missing in this table.
Table 8
109
Fuel Moisture Indicator Sticks (FMIS) stationed at South Entrance Road,
Crater Lake National Park, Oregon
lUTM Coordinates and
2 Location descriptio
.t
m of FMIS Sites
1
Date of
Covertype
Setting
576449 S.,4736370 NJ
6/24/78
I(HWY 62 South at Po.4
nderosa Pine Picnic area; 41 paces
at 010 degrees N.)
FIMSs moisture content(percent),by date and
time of the day
8/1/1978
8/15/19781
White Fir& 11:35
16:15
Ponderosa
12.50%
34+%
8/29/1978
9/12/1978
15:50
15.50
20.50%
13.50%
Pine with
medium density
2 576102 E.,4736894 N.
6/24/78
(0.4 mile from #1;
78 paces at 255 de.i
grees North.)
,
3 575953 7 ,4737552 N.
6/24/78
(0.7 mile from # 1;
84 paces at 245
degrees North.)
4 574173 E.,4739689 N
8/9/78
(2.5 miles from # 11
67 paces at 190 del
grees North.)
16:05
11:45
Ponderosa
12.00%
34+%
Pine and
White Fir
densely stocked
15:40
Ponderosa
12:05
15:50
Pine and
12.50%
34+%
White Fir
with medium
density
15:20
Ponderosa
Pine and
White Fir
densely
stocked
.........
15:40
1
16:00
13.50%
25.00
15:30
13.50%
15:05
34+%
35.0%*
15:20
16.00%
53.009
/
3 572303 2.,4740445 N4
(5.0 miles from Jun
8/9/78
ction of HWY 62 S.
with Park Entrance
58 paces at 185 N. )
6
568744 :«,4746551 N.
(1.9 miles from # 7;
104 paces at 170
degrees North.)
7 570283 Z.,4748256 N.
8/9/78
8/9/78
(0.8 mile from Park
Head Quarters on
South Entrance Road
96 paces at 70 deel
rees North.)
1
Shasta Red
Fir and
WhitebarkP
densely atcoked
------
14:50
34+%
13.50
15:12
24.50%
Mountain
Hemlock &
Shasta Red
Fir
Mountain
Hemlock
15:30
15:20
14 :30
34+%
---- --
with mediu..
m density
*Readings have been made under rainy condition.
15:10
115 :00
15.50%
32.00%
14:15
34+%
16.75% 14:40
354%
Due to maximum scaling capacity of Chisholm
Scale.of 30.00%, and taking the age factor of FMISs under consideration,we were able to
make moisture content measurmentsup to 34.00% on August 15th, and up to 35.00% on September
12th, 1978.
**Due to late setting of FMISs at sites 4-7, first period readings were not registered on
August 1st, 1978.
Table 9
110
Weather Conditions on Two Days Prior and
on the Days FMISsy Moisture Measure.
meats Were Made within Crater
Lake National Park@
Day of
Month
July 30,
1978
Temperature F (C)
Max.
Min.
Clear and calm
0.0
Clear and calm
0.0
Clear and calm
35
0.23
(1.7)
(0.58)
Rainy and overcast
Trace
Clear and calm
0.0
Clear and calm
0.0
Clear and calm
7r
do
(2.2)
0.0
Clear and calm
42
(5.6)
0.0
Clear and windy
(20,0)
43
6.1)
(0.0)
47
(8.3)
75
(23.9)
44
(647)
Aug. 1,
1978*
74
(23.3)
43
(6.1)
Aug. 13,
1973
49
( 9.4)
Aug. 14,
1975
(
48
8.9)
(-0.6)
Aug. 15,
1973*
(16.7)
Aug. 27,
1976
(13.3)
(1.1)
1978
62
(16.7)
Aug. 29,
1973*
68
1978
Aug. 28,
6 2
56
Zept.10,
1978
in. (cm)
General
Weather Condition
0.0
74
(23.3)
July 31,
Rainfall
(
Sept.11,
37
1973
(
Sept.12,
1978*
(
2.7)
44
6.7)
31
7
33
..,/
(0.6)
34
32
1.75
(4.45)
31
(-0.6)
29
Low clouds and
snowing
1.25**
3.t8
Cloudy and light
snowing
0.0
Clear and calm
(-1.7)
@ Source: Weather reports on file at Crater Lake National
Park Headquarters
* Days on which FMISs' moisture readings have been made
** Other than 1.25 inches of rainfall, 1.0 inch of snow
accumulation on the ground has been recorded on this
day
Table 10
111
Low FMISs moisture patterns of August 1, and August 29,
1978 are associated with relatively high air temperatures (mid
70's) and lack of precipitation. During these periods (July 30 to
August 1, and August 27 to 29) weather was clear and calm. Sunny,
and calm days of these periods caused higher air temperatures,
which in turn resulted in lower environmental moisture as indicated
by fuel sticks. On the other hand high FMISs moisture contents on
August 13 to 15, and September 10 to 12 are connected with rainfall
or snowfall together with lower air temperatures. During these
periods, over-cast skies and precipitation resulted in cooler and in
some places subfreezing temperatures and high environmental
moisture (Figures 26-30).
Further analysis of moisture related data indicate that
Southern and Western regions of the National Park received more
precipitation during August 13 to 14 than other areas. The higher
values recorded for the fuel moisture sticks in the southern and
western regions of the Park indicate this difference. Northwesterly
direction of September 12, 1978 storm over the National Park region
may have caused variations in the moisture patterns of FMISs as
presented in Figures 26 through 30.
Altogether, the summer of 1978 was an unusually wet season
112
within the Crater Lake National Park region. Average temperatures
and average precipitation amounts for the months of July, August
and September are given in Table 11. Data in Table 11 indicate that
average maximum temperatures of July, August and September of
1978 were much lower than the average maximum temperatures of
long term (1924-61) recorded climatic data for the same months at
Park Headquarters. Similarly, precipitation amounts during the
summer season of 1978 exceeded average precipitation amounts
for long term recorded data from 1924 to 1961. Although the
National Park did not receive snow during July and August of 1978,
the amount of snowfall during September of 1978 was abnormally
high. As a result of unusually lower temperatures and relatively
high amounts of precipitation within the Park, the fire season of
1978 was abnormally short.
Downed Fuel Inventorying within Crater Lake National Park
Solar insolation intensity and environmental moisture patterns
are two major parameters in the ignition of wild fires within the
forested areas. The third major factor in this regard is the availability of fire fuels. For this reason, dry, downed woody materials
on the forest floor play a most effective role on forest fire ignition.
Comparative Long Term and 1978 Summer Months'
Temperature and Precipitation within Crater Lake National Park
Ave. Temperature
il
(C)
Ave. Rainfall in. (cm)
Months
1924-1961
1978
1978
Max.
Min.
Max.
1924-1961
1978
0.66
0.0
July
0.81
(2.1)
(1.?)
August
63
41
70
41
(17.2) ( 5.o)(21.1)( 5.0)
1.82
(4.7)
(1.4)
September
Seasonal
Ave.
41
1924-1961
Min.
42
(19.4) ( 5.0)(21.1)( 5.6)
67
Ave. Snowfall in.(cm)
70
0.55
0.0
2.10
(5.4)
(13.7)
61
67.3
38
40
(16.1) ( 3.5)(19.6)( 4.4)
1.10
(2.80)
( 4.6)
5.4
1.8
Table 11. Adopted from Sternes(1963) and 1978 weather
records on file at the National Park Head quart ers.
0.2
(0.5)
5.5
37
62
53
33
(11.7) ( 0.6)(16.7)( 2.8) (14.0)
2.71
(6.9)
T
2.8
(7.1)
1.0
(2.4)
114
Foresters suggest different methods for estimating downed fuel
volume. Howard and Ward (1972) have developed methods for downed
fuel inventory which include mostly larger woody material. This
methodology is not so appropriate for sampling small branch wood
and twigs. Van Wagner (1968) suggests a method which involves
gathering and weighing smaller woody materials from the forest
floor and measuring diameters of larger woody pieces intersected
with the sample line. One other technique widely employed for downed
fuel inventory has been developed by Brown (1971). The method is
called "Planar Intersect Technique". Later this method has been
updated twice, first by Brown (1974) and then by Brown and Roussopoulos (1974).
In this research for an inventory methodology of downed woody
material within Crater Lake National Park, the Planar Intersect
Technique
was
utilized. Complete, and step by step guidelines
of this method are published in 'Handbook For Inventorying Downed
Woody Material" by James K. Brown (1974) of the Intermountain
Forest and Range Experiment Station, Ogden, Utah. It is believed
that this method is well suited for downed fuel inventory purposes of
this study because:
1)
the method has been designed and developed for inventorying
downed woody materials (natural or by logging) within fir
and pine forests of the Western United States, where Crater
115
Lake National Park is located,
2)
the time required for inventorying downed woody material by
this technique is relatively shorter in comparison to other
similar techniques. Considering the time and space restrictions involved in this study (due to short summer season of
the study area, and the size of Crater Lake National Park),
application of the planar intersect technique seemed to be
advantageous,
3)
the Planar Intersect Method calculates not only estimates
of the volume of downed fuel but it also provides the user
with estimates of area so that amounts of downed fuel per
unit of forest land (Tons/Acre) can be obtained,
4)
the Planar Intersect Method has been developed for downed
fuel inventorying of large forest lands. It is a time saving
technique and requires only a two-man crew to carry out
the sampling procedure.
The technique involves tallying intersections cf woody material
pieces with vertical sampling planes of fuel pieces which have
diameters of less than three inches, otherwise measuring diameters
of downed fuel. Downed woody materials in size class of less than
three inches in diameter are further classified into three subclasses
of 0-0.25 inch, 0.25-1 inch, and 1-3 inches. Depending on forest
density, the sampling plane in this method for naturally fallen
116
materials is 6 feet for size class 0-1 inch, 10-12 feet for size class
1-3 inches, and 35-50 feet for the size class of more than 3 inches in
diameter. To eliminate bias in sample point selection, the method
suggests that plots be selected along transects that lace regularly
across the sample area.
During field observation, other related data are also accumulated. Such information included making measurements of the depths
of dead fuel and duff layer within sampling plots. Measurements of
dead fuel depth and duff layer were recorded to the nearest 1.0 inch
and 0.1 of an inch, respectively.
Observing the guidelines given in the Brown's handbook, an
attempt has been made to achieve adequate sampling precision. The
procedure involves altering the number of sample plots and lengths of
sample planes. This alteration is in accordance with forest density
and downed fuel intensity within the sampling area. Studies by Brown
(1974) indicate that, by adequate precision in sampling procedure,
percentage error in downed fuel inventory will be reduced to 15-20
percent. Such percentage errors are considered to be adequate levels
of precision in assessing most fuel problems (Brown, 1974).
Sample site selection strategy discussed earlier in this chapter
was applied and fifty-seven sampling sites were located within
117
Crater Lake National Park. These sites were named Downed Fuel
Study Areas (DFSA). Attempts were made to select DFSAs to be
representative of the vegetation cover types and densities within the
National Park. Further consideration was given so that DFSAs
would
be well distributed over the Park. In some cases, restricting
factors arising from rough topography or remoteness of the terrain,
created obstacles in the selection of certain DFSAs
In selecting
DFSAs considerations were observed with regard to fire spread
danger units established by the Park Management. Considering this
fact, 19 DFSAs were
selected within Unit III of the Fire Manage-
ment Plan, the most hazardous fire management unit within the
National Park (Figure 2). Locations of DFSAs is shown
in Figure 31. During summer months of 1978 downed fuel character-
istics of selected DFSAs were studied, and adequate data and information were collected from every downed fuel study area. Additional
information was collected in each sampling plot with regard to forest
density, tree crown size, and forest floor characteristics. Figure
31-A represents data collection form utilized in downed fuel inventory-
ing procedures. By the end of the 1978 summer season, the downed
fuel inventorying project of all 57 DFSAs had been accomplished
within the National Park.
Downed Fuel Data Calculation
118
Locations Of DFSAs Within Crater Lake
National Park
7.
6
4c
-
:
re.).
riel4111
/
(.7
A
1
9
'
TJ
-
.1
IC
_,'
or A.
...
I4
........
.4s%
,
T.::
-
,
.,,-
-*a-11r/
p
,..!
_,
,`-drof
P
.
Ili
...
. 4 0 a ..
-a
.4.,,
\
to,
e
-- a.
_
401
Figure 31
-
.
\,
`
`'
119
Downed Fuel Inventory (Field Form)
rrwr
SUPCCPTANITTIT
A.Sppri
FLOCK
STAND
COM TYPE
alIPARITOTT
ELEVATION
SIZE. CLASS ( In . )
:
LENGTH OF SAMPLING PLANE (Ft )
:
NO. OF
INTF-P.SECTS
HABITAT TYPE
0-1
3
1-3
DIAtel'n
CUPP DEPTH
PJ
DEPTH
0
MIBRUMEMNIMIIIIIIMINNEMEMMONEN5
1111111.11111M111
G
Spent
IMEM
EMMI
111111111111.1111
1111111111111111
hectn., a I.con, cods
FUEL CrYPn.7:17,7(.
I
:
Percent
2.
Figure 31A.
Adapted from Brown (1974).
120
Computation of downed fuel inventories data are either possible
by computer assisted programs (Johnston, 1975), or by desk calcu-
lator. Due to the complexity involved in the preparation of field data
for computer assisted computation, the computer program seems to be
appropriate only if very large quantities of field data are to be
calculated. Considering such complexities, it was, decided to apply
conventional desk calculation methods to acquired field data.
To compute amounts of downed fuel (Tons/Acre), two slightly
different formulas with regard to different fuel size classes were
utilized. The formulas follow:
a) For downed fuel classes of 0 to 3 inches in diameter:
2
Tons/Acre - 11.64xnxd xsxaxc
Ni
b) For downed fuel classes with more than 3 inches in diameter:
2
Tons/Acre - 11.64xrd xsxaxc
Ni
where:
11.64 = computation constant,
n = total number of intersections over all sample points,
d
2
= squared average of diameters for each size class,
s = specific gravity of the woody material,
a = nonhorizontal angle correction factor,
Zd
2
= the sum of squared diameters for fuel classes of 3
inches or larger in diameter. It is calculated
separately for rotten and sound fuel classes,
121
c = average slope correction factor,
N1 = total length of sampling line for each size class
(Brown, 1974).
The foregoing formulas were applied to field data collected during
the 1978 summer season within the Park, and amounts of downed fuel
per unit of area (Tons/Acre), were calculated. Summary calculation
of downed woody material for all DFSAs have been tabulated in Tables
12-68 in the following pages. This tables form has been adopted from
Brown (1974).
For computer assisted calculation of downed fuel data, the area
within the Park was divided into 15 blocks, each block into 4 compart-
ments, each compartment into 4 subcompartments, and each
subcompartment into 4 stands. Then each of the DFSAs were
identified by their locations within these divisions i. e., they were
given a code number in accordance with their locations. Although,
later it was decided not to utilize the computer for calculations of
downed fuel data, the code numbers were still left on computation
summary tables.
Varieties of coniferous forest species exist within the National
Park; through ground truthing the following dominant forest types of
the Park were identified:
a. Mountain Hemlock (Tsuga mertensiana) - abbreviated as
M. H. on some of the computation summary tables,
b.
Shasta Red Fir (Abies magnifica var. Shastensis) -
122
abbreviated as S.R.F. on some of the computation summary
tables,
c.
Lodgepole Pine (Pinus contorta) - abbreviated as L. P. P. on
some of the computation summary tables,
d.
Ponderosa Pine (Pinus ponderosa) - abbreviated as P. P. on
some of the computation summary tables,
e.
White Fir (Abies concolor) - abbreviated as W.F. on some of
the computation summary tables,
f.
Western White Pine (Pinus monticola) - abbreviated as
W. W. P. on some of the computation summary tables,
g.
Grasslands with sparse forest.
At "ground truthing sites" (DFSAs), purity of forest types
varied significantly from pure stands (100%) of a single species to
less than 5% mixed with other species.
Estimates of cover type percentages have been made through on-
site observations procedures within the DFSAs, while forested area
percentage and average crown diameter criteria have been calculated
mathematically through stereoscopic analysis and interpretation of
1:30, 000 and 1:7400 scale U-2 aerial color infrared photographs of
the study areas using equipment provided by the Environmental Remote
Sensing Applications Laboratory (ERSAL), located on Oregon State
University campus.
Downed fuel characteristics varied greatly for the different
species with regard to various parameters such as forest density and
123
maturity, elevation, slope and slope aspect. Table 69 summarizes
some of these characteristics and depicts variations of downed fuel
amounts for the dominant forest cover types within the Park. The
smallest downed fuel amount (0.35 Tons/Acre), was inventoried under
very poorly stocked (11.20% canopy coverage), Lodgepole Pine forest,
and largest amount of downed fuel was 91.67 Tons/Acre inventoried
under very dense (97.77% canopy coverage), Mountain Hemlock
forest (Table 69).
Applied fuel models for each of the DFSAs in "downed fuel
summary tables" are selected in accordance with forest fire fuel
loading characteristics classified by Deeming, Burgan, and Cohen
(1978), in "The National Fire-Danger Rating System 1978" publication.
These fuel models and their narative descriptions have been included
in Appendix I of this study. We were aided in these classifications by
Burgan and Cohen during our visit to Intermountain Forest and Range
Experiment Station in Missoula, Montana*.
*Their cooperation and kindness in this regard is greatly appreciated.
124
Downed Woody Material Computation SUmmary
Study site # 1
FOREST!
ampop.wif!
01
12
lIcirKt
02
suaxteturvarfr
:
3
STAND:
3
Formulas to compute tons/acre:
(A)
0- to 3-inch material.
11.64XliXd2Estatc
(El)
3.-inch material
11.0XId2IsTatc
Nt
Nt
Site
class
0 -
.2S
.2S 1
Constant
1
St
11.64
142
0.020
11.64
20
0.344
11.64
- 3
2.87
Tons/
acre
0.75
1.13 1.00
24
.48
1.13 i.00
24
1.81 n
.40
1,15 1.00
48
0.63111
1.00 1.00 200
16.15v
1
Ede for 3
3. Sound
1 1 .64
693
3 Rotten
11.64
pn9
.30
110
°I
1.00 200
3. Sound I Rotten
Total
Sum of 3inch
Nuhber
of nieces
diameters
Sound
:
Rotten
:
73
10
23
___1_
Sum of duff depths:
Number observations
Average duff depths
1 2.90
:
8
:
:
in.
,
1.61
in.
I
II
V
IV
.
VI
111.
3.65 v
19.78v1
ILYX11
Average
diameter
7.30 in.
7.±.6.2 in.
52
sum of fuel depths
Number observations
:
Average fuel depths
:
m.
12
4.33
Sample site description:
Covertype;Lodgepole Pine (99%)
forested area;
43.87%
average crown diameter;
17.10 feet
Forest
floor is covered with 1-2
further information;
inches of needles.
Applied Fuel Model: F
Table 12
125
Downed Woody Material Computation Summary
Study site # 2
FOREST:
G
COMPARTMENT:
12
t
FLocr.
STAND:
SUBOCMIPA.FrIlIF-Yr :
Formulas to compute tons/acre:
(A)
11.641nXd4rstarc
0- to 3-inch material:
Nt
11.641Id2rstatc
(9) 3 -inch material
Mt
Site
class
Constant
o- .25
.25 1
-
11.64
11.64
0.0201
0. 344
.48
11.64
2.87
.40
Tons/
acre
Nt
a
0.42
t.13 1 00
1:13 1.00
1.13 1.00
24
1.00 LiS/Q
200
2:15 21
1.26in
Ede for 3.
3 Sound
11_64
530
3 Rotten
310
. 30
_1.41
LILA'
3 Sound b Rotten
Total
Sum of 3 -Inch
diameters
Sound
:
Rotten :
Number
of nieces
82
314
Sum of duff depths:
:
Number observations
:
Average duff depths
:
11
IV
V
-1-2*-75/'
VI
III
Avernye
diameter
1-5-
5_47 ".
--5-
6....ao in.
11:1,711
Sum of fuel depths
in.
A
2.34
I
12.341v
:
Number observations
Average fuel depths
in.
49
in.
12
:
4.08
in
Sample site description:
Covertype;
Lodgepole Pine (99%)
forested area;
21.91%
average crown diameter;
15.05 feet
further information; Forest floor is covered with annual
grass ( 80%)..
Applied Fuel Model:
Table 13
126
Downed Woody Material Computation Summary
Study site # 3
FOREST:
1
PLOCK S
9
COMPARTMENT:
STAND:
SAmleAnmmr:
3
2
Formulas to compute tons/acre:
(A)
0- to 3-inch material:
11.64 0nXd2tstaXe
(8)
3 -inch material
11.6402120siatc
Ni
At
0
Size
class
Constant
- .25
.11.64
1RA
11.64
26
.2S I
-
1
0_015
0.295
.48
_A. 2.77
3
Tens/
acre
St
s
1-.44 l-rG4
a14-
1.)3 1.00
i14
0.-.2.6
1
2.Q211
1.13 1.00
48
1.21111
3.21 to
112 for 3
Sound
3. Rotten
11-4
1164
138
.40
1.00 1.00
200
1691
. 30
1.00
200 29.92 v
Rotten
3. Sound
Total
Sum of 1 -Inch
diameters
Sound
:
Rotten
:
Number
of nieces
94
_LQ...
89
Sum of duff depths:
:
Number observations
:
Average duff depths
:
II
32.73 VI
V
5_6.22VII
VI
III
i".
14.13i -
11.50 in.
8
1.44
I
IV
Average
diameter
5...4-.)
4
1.00
Sum of fuel depthS
Number observations
in.
Average fuel depths
:
:
:
39
in.
12
2 9 2
in.
Sample site description:
Covertype; M.H.(70%), S.R.F. (20%), and L.P. (10%)
forested area;
62.71%
average crown diameter; 42.87 feet
further information; Most of downed woody material in
large diameters(more than 6 in.) are in rotten class
Applied Fuel Model: H
Table 14
127
Downed Woody Material Computation Summary
Study site # 4
FOREST:
1
MOCK :
9
4
COMPARTMENT!
SUPCMPARTMYr :
STAND:
1
P
Formulas to compute tons/acre:
(A)
11.64InFd2Fstatc
0- to 1-inch material.
Nt
11.64FT.d2Sstalc
(B) 3 -inch material
St
Site
class
0
.25
.25
1
-
-
Constant
n
11.64 234
11.64
1
3
dz
31
a
St
c
.0151
.48
1.13 1.00 _24,
.?P'q
.48
1.13
11.64 _LL4.
40
Tons/
acre
.93
1.00
48
1.13 1100
4.24 lir
fd: ,or
3. Sound
50/1
.110
1.00 1..90
11.73 Iv
3 Rotten
;32
.34
1..0 1.99 200
LILQ3 V
3 Sound S gotten *
Total
Sum of 3.-inch
diameters
Sound
:
Rotten
:
Number
of pieces
1
20
4.60i,
43
J.
13.33i,
'
Number observations
Average duff depths
1
:
11.20
"1'
8
111
sum of fuel depths
Number observations
1,40
In.
?P, 76 VI
.29V11
VI
Av era ve
diameter
92
sum of duff depths:
II
V
IV
Average fuel depths
:
:
43
12
in.
4
in.
Sample site descrittion:
Covertype;
Shsta Red Fir (80%), Mountain Hemlock (ZO%)
forested area;
80.19%
average crown diameter; 43.17 feet
further information; 30% grass cover on forest floor
Applied Fuel Model:
H
Table 15
128
Downed Woody Material Computation Summary
Study site # 5
FOREST:
COMPARTMENT:
8
Nix?:
STAND:
3
1
4
ucompAnmmr:
Formulas to compute tons/acre:
(A)
0- to 3-inch material:
11.641nXd2xstaac
(8)
3 -inch material
11.640Ed2050t0c
Mt
Nt
Size
ions/
class
Constant
0 - .25
)1.4.
60
0.0151
.25 -
11.64
18
0.289
I
l-3
dt
11-st-64
1.L12
s
a
Nt
c
acre
0.a4
.48
1.13
.40.
1.13
1.0d 48
2.721H
or 3.
3. Sound
11.64
18PR
.40
L,231
?OlD
44.19Iv
: Rotten
11,114
?54
.30
L.O.Q
1.0 200
L.09 v
3. Sound S Nottcn
Total
Sian of 1.- inch
diameters
Sound
:
R?
Rotten
:
18
_.....L.
-..i.....-
Sum of duff depths:
Number observations
Average duff depths
:umber
of nieces
:
:
:
4..3
II
IV
IpS,.,8VI
V
Ill
VI
5p_ isyz1
Average
diameter
13.7n.
9.00R
in.
Stun of fuel depths
in.
Average fuel depths
:
Number observations
8
0.54
I
:
:
25
in.
12
2.08
m.
Sample site description:
Covertype;
Mountain Hemlock (70%), Shasta Red Fir (30%)
86.24%
average crown diameter; 42.48 feet
forested area;
further information;
Forest has over mature trees (about
15% of the covertype).
Applied Fuel Model:_a.
Table 16
129
Downed Woody Material Computation Summary
Study site # 6
FOREST:
COMPARTMENT:
ar)a:
9
STAND:
AlaX*IPARTMEttr:
1
Formulas to comuce tons/acre:
(A)
II.643nXd=ts.tdSc
0- to 3-Inch material:
Nt
(8) 3 -inch material
11.64 X tdl dsdade
.
NI
Size
class
Constant
Tens/
n
d2
a
acre
c
11.64 _115 0.0151
1,1a 1.02
24
0.47
11.64 __L5 0.289
11.64
15 2.76
113 1.02
24
Is24
1,1
1.02
48
4,63 iii
2Q0
ij.-1,17Pw
Ed= for 3.
3. Sound
11.64
3. Rotten
2.1.,E4
1776
1.00 1.02
196
1_,.gg 1.02 2Q.2
3. Sound 5 Rotten
Total
Sum of 1. -inch
diameters
Number
912...1.ca.
Sound
Rotten
:
lib,
:
Number observations
:
Average duff depths
:
5_ 1
IV
in.
49.66v1
52.7011
Average
diameter
Sum of fuel depths
A
Number observations
0. 64
V
VI
III
in.
1
1-1+
II
10.6^
_LI_
:
Sum of duff depths:
I
in.
Average fuel depths
:
27
:
12.
:
2.25
in.
n.
Sample site description:
Covertype;
Mountain Hemlock (99%)
forested area; 85.18%
average crown diameter;
further information;
on the forest floor
Applied Fuel Model:
38.33 feet
Needle coverage of about 1 inch
r,
Table 17
130
Downed Woody Material Computation Summary
Study site # 7
FOREST:
COMPARTMENT:
1
9
STAND:
1
SU EL"CtIPARITIEIC
3
Formulas to compute tons/acre:
(A)
0- to 3 -inch material:
11.640115,120sxaXc
(8)
3.-inch material
11.64d142XsX3 dc
Nt
Ni
Size
class
0 -
.25
.25 1
Constant
Tons/
acre
C
331 0.0151
11.64
1
d2
- 3
r
L8
59 0.289
.40
11
1,1_
1.011 24
4.53 u
1 . n1 4,3__
3.36 Ur
1.01 160
8864 Iv
142 for 3.
3. Sound
'94
11tra4
3. Rotten
LeS2.
549
12_,J0
Somd G Rotten
Total
Sum of 1.inch
Sound
Rotten
I
diameters
Number
of PICCCS
:
163
_3..
5,33. in.
:
39
_i_
IL. in.
Sum of duff depths:
:
Number observations
:
Average duff depths
:
8.8
29.81v1I
vi
III
in.
Sum of fuel depths
Number observations
1
20.74
V
Average
diameter
3
1
II
IV
in.
Average fuel depths
:
:
:
46
72
3.83
Sample site description:
Covertype;
Shata Red Fir (60%), Mountain Hemlock (40%)
forested area;
53.39%
average crown diameter; 34.72 feet
further information;
Applied Fuel Model: H
Table 18
131
Downed Woody Material Computation Summary
Study site 4 8
FOREST:
1
COMPARTMENT:
ac..r.cK
9
mactpleA.nmfr:
7
STAND:
3
Formulas to compute tons/acre:
11.640nXd2C5CoCC
0- to 3-inch material:
(Al
Nt
II,64Ct42SsCaAo
(2) 3 -inch material
Nt
Size
class
Tons/
Constant
St
11.64
11.64
214_
1.300
11.64
00
8
L..ao
.40
10.0
Acre
0.11
1
0.31 11
48
0.00 u:
W2 for 3
3. Sound
3. Rotten
1.1..6.4
75
234
inn t.25
IV
_220 4..as
v
5.34
VI
3. Sound 4 Rotten = Iv
Total
Sum of 1 -Inch
diameters
Sound
:
19
Rotten
:
34
Number
of pieces
1
II
v
III
VI
6.2.6 ,11
Average
diameter
3.80,
5
- Sum of Juff depths:
:
Number observations
:
Average duff depths
:
in.
8
0.08
6.80i,
Sum of fuel depths
Number observations
:
:
5
in.
12
Average fuel depths
Sample site description:
Covertype;
GrasSland(70%), White Pine(10%), L.T.P.(10%)
forested area;
13.01%
average crown diameter;
22.20 feet
further information ;
Stands have occupied about 25-30%
of the area
Applied Fuel Model: A
Table 19
132
Downed Woody Material Computation Summary
Study site # 9
FOREST:
1
afixx :
6
COMPARTMENT:
3
stia:comtnmyr:
4
STAND:
L.
Formulas to comcute tons/acre:
(A)
0- to 3-inch material:
11.643nXdItsAaXe
(8)
3 -inch material
11.648nd2XsXaXn
Nt
Nt
Site
class
0
Constant
az
1
-
1
3
St
Tons/
acre
00111
.28 L.L1
1.00
30
0.16
2-
0.300
1.00
30
0.32 it
11:i4
2
2.78
.48 1A11
'LC 1.13.
1_00
60
0.49 ur
1.00
aao_
7.08 iv
1_..44
1.001 24E2
11FC
.25 -
a
11._64
.25
-
5
Ld2 for 3
3. Sound
3 Rotten
3n4
-40
1047
-30
1
3 Sound S Rotten
Total
Sum of 3. -Inch
Sound
Rotten
:
:
diameters
Number
of nieces
48
--8L.
121
12
Sum of duff depths:
Number observations
Average duff depths
:
:
:
4. q
in.
10
0 . 49
I
II
IV
25.36v1
2L..33"
VI
Average
diameter
_n in.
2.12,Sum of fuel depths
:
Number observations
in.
V
111
18.28
Average fuel depths
:
:
24
in.
15
1.60
in.
Sample site description:
(10%)
Covertype;
Mountain Hemlock(70%)9 L.P.P(20%), Western W.F.
forested area;
78.42%
average crown diameter; 28.50 feet
further information;
forest floor
Needle thickness about 1 inch on the
Applied Fuel Model: H
Table 20
133
Downed Woody Material Computation Summary
Study site # 10
FOREST:
1
COMPARTMENT!
3
Rtf)Cr!
6
suaarpAmmvr:
1
4
STAND:
formulas to compute tons/acre:
(A)
11.64 X n X d2
0- to 3-inch material:
X
s
a
X
c
Ne
11.641:d2IsAalc
(B) 3 -inch material
St
Site
class
o -
1
-
11.64
.25
.25 -
TcrIS/
Constant
45
s
16Q 0.0151
11.64 21 0.259
1
3
2_76
11-1-6-4 -4-
a
NX
c
acre
.48 1.j
1.00 24
4
1
,.48 1.13
1.00 24
1.60
11
-.40
1.110 11.8.-
n,91 tIt
2011.
P2 -70 Iv
W2 for 3
Sound
11-.6.4
975
1. nn.
3. Rotten
Loa
3. Sound S Rotten
Total
Sum of 3 -Inch
diameters
Sound
Rotten
': umber
of nieces
:
:
54
8
Sum of duff depths:
:
Number observations
:
Average duff depths
:
10.20 in.
8
1.2B
in.
I
II
200
1.
30.31 vt
IV
III
33ifell
VI
Average
diameter
11.29,
6.75,
Sum of fuel depths
:
Somber observations
:
Average fuel depths
:
244)
in.
12
3.33
in.
Samrle site description:
(5%)
Covertype;
M.H(60%), Shasta Red Fir (35%), Western W.P.
forested area;
80.02%
average crown diameter; 29.56 feet
further information;
Open forest
Applied Fuel Model: H
Table 21
134
Downed Woody Material Computation Summary
Study site # 11
FOREST:
COMPARTMENT!
1
6
4
STAND:
1
sUGOOMPARTMEW :
Formulas to compute tons/acre:
(A)
0- to 3-inch material:
11.643114424s414c
(B)
3 -inch material
11.44 V td24s4a4e
Nt
tit
o
Size
class
Constant
.25
11.64
-
.25 1
n
3C12_
0_(-115
11.64 lq
1
1411
1.13,
Q.289
11.64 10
- 3
NC
Tens/
acre
1.00
24
1.2Z
1.00
24
1.44
11
13.03
ctt
d=
1-122
id' for 3
3. Sound
Rotten
2312
,.40 1.00
1842
_.30
1.00
1.00
1.00
3. Sound G Rotten
Total
Sum of I inch
Number
of pieces
diameters
Sound
:
Rotten
:
174
92
Number observations
:
Average duff depths
:
18, 10
32.16 v
V
IV
ill
vi
91.67vu
VI
9a76in.
in.
8
2.26
200
15.33in.
-11-:
11
53.82 ry
Average
diameter
.12:__
Sum of duff depths:
1
200
in.
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
50
in.
12
4. 17
in.
Sample site description:
Covertype;
Mountain Hemlock(95%), Shasta Red Fir (5%)
forested area; 97.?7%
average crown diameter;
36.60 feet
further information;
Open forest with heavy downed
woody material accumualation
Applied Fuel Model: G
Table 22
135
Downed Woody Material Computation Summary
Study site # 12
FOREST:
1
6
COMPARTMENT!
1
susoompAmmur :
4
2
STAND:
Formulas to compute tons/acre:
(A)
0- to 1-inch material:
11.64antd2astatc
(8)
3. -inch material
11.4401:320state
Nt
Nt
Size
class
Constant
d2
N(
11,6.4 _43_, 0.01
0.300,
11.64
2.78
Tons/
acre
.48
1.04
.3 a- a..15
.48 1.13
.40 1,13_
1.00,
30
1.14 11
1.00
60
0.Z3111
La= for 3
5 Sound
Rotten
11- r14
553
.40 1.00
1.00
250
10.50tv
_11.114
1014
.30 1.00
1.00
2q0
14.16v
3. Sound
Total
Sun of 3 -lnch
diameters
Sound
Batten
:
:
Number
nieces
of
1c5
J
5_
100
Sum of duff depths:
Number observations
Average duff depths
:
:
:
23.80 in.
TO
E.
I
Rotten
in.
V
26.48vu
VI
II
Averi4:C
diameter
_a.m.:a in.
8.33 in.
Sum of fuel depths
Number observations
2.38
IV
Average fuel depths
:
:
:
28
in
T5
1.87
in.
Sample site descriotion:
Covertype;
forested area;
SR.F(50%), M.H.(40%), L.P.P.(20%)
39.74%
average crown diameter; 34.38 feet
further information;
Mixed forest, and 50% of the forest
floor covered with annual grass
Applied Fuel Model: H
Table 23
136
Downed Woody Material Computation Summary
Study site # 13
FOREST:
COMPARTMENT:
1
5
STAND:
stmamenximrm:
4
Formulas to comute tons/acre:
(A)
0- to 3 -inch material:
11,64:n2d2X1 :4XC
(8)
3.-inch material
11.642rd2xsayXc
tit
St
Size
class
Constant
S -
.25
11.64
.25
1
1
3
At
,12
65
Tons/
acre
1.00
24
0.26
11.64
0.0151 .48
0.289 .48
1.00
24
2118 1/
11.64
2.76
.40
1.00
48
2.12111
1454
.40
1.00 1.00
200
33.851v
863
.30
1.00 1.00
200
15.07 v
V
8.22VI
1
w= for
3 Sound
3 Rotten
3 Sound
Total
Sum of 1 -inch
diameters
Sound
;
116
Rotten
:
55
11
Average duff depths
:
:
:
1.97
VI
I
.
51.68v11
7.73n.
13.23n.
in.
12
Sum of fuel depths
8
0.25
IV
Average
diameter
___4
Sum of duff depths:
Number observations
Number
of nieces
Rotten
Number observations
in.
Average fuel depths
:
:
in.
12
1.00
in.
Sample site description:
Covertype;
Mountain Hemlock (99%)
forested area;
66.97%
average crown diameter;
27.82 feet
further information;
Scattered Mountain Hemlock regeneration; forest floor covered with annual grass
Applied Fuel Model: G
Table 24
137
Downed Woody Material Computation Summary
Study site # 14
FOREST:
stocK
COMPARTMENT:
5
STAND:
3
StJECCSINVITME.,11* :
Formulas to compute tons/acre:
(A)
0- to 3-inch material.
11.64:n:d2tsXaSc
3.-inch material
II.e4:Cd2XstaSc
Nt
(8)
Nt
Site
class
0- .25
.2S 1
I
- 3
Tsms/
Constant
d2
n
.48
.11.64 ,163, 4.0156
11,64
11 ..64
1.13
1.00
2...L.311+
502
:
0.61 n;
.1.00
200 1.12.281v
.30
1,..20
1.00
200
Total
Rotten
48
1.00
3 Sound S Rotten
:
0.67
1.110
,
Sound
24
for 3
3+ Rotten
Sim of d -Inch
diameters
acre
1_00
D-295
-2.
i3
3 Sound
St
iiumber
8
II
V
III
224.96 ri
,Z9.09/II
VI
Averne
of nieces
60
1
9.18 v
i amet cr
7 50in.
58
Sun of duff depths:
:
Number observations
:
Average duff depths
:
3, 2
in,
8
oLOD
tn.
Sum of fuel depths
16
Number observations
12
Average fuel depths
1.33
in.
in.
Sample site description:
Covertype;
M.H.(85%), L.P.P.(10%), S.,R.F.(5%)
forested area;
70.30%
average crown diameter; 28.18 feet
further information; Healthy forest with some patchy
openingscovered with grass
Applied Fuel Model: H
Table 25
138
Downed Woody Material Computation Summary
Study site # 15
FOREST:
COMPARTMENT:
5
FLocK :
1
4
STAND:
3
su ecovv,mmIlr
Formulas to compute tons/acre:
(A)
0- to 1-Inch material:
11,64XnXd20sX1Re
(E)
1.-inch material
11.64)(7,d2IsSaIc
St
Nt
Site
class
Constant
n
11.64
86
0.015
11.64
111
0.289
2.^6
11.64
-
3. Rotten
Tcnsi
acre
1000
24
Z,34
1.00
24
1.06
LAag
48
.4 1,00
1.00 ZOO
5.18 Iv
806
.30 1.00
1.00 200
14,07 v
Total
Number
of pieces
Diameters
Sound
:
Rotten
:
P7
,c,A
Sum of duff depths:
Number observations
Average duff depths
:
:
:
111
105
Sound 4 Rotten
Sum of Ainch
II
or .1
I12
3. Sound
m
d2
7..5
II
V
III
1,9.%5 yr
VI
2.2..27m
Average
diameter
2--..
3. ,a6 in.
7
971 in.
in.
Sum of fuel depths
8
0 s:51
I
IV
Number observations
in.
Average fuel depths
:
:
:
In
in
12
C)..i
in,
Sample site description:
Covertype;
Mountain Hemlock (99%)
forested area; 71.92%
average crown diameter;
36.81 feet
Healthy forest with some openings;
understory regeneration of M.H.(about 8 ft. tall)
Applied Fuel Model: H
further information;
Table 26
139
Downed Woody Material Computation Summary
Study site # 16
FOREST:
1
1114Ci1 I
6
COMPARTMENT:
1
sugmccorAmmm7:
4
STAND:
Formulas to compute tons/acre:
(A)
0- to 3 -inch material:
11.640A0d2XSAa2C
(8)
5.-inch material
11.64X:d2X50aIc
Nt
Nt
Size
class
Constant
0 - .25
11.64
217 0-015
.25 -
11.64
02 89
11.64 --5-
2.76
1
-
1
5
At
112
acre
1.13 1.00
.46
1.13 1.00
Li
1.67
11.13
1.00
.48
1.51
Iti
tv
td2 for 3.
3. Sound
11 -64
3. Rotten
190
.40
1.00
1100
200 4.42
81
.50
1.00 1.00
200 1.41
3. Sound 4 Rotten
Total
Sum of .1.-inch
':umber
diameters
Sound
Rotten
of picc e5
_.2_
5634in'
15
-.I-
5.,a0in.
sum of duff depths:
:
Number observations
:
Average duff depths
:
R.5
9.83
V
IV
III
in.
Sum of fuel depths
in.
Average fuel depths
8
1.05
II
vt
9,87 VII
VI
Average
diameter
3J
:
:
I
Number observations
19
:
:
in.
12
1.58 in.
Savoie site description:
Mountain Hemlock (99%)
Covertype;
forested area;
17.53%
average crown diameter; 39.28 feet
Scattered understory of Whitebark
further information;
Pine (about 8 ft. tall)
Applied Fuel Model: H
Table 27
140
Downed Woody Material Computation Summary
Study site # ly
FOREST:
1
BLOCK :
A
COMPARTMENT:
7
STASIS:
SU 2CCM P ARTmarr :
Formulas to comute tons/acre:
(A)
0- to 3 -inch material:
11.64Xntd24sta2 c
(5)
3.-inch material
11.6412r.d20sta0c
Na
St
Site
class
o -
.Z5
.25 1
-
Constant
I
0.0191 .48
19 0.289
.40
7 2.76
1.13
1.00
30
3.17
1
1.13
1.00
70
1.17
II
1.13
1.00
60
1.69 III
.48-
1-.-00.
1.00 240-
L
Q-71...-51IY
.30.
1.00 2,a
14.26
3.541
11.64
11.64
3
Tons/
acre
n
EL12 for 3
3 Sound
1 1
1477
_1021._
3. Rotten
3. Sound I Rotten
Total
Sum of 3.- inch
Number
diameters
Sound
Rotten
of {pieces
0
A 0
:
57
10
Sum of duff depths:
:
Number observations
:
Average duff depths
:
92
in.
10
0.92
=
I
II
IV
VI
1,44....79/11
Averar.e
di3mete:
..2.2. in.
8.70 in.
Sum of fuel depths
31
Number observations
in.
ji 1_77 vi
V
111
Average fuel depths
:
:
1
in
5
2.07
in.
Sample site descriction:
Covertype;
Mountain Hemlock (99%)
forested area;
62.48%
average crown diameter; 41.55 feet
further information;
Open forest; litter thickness does
not exceed one inch
Applied Fuel Model: G
Table 28
141
Downed Woody Material Computation Summary
Study site m 18
FOREST:
PUjCV.
COMPARTMENT!
2
susccivIdymsyr :
3
1
10
t
STAND:
Formulas to compute tons/acre:
11.64 a n t d2 i
0- to 3-inch material:
(A)
S
3
a
S
Nt
11.645Zd2tsr1 tc
3.-inch material
(9)
Nt
Size
class
3- .25
11.64
.25 -
11.64
1
-
I-CMS/
Constant
I
a
PLO 0 . 0 1 51
1.13 1.00
2.76
11.64
3
NI
C
.48
La.13 1:2).
.40
1.1
1.00
acre
30
b.77
60
psai
5.65
II
III
W2 for 3
3 Sound
---46.E4
3. Rotten
12..6.4
L.QD
4n9
439;
Total
Sound
:
Rotten
:
Number
of ieces
49
__1_1_
6.25 i r"
__I
i9.56 in.
Sum of duff depths:
:
12
in.
1
Number observations
:
1(g
Average duff depths
:
1.21
v
IV v
11
VI
'18:4,774,3V: II
Average
diameter
Diameters
17
11.7.4 Iv
1.9.0 1,00
3. Sowed 6 Rotten
Sum of 3. -Inch
?5,(-1
In.
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
37
in.
___1.5........_
2,47
in.
Sample site description:
Covertype;
Mountain Hemlock (99%)
forested area;
70.98%
average crown diameter;
37.20 feet
further information;
Healthy forest with heavy downed
woody material. Needle thickness about one inch.
Applied Fuel Model:
G
Table 29
142
Downed Woody Material Computation Summary
Study site # 19
FOREST:
2
COMPARTMENT!
4
stkpm:
2
suaarrARmyr :
t
Formulas to compute tons/acre:
(A)
11.64 intd2Xstatc
0- to 3-inch material:
Ni
11.6137423statc
(B) 3 -inch material
Nt
Size
class
0 - .25
.25 1
-
Tons/
Constant
11.64 -LIZ
11.64
0.797
11.64
7.78
1
3
acre
tit
1_Q9
Q.60
1
1.48
II
24
.48
1.13,
,40
1.13
1.00
48
3.05 III
543
.40
1.00
1.00 200
12.64. Iv
1653
.30
1.00
1.00 200
28.86 v
ida for 3
3. Sound
11..4.
Rotten
3. Sound & Rotten
Total
Sum of 3 -inch
diameters
Sound
:
Rotten
:
Number
of pieces
83
I
11
V
IV
III
41. 30 v:
46,63tt:
VI
Average
diameter
2,-.
Sum of duff depths:
:
Number observations
:
Average duff depths
:
214.-6CI
in.
3.08
in.
Sum of fuel depths
Number observations
12
Average fuel depths
1.92 in.
Sample site description:
C o vertyp e ;
Mountain Hemlock( 85%), Lo dEppo1e
forested area;
Pine( 15%)
64.16%
average crown diameter;
further information;
28.88 feet
Healthy forest
about one inch.
Applied Fuel Model : G
Table 30
;
needle thickness
143
Downed Woody Material Computation Summary
Study site # 20
FOREST:
COMPARTMENT!
PL. OCK
3
STAND:
3
3
SUE1071PARTMEIff
Formulas to compute tons/acre:
11.64InId2XstaRc
0- to 3-inch material:
(A)
NL
11.64 21420s2aXe
(I) 3 -inch material
Nt
Size
class
Constant
0 - .25
.11.64
.25 1
-
n
Nt
78 0.0166
11.64
1
11.64
3
0.306
_2_
1.00
0.27
1.00
"LIP 60
0.71 u
1...2J III
.48
2.79
Tons/
acre
I
td2 for 3
3. Sound
11_A4
1-32
1-0.0
251)
2.4.6
3 Rotten
11-64
1f54
1-00
250
P3-10
3 Sound 4 Rotten
Total
Sum of 3 -Inch
diameters
Sound
:
Rotten
;
Number
of pieces
PA
1n4
Sum of duff depths:
:
Number observations
:
Average duff depths
:
I
14...33. in.
_-2,
114....B.L. is.
in.
10
1.44
in'
V
Ill
25.56'11
;) PL
VI
25+11
Average
diameter
_r,_
14.40
II
IV
P,
20
Sum of fuel depths
:
Number observations
: i5.______
Average fuel depths
:
i
1.33
Sample site description:
C overtype;
Mountain Hemlock(70%), Lodgepole Pine(30%)
forested area;
53.27%
average crown diameter;
24.95 feet
further information;
Healthy forest; downed woody material
seem to be in rotten class if have larger diameters.(:10 in.)
Applied Fuel Model: H
=MINION,
Table 31
144
Downed Woody Material Computation Summary
Study site # 21
FOREST:
COMPARTMENT!
FAILCY.:
sueccmpARTmErrr :
STAND:
4
Formulas to compute tons/acre:
11.643nSdItsra0c
0- to 3-inch material.
(A)
Nt
11.440texszaIn
(B) 3 -inch material
Nt
Size
class
1 Tons/
Constant
d2
a
1.13
1.00
30
f).58
1
0.344
.48 1./3
1.00
30
1.01
II
1,13
1.00
60
D25
III
1.00
250 11.38 IV
__I_ 2.87
3 Sound G Rotten
Total
:
Rotten
:
I
Sum of 3 -Inch
diameters
2f2imIss
Average
diameter
51
_St__
844_ in.
Number/
II
IV
V
III
1-5..149 VI
17.33vn
VI
6..33- in.
Sum of duff depths:
:
Number observations
:
Average duff depths
acre
_117 0.020
14
Sound
St
c
:
3. nn
Number observations
0.3
27
Sum of fuel depths
Average fuel depths
In.
:
:
in.
15
1.80
in
Sample site description:
Covertype;
Lodgepole Pine (99%)
forested area;
25.80%
14.73 feet
average crown diameter;
further information; Young forest with some patchy
openings covered with grass
Applied Fuel Model: U
Table 32
145
Downed Woo dy Material Computation Summary
Study site # 22
FOREST:
COMPARTMENT!
111.1)CY,
4
STAND:
SLIECOPIPARITIENT
Formulas to comute tons/acre:
(A)
0- to 3-inch material:
11.64INXd2Xs43Xc
3.-inch material
11.64 Xld24sl3 t
NI
(8)
c
Ni
Size
class
0 -
.25
.25 I
Constant
n
- 3
s
.48
1,13 1.00
0.330
.48
1.13 1.00
12
11°64
P- A4
2
Tons/
acre
Nt
e
_1113 0.018
11.64
1
d2
30
0.47
0,83 II
1,13 LOD
_60
1....59111
Ids for 3
3 Sound
3 Rotten
11 . ;4
294
11....64
167
...40
1.00 1..II0 250 -5.48
Lao 1.0.0 250 2.33
3 Sound & Rotten
Total
Sum of 3 -inch
diameters
Sound
Rotten
:
:
Humber
of pieces
56
_,2__
:
Number observations
Average duff depths
11
I
IV
1AJ31 VI
V
Ill
11.10VU
VI
Average
diameter
r"
33
Sum of duff depths:
IV
:
4._2_1 in.
77.51 in.
Sum of fuel depths
1n
Number observations
:
15
Average fuel depths
:
1.47
0.73
in.
:
7 a
in.
in.
Sample site description:
CovertYPe;Lodgepole Pine (75%), Mountain Hemlock (25%)
forested area;
18.26%
12.50 feet
average crown diameter;
further information; Some patchy areas with annual grass
in the openings of the forest
Applied Fuel Model:
U
Table 33
146
Downed Woody Material Computation Summary
Study site # 23
FOREST:
2
COMPARTMENT:
sua_13,1PARTME-IIT
2
STAND:
2
:
Formulas to compute tons/acre:
11.64XnreIstaIc
0- to 3-inch material:
(A)
St
11.441Id2XsZale
(8) 3 -inch material
Mt
Site
class
Tons/
Constant
s
a
Se
c
n
0- .25
.25 1
-
156
-1n1194
..4.EL
1..13
1-aD
13A
.4A
1.11
1-00 _a..
"
.40
1A13-
1..0Q
_ILL
1.87 III
1.00
1_00 POO
1_00
LOD ?no
11.64
1
2 -8
3
acre
5
(1.39
fd2 for 3
3 Sound
3 Rotten
11,.6.4
394
3 Sound 6 gotten
Total
Numbr
Sum of 3 -Inch
diameters
Sound
Rotten
:
:
of nieces
Average
diameter
4-
4.71 in
19
44
II
III
VI
9,144
VI
13.2011
in.
Sum of duff depths:
:
Number observations
:
Average duff depths
I
V
IV
P-2; n
6-8.8 V
:
4_2
in.
Sum of fuel depths
A
0.53
Number observations
ln.
Average fuel depths
:
10
:
15
: 0.67
in.
in.
Sample site description:
Covertype; Lodgepole Pine (85%), and Mountain Hemlock (15%)
forested area;
57.17%
average crown diameter;
further information;
28.97 feet
Understory of Mountain Hemlock with
5-8 feet tall
Applied Fuel Model: U
Table 3L1.
147
Downed Woody Material Computation Summary
Study area # 24
FOREST!
COMPARTMENT:
RUOCK t
7
3
2
STAND:
SUSCCMPAFINEW
Formulas to comrute tons/acre:
(A)
0- to 3-inch material:
11.64 tard2ts:adc
(B)
3.-inch material
11.641:42%sxsac
Nt
Size
class
0
-
-
IL 6.4
.25
.25 1
Constant
dl
11.64
3
Tons/
acre
Nt
c
0.011 .43 1 1.13 1.00 2,4._ 0. a2
0.300 .4 1.13 1.00 14
u
.90
2.78, .40
1.13 1.00 _LL.3_ 1.52 us
119
1L.64
1
a
Ed= for 3.
3. Sound
3. Rotten
1J-t=.14
175
.40
1.0Q 1.OQ
2fla
y.O7
_11._6A
77
.30
1...04
1.OQ
200
1,.14
3. Sound L Rotten
Total .
Sum of S -Inch
diameters
Sound
Rotten
:
Number
of pieces
1
11
IV
V
5 ill "
A.9,3vu
VI
151
IV
Average
diameter
5_17 in.
31
17
Sum of duff depths:
:
Number observations
:
Average duff depths
:
4_on
in.
swm of fuel depths
Number observations
0.75
in.
Average fuel depths
:
:
:
1
12
1.75
Sample site descrirtion:
Covertype; M.H.(50%),S.R.F.(30%), and L.P.P.(20%)
71.10%
average crown diameter; 28.22 feet
forested area;
further information;
Healthy forest
Applied Fuel Model: H
Table 35
148
Downed Woody Material Computation Summary
Study area # 25
FOREST:
COWAKINEM1'1
1
3
STAND:
suamriPmnrstrr
Formulas to comrute tons/acre:
11.64211Xd2X5X1Xc
0- to 1-inch material.
(Al
Nt
11.61 32d2 tstatc
01 3 -inch material
Nt
Site
class
Constant
12
n
a
St
C
o - .25
11.64
111
p.0161
.25 -
11.64 __14
'5_.3CIn_
1.1;-
2_7R
1.13_
1.8
.140
1.00
ILL!
.30
1.21 1,10
160.
I
1
-
123
11a..6.4
3 Rotten
l_nn
3 Sound 5 Rotten =
Total
Sound
0.77
1.00
11
111
for 3.
1,12
5 Sound
Tons/
acre
Sum of 3 -Inch
diameters
of pieces
5
1..
':untie r
I
II
V
V
IV
III
3.9
0.55
VI
AvCCAV.0
diameter
:
4.60 in.
Rotten
:
Sum of duff depths: : 32. La)
Number observations
Average duff depths
:
:
5.00 in.
in.
8
4..05
in.
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
12
in.
la
1 .00
in.
Sample site description:
Covertype;
M.H. (40%), S.R.F. (40%), and L.P.P. (20%)
forested area;
78.44%
average crown diameter;
22.47 feet
further information;
Very young forest, average heights
of M.H. and S.R.F. species about 50-60 feet
Applied Fuel Model: H
Table 36
149
Downed Woody Material Computation Summary
Study area # 26
FOREST;
COMPARTMENT:
BLOCK
7
STAND:
3
4
sueocmpfiurrstrr:
Formulas to compute tons/acre:
(A)
(8)
0- to 3-inch material.
11.64 X n X d2 isra:c
3 -inch material
11.44 1rd20starc
Nt
ht
Site
class
0 -
.25
.2S 1
Constant
d2
n
11.114
NI
211 Q.01q6
11.64
0-359
11.64 _3_ Z.86
1
- 3
1.00
2_4_
.48
1_00
.40
1422
24
2.41 u
Al_ 0.94111
125
11 -64
3 Rotten
674
.30
Total
Sound
Rotten
:
Number
of ni.6ces
160
1_00 1.00
160 j14.71
I
11
IV
v
8-55 vI
V
2.791m
VI
III
IV
Average
diameter
25
in.
14.f12 in'
:
1)i
Sum of duff depths:
:
Number observations
:
Average duff depths
3,64
1.00 1.00
3 Sound 4 Rotten
Sum of 3 -inch
diameters
1.09
for 3
re.
3 Sound
Tons/
acre
:
252.:50
in.
A
4. 16
in.
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
38
in.
12
3.17
in.
Sample site description:
Covertype;Lodgepole Pine (90%), Mountain Hemlock (10%)
forested area;
86.88%
average crown diameter;
22.48 feet
further information; Understory regeneration of both
species 4-7 feet in hieght
Applied Fuel Model:
U
Table 37
150
Downed Woody Material Computation Summary
Study area # 27
FOREST!
4
COMPARTMENT:
Ewa :
7
STAND:
3
SUEOCMPARTMEtfr :
Formulas to compute tons/acre:
(A)
11.641nId2Astatc
(). to 3-inch material:
Nt
11.642 rd2XstoIc
(B) 3 -inch material
Nt
Site
class
Tons/
Constant
NI
d2
0 - .25
11.64
142
0.0191
1.00
.25 -
11.64
30
0.333
1.00.30
?-R,5
1.C.0
1
1
11.64
- 3
acre
0.57
30
1
2.10 II
A-901n
0._
W2 for 3
3. Sound
3 Rotten
FA3
.40
BP
.30
1-00 175
6 iv
1.QQ_ 1.00 175
1.54 V
1.00
3 Sound G Rotten
Total
Sum of 1 -Inch
diameters
Sound
:
Rotten
:
Numbee
pp
Sum of duff depths:
:
Number observations
:
Average duff depths
:
14.--
21.20 in.
.EL___
3.6711"
12-2
Ill
Sum of fuel depths
in.
10
1.22
II
V
VI
0 VI
34. 17v11
Average
diameter
2.21:SM
193
I
IV
in.
36
Number observations
15
Average fuel depths
2.40
in.
in.
Sample site description:
Covertype; Lodgepole Pine (80%), and Mountain Hemlock (20%)
forested area;
65.48%
18.05 feet
average crown diameter;
further information; Downed woody material most in sound
class category
Applied Fuel Model:
G
Table 38
15 1
Downed Woo dy Material Computation Summary
Study site # 28
FORESTS
COMPARTMENT!
4
FLOCK :
suaccmemilmer:
2
7
STAND:
Formulas to compute tons/acre:
(A)
0- to 1-inch material:
11.640nXd2zszax,
(3)
1.-inch material
I1.64 Xtd2Xstate
NC
Nt
Size
class
1
-
1
3
5
Tons/
acre
St
?43
0.0191
1.00
24
0.99
11.64
34
0.289
.48 1.13, 1.00
24
2.8 u
11.64
LQ_
7.7h
.40 1.12_ 1.0Q
40
3.63111
o- .25
.25 -
d:
Constant
1.11
1,12 for 3.
3 Sound
11
1 Rotten
11
...a4
4,34
.40
1.00
IIAL
.30
1.00
_
1A.1.3
1.no 1.40
3. Sound 6 Rotten
Total
Sum of 1 -Inch
diameters
Sound
:
Rotten
:
'lumber
III
VI
3.96 vi
. 51.18m
.1.
9.0 in.
la__
S.= of Juff depths:
Average duff depths
II
V
avernEe
diameter
2i 41/5a
48
90
Numbci observations
I
IV
Iv
(=L5.-5
:
:
:
4iL 10
in.
Sum of fuel depths
8
1;1.01
in.
57
Number observations
:
Average fuel depths
:
in.
12
L..79
in-
Sample site description:
Covertype;
Shasta Red Fir(70%), and Mountain Hemlock(30%)
forested area;
84.10%
average crown diameter;
further information;
20-30 feet height
Applied Fuel Model:
37.68 feet
Understory of both species with
0
Table 39
152
Downed Woody Material Computation Summary
Study site # 29
FOREST:
:
1
COMPARTMENT:
L.
7
%laccreAamsur:
1
STAND:
Formulas to compute tons/acre:
(A)
11.640nX32xstas,
he
0- to 3-inch material:
11.648:412XsSadc
(8) 3 -inch material
tit
Site
class
Constant
n
Tons/
acre
d2
11.64
11.64
0.0151
11.64
1.13
1.01
24
1-.13
1.01
2)
1..13
1_01
48
2...14111
1.0Q'1.01
160
2...D.6
LOD
160
42
1.40
i
u
td2 for 3
3 Sound
1 1
3. Rotten
.11.114
241
-14
246
..,aa
3 Sound
Total -
Sum of 1 -lnch
diameters
Sound
Rotten
:
:
Number
of pieces
a__
41
31
1.01.
Rotten
I
II
V
IV
III
II,
12_50111
12. w6 511
VI
Average
diameter
5,13_
in.
7o7
Sum of duff depths:
in.
:
Number observations
:
Average duff depths
:
Sum of fuel depths
8
0.45
in.
:
Number obScrvationd
:
Average fuel depths
:
44
in.
12
3.6?
in.
Sample site description:
Covertype;
S.R.F.(85%),M.H.(10%), and W.White Pine (5%)
forested area;
86.59%
average crown diameter;
further information;
Applied Fuel Model:
26.91 feet
Most of the stands are very young
H
Table 40
153
Downed Woody Material Computation Summary
Study site # 30
FOREST:
1
COMPARTMENT:
'MOCK :
7
staCOMPARVIEWr
sTmo:
3
4
Formulas to compute tons/acre:
11.640nXd2XstaXe
0- to 3-inch material.
(A)
Nt
11.640tetsSaXe
(B) 3 -inch material
Nt
Site
class
Constant
0- .25
11..1:14
.25
Tons/
n
11.64
1
- 3
11,64
3. Sound
11.4.
1
Nt
c
acre
1 .14,) 0201
1.13 1-00 .3Q_ QA21.6
4 0,444.
00 ?.R6
1.13 1..00 _3611L Q.29
II
1.13 1.00
id2 for 3.
3. Rotten
0.00
.4Q
1.00 1..0 490
0.00 ,
0.00
.30
loo 1.00 250
0.00 v
3. Sound & Rotten
Total .
Sum of 3 -inch
diameters
Sound
Rotten
:
:
Number
of pieces,
0.-n0
Number observations
Average duff depths
:
0.9.00 . in'
Lo
0.110. in'
:
:
1.00
C). 10
4-00 in.
Sum of fuel depths
10
Number observations
tn.
0,35 VII
VI
111
vi
Average
diameter
ACL
a..00
Sum of duff depths:
II
I
Q.60.0
V
IV
Average fuel depths
:
:
15
0.27 in.
Samrle site description:
Covertype; Lodgepole Pine (99%)
forested area;
11.21%
crown diameter;
11.80 feet average
further information;
Sparsely forested area with out
lands
understory vegetation- transition of Pumice Desert to forest
Applied Fuel Model: No
applicable NFDR Fuel Model was thought.
Table 1
1
154
Downed Woody Material Computation Summary
Study site # 31
FOREST:
FLOCK :
_a
COMPARTMENT:
3
SUAXPIPARTIMENT
2
STAND:
7
Formulas to compte tonstacre:
(A)
11.643n3d2:s4atc
0- to 3-inch material:
Nt
11.baSEd2rsra1c
(B) 3 -inch material
Nt
Size
class
0 .25
1
.25
-
I
-
Constant
n
11.64
50
d2
0_01Q/-
11.64 _6._
Q.336
2.85
2.1f_6_4
Tens/
acre
St
JAL 1.13_ 1.00
0.20
I
.48 1.13,
1.00
1.13_
1.00
60
S1,23111
1.IItl_
tin
-130
1.14 I'
1,0n
25L
12.39
_2_42
.
Ed2 for 3
3 Sound
3. Rotten
923
3 Sound S Rotten
Total
Sound
:
Rotten
'
Sum of 3 -inch
diameterS
Number
of pieces
_44...___
7
__,___
44
93
Sum of duff depths:
in.
:
_,B-
Number observations
Average duff depths
:
:
ln
I
II
IV
in.
VI
III
15_ /4.0VI I
Avera.e
diameter
)1
33in.
a.45 in.
22
Sum of fuel depths
Number observations
n_pA
1.14..03 VI
V
Average fuel depths
in.
:
; _1..47
in.
Sample site description:
Covertype;
L.P.P.(85%), S.R.F.(10%), and White Fir (5%)
forested area;
30.11%
crown diameter;
16,20 feet average
further information; Sampling site reveals previous forest
fire signes.
Applied Fuel Model:
H
Table 42
155
Downed Woody Material Computation Summary
Study site # 32
FOREST:
COMPARTMENT:
BLI)C1'.
susawmnmpr:
3
STAND:
1
4
Formulas to compute tons/acre:
(A)
11.641n3a2 Xstatc
0- to 3-inch material:
Nt
(S) 3 -inch material
11.64rEd2X5 5 adc
:
Nt
Site
class
o -
.25
.25 1
Constant
40
Nt
11.14
0.0151 .48
11.64 --Z .2P9
11.64
.40
Z&Zi
1
-
tA.13
1,2 _12
0.51
J.Ag
0.43 rf
30
jgi
1J
Tons/
acre
211311r
id2 for 3
3. Sound
1288
3. Rotten
1633
1.00
1.00
1.00 .250
23.993v
1.00 250
22.81v
3. Sound S Rotten
total
Sum of 3.-Inch
diameters
Sound
:
Rotten
:
Number
of nieces
va
67
Sum of duff depths:
Number observations
Average duff depths
:
:
I
in.
16.74,
Sum of fuel depths
Number observations
07 in.
46.80vr
VI
113
49.9ill
diameter
17._
10
II
Averavoe
__14..
10.70in.
:
I
V
IV
Average fuel depths
:
52
15
in.
3.47
in.
Sample site description:
Covertype; Mountain Hemlock (99%)
forested area; 88.49%
crown diameter;
43.88 feet average
Open forest with heavy accumulation
further information;
of downed woody material
Applied Fuel Model:
G
Table 43
156
Downed Woody Material Computation Summary
Study site # 33
FOREST:
COMPARTMENT:
1
PLUCK :
STAND:
suaccrviimmr:
3
4
Formulas to compute tons/acre:
(A)
0- to 3-inch material:
11.643nXd2XsAaac
(8)
3.-inch material
11.64 trd2 ts5atc
Nt
tit
Size
class
0 - .25
.25 1
-
Constant
n
1.1..1214.
J2
d2
11.64
1
3
a
s
C
Tcns/
acre
tit
(1.1)116
.48
1.13
1
0.328
.48
1.13
1.0
30
0.47
1.10 u
2.84
.40
1.17
1.O
60
1.25tu
1.0Q
1iQa
250
t.QQ
i.00
0
30.
t
td2 for 3
11_64
3 Sound
30
3. Rotten
3 Sound S Rotten
Total
Sum of 1 -inch
diameters
Sound
Rotten
Number
of pieces
28
I
II
I;
tv
250 9.29
IV
V
III
1.1.
13 4? VI
16.2.4vu
VI
AveraFe
diameter
ZOO^.
:
Sum of duff depths:
:
Number observations
:
Average duff depths
:
9-70 in.
Sum of fuel depths
:
20
10
Number observations
:
15
0.97 in.
Average fuel depths
:
1.33
in.
in.
Sample site descriction:
Covertype; L.P.P.(70%), M.H*(25%), and S.R.F.(5%)
forested area;
40.69%
crown diameter;
20e81 feet average
further information;
Applied Fuel Model:
Healthy forest
H
Table 44
157
Downed Woody Material Computation Summary
Study site # 34
FOREST;
COMPARTMENT:
P.1.1.)CK ;
SUa=t1PARTMENT ;
STAND:
2
3
Formulas to comp.:cc tons/acre:
(A)
0- to 3-inch materiel:
11.640ntd2tsX1Sc
3.-inch material
11.640id20statc
Nt
(3)
NI
Size
class
0 -
1
11.64
.25
.25
ions/
acre
Constant
23a 0.0151 .48 1.13
11.64
1
3
0.289
11.64
8
1.00
24, D.99
.48 1,13_ 1.00
24
2.76
1.44
II
a-4z
Td= for 3.
11-4
3. Sound
667
3. Rotten
404
L.Q0
3. Sox.' S Rotten
Total
Sum of 5.-Inch
diameters
Number
of nieces
;
3
_I__
7,11.ir,.
Rotten
:
42
_5__
8.40 in.
7.7
:
Number observations
:
8
:
C).96
Average duff depths
in.
in.
II
IV
4
23.95 vi
V
VI
ill
2....14.2
26....767u
Average
diameter
Sound
Sum of duff depths:
Jon 1.5.Z3
LLD 200
4,82
105
Sum of fuel depths
:
Number observations
:
12
Average fuel depths
:
8.1,75
in.
Sample site description:
Covertype; Mountain.Hemlock (80%), and Shasta Red Fir(20%)
forested area; 72.40%
crown diameter;
29.86 feet average
further information; Grass covertype has occupied 50% of
the area in study site
Applied Fuel Model:
C
.,111
Table 45
158
Downed Woody Material Computation Summary
Study site * 35
FOREST:
COMPARTMENT:
STAND:
stiamwA.nmat.:
Formulas to compute cons /acre:
(A)
0- to 1-inch material:
11.645nXd2tstAtc
(3)
3 -inch material
11.645:c1205.1aSe
Nt
Nt
Site
class
Constant
d2
S
Nt
c
-u.4
Tons/
acre
0-77
11.64
1-.44
11.64
2 76
3 Sound
1,no 'no
3 Sound S Rotten
Rotten
9...10
IV
131
Total
Sound
1?
for 3.
l,12
3. Rotten
11
111
I
Sum of 1 -inch
diameters
Number
of nieces
:
41
---.4
8.a.2.ain'
:
1!
---3--
("1.3.3 in.
Sum of duff depths:
:
Number observations
:
Average duff depths
:
19
in.
IV
III
11.39 vl
15.7au
Average
diameter
:umber observations
tn.
V
VI
Sum of fuel depths
8
2, 38
Ii
Average fuel depths
26
:
:
in.
12
2.17
m.
Sample site description:
(40%)
Covertype;
Mountain Hemlock (60%), and Shasta Red Fir
forested area;
52.20%
crown diameter;
31.47 feet average
further information;
forest floor
Needle coverage 1-2 inches on the
Applied Fuel Model: H
Table 46
159
Downed Woody Material Computation Summary
Study site # 36
FOREST:
COMPARTMENT!
FLOCK
STA/II):
suecomNimmivr:
11
Formulas to comvute tons/acre:
(A)
0- to 3-inch material:
11.64AnX,31Xszaoc
(B)
3.-inch material
11.6437:(12 z staIc
St
NE
Size
class
Constant)
0.2$ -
n
d2
11.64 _1,52 0.019
11.64 __13 Q.211
11.64
5
2.78
1
1-3
.48
Tons/
acre
Al
C
1.13 1,a
42
0.38
1.13
1.0
42
0.80 11
1.13
1.ocl 84
0.87111
T
Ld' for 3.
3 Sound
11...LA
3. Rotten
Laa
?;?.0
9.01
1.04
1-0(4 ,780
2.1.8
5L2
175
Q
3 Sound 4 Rotten
Total
Sum of 1 -Inch
diameters
Sound
Rotten
:
:
Number
of pieces
Sum of duff depths:
Number observations
Average duff depths
:
_....i.
5.80 In.
:
in.
14
1.60
V
Sum of fuel depths
1 . 19 VI
13_24V11
_141..._ in
?1
`:umber observations
in.
/1
VI
Ill
Averay.e
6,114 in.
: ?2, LLD
II
diameter
2
58
29
I
IV
V
Average fuel depths
:
2.10
in.
Sample site descriotion:
(15%)
Covertype;
Shasta Red Fir (60%), M.H.(25%), and L.P.P.
forested area; 73.84%
crown diameter;
27.81 feet average
further information; Scattered grass on forest floor
Applied Fuel Model:
Table 47
160
Downed Woody Material Computation Summary
Study site # 37
FOREST:
COMPARTMENTI
3
PLOCY.
snalirmamer:
3
STAND:
Formulas to compute tons/acre:
(A)
3- to I-inch material;
11.64XnId2XsIatc
(3)
S.-inch material
11.4407121s0iAc
NE
At
Site
class
0
d2
- .25
.25
1
Constant
-
82
o_n721
11.64 _22_
11.64
1
3
s
A
C
tit
1.13 1.00
?-90
Tons/
acre
2
1.,13
1.00
1._13
L.ZO
2.23111
1..0 i LLag
.0.98 Iv
-2-4
1_S6 11
Ed2 for 3
3. Sound
12.LA
3. Rotten
.40
30.
1 1 .E1-1-
100
1
00 200
S Sound S Rotten
Total
Sound
Rotten
:
I
Sum of . -inch
diameters
Number
of nieces
---.5.......
--I--
_.5.,gin.
-
Z1.35,
g)(.
Sum of duff depths:
Number observations
:
:
Average duff depths
:
17.410 in.
S
a_la
tn.
II
IV
V
111
VI
29.61
v
34.619 'if
34,, 4.7vi
Average
diameter
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
42
in.
12
3.50
in.
Sample site description:
(20%)
Covertype;
White Fir (40%), Ponderosa P.(40%), and SRF
forested area;
83.59%
crown diameter;
24.46 feet average
further information;
Open forest with scattered downed
woody material (most in rotten size class)
Applied Fuel Model: C
Table L.8
161
Downed Woody Material Computation Summary
Study site # 38
FOREST:
COMPARTMENT:
15
RL6CX
2
STAND:
1
slisarNIFIrmyr:
Formulas to compute tons/acre:
s taXc
(A)
0- to 3-inch material:
11.64 X n X d2 X
NE
(5)
3.-inch material
11.64X2d5x$010c
St
Size
class
Constant
5
-
.25
.25
1
1
_La5
11.64
11.64
3
0-n11 -LA
0.2R
0.36
1.00
1
,48
2.78
7
Tons/
acre
tit
c12
1.00
30
1.93 II
.40 1,1a_ 1.00
1.71 III
Ed2 for 1
3. Sound
3. Rotten
a.L...6.4
367
.40
1.00
1.00 250
6.84 Iv
11-64.
566
.30 1.00
1.00 2;0
7.91
3 Sound S Rotten
Total
Sum of 3Inch
Number
of nieces
diameters
Sound
Rotten
:
:
a3.
34
Sum of duff depths:
Number observations
Average duff depths
:
:
:
.
I
3_95 in.
-1-
9.0Q in.
10
1 .05 In.
!14.75
V
IV
III
13,75VII
VI
Averogc
diameter
21
10,57 in-
11
v
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
L1.7
in.
1 5
]). 13
in
Samrie site description:
(5%)
Covertype;
White Fir(80%), S.R.F.(15%), and Ponderosa P.
forested area;
36.36%
crown diameter;
22.33 feet average
Healthy forest - downed woody matfurther information;
erial most in 5-5 in. size class.
Applied Fuel Model:
H
Table 49
162
Downed Woody Material Computation Summary
Study site # 39
FOREST:
COMP/AT45NT:
PUCK t
1 5
1
SUET" CMPARTKEPIT
4
:
formulas to compute tons/acre:
(A)
0- to 3-inch material:
11.64 3,1 X d2 tstalc
(5)
3 -inth material
11.64Xt.d2tsta0c
Nt
At
0
Site
class
Constant
.25
11.64
-
.25 -
11.64
3. Sound
11.4
a
s
e
acre
Az
o_n22
-414a,
1-13 1.no
7
0.pc)
.48
1....13 1.00
30
0.62 u
2.90
.4Q
1.13 1.00
60
2.54111
7e0
.40
1.00
1,22
250
14.6_9
IV
7,012
.30
1.00 1.00 250
42.07
v
1
-3
1
Tens/
d2
a...z.0
LS' for 3.
3. Rotten
3 Sound ; Rotten
Total
Sum of 3 -Inch
diameters
Sound
Rotten
Number
I
II
IV
111
VI
AvCr30C
of
Siameter
:
5.122 in.
15 -71 in.
'la
duff depths:
:
Sum of fuel depths
:
Number observations
:
Number observations
:
Average duff depths
:
Average fuel depths
Sum of
6.76 VI
69Z2./11
V
:
:
5g
in.
3.93
in.
Sample site description:
Covertype; White Fir (60%), and Ponderosa Pine (40%)
forested area;
64.95%
crown diameter;
33.17
feet average
further information; understory of white fir most 10 ft.
tall.
Applied Fuel Model: G
Table 50
163
Downed Woody Material Computation Summary
Study site # 40
FOREST:
COFtPARINENT1
arzy. :
15
STAND:
1
SiJEMMPARTMF-Kr
3
Fat mules to compute tons/acre:
(A)
0- to 3-inch material:
11.6401Xd2XsAatc
(B)
3 -inch material
11.64 X
St
:d2 tsXaX
St
Size
class
Constant
0 - .25
11.64
.25 -
11.64
1
-
I
3
1
64
d
2
47-
St
'199 «44
.27
Tons/
acre
1
1.-1-;
.143-
1 00
1
2.A5
1.0o
1.8
1,56
La' for 3
3 Sound
-11.1.4
3. Rotten
PR2
11, (..;
.30
1.00 1.00
241.
22.3610
1.00 1,00
a0.1
2.95
3. Sound 5 Rotten
Total
Sum of t -inch
diameters.
Sound
:
Rotten
:
Sum of duff
1'7
a" so in.
:
depths.
III
2.96311
VI
er
74
depths:
II
V
Average
8,2Z in.
Number observations
Average duff
':umber
of nieces
I
=
IV
Sum of htlei depths
:
?a
::umber observations
:
12
Average fuel depths
:
2.713
in.
in.
Sample site description:
Covertype;
?ihite Fir(60%), Ponderosa P.(25%), M.H.(I5%)
forested area; 77.33%
crown diameter;
31.39 feet average
further information; Forest floor is covered with Poi4d,
erosa Pine needles or Manzanita brush
Applied Fuel Model: U
Table 51
164
Downed Woody Material Computation Summary
Study site # 41
FOREST:
COMPARTMENT!
PLI-JCP: I
6
STANU:_
2,
SUPOIDPIPARIMENT
a
a
Formulas to comrate tons/acre:
0- to 3-Inch material:
11.645nrd2Xstaxc
3.-inch material
11.645:412X5Xalc
(A)
NE
NE
Site
class
0 .25
I
-
1
- 3
Tuns/
Constant
n
11.4
19
11.64
a
0-238,
11.64
4
3.12
d4
1 1
I. Rotten
_11,_,614.
Nt
1-15 t.aga
30
0.14
48
1.13
1.00
30
0.40 II
.40
1.13 1.00
60
1.09111
410
.40
1.00 1.00
,2yJ.
7.64 Iv
606
.30
1.00 1.00
250
Total
Sum of 1.-inch
diameters
:
Rotten
:
I
'lumber
averoe.e
diameter
II
IV
III
8.46
V
VI
12.73v11
VI
7AL.61) in'
7,43 in.
2.-
32
3.80 in.
Number observations
Average duff depths
=
of nieces
3P
Sum of duff depths:
Sum of fuel depths
10
:
.
,,k,mber observations
0.38 in.
Average fuel depths
:
:
15
Covertype; Ponderosa Pine (99%)
forested area;
60.93%
47.41 feet average
crown diameter;
further information;
Healthy open forest
c
Table 52
in.
15
1.00
Sample site description:
Applied Fuel Model:
1
for 3.
3. Sound S Rotten
Sound
acre
La
1..12
3. Sound
3
in
165
Downed Woody Material Computation Summary
Study site # 42
FOREST:
COMPARTMENT%
1
2
STAND:
S118 071PARITTF_NT %
Formulas to comutc tons/acre:
(A)
0- to 3-inch material.
11.64XnXd2IsSaXt
(B)
3.-inch material
11.64XEd2Waxe
Nl
Ni
Size
class
0 -
.25
.25 1
I
- 3
Constant
s
11.64 --EL
0-Q.731 _..14.8
11.64
0.243
;1
lc)
4 _11
a
Tons/
acre
tit
t.no
II
.4A
1.13 1.0Q
30
.97
_40
L,13 1.00
60
.00 III
LLD 1-.110
.25c
242 for 3.
3. Sound
3IA
3. Rotten
16
254 11.22
3. Sound 4 Rotten
Total
Sum of 3.-Inch
diameters
Sound
Rotten
Numbfr
of ai=
E
36
:
I
Il
IV
V
III
v
6.44 VI
VI
10.47v11
Average
diameter
6-api-
Lc
1 e.a.00 in'
Sum of duff depths:
:
Number observations
:
Average duff depths
Iv
:
C1_ 60 in.
Sum of fuel depths
:
10
Number observations
:
Average fuel depths
:
04,96 in.
715
in
15
2.33
in.
Sample site descriotion:
Covertype;
Ponderosa Pilae(95%),
Lodgepole
Pine(5 %)
forested area; 77.21%
crown diameter; 47.09 feet average
further information; Heavy accumulation of litter on
forest floor.
Applied Fuel Model: C
Table 53
166
Downed Woody Material Computation Summary
Study site # 43
FOREST:
COMPARTMENT:
FLOCK
suacovAnmr:
3
2
STAND:
3
Formulas to compute tons/acre:
(A)
0. to 3 -inch material.
(B)
3 -inch material
42
tit
11.6422422state
Nt
Site
class
Tons/
Acre
1
Constant
az
Ti
0 - .25
a
0.02Q8 4,4a
.25 -1
11.64
0-
1- 3
11.64
p.F18
c
tit
1.13 1.00
30
Laa
c)
_40
t-13 Lao
142 for 3
_11_64
3. Sound
3. Rotten
25
1.n0 1-r1c1
250-
221
LJIM
250
3 Sound Z Rotten
Total
Sum of 3 -inch
diameters
Sound
:
7
Rotten
:
21
:
Number observations
:
Average duff depths
Numbe7
of pieces
Avernc
_P__
3.4a._ in.
...2--
Sum of duff depths:
:
I
9.20 in.
II
IV
V
Ill
0.7
:3,46 VI
VI
44..26v"
diameter
10.50
in.
Sum of fuel depths
10
Number observations
0.92 tn.
Average fuel depths
16
:
:
in.
12
1.33
in.
Sample site description:
CovertyPe;
Lodgepole Pine(95%),and Ponderosa Pine(5%)
forested area;
39.24%
crown diameter;
18.43 feet average
further information; Bitter brush in the openings
Applied Fuel Model:
U
Table 54
167
Downed Woody Material Computation Summary
Study site # 44
FOREST!
RYJCK :
1
2
COMPARTMENT:
3
SURCXXIPARTEM:
L
STAND:
Formulas to compute tons/acre:
(A)
0- to 1-inch material:
11.648,X4205410c
(8)
3 -knch material
11.64X:42.45044C
St
At
Size
class
0 .25
1
-
.25
-
I
3
Constant
42
11.4
11.64
14 0.30a
11.64
3
Lill
3. Sound
1 Rotten
A
2.80
A-4LO
Tens/
acre
C
LIZ
1.00
30
1...13
1.00
50
9.91
1.t3 1.00
60_
0,74111
1.00 1.00
300
1.00
500 p
)
.40
1831
Sound
Rotten
:
:
curler
of
:feces
39
147
Average duff depths
I
tv
II
V
28.61 vu
VI
Average
diamerer
in.
10.30
Sum of duff depths:
Number observations
I
IL z3
1.00
3 So aid S Rotten = IV
Total
Sum of t -inch
diameters
0.45
for 1
535
_21..04
.48
1
:
:
7, 1Q
in.
10
0.71
in
Sum of fuel depths
in.
Number observations
tn.
Average fuel depths
15
:
3. 1 3 ,,,.
Sample site descriction:
Covertype; M.H.(60%),L.P.P.(35%),and 7estern W.P.(5%)
forested area;
75.88%
crown diameter;
36.93 feet average
further information;
rotten size class
Downed woody material most in
Applied Fuel Model: H
Table 55
168
Downed Woody Material Computation Summary
Study site # 45
FOREST:
COMPARTMENT:
BLACK
sueocripAwirTzr :
2
STAND:
Formulas to compute tons/acre:
(A)
(8)
0- to 3-inch material:
11.64 Xnad2 X s X a X c
1.-inch material
11.64X7.42rixaSc
NE
NE
Size
class
Constant
0 - .2S
11.c.6.4
.2S 1
d2
n
120 0.0104 .48
11.64 _1_ o-736
4a
11.64
.40
z.85
1
- 3
11.6
(414
3 Rotten
1.00
36
1.00
3b
141 u
1.00
72
1.04111
1.00
t.00
300
6.43ly
1.00
1.00 _30L 10.37
-4140
891
3 Sound 4 Rotten
Total =
Sum of 1.- inch
diameters
Sound
:
jiA
Rotten
:
87
Sum of duff depths:
:
Number observations
:
Average duff depths
:
0./11
for 3
1:d2
3 Sound
Tons/
acre
ht
Number/
of nieces
1
11
Iv
VI
Averat;e
diameter
._6_
7,112_ in.
10
8,70 in.
26.70 in.
Sum of fuel depths
12
Number observations
:
Average fuel depths
:
2.23
1.6.....a0 VI
Y
III
v
in.
64
18
35.56
Sample site description:
Covertype; Lodgepole Pine(85%), and Mountain Hemlock
forested area; 35.49%
crown diameter;
18.62 feet average
open forest; no ground vegetation
further information;
Applied Fuel Model:
(15%)
H
Table 56
169
Downed Woody Material Computation Summary
Study site # 46
FOREST:
1
F1.1):K t
2
2
COMPARTMENT:
susoommnmqr:
2
STAND:
4
Formulas to compute tons/acre:
(A)
0- to 3 -inch material.
11.640nXd2Xstatc
(8)
1 -inch material
11.64:Id2ts0a0c
Nt
NI
Size
class
0 -
.25
.25 1
-
Constant
3
d2
s
Tons/
acre
a
177 0.n201 ,48
1.13 1.00
.L2
11.64 -22 0-44
.14.
1-.13 1.00
11.64
.40
1.13 1.00
4.
1
n
2.87
9
0.53
1
42-
1.14
II
70
1.44
111
.40 1.00 1.00
280
4.19 Iv
t.12 1.00
280
6.41
v
0.60
vi
L12 for 1
1 Sound
25?
3. Rotten
/. ...6.4
1316
.30.
3 Sound G Rotten
Total
Sum of 3.-Inch
diameters
Sound
:
Rotten
:
Numbei
of pisSel
92-
Sun of duff depths:
III
4.21 VII
VI
9r) in.
13.14 ":
6 6C)
in.
Sum of fuel depths
Number observations
Average duff depths
11
V
Average
diameter
ji
149
1
IV
:
0.147
in.
:
Number observations
:
Average fuel depths
:
72
in.
21
3,43
Sample site description:
Covertype; Lodgepole Pine(99%)
forested area;
31.37%
crown diameter;
15.97 feet average
further information;
Ground vegetation about 6 inches
tall.
Applied Fuel Model: H
Table 57
170
Downed .Voody Material Computation Summary
Study site # 47
FOREST:
81.40:t
2
COMPARTHENT:
2
Alscammrmyr:
2
STAND:
1
Formulas to compute tons/acre:
(A)
0- to 3-inch material.
11.64555425st:ire
(8)
3.-inch material
11.64 X242rsrare
Nt
Ni
Site
class
0 - .25
.25 1
-
1
3
Constant
d2
it
s
Tons/
acre
St
c
a
.11,L1.1.
14_ .0?01 .48
1,13
1.01
11464
11.64
,344
2.87
.48
1,13
1.01
.40
1.13
1.01
72
1.69111
.40
1,00
1.01
_30
3..21 iv
.3S:)._
10_4_
1.01
0.52
36
1
0.97 11
Ld2 for 3
3 Sound
11-4
3+ Rotten
173
1083
3 Sound
Total
Sum of 3.-inch
diameters
Sound
:
Rotten
:
Number
of pieces
21
97
Sum of duff depths:
Number observations
Average duff depths
:
:
:
C.
Rotten
I
II
30Q 12.73 v
IV
V
II1
15-44 vi
VI
18.62v1:
Average
diameter
--3.-.
.7.0in.
_12
1,79in.
4.80 in.
Sum of fuel depths
12
Number observations
:
040 in.
Average fuel depths
:
:
25
in.
1 8
1.39 in.
Sample site description:
Covertype
Lodgepole Pine (99%)
forested area; 21.24% average
crown diameter;
17.72 feet
further information;
Open forest; large downed woody
material in rotten size class exceeds that of sound
class
Applied Fuel Model: H
Table 58
171
Downed Woody Material Computation Summary
Study site # 48
FOREST:
1
COMPARTMENT!
2
Rtficr, :
7
SUSO:NPARrroln
1
7
STAND:
Formulas to compute tons/acre:
(A)
0- to 3-inch material.
11.64 ShrdiSstalc
(B)
3.inch material
11.64 XidiXsSaac
Nt
Nt
Site
class
Constant
.25
.2S -
d
2. 0.0 20 1 _al.& 1.13_ 1,00
11...61+
11.64
1
- 3
St
a
0.344
13
I 2.87
11,..6.4
Tons/
iCre
24
0.41
.1+8 1.13
1.00
24
1 .118 :1
1.73
1.00
,48
0.94111
.40
Ldi for 3.
3 Sound
372
-11
3. Rotten
1.431
lAgg
.3n
Lop J1a I10 .83
1.nn 1-nn
3 Sound 6 Rotten
Total
Sum of 3.inch
Nunbc f
diameters
Sound
Rotten
5c1
:
108
Sum of duff depths:
:
Number observations
:
Average duff depths
:
a--
6.25_ in.
1-1--
9..B.2_
4; _4O
in.
g
0.85
II
Iv
V
'
+ Ill
6VI
VI
Average
diameter
of pieces
:
I
5-Q3
Sum of fuel depths
:
Number observations
1
Average fuel depths
in.
:
1.50 I
Savoie site descrdr)tion:
Covertype;
Lodgenole Pine (99%)
forested area;
65.25%
20.40 feet average
crown diameter;
further information; Understory of Logepole Pine
regeneration.
Applied Fuel Model: G
=1.101M=.
Table 59
172
Downed 'iVoody Material Computation Summary
Study site 7 49
FOREST:
1
11
P.U.sSY.
COMPARTMENT!
2
SUSCalPARITIEPfr
2
STAND:
Lt
Formulas to compute tons/acre:
(A)
0- to 1-inch material:
11.64InX525S5a5c
(3)
3.-Inch material
11.64Xrd205.taIc
At
Size
class
o
.25
.25 I
Constant
-
n
di
5
a
c
116...4
3
L. ..Q.0
11.64 _..6.
2.7 5
1.13
1.co
1..29._
1.00
,.30
10.0
25Q 10.43
1.00 2.5.g
4..3
6
331
ALf
3. Rotten
247
1 Sound G Rotten
Total
Sum of 3 -Inch
Number
of nieces
Average
Diameter
31
--14
7.-7-5-'"
45
....3__
8.13-' n.
di :esters
Sound
Rotten
:
:
Sum of duff depths:
:
Number observations
:
Average duff depths
:
.Z .CL
.40
for 3.
tide
3. Sound
Tens/
licre
Lao
11A64 Z.5. 9,n151
I
tit
sum of fuel depths
10
Number observations
1 .56 in.
Average fuel depths
"
vr
II
15.k) i,
V
IV
za.._3
1
29
15
:
1.33
in.
Sarncle site description:
Covertype;
M.H.(55%), S5 R.F.(40%),and Grass(5%)
forested area;
83.64%
crown diameter;
26,81 feet average
further information;
Patchy grassy areas; open forest
Applied Fuel Model: H
Table 60
173
Downed Woody Material Computation Summary
Study site # 50
FOREST:
2
COhIPARTMENT:
1
PLLCX
1
STAND:
1
SU2COMPARTMEN'T :
Formulas to comrute tons/acre:
11.64X3Xd2XsX,Xc
3-inch eacerial:
(A)
0- to
(5)
3.-inch material
NL
11.04 SZ,I2 XsXaLc
Nl
Site
c lass
Constant
n
d2
s
n
m
C
0 - .25
1164
11:1_-
1..aa
3.....26 ..2./..i.
.2S
11.64
_La_
0.289 .48
1.15
1.06
__.1....
2-7g,_
1,..13.
L.D.b
1
-
1
3
2...1.13_4
0-0151
.4R.
..11.
3. Sound
11
i-:,4
209
.40
1.13. L.a6
3 Rot ten
11 4_&14
41
,30
1.11
Total
:
Rotten
:
Number
of pieces
iii
7
2._
Sum of duff depths:
Number observations
Average duff depths
:
:
:
0.27
0.81
1- 2 R I
1.70
in.
IV
III
in.
5.92 VI
V
8.28 vu
VI
Averote
Jiamerer
7.112.
in.
4.. 50
se.
Sum of fuel depths
Number observations
5
0 21
I
%00 5,16
6
3 Sound S Rotten
Sound
_.41.1.
acre
for 3.
'1:.12
Son of 1 -inch
diarelers
24
Tons/
Average fuel depths
73
,
:
in.
7;
1.08 in.
Sample site description:
C overtype; S. R.F.(5o%), White Bark P.( 40%), and M.H. ( 10%)
forested area;
29.03%
crown diameter; 21.75 feet average
further information;
Sparse grassy areas over 70% of the
forest floor
Applied Fuel Model: A
Table 61
174
Downed Woody Material Computation Summary
Study site # 51
FOREST:
COMPARINEWr:
PLIXK
11
STANO:
3
3
SilaCOMPARITIEN1' :
Formulas to compute tons/acre:
(A)
0- to 3-inch material:
11.54 Intd:tstalc
(8)
3.-inch material
11.640:IA21543Se
!it
61
Site
class
0
. ZS
.25
1
-
-
1
3
Constant
n
di
x
s
j
c
'ens/
acre
`it
11.84
1)33
r) r)15-
-.43 1.13
1-01
11.84
:n
1.0..-48
3/3
0-2R4
_._413
1.17
1.01
_IQ_
1-'....33
114611.
1E;
2.76
.40 1,13
1.01
60
3,211
1.01ILQ
1.01 ..00
II
L32 for 3
3 Sound
7 7
64
285
.40
1,13
3.
11,:gi4
1359
_. 30
1,13
Rotten
_
3 Sound S hot ten
Total
Sum of .1. inch
di arreters
Sound
:
Rotten
:
Sun
a
observat ions
Average duff depths
II
Ill
VI
ipc).45 VI
j47,
Avoravc
diameter
11.29
in.
Sun of fuel depths
:
:
10
Somber observations
:
2.20 in.
Average fuel
depths
Samtle site descrittion:
Covertype; Shasta Red Fir (99%)
forested area; 89.83%
crown diameter;
26.81 feet average
further information; ---
Applied Fuel Model:
V
72.,_ in.
Z._
79
of duff depths:
Nuinbcr
:umber
of "totes
I
IV
4.47
1_5.=28
H
Table 62
:
4.73
1
?VII
175
dy Material Computation Summary
Downed
Study site # 52
FOREST:
7
Pz.r.cr. t
COMPARTMENT!
p
SUEOZTIPARIT.SIST :
1
STAND:
Formulas to compute tons/acre:
11.64InVd225010C
0- to 3-Inch material:
(A)
Nt
11.63 2rdsrate
(5) 3 -inch material
Nt
Site
class
42
Constant
a
o -
.25
11.64
125 0.01E
.25
1
11.64
0.330
11.64
P.A4
1
-
3
.,48
I
.48
it
c
Tons/
acre
Ipo
2259
1
1.13 1.00
1.18
lI
1.13
1.13
Laa
1-49 "
1
Ed2 for 3
3. Sound
3. Rotten
1112
2.1.44
-.141
Lao
16
i_no
a5n
1.0.0
'50
3 Sound 4 Rotten
Total
I
II
V
IV
0-27
2_8.6
VI
Ill
IV
P1
43 VII
.6..
Sum of 3Inch
Sound
:
Rotten
:
diameters
Nunbet
of pieces
20
-2
4
Sum of duff depths:
Number observations
Average duff depths
:
:
3-7
6.67 in.
4
1
:
AveraFc
diameter
in.
10
n.37 in.
in.
Sum of fuel depths
:
Number observations
:
Average fuel depths
:
22
15
1-47
in.
,Samrle site description:
Covertype; Lodgepole Pine (75%),and Mountain Hemlock(25%)
forested area;
37.16%
crown diameter; 17.61 feet average
further information; Open forest; understory most are
mountain hemlock species
Applied Fuel Model: H
Table 63
176
Downed Wo o dy Material Computation Summary
Study site # 53
FOREST:
COMPARTMENT!
7
PLIIK:11 :
STAND:
skAareAmmayr:
2
Formulas to come to tons/acre:
(A)
0- to 3-inch material:
11.64tritel2tsta0c
(5)
3 -inch ziatcria1
11.64Xtd2EstaXc
NE
Nt
Size
class
Constant
n
d2
0- .25
.25
1
tit
r.0151
11.64
I
3
_12 0.28g
11.64 _11 12.76
0.42
1...1.3.
48
14.11
.40
la_LL
Tons/
acre
laao
1.03
2.66 III
La' for 3
3 Sound
1 1
i=+
0/0
676
3 Rotten
11 ..L.(+
1412
LLQ
1.001 250
I. Sound S Aotten
Total
Sum of 1.-inch
diameters
Sound
Rotten
Cumber
of pieces
3
58
A
:
Sum of duff depths:
1
-
11
IV
Ill
diameter
72.5. In.
1 2....a0. in.
13.10in.
Sum of fuel depths
:
12..._
Number observations
Average duff depths
:
1.31
in.
VI
Avcriigc
Number observations
:
12.39 tv
1.02 2.5C)
Average fuel depths
39
:
in.
15
2.60 in.
Samnle site description:
C overtype; Mountain Hemlock (99%)
forested area;
42.68%
crown diameter;
26.74 feet average
further information;
Open forest; some scattered lare
downed woody material on the forest floor; ground covered
Applied Fuel Model: C
with annual grass) 75%
Table
61+
177
Downed Woody Material Computation Summary
Study site # 54
FOREST:
COMPARTMENT:
RI.()CK
SUSODMPARTIENr :
5
STAND:
1
2
Formulas to compute tons/acre:
(A)
0- to 3-inch material.
11.640110d2xsxa2e
(B)
3.-inch material
11.64:w2ssXaSc
Nt
Nt
Site
class
Constant
n
d2
a
s
Tons/
acre
Nt
c
0 -
.25
71
0.0109
.1e8 1,11. 1.00
0.30
.25
I
6
0.341
.48 1,11 1.00
0.43 Ii
1
-
3
P.A6
10 1.13. 1.00
60
0.25111
W2 for 3
3 Sound
1 1 , 64
3. Rotten
11-114
116
.4Q laao
1.00 a.w__
s,17
.3Q 1,20
LO_D Z3c)__
1.6Z
3 Sound G Rotten
Total
Sum of 3 -Inch
diameters
Numbe'r
of pieces
Sound
:
14
Sum of duff depths:
:
3,4_ in.
_.2__
in.
Number observations
:
Average duff depths
:
A_rdl
III
Number observations
in.
1_79
VI
2,22 VII
VI
Sum of fuel depths
in.
10
C),8
II
V
Average
diameter
__I__
1
Rotten
1
IV
IV
Average fuel depths
9
:
:
in.
15
0.60
an.
Samtle site description:
Covertype; Lodgerole Pine (95%), and Mountain Hemlock(5%)
forested area;
18.12%
crown diameter;
14.15
feet average
further information; Patchy annual grass in the openings
Applied Fuel Model:
U
Table 65
178
Downed Woody Material Computation Summary
Study site # 55
FOREST:
COMPARTKENTI
SLOCK
P
S1J807,1PAICINIENT
4
:
Formulas to Comute tons/acre:
(A)
0- to 3-inch material:
11.64tntd2tstatc
(B)
3.-inch material
11.640rd20statc
Nt
ht
Site
class
0 -
11
.25
.25 1
Constant
I
- 4
d2
n
4
Tons/
AOre
a
0_0101
A9
11.64
0.311
11.64
2,85
30
1.00
.48
1.13 1.00
(1.2R
0.96
II
0..25 HI
1.41a
Id2 for 3
3. Sound
11
314
4
3 Rotten
1.00 1.00
.30
170 8L._
3 Sound I Rotten
Total
Sum of 3 -inch
diameters
Sound
Rotten
:
:
Averave
diameter
12
11.00 in.
Number observations
Average duff depths
II
IV
5.1%5
V
III
=,
P3.F6 v
1v1
VI
3a.ay.1
8.50 in.
132
Sum of duff depths:
I
Nunt4r
of pieces
4
250
230
1.00
:
:
:
12.00
in.
Sum of fuel depths
in.
Average fuel depths
10
1.20
Cl
:
Number observations
:
:
in.
15
0.60
in.
Sample site description:
Covertyp e;Lodgepole Pine (80%), and Mountain Hemlock(20 %)
58.20%
20.34 feet average
crown diameter;
forested area;
further information;
Young regeneration of both species
grass in the openings
Applied Fuel Model: H
Table 66
179
Downed Woody Material Computation Summary
Study site # 56
FOREST:
COMPARTMENT:
3
PLUCK
sisarpApringr:
3
STA)IU:
4
Formulas to compute tons/acre:
(A)
0- to 3-inch material.
11.64ta3d2Xsxatc
(8)
3 -inch material
11.640:d21s.taX c
Nt
Nt
Site
class
0 -
.25
.25
1
-
Constant
3b0..
3
Tons/
acre
az
p.a15.
11.64
20
.292
11A1+
10
,77
-1-u
1-.17
1..00
j.2.3
_L141)
1,13
1L20
.210
1.00
1.00 250
1.00
1,..09
a:43111
Ild2 for 3
3 Sound
1
3. Rotten
1
r-,L4
1049
1551
3
Sound 4 Rotten
Total =
Sum of 1.-inch
jiameters
Sound
Rotten
:
:
Number
of ptcccs
95
_1_1_
In5
I
II
;50
IV
Ill
V
19.54 Iv
21...66
11
20 vl
46.403VII
VI
AveraEe
diameter
1...Ei4in15i...1.3 in
Sum of duff depths:
:
12.0
Number observations
:
10
Average duff depths
:
1.20
in.
Sum of fuel depths
31
in
2.07
in.
Number observations
in.
Average fuel depths
Samule site descri'ation:
Covertype;
M.H.(90 %), L.P.P.(5%), and S.R.F.(5%)
forested area; 94.22%
crown diameter; 31.90 feet average
further information;
and continuous
Applied Fuel Model:
Clusteres of downed woody material
G
Table 67
180
Downed Woody Material Computation Summary
Study site # 57
FOREST:
pLocx
1
COMPARTMENT:
1
SJPICCPIPARTIKENT:
STAND:
1
2
Formulas to compute tons /acre:
(A)
0- to 3-inch material:
11.643nXd2ts1 aXc
(B)
3.-inch material
11.6437421s3a3c
Nt
Nt
Site
class
0
.2S
.25
1
f
-
-
1
I
3
Constant
n
d2
$
11.64 40- 0-n151 -.143
11.64 37 0-;..1P9
413
11.64 4--
L_1
I-21D
1-00
Lao 250 Li._41
Lao
1.00
td 2
2-211_
11...L4
544
L.110
3. Sound S Rotten
Total
Sun of 3 -inch
diameters
Sound
Rotten
:
:
Number
of ,feces
C)1
1
Sum of duff depths:
Number observations
Average duff depths
:
:
:
0.4
1-0Q1 30
P.25
.30
3- 39 "'
for 3.
3 Sound
1 Rotten
Tons/
acre
Nt
c
a
1
II
v
IV
III
v/
.
3r)..;ovii
VI
averai.,u
diameter
11
8.27 m.
q
9.0 in.
1 1 _n0 in.
Sum of fuel depths
10
Number observations
1=3
Average fuel depths.:
2.07
1.10
i,
lv
:
31
in.
m.
Sample site descrirtion:
Covertype;
M.H.(85%), S.R.F.(15%), and W.W.P.(5%)
forested area;
63.23%
crown diameter;
L2.47 feet average
further information; Forest floor covered with annual
grass of 4-6 inches tall
Applied Fuel Model: H
Table 68
Downed Fuel Variation Within Dominant Species of
Crater Lake National Park
Cover Type
No. of % canopy area
Sites
forested
Studied
Min.
Max.
Crown Size
(ft.)
Min.
Downed Fuel (Tons/Acre)
Max.
Min.
Max.
Av.(all sites)
21
17.33
97.77
24.95
42.48
9.87
91.67
40.21
White Fir w/
Ponderosa P.
3
36.36
77.33
22.83
33.17
18.75
60.22
36.21
Shasta Red
Fir
6
58.40
89.80
26.80
43.20
13.24
51.16
28.27
Lodgepole P.
18
11.20
88.90
11.80
29.00
0.35
39.29
17.73
Ponderosa P.
2
60.90
77.20
47.10
47.40
10.67
17.75
14.20
13.00
15,00
22.20
22.20
6.26
6.26
6.26
29.00
83.60
21.80
34.40
7.92
34.47
Mountain Ilemlock
Grassland w/
sparse forest
Mixed forest
6
(all above)
Forests where dominant species comprises less than 55% of the stand.
Table 69
34.40
182
Chapter Summary
In this chapter data acquisition processes utilized in this study
have been discussed. Data accumulation was in several categories
as follows.
1)
Digitized Landsat MSS data recorded on CCTs were secured.
These tapes were acquired by Landsat 2 on September 10, 1974 over
Crater Lake National Park.
2)
Digital Terrain Tapes from National Cartographic Informa-
tion Center (NCIC), in Reston, VA were purchased.
These tapes
were also on CCT format. These NCIC tapes contain data on elevation
which were converted into a digital topographic map, and digital slope
and aspect maps of the National Park region.
3)
Color infrared photography was utilized. This brief dis-
cussion included descriptions of major characteristics of color
infrared photography versus normal color photography. The readers
were also provided with further information on different scales of
color infrared photography utilized in this study.
4)
Field data acquisition techniques comprised the major
section of this chapter. Sample site selection strategy involved in
locating sampling sites within the Park with regard to fuel moisture
detection, and inventorying downed woody material was discussed.
Fuel moisture pattern analysis of the Park was also included in this
section of the chapter.
183
5)
In the final section of this Chapter 5, a downed fuel inventory
and fuel data calculation procedure were discussed. Finally a computational summary and results of field data on downed fuel were
tabulated in appropriate tables.
At this point, with availability of data from "ground truthed"
areas, computer assisted analysis of Landsat MSS data could be
applied to Crater Lake National Park's surface cover types. Through
this analysis, surface cover types of the Park are to be classified.
Further analysis of Landsat MSS data included classification of
downed fuel amounts under dominant forest types within the National
Park. Color coded photographic products from the results of these
classifications cover the final section of the ensuing chapter.
184
CHAPTER 6. COMPUTER ASSISTED ANALYSIS OF FIELD
DATA AND LANDSAT MSS/TOPOGRAPHIC
DATA SETS
Data acquisition processes were discussed in Chapter 5, and it
was noted that we obtained various related data sets with regard to the
objectives of this study through two basic approaches. A set of data
were acquired through field observation, within Crater Lake National
Park, while another data set was digitized data on Computer
Compatable Tapes (CCT) obtained from appropriate agencies. In
this chapter the collected data are analyzed. The process proceeded
through utilization of computer systems in two major stages. Pre-
liminary data analysis was carried out on the Oregon State University
computer facilities, in preparation for final analysis at the Berkeley
Spaces Sciences Laboratory, Berkeley, California. Due to complexities involved in the analysis of a Landsat MSS/ topographic data set,
analysis at 0.S. U. computer facilities was not entirely feasible.
Therefore, decision was made to primarily utilize the interactive
computer system of Berkeley Space Sciences Laboratory.
Preliminary Analysis of Data at Oregon State University
Throughout the field observations it had been noticed that
variations in the amount of downed fuel within DFSAs occur in
accordance with forest species, forest density and crown maturity.
Dense and mature forests had larger amounts of downed fuel than
185
less dense forest with younger forest canopies. Within a given
species, density and maturity were found to be the most dominant
parameter with regard to variation of the amounts of downed fuel.
Between species, however, with similar maturities and
densities, downed fuel amounts varied. For example inventoried field
data had revealed that everything else being equal, Mountain Hemlock
or Mountain Hemlock/Shasta Red Fir forests in general tend to have
larger amounts of downed fuel than Lodgepole Pine forests (see also
table 69).
The primary objective of data analysis at Oregon State Univer-
sity computer facilities was to indicate the feasibility of the
foregoing argument by Landsat 2 MSS data analysis. To start with, if
was decided to generate a gray scale from Landsat MSS data for the
study area. Gray scale is a black and white image of a scene which
indicates brightness variations of scanned area in a calibrated
fashion. On a gray scale lighter tones indicate higher reflectances
from the scanned cover types, while darker tones represent lower
reflected values of the scanned areas sensed by MSS system. Such
an image provides the interpreter with MSS data with a general view
of the area to be studied.
For the purpose of this study a gray scale from the major
portion of MSS data of the study area for'September 10, 1974 was
generated. To curtail the cost of the study, gray scale generation
186
of MSS data for whole areas of the National Park was omitted. As a
result, the generated gray scale image covered the entire Park and
vicinity except for a small region in the northwest corner of the Park.
Locating twenty ground control points (GCPs) on the 1/62,500 USGS
topographic map of the Park and vicinity with corresponding points on
the gray scale image of the National Park, the map was registered on
to gray scale image. Ground control point locations utilized in this
study have been depicted on Figure 32. Locations, column numbers,
and scan-lines of twenty ground control points with corresponding
Universal Transverse Mercator (UTM), Easting and Northing coordinates have been presented in Table 70. Through multi-variate regression analysis, locational registration errors of not more than one half
a pixel area occurred for any control pixel. Regression analysis
procedure and its results have been presented in table 70-A.
Having the topographic map of the Park registered on to gray
scale image of the study area, we were able to locate downed fuel
study areas (DFSAs) on gray scale image. This phase was accom-
plished by a computer assisted program in which the UTM coordinates
of DFASs were given to the computer and pixel or column and scan-
line numbers of those areas were obtained. These numbers then
were matched with the symbols of 59 surface cover type classification
of the Park (Walsh, 1978), and their corresponding explanations.
Characteristics of DFSAs obtained thus, then were compared with
0
IN4
-Irwa
Cti
,
,
1.
4.
-....
A A 1,
'7411k.
:
).-....
A,1!
'
t
i
'A...,
let/
AA
' N'N.-.'
I
- s,
11,41,4:
'4
it
,
4
Es
t
I
/(.
444
411: r-
ko",--
I /P- 1
_
Q
,
t
1
N
14.-N
a)
0
El°
çxt4
188
UTM Coordinates and Locations of
Ground Control Points
1
127
1062
572008
4770843
HWY 138 East
2
103
1050
570913
4772095
HWY 138 West
3
122
1124
570449
4766192
Pumice Desert(north)
4
107
1165
568780
4763213
Pumice Desert(southwest)
5
176
1147
573000
4763772
Pumice Desert(southeast)
6
290
1141
579488
4762898
Northeast Park
7
152
1243
569655
4756669
Crater Lake Rim(Marriam
Pt.)
8
173
1226
571157
4757724
9
209
1216
573402
4758071
Crater Lake Rim(Llao Pt.)
Crater Lake Rim(Pumice
Pt.)
10
244
1212
575441
4757984
Crater Lake Rim(Pilisade
Pt.)
11
168
1281
569776
4753575
Wizard Island
12
44
1356
561299
4749268
Castle Creek
13
73
1346
563118
4749654
Castle Creek(North Fork)
14
90
1360
563787
4748425
Castle Creek(Main)
15
431
1373
582466
4743370
Union Peak
16
116
1437
563575
4742188
southeast clear cuts
17
462
1373
584228
4743031
southeast clear cuts
18
342
1445
576074
4738898
Pan-handle
19
325
1131
581614
4763224
Northeast Park(edge)
20
256
1406
572079
4742898
East Fork of Annie Creek
Table 70
189
Computer Printout of Map to Gray
Scale Registration
SREADo*HASSAN,7...10
SSET 12.(T-244. )*0.1
SSET 2 C8 1212. )20.125
SSET 32(9-575441 )20.0E1164
SSET 42(10-4757984. )20.00164
SREGRESSPI,24
YC I)
2-4.3500E+00
:ADD ,3,4
YC 1)
2
1.8103E-02
41.0350E+00 X( 3)
...2:7959E-01 XC 4)
:RESIDUAL
OBS.
C
VALUE
1)=
2)=
5.40138572E-03
3.81553557E-02
1.90365971E-02
C
3,3=
C
4):
57=
6)=
1.39453525E-02
7)=
8)=
1.75984344E04
3.44090855E02
C
9 }=
1.71793664E02
C
10):
C
C
C
11)=
C
I 2 )=
C
13)2
C
C
14):
15):
C
16)2
C
171=
C
18)
2.07218265E.-02
-3.431 5937 5E -02
1.81033710E-02
2.39122575E-02
-9.81 64202 6E -03
.2.04221846E-.02
..1.95311941E02
5.65475780E...02
C
19)2'
8.0-4511649E02
1.02575631E-02
-4.41273029E-02
6.45894744E-03
C
20):
-2.88178537E-02
Table 70a -- Pixel
190
:DEP.2
YC 2)
=-2.8810E-02
-1.9876E-01 X( 3)
-9.3778E7-01 XC 4)
:RESIDUAL
OBS.'
I)=
C
2)=
3)=
(
4)=L
5)=
6)=
(
C
7)=
8)=
9)=
I0).=
C
I1)=
12)=
13)=
14)=
15)=
16)=
(
17)
(
(
C
(
(
(
C
15)=
19)=
20)=
VALUE
-6.36282950E-02
4.96179238E-03
2.51453379E-02
2.45288918E-02
9.82769486E-03
3.05250762E-02
-4.64921707E-03
-1.75010010E-02
-2.03388935E-03
2.88101494E-02
2.63'49797IE-02
1.41424038E-02
-4.92719896E-02
2.86490857E-02
-3.19952886E-02
-7.70179369E-03
2.09964411E-02
6.67508505E-03
-2.50949918E-02
-1.87292942E-02
:END
Table 70a(continued)--Scan line
191
SREGRESS.3,1-244
yc 3)
2-5.4539E+00
:ADD.1,2
Y( 3)
=-2.4447E-02
-2.7246E-01 X( 2)
+9.1384E-01 X(
:RESIDUAL
CBS.
(
8):
9)=
10):
11)=
12)=
13)=
14)=
15)=
16):
17):
18):
19):
VALUE
-2.22545684E-02
-3.35137853E-02
-1.05572629E-02
1.93863362E-02
2.16378828E-02
,3.97967201E-02
-1.46286306E-03
-3.62241777E-02
1.51680068E-02
2.44467056E-02
2.89939679E-02
1.26534835E-02
5.09630935E-03
2.55202134E-02
-6.02511873E-02
-7.57628377E-02
-3.48688709E-03
4.21840491E-02
-1.25867182E-02
C
20) =.
2.121'66149E-02
C
C
1):
2):
3)=
4)=
5):
6):
C
C
(
(
(
(
(
(
(
7)=
Table 70a(continued)--UTM'Easting
1)
192
=-2.5574E-02
-1.0086E+00 XC 2)
YC 4)
-1.9369E-01 XC
:RESIDUAL
085.
1)=
(
C
2)=
3)=
4)=
C
5)=
6)=
C
71=
C
8)=
9)=
(
10) =
(
11)=
12)=
13)=
14)2
15)2
16)=
17)=
18)=
19)=
C
20)=
C
C
C
(
C
C
VALUE
-6.30646353E-02
1.24608492E-02
2.90887551E-02
2.20607207E-02
5.93715347E-03
2.41977423E-02
-4.65731876E-03
-1.09795363E-02
-5.36258943E-03
2.55742182E-02
2:19301477E-02
1.23015032E-02
-5.37047642E-02
2.50561680E-02
-2.13318234E-02
7.73173338E-03
2.31481227E-02
-1.86884543E-03
-2.39943413E-02
-2.45232643E-02
:END
Table 70a(continued)--UTM Northing
1)
193
color infrared aerial photographs, and field observation information.
If agreement existed between field observation information and color
IR photographs on one hand and corresponding gray scale image, and
classified definitions of 59 classes of the surface cover types on the
other, then we
made
certain that, the selected DFSA on the
Landsat data had been located correctly; otherwise further adjustments
were necessary until satisfactory results were obtained. This procedure enabled us to locate 56 out of 57 DFSAs within
the Park on Landsat MSS data. DFSA number 57 was located in
Boundary Springs region in the northwest corner of the Park, and as
it was noted earlier generated gray scale image did not cover that
portion of the Park.
At this point there was information on all pixels within every
DFSA, and sampling sites covered an area much more than a pixel
size on the ground. To be sure that extracted Landsat MSS values
would be accurate representatives of areas within DFSAs, eight
surrounding pixels of the one already selected pixel were also
included and their spectral values for MSS bands 4, 5, 6, and 7 were
extracted from Landsat MSS data tape of September 10, 1974.
In preparation for an investigation of the possibility of correlation between forest cover type characteristics, and amounts of
downed fuel by means of Landsat 2 MSS data, twenty-nine parameters
194
were established. These parameters with their relevant data are
tabulated in table 71. Explanation of parameters in the table from
left to right other than study site numbers (first column), are as
follows:
Columns 1 through 8 describe the percentages of forest cover types
within DFSAs. As
were
was mentioned in Chapter 5, these estimates
made through on-site observations based on the assumption
that a correlation exists between proportions of live forest stand and
downed fuel composition laying on the ground under those forest
types. The abbreviations from left to right correspond to Lodgepole
Pine, Shasta Red Fir, Mountain Hemlock, Ponderosa Pine, Western
White Pine, White Fir, Whitebark Pine and Grass. Columns 9, and
10 show forest density and crown diameter to the nearest one tenth
of a percent and to the nearest foot respectively. These parameters
were
calculated through photographic interpretation of color
infrared imagery. Column 11 indicates the amounts of downed fuel
in tons per acre calculated from field data. Calculation procedures of
these data tabulated in columns 9, 10, and 11 of table 71 were
explained in data acquisition section of this study (Chapter 5). Columns
12 and 13 describe aspect and slope of each DFSA in whole degrees
and to one tenth of a degree respectively. Column 14 shows elevation
of study areas in feet. Column 15 is the amount of solar insolation
in gram calories per square centimeter (Langleys) per minute to the
195
Table 71...Parameters Established for 56 DFSAs and 47 Non-forested
Areas Within Crater Lake National Park
Cot
-4..
t
65
i
2
*
IR
C. .
A
c- cc
..4
C6
3
4
5
2
* * * *
..,
-- k '''
Z k
Lk.
7
1
2
)0
...
1,R
12
e
1.c
-0 -taall; i.,
lti
It
ir,
t,
42
'''
;'.
.9
Si
,
c
ey
12
11
1
a-...IN *----7:,',6°' .0
::_- c? r, t .- ?.". :". .+Z;;,:j
- o % c c-i?'.itz m .1).'
,I., CZ s I' '.
L',0%,Z
IR .... ,...
C:
c..
11
,,
c
t3c
1.t
.2
-c
.0
:°..
,c,
c
4
N
c
413
to
;
.S
i
.s,
Z
6
2.
i-.
71
',-
-
`Z
t,2;,_
p ..`
:52,
'.. Z:
N
,,.
o.
u-,
ic)
Z(":-
---
pi 0 i 996 ato 0411:11-stif 01120101439 k 7Z2971330632550010936130.1.2006.8021090013308301. 7866713320010 0
ea z9 gla a a a 010010010010112131512178000100057531092 678E130E0131 097612308601720641331.950 10
031012070001400000062743136750900406250036115230.000190310430.531030131470530361620q1
04101602000001000006021,3130231090023645039645000911118221110011E510 8 213 1 3 6I050033166k10
04250 E337014040.QCIGOaGiii.32635261.1000100,26750009211.511.4.0330.7761044,146485101450530.3517010 0
00610111039100001000,01.652 652T 0030023750009343600.963125304160011300780123137611231560 CO
130700164/4.04010010000564 429811115,0357000096116441120012C2a131.11137061E.112505*032115400010'
08:10001016C100100110701.30 206268.80109
050102r6419.231263311656105107,31:12610761200.5310010
0332010017041001000.13.00761. 32633060134470 ea o 95 667102211876:117815310 93013305408745 VIGO
0140013516010C10010010500604130034603004,
625090 486 050117031056814210841015106011061178004.
0/11000519- -001001700137 1319 7
0
400109
00011.78649144510351016610561031.9500
012201504303001001400013541341264fa 20107/ 3501/04 5630.0170.633033315608610170055..0v0.3610014
0131990010000100101310001.670285168460027169001075 538133501168310878162103 /10176105610*319 0010',4
0141101051650010000100007032825093600571660010851150009630.7661090015608401670541.1071193010_a
015001001334010000k1001719g 7227727010 730010761151 0831166710867140103110175065112519200103
016100013910100001000117$0909672701067 75010021151 9660.63609661.51093015305 G00.864030
0171000139 ti010000100011625624573123513 635010841151 385611711.06831 77063101701050096C9700104
0161330313 001000131000117101371647*060036 25010950.478138761163108 E7163109110170105410118800100
13151001650E
5331091111656408561166109301731055106133001031
10201303017000100001000C16332526251140014030002 67 1660.9,7110014106510152106
1
14
1021139000 00010000100 12581150.73312300211610 a 9 62 317090.6111121133113160107511330.77100103
022750025001001001000006343;111% 8005759001393 610111901177005 304390910173106711261.9000100
0231651001150010000100005722_9132200010001615010921656417611600,03541103210173106R1.23168100100
026123140140100000100000'6423D 79213101053 75010611,6220.16717760,,6439451016710661211640010
026130001101400001000016632322791000100 -7000 i215330.122117561091113710671016806711231.941001001
7154o9zto 1 a 21060,111166101310
02310070r30010010010040164/136511622504715600310.26710944.174411011b.661090/0155105403317310310.0
0243 035t10 -001000500166607179615033652000361152303391822110561154084101441154-09417311010p
0304330000000001000=120.2003 0001000 0001092
30.6 _49671300L11095101661066.16319710010,
03116510001w0-000510010C3011160.540 801011 100092157612561175" 09670.26450016310721301.82000C
6646313880173054,1061370010;
033174351250Z 010010000407 11162 7013761625010611162211133113221095611431363017006Z119'19111 WOG
034100120E30 OZ0100100100V2* 01287609014;3 625005n55w 96 9(.168 11145708 2014010 sua 9a7 ao ape
3351001436000000040001522 2115721160140
06741.311383015106511160.780000
501012 4001094 634269204 16912746010137D 631660.720010.0
037100 0304G:004010001:163612534470900275100096151110933132 10046210731013704431065117500010
038100 5130. 540601000 M36423487515001 7000951.1622109672133124446610761313010510780.71J00100
034003000 DOG" 01000016493360220900/ 5460010v 6,163840381196611664560821013813,21087116710010C
0401000015 500600000E773E31E965A 200201450009,700, 1782067r1678.44082101461057101117n00100
D4110010000 90000000116394711773100000015750092176 1,502117120002206342147106612117600100
o4aascon cC)013010000772),711.0071u 900061,200033170 4322.204412004293631142106,111117010010C
04 3513000 "540' 010000Z920.61342610000001525009211750' 43849600.67511221090016M 74134161J° 0100.
04 3513016000130051600675307286 60050630010561166 244116334G 228. 25109010162/06812217900100
045 510045;i0G 00 010 OG035549086' 06001 20010331166 ,.4671/66905894 /4088111690761460.9 /010100
04613900410k50:00 0100121416242
004 00 05013920.8 /11469205610641122066101660727370.69010010`
0471.39000000.t,0 000101E2/20.61186 060006 35 321171
165711157C.17092016210731.33176101010C:
0.509p0 0..100
000016-2g0092
60 13-000093116204220A 6 ,..00011330911162063122178(0000!
5 0 0 00 0
t 0105E30 72034)270063" 5000831.150 P9111611 933tt 65033 1611050038134000Ci
050100 0 06010 LI 0.00023G 20893127013 000 711162211467 2634367 241380 133064107167000G:
061100 3 000;00100.10001630 7E71712 /4 55 600940151310966 81313950 5313831015905410401910010t
05275 0 50.000010010037211806031270 3 30006711625 /103 850100E 4810881016310531101850000'
0100101427g 7364221004
54083014.8105*D*38178000L
05495 0050a00113GLO 134610.40277P 00000 4501092.160016001203617966413C88
05560001204010013000 062.R0130601135132 Z001096/63 2564633-02213008 v 1601069.&231790000
053"OG 04391000
G*64506300010E0100 OF,42326603000100016.11100921561110011722113956441t90131630641.151.6
DO 0011
196
Table
1C2/. 12
71 (
c ontinued)
3 456 7
8
9
06
% z>4R
lj Ct. kt.
e
'
,F:
e.
.- k Cc ... k
5
58
9
--i Iv)
1
flog 0
061
462
063
64
02
366
67
161
aro
071
372
473
1074
N75
76
ji
79
083
0431
32
d3
84
085
O*6
037
088
083
033
091
092
033
094
035
346
997
038
099
100
101
132
1031
1041
1
CL
,L°
g *
'..
0'cl
k
.
10 1112134 151617
2:_-
>. rst
c'. 5
c) Z
(.13
r, (:, z;
----
1-..-,.. z.z.-_c?
t ''..? CD 3 Z, C')
tl l', c c c .O.
4
,
I x
,-;`,
.1 q ,
k Ci,
'"
c.)
0:, ..tc:
"C ° '1') 'c'S
,,,
F_
'' .
M
N
44).
::::
F,
"J
c
o
o
._
I
4. )
-...
.
-0
""
%
'')
c;zz
c2
cc
Z).-
itio013 60
3830500
6 5012 7 bd
3252425
1252125
3032375
5002667
433'0533
o
i
^
,z,
re)
co
L-1
19202122232425:«g
18
1'4
-S.c2,
,I,
_
,
..
o
2
'i.-
L
N
1:-..**
, 4 .
":
, 4
o
.. 9-
Z
rs'
ph
*0
Zi; z-
-
040 2560113706/ 0733...0363 1900114
2330160 77594 3332/5500 331 top
638112 75 950930 208304219211p
O'L
4251250 960 96018611001$40.9413 10
125100 am (ma 30213m002132130
30018 25109708 20 1264,35130350
600125 OD 94109610 201330 3213gC 31:1 OD
100
520 97085 1460881503410001
*501/117 550 767 4806* 093044463144010 1
8251513 564 775 2/12710103058 0 8 514 60 0.11960114802340 320 044640148 60142117700pti
,71311632443166 4710710103 4807034500101
43326332833170 920860143 9315516701104
93m1633r2*a3 600 160780119 671021520004
42025202180 14009613 210212 06221g09011043
76 3294013340 8 t 0,0 94083 0147 38156117 BO 1i1310
033200012700 6671020750 / 22074120/6210041
1602040{Z 360 10 011 4610 75 310 30 71109 733700010
06 3217 050 550E19510 1.1013(31105i206397011q
3131,24-33t1 g3g0Zil;Milli?IfEOET.8016
234324142743
2071118432200
12031-1669P233
77528252800
65021:16329*6
976116442644
0
930* 5u 1360 6811446/0 0101
2573120946165484147175010r'
70 OD
6 3312006310 0 770 52064112300 IJC
3250 98109 30 2 09110/213211101100
72419308 901540960.063.7301010
21/1120 730 0 390 56 074112900101
G60094 8 2101 21108T14011.6
3332233{2533 350104 3 2)3173038165368 IOC
12 357 17/117140 93339101331101496185 100
3 001225P' 850E130347
250205011917 7671110 17i32930.07267 500011.1.1.3
3/ 710 d 0 0 26 7 1 0 02 to 943/MS71300 6 70 1100
7752750 225 0533.G1 86013503513411570001
22513500 475 95 009 9 301651101117317 801010
94011500 320 8203.2305b0 06904505
IL 40
7501475 675 900 1906500
244012500 20012050 S637510117 7311220.5 gm.
5332733 71713/7 93093419 3120820 61010
6301180 0600340 421580434111.1347312 10 0
94416110 5 00045611221330 4261/07135132 poi
325130 50 5002/ 240 9310810133p 8711443.6 0.00
7 0012725 29251170 GO 991092015910 93116 317 100
m00
2001345031.501i62 931102019
920034.0 1320R5zo 2510640 3 76103 0 61/24 po
P1401226025601.360 950 340 / 5710 8816611880U 01
Table 71
197
nearest two decimals. Complete calculation description of this
parameter will follow immediately after the current discussion.
Columns 16 through 19 are means of Landsat MSS data for all pixels
within each of DFSAs. As was mentioned earlier in this chapter,
more than one pixel area was selected for each DFSA. Depending on
site characteristics the number of pixels selected for every sampling
site varied from 4 to 10 pixels; although generally there were 9 pixels
selected for each DFSA. Columns 20 through 25 in Table 71 represent ratios of the means of spectral MSS bands to each other as
indicated in respective columns. Columns 26 through 29 indicate
surface cover types from left to right as water or shadow, pumice or'
bare rock, brush with pumice, and few trees within bare rock or
pumice lands respectively. It should be noted that values of zero and of
one in these columns stand for zero percent and for 100% of specified
cover type respectively. Sites 1-56 are DFSAs, and skipping site 57
(reason mentioned earlier), sites 58-104 are areas which are not
forested. For this reason, the latter sites are means of MSS band
values and their ratios have been so assigned.
Parameter 15: Variations of Solar Insolation Intensity on Varying
Slopes and Slope Aspects of the Park
Variation in incident solar energy on the earths s surface is
one of the most important parameters effecting the intensity of
reflected energy detected by the Landsat MSS system. Especially
198
the amount of energy incident on two similar surface or cover types
but with different slopes or slope aspects will vary considerably.
This in turn results in variation of the amount and intensity of
reflected energy from those similar surface cover types and can
result in incorrect data. Considering the mountainous landscape of
the study area it was known that inclusion of slope and slope aspect
correction in the analysis of Landsat MSS data of the National Park
should have a positive effect in the accuracy of digital analysis.
An extensive literature exists with regard to computation of the
amounts of incident solar radiation on horizontal surface or surfaces
with different slopes and slope aspects with respect to sun's radiation
notably; Swift (1976) has provided an algorithm for the calculation of
daily solar radiation on mountain slopes. The only inputs necessary
for the calculations with this program are degrees of latitude, slope
and aspect, and the day of the year. Another program and calculation
has been published by Buffo, Fritschern, and Murphy (1972), a
program which computes hourly, daily, and yearly amounts of incident
solar energy on the earth's surface; again for various latitudes, slopes
and slope aspects.
For computation of solar radiation intensity in this study the
following formula was utilized because it has
the capability of
calculating instantaneous incident solar energy on the earth's surface.
199
Only a formula with such characteristics would enable us to compute
the amount of incident solar energy for the time of Landsat overpass
over the study area. The relevant formula for calculating cosine i
(energy incident on the surface),
as
developed by Brooks (1959),
follows:
Cos(I) = Cos(P) Sin(L) Sin(B) +
Cos(L) Cos(B) Cos(D) Cos(H) +
Sin(P) Sin(B) Cos(D) Sin(H) +
Sin(L) Cos(B) Cos(P) Cos(L) Sin(B) Sin(D)
Where:
I is the incident solar energy
P is the angle from East-West that the surface is
oriented
L is the north latitude of the station
B is the angle of the slope (southward facing slopes
are positive)
D is the declination of the sun
H is the hour angle of the sun. This is equal to 15
times the number of the hours from solar noon
(positive in the afternoon, negative in the morning
hours).
As a test case, by utilizing the foregoing formula, cosine i,
was computed for 57 DFSAs within the Park (Table 72). This table
presents incident solar radiation variations
for 57 sample sites
within the Park for 9: 3 2 AM, September 10, 1974. The time and date
coincided with that of the Landsat 2 overpass of Crater Lake National
Park region whose MSS recorded data had been utilized in the digital
analysis of this study. Incoming solar energy is depleted by atmos-
pheric attenuation processes, with only about 70% of the radiant solar
Table 72.:- Solar Radiation Amounts Within DFSAs at the Time
of Landsat 2 Overpass
klevation
*
feet
East-West
angle
(meters)
(P)
Latitude
Slope
angle
Slope asp- neelinati- Hour angle of
ectodegre- on of sun
the sun
es from
North
a
-.)
m
(L)
(B)
00
(0 )
Ave.so- With
lar ins- eccenCos i Ulation triciLy/min t y
14/0-0
.
1
2
5525
(1684)
5800,
3o°
42
51'
3
__
42'
521
__
-90°
42"
54'
4'
2°
9'
030°
4.
53'
4'15 (-2:18.15)
0.67
0.93
0.90
If
If
II
11
If
II
0.66
0.92
0.89
090
"
"
"
"
"
"
0.70
0.98
0.95
52'
090°
"
"
"
"
"
"
0.69
0.96
0.,93
--
__-
If
If
II
II
II
0.66
0.92
0.89
"
"
of
If
II
0.67
0.93
0.90
(1768)
3
6200
(1890)
4
6450
(1966)
-90°
42
54'
5
6750
(2057)
---
42
53'
6
7500
(2286)
+30'
42°
54'
2°
52'
030°
7
7150
(2179)
-65°
42
55'
3°
27'
11,
0
"
0
0
0
0
0.70
0.98
0.95
8
7100
(2164)
-
42
55'
9°
04'
180°
"
n
"
n
11
II
0.73
1.02
0.99
9
7050
(2149)
+60
4-2"
57'
-4°
25'
060°
'I
II
II
if
II
0.68
0.95
0.92
10
6825
(2080)
+30
42°
58'
-4°
25'
030°
11
n
II
If
II
0.65
0.90
0.87
11
6400
(1951)
+Go°
42'
58'
-9°
39'
060°
n
n
n
n
n
0.69
0.97
0.94
12
6950
(2118)
-60°
42°
59'
7°
06'
120°
11
It
II
.1
n
"
0.74
1.04
1.00
13
6900
(2103)
--
42°
59'
-12'
41'
36d
0
11
n
n
n
11
0.53
0.75
0.72
42'
59'
-5°
43'
360°
"
"
II
11
0.61
0.85
0.82
42
59'
10
34'
270°
"
"
0.54
0.76
0.73
14
6800
7300
222!))
+90°
11
.
..
.
(2073)
15
__
' ,
1
"
Table 72(continued)
East-West
angle
Latitude
(meters)
(P)
(L)
16
6750
(2057)
+90°
17
6350
(1935)
+55
18
6250
(1905)
19
Elevation
41:
feet
Slope
angle
w
44.)
-1
Slope asp- I)eciinati- Hour angle of
the sun
ect,degre- on of nun
es from
forth
(D)
(B)
(H)
Ave.solar insCo s i ulation
Ly/min
6'
40'
270°
42
54'
13°
19'
235"
+60"
42"
51'
-3'
59'
060°
6250
(1905)
-50°
42'
52'
-9'
50'
310°
20
6300
(1920)
-40°
49'
1°
291
140°
21
6100
(1859)
+50°
42°
49'
2'
07'
230°
42"
50'
5°
43'
180°
42°
52'
.
22
53'
4"
15(-2:18.15)
0.59
0.82
0.79
u
u
II
II
"
0.60
0.84
0.81
"
"
"
"
"
0.68
0.95
0.92
u
II
II
II
II
0.52
0.73
0.70
"
"
"
"
"
"
0.68
0.95
0.92
I,
II
It
If
II
II
0.66
0.92
0.89
II
II
II
11
II
0.71
0.99
0.96
___
U
11
11
II
II
1/
0.66
0.92
0.89
"
II
II
II
/I
0.64
0.90
0.87
"
"
"
"
"
"
0.58
0.81
0.78
u
u
u
11
1,
11
0.66
0.92
0.89
u
u
u
"
"
0.63
0.88
0.85
"
"
"
"
"
0.65
0.91
0.88
11
II
II
II
"
0.67
0.94
0.91
0
5900
4"
ty
6y/min
co
59'
With
oceantrici-
"
(1798)
23
6150
(1875)
24
6100
(1859)
+90
42'
531
1
43'
270"
25
5750
(1753)
-50'
43'
53'
-5°
52'
310
26
5700
(1737)
27
5670
(1728)
28
29
.
30
0
.
43
53'
+90°
42°
53'
5500
(1676)
+45°
42'
53'
5200
(1585)
+30°
42'
54'
6000
1829
11'
270°
4'
39'
225°
3°
38,
150°
'I
.
43'
01'
"
"
"
"
"
0.66
0.92
0.89
Table 72(continued)
East-West
angle
Latitude
feet
(meters)
(P)
(L )
Elevation
Slope asp- Declinati- Hour angle of
ect,degre- on of sun
the sun
es from
Cos i
North
Slope
angle
U)
31
32
(0)
(8)
43°
02'
1°
04'
180°
4
53'
+90
43°
03'
6°
50'
270°
"
n
n
n
n
II
6100
(1859)
6500
(8)
4"
Ave.solar inselation
Ly/min
With
eccentricity
Ly/mir
0:67
0.93
0.90
n
0.59
0.82
0.79
"
0.58
0.81
0.78
it
n
0.69
0.97
0.94
15(-2:18.15)
(1981)
33
6250
(1905)
+90°
43°
03'
7°
30'
270°
II
II
11
II
34
6250
(1905)
-90
42°
53'
3°
35'
090°
n
n
n
n
35
6000
(1829)
42'
52'
14'
02'
180°
II
II
II
II
"
"
0.76
1.06
1.02
36
5400
(1646)
-30°
42"
49'
1°
12'
150°
n
ft
n
II
II
II
0.67
0.94
0.91
5100
-90°
42°
48'
2°
43'
090°
II
II
II
II
II
0.69
0.96
0.93
-30'
42°
47'
1°
25'
150°
n
n
n
n
0.68
0.95
0.92
32'
090°
n
n
II
II
II
n
0.68
0.95
0.92
120°
n
II
II
II
II
I'
0.69
0.96
0.93
"
0.66
0.92
0.89
, ,
0.67
0.93
0.90
0.66
0.92
0.89
0.61
0.86
0.83
Cl 07
r1
-0A
n_QC1
3?
(1554)
38
4700
(1433)
39
4600
(1402)
-90'
42°
47'
1°
40
4500
(1372)
-600
42°
47'
2°
41
5750
(1753)
___
43°
__
42
5200
(1585)
-90°
43'
03'
43'
011
43
5225
46'
___
n
11
1,
n
n
090°
n
n
11
n
n
n
H
II
"
"
11
11
n
11
II
it
It
II
"
(1593)
44
45
6300
(1920)
C,rii,
(1890)
43'
it's
L2.
...._
nie
-40
57'
360'
1.
.11
rIGn.
II
it
Table 72(continued)
fiE
Elevation
Last-West
feet
angle
(meters)
(P)
Latitude
Slope
angle
(L)
(B)
w
4.,
M
46
6020
43*
03'
Slope asp- Declinati- Hour angle of
ect, degr- on of sun
the sun
ees from
Cos i
North
(D)
4°
(1835)
47
48
11
0.66
0.92
0.89
-1'
53'
060°
"
"
"
"
"
"
0.67
0.93
0.90
52'
6°
190
270°
,
n
"
ft
n
n
0.59
0.83
0.80
42°
51'
13°
29'
270°
"
"
"
"
H
"
0.51
0.71
0.69
n
H
n
H
n
0.67
0.94
0.91
"
"
"
"
"
0.62
0.87
0.84
u
"
"
0.67
0.94
0.91
"
0.66
0.92
0.89
04'
42°
50
7000
(2134)
+90°
6500
(1981)
+3o°
42°
51'
15°
31'
210°
6300
(1920)
+90°
42°
55'
3°
23'
270°
6650
(2027)
+30°
42*
56'
4°
43,
210
6200
(1890)
56
57
43°
-45°
0.89
It
43"
55
0.92
II
+60°
6450
(1966)
0.66
II
Woo
54
15(-2:18.15)
II
03'
+90°
53
Ly /min
"
43°
65oo
(1981)
52
530,4"
ty
06o°
+60°
49
51
(H)
With
eccentrici-
-36'
5950
(1814)
(1829)
Ave. solar insulation
Ly/min
43°
01'
6100
(1859)
43°
__
5400
(1646)
43
04,
2°
-7°
09t
221
135°
360
Table 72
1
of
"
"
H
H
"
n
"
"
"
0.69
0.96
0.93
"
II
II
II
II
0.66
0.92
0.89
II
H
II
II
0.59
0.82
0.79
11
204
energy available at the top of the atmosphere reaching_the earth's
surface. This factor
was
considered in preparation of Table 72
as averages of solar insolation intensity (Langleys per minute)
were calculated for various DFSAs. Furthermore, since Landsat 2
MSS data, which were utilized in this study,had been acquired during
summer season (September 10), of the Northern hemisphere, amounts
of solar insolation intensity are 3. 5% smaller than the average (Lamb,
1972).
This is due to variations in Sun-Earth distance (eccentricity),
during a solar year. This effect along with all topographic characteristics of DFSAs have been depicted in the foregoing table.
For a better understanding of solar radiation intensity fluctuations on varying slopes and slope aspects of Crater Lake National Park,
Figure 33 was developed. Ins olines on this figure present areas of equal incident solar_energyfor 9:32 AM, September 10, 1974. For this purpose,
cosine i for 36 synthetic sites in addition to 57 downed fuel study areas
were calculated and averages of radiant energy were plotted on a polar
projection graph; so that insolines course over variably sloped areas
of the Park for Landsat overpass time. Values are gram calories
per square centimeter per minute (Langleys per minute), corresponding to the amount of impinging solar radiation at the top of the crown
canopy for forested areas and over the exposed land areas. Although
amounts of reflected energy from the surface cover types, which are
recorded by Landsat MSS detector system, could be determined by
205
Variations of Solar Radiant Loading on
Various Slopes & Aspects -09:32
Sept. 10, 1974
Slope Angle
_
360
DO
Contour Interval: 0.02 Langley
Time: 09:32 a.m.
Date:
39
Sept. 10. 1974
Downed Fuel Study Area ( DFSA )
0 Synthetic Site
Figure 33
206
this procedure and thus solar insolation and heat loading parameters
could be defined; with regard to fire fuel loading study the situation is
somewhat different. Intensity of reflected solar energy from the
openings of the forest types, and estimation of solar heating characteristics within the stands depend not only on incident energy but other
factors such as diffused solar energy from under the crowns and
sunflecks as well. Although, under crowns, insolation intensity is
usually much lower than that of the top of the crowns, Muller (1971),
has indicated that in lower and middle latitudes variation in stand
characteristics may cause significant variation in under crown
insolation intensity. As a result, in some occasions, because of
downward scattering effects of the crowns, insolation intensity under
the forest canopy becomes slightly higher than solar radiation
intensity in the atmosphere.
Now that the readers have become familiar with all 29 parameters involved in a preliminary analysis of this study, grouping of data
with regard to their similarity is relevant.
207
Dissimilarity Clustering
The numerical classification technique utilized in this study
was developed by James A. Keniston (1978) while associated with the
Oregon State University Marine Science Center. Program "CLUSTER",
as it is called, uses agglomerative clustering to classify a set of
entities based on comparison of their attributes. Although this
program was developed primarily for use in ecological investigations,
it is applicable to any field in which numerical classification is
desired (Keniston, 1978). A matrix of data cited earlier in Table 71
was used as input to the CLUSTER program. To eliminate quantitative
weighting factor of data in clustering procedure, data were statistically normalized prior to generation of CLUSTER classification.
Then program CLUSTER was generated, and its result was plotted
by Gerber plotter and is represented in Figure 34. It should be noted
that this classification is based on a dissimilarity factor of the data
through which similar data are classified and grouped and classified.
Similar groups in Figure 34 have been designated by alphabetical
letters on the X axis of the figure.
Attempting to classify downed fuel characteristics for 'TireDanger Rating Area" purposes, this study is primarily concerned
with forested areas of the Park. Separation of forested and nonforested cover types of the Park by utilization of Landsat MSS data
DENDOGRAM OF SPECIES
CRATER LAKE NATIONAL PARK,OREGON
CANBERRA METRIC / GROUP AVERAGE
1.0
.9
.8
.7
.5
4
.3
.2
.1
Er,
1 dint
Id_
11,41.,1)
FL
.1*
E
A
7-KLMN-rpORS-1"ry wjryZ12.1
F
AREAS
STUDY SITES
NON-HAZARDOUS FOR WILD FIRES
HAZARDOUS FOR WILD FIRES
Figure 34
O
co
209
has already been accomplished by Walsh (1977). For this reason,
the prime intention here was to group (cluster), similar subclasses
within each major group (forested or non-forested). Therefore, no
statistical classification significance should be attributed to the major
break between forested and non-forested because these two groups
are comprised of unlike data bases. However, within each of the
major subsets - forested or non-forested, there is significance to
the differences in subclassifications. Detailed information with
regard to cover type and downed fuel characteristics of every subclass within forested clusters A through I shown in Figure 34
are given
in Tables 73-81. For convenience of comparison,
means, and standard deviations of MSS data for DFSAs classified
within clusters A through I, have also been presented along with every
cluster in Tables 73A-81A.
Surface cover types of sample sites designated as "Areas
Non-Hazardous For Wild Fires" on Figure 34 were studied through
joint utilization of U-2 color infrared aerial photographs, 59 classes
of surface cover type classification (Walsh, 1978), the USGS topo-
graphic map of Crater Lake National Park, and Landsat MSS data. Due
to the fact that those sites were non-forested areas, on-site observations within those areas for downed fuel study purposes were not
carried out. General surface cover types of non-forested areas for
clusters J through 3 within the National Park have been identified as follows:
210
Field Observation Information for DFSAs
7ithin Cluster A
DFSA*
rr
Composition of
Cover Type
Forested
Crown Size
Area (%)
(feet)
Downed
Fuel (t/a)
24
Mountain Hemlock (50%), 71.1
Shasta Red Fir (30%),
Lodgepole Pine (20%)
28.2
8.93
25
Mountain Hemlock (40%), 78.4
Shasta Red Fir (40%),
Lodgepole Pine (20%)
22.4
7.92
56
.Shasta Red Fir (60%),
73.8
Mountain Hemlock (25%),
Lodgepole Pine (15%)
27.8
13.24
12
Shasta Red Fir (50%),
39.7
Mountain Hemlock (30%),
Lodgepole Pine (20%)
34.4
26.48
Mountain Hemlock (85%), 70.3
Lodgepole Pine (10%),
Shasta Red Fir (5%)
28.2
28.18
19
Mountain Hemlock (85%), 64.2
Lodgepole Pine (15%)
28.9
46.63
20
Mountain Hemlock (70%), 53.3
Lodgepole Pine (30%)
25.0
28.25
44
Mountain Hemlock (60%), 75.9
Lodgepole Pine (35%),
Whitebark Pine (5%)
36.9
28.61
*Downed Fuel Study Area
Table 73
211
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster A
MSS Bands
4
5
Distances
6
7
18.89
.60
9.00
17.78
1.48
9.67
.71
3.56
2.70
20.44
1.13
11.89
.93
3.56
2.40
18.33
3.08
9.33
2.42
3.33
5.50
17.88
1.73
9.00
1.07
2.63
2.20
*
DFSA # 24
Means
16.56
11.56
ST DEV
1.01
1.59
Number of samples(pixels)
.71
3.56
4.74
9
DFSA # 25
Means
16.22
11.67
ST DEV
1.73
.97
Nimber of sammles(pixels)
9
DFSA # 36
Means
16.33
12.89
ST DEV
.50
1.17
Number of samples(pixels)
9
DFSA # 12
Means
15.83
10.17
ST DEV
1.60
3.13
Number of samrles(pixels)
6
DFSA # 14
Means
15.00
9.63
ST DEV
1.06
.53
Number of samples(pixels)
*Downed Fuel Study Area
8
212
Cluster A (continued)
MSS Bands
4
6
5
7
Distances
DFSA # 19
Means
15.33
9.11
ST DEV
.50
1.17
Number of samples(pixels)
16.56
1.67
8.56
.53
3.56
19.57
11.00
1.00
3.43
10.22
.83
3.56
2.08
1.28
9
DFSA # 20
Means
16.71
11.86
ST DEV
2.14
1.86
Number of samples(pixels)
1.51
1.95
7
DFSA # 44
Means
16.56
12.44
ST DEV
1.13
1.01
Number of samples(pixels)
18.33
.71
9
Table 73a
213
Field Observation Information for DFSAs
Within Cluster 3
Dr SA*
27
Composition of
Cover Type
Forested
Crown Size
11,-ea (%)
(feet)
Lodgepole Pine (80%),
Mountain Hemlock
65.5
18.1
54.17
58.2
20.3
30.80
37.2
17.6
6.03
18.5
12.5
11.10
35.5
18.6
18.66
40.7
20.8
16.24
78.4
28.5
26.33
Downed
Fuel (t/a)
(20%)
55
Lodgepole Pine (80%),
Mountain Hemlock
(20%)
52
Lodgepole
TPole Pine (755),
Mountain Hemlock
(25%)
22
Lodgepole Pine (75%),
Mountain Hemlock
(25%)
45
Lodgepole Pine (85%),
Mountain Hemlock
(15%)
33
Lodgepole Pine (70%),
Mountain Hemlock
(25%),
Shasta Red Fir (5%)
9
Mountain Hemlock (70%),
Lodgepole Pine (25%),
Whitebark Pine (5%)
*Downed Fuel Study Area
Table 74
214
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Site-s
Within Cluster B
MSS Bands
4
5
6
7
Distances
DFSA*# 27
Means
16.56
10.78
ST DEV
1.01
1.56
Number of samples(pixels)
18.00
9.67
.71
.87
18.33
10.22
.83
3.56
.71
18.50
1.73
10.00
1.15
3.00
Means
16.10
11.90
17.70
ST DEV
1.49
2.51
.99
Number of samples(pixels)
10
9.30
3.60
1.77
3.71
9.89
.60
3.56
2.65
3.56
2.13
9
DFSA # 55
Means
16.33
12.56
ST DEV
.71
1.42
Number of samples(pixels)
1.79
9
DFSA # 52
Means
16.25
11.00
ST DEV
.50
..82
Number of samples(pixels)
1.19
4
DFSA # 22
DFSA # 45
Means
17.67
14.67
ST DEV
.50
.71
Number of samples(pixels)
*Downed Fuel Study Area
18.89
1.05
9
215
Cluster B (continued)
MSS Bands
4
6
5
7
Distances
DFSA # 33
16.22
Means
11.33
1.22
ST DEV
.67
Number of samples(pixels)
18.22
.67
9.56
18.78
.67
11.78
.83
1.01
3.56
1.83
9
DFSA # 9
15.67
10.22
Means
ST DEV
.50
.97
Number of samples(pixels)
9
Table 74a
3.56
1.91
216
Field Observation Information for DFSL.s
Within Cluster C
DFSA*
Composition of
Cover Type
Forested
Crown Size
Area (%)
(feet)
Downed
Fuel (t/a)
4
Shasta Red Fir (80%),
Mountain Hemlock (20%)
80.2
43.2
30.29
7
Shasta Red Fir (60%),
Mountain Hemlock (L0 %)
58.4
34.7
29.81
28
Shasta Red Fir (70%),
Mountain Hemlock (30%)
84.1
37.7
51.16
3
Mountain Hemlock (70%),
Shasta Red Fir (20%),..
Lodgepole Pine (10%)
62.7
42.9
36..75
34
Mountain Hemlock (80%),
Shasta Red Fir (20%)
72.4
29.9
28.76
35
Mountain Hemlock (60%),
Shasta Red Fir (40%)
52.2
31.47
15.72
49
Mountain Hemlock (55%),
Shasta Red Fir (40%),
Grass (5%)
83.6
26.8
20.34
10
Mountain Hemlock (60%),
Shasta Red Fir (35%)s
Whitebark Pine (5%)
80.0
29.6
33.46
29
Shasta Red Fir (85%),
Mountain Hemlock (10%),
7hitebark Pine (5%)
86.6
26.9
17.96
11
Mountain Hemlock (95%),
Shasta Red Fir (5%)
97.8
36.6
91.67
*Downed Fuel Study Area
Table 75
217
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster C
MSS Bands
4
5
Distances
6
7
18.22
1.20
11.00
.87
3.56
20.22
1.72
13.11
1.69
3.56
1.75
17.44
10.11
.60
3.56
2.27
10.43
1.13
3.43
3.36
DFSg# 4
Means
15.00
9.11
ST DEV
.50
.78
Number of samples(pixels)
3.31
9
DFSA # 7
Means
16.44
12.00
ST DEV
1.67
2.35
Number of samples(pixels)
9
DFSA # 28
Means
15.67
9.44
ST DEV
.71
1.01
Number of samples(pixels)
1.51
9
DFSA # 3
Means
15.29
10.00
ST DEV
.76
1.29
Number of samples(pixels)
19.00
1.41
7
DFSA # 34
Means
15.56
9.89
ST DEV
1.05
.73
Number of samples(pixels)
*Downed Fuel Study Area
18.89
1.96
9
11.11
2.37
i..4
218
Cluster C (continued)
MSS Bands
4
5
Distances
6
7
19.00
.71
10.67
1.22
3.56
2.45
18,11
9.33
1.05
1.00
3.56
3.76
17.63
.92
9.88
.64
3.50
2.18
18.22
10.56
.73
3.56
3.13
9.14
3.43
2.57
DFSA # 35
Means
16.11
12.33
ST DEV
1.05
1.94
Number of samples(pixels)
9
DFSA # 49
Means
15,00
9.11
ST DEV
.50
.78
Number of samples(pixels)
9
DFSA # 10
Means
10,50
14.88
ST DEV
1.20
.35
Number of samples(pixels)
8
DFSA # 29
Means
15,22
9.89
ST DEV
1.05
.44
Number of samples(pixels)
1.39
9
DFSA # 11
Means
10,00
ST DEV
.38
1.83
Number of samples(pixels)
17.86
1.07
7
Table 75a
.90
219
Field Observation Information for DFSAs
Within. Cluster D
DFSA*
it
Forested
Area (%)
Composition of
Cover Type
Crown Size
(feet)
Downed
Fuel (t/a)
17
Mountain Hemlock (99%),
or pure single species
62.5
41.6
45.79
32
Mountain Hemlock (99%),
or pure single species
88.5
43.9
49.92
15
Mountain Hemlock (99%),
or pure single species
71.9
36.8
22.77
16
Mountain Hemlock (99%),
or pure single species
17.5
39.4
9.87
53
Mountain Hemlock (99%),
or pure single species
42.7
26.7
56.42
18
Mountain Hemlock (99%),
or pure single species
71.0
37.2
84.74
13
Mountain Hemlock (99%),
or pure single species
67.0
27.8
51.68
51
Shasta Red Fir (99%),
or pure single species
89.8
26.8
27.17
Mountain Hemlock (99%),
or pure single species
85.2
38.3
52.70
6
*Downed Fuel Study Area
Table 76
220
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster D
MSS Bands
5
4
6
7
Distances
DFSA*# 17
8.89
.60
3.56
2.02
17.11
.60
8.67
2.67
1.98
16.67
1.86
8.67
1.21
3.33
2.04
18.38
.74
9.88
.83
3.50
2.27
18.50
10.00
Means
15.40
1.08
.82
ST DEV
.52
10
Number of samples(pixels)
10.40
1.17
3.60
2.69
Means
15.11
8.56
ST DEV
.33
.53
Number of samples(pixels)
17.11
.78
9
DFSA # 32
Means
15.00
9.22
ST DEV
.25
.67
Number of samples(pixels)
.50
9
DFSA # 15
10.83
Means
15.17
ST DEV
1.17
.41
Number of samples(pixels)
,
6
DFSA # 16
15.13
Means
9.88
1.13
ST DEV
.64
Number of samples(pixels)
8
DFSA # 53
* Downed Fuel Study Area
221
Cluster D (continued)
MSS Bands
4
6
5
7
Distances
DFSA # 18
Means
14.78
8.78
ST DEV
.83
.44
Number of samples(pixels)
16.33
1.12
8.67
3.56
.50
1.39
16.88
1.36
8.75
.89
3.50
1.16
18.13
.99
9.50
.53
3.50
2.37
25.00
16.00
3.20
1.41
.71
1.77
DFSA # 13
Means
15.38
9.50
ST DEV
.52
.53
Number of samples(pixels)
8
DFSA # 51
Means
15.13
9.88
ST DEV
1.25
.35
Number of samples(pixels)
8
DFSA # 6
Means
19.60
19.60
ST DEV
1.34
3,05
Number of samples(pixels)
5
Table 76a
222
Field Observation Information for DFSAs
Within Cluster E
DFSA*
Composition of
Cover Type
Forested
Area (%)
Crown Size
(feet)
Downed
Fuel (t/a)
5
Mountain Hemlock (70%),
Shasta Red Fir (30%)
86.2
42.5
56.61
56
Mountain Hemlock (90%),
Shasta Red Fir (5%),
Lodgepole Pine (5%)
94.2
31.9
46.03
*Downed Fuel Study Area
Table 77
223
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster E
MSS Bands
4
5
6
7
17.78
1.72
10.44
17.22
1.56
9.56
Distances
DFSA*# 5
Means
10.55
15.11
ST DEV
.87
.33
Number of savoles(pixels)
1.01
3.56
3.67
9
DFSA # 56
Means
15.56
11.00
ST DEV
1.12
.73
Number of samples(pixels)
9
*Downed Fuel Study Area
Table 77a
1.01
3.56
1.92
224
Field Observation Information for DFSAs
Within Cluster F
DFSA*
Downed
Fuel (t/a)
Composition of
Cover Type
Forested
Area (%)
39
White Fir (60%),
Ponderosa Pine (40%)
64.9
33.2
60.22
40
White Fir (60%),
Ponderosa Pine (25%),
Mountain Hemlock (15%)
77.5
31.4
29.65
37
White Fir (40%),
Ponderosa Pine (40%),
Shasta Red Fir (20%)
83. 6
24.5
34.47
38
Mite Fir (80%),
36.4
22.8
18.75
.11
r/-
Shasta Red Fir (15%),
Ponderosa Pine (5%)
*Downed Fuel Study Area
Table 78
Crown Size
(feet)
225
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sitet
Within Cluster F
MSS Bands
4
5
6
7
19.88
.83
11.88
1.36
3.50
20.67
.87
11.67
.50
3.56
2.44
19.22
.67
11.00
1.00
3.56
3.37
21.33
1.32
12.44
.88
3.56
2.46
Distances
DFSA*# 39
Means
16.38
10.38
ST DEV
.52
.52
Number of samples(pixels)
1.81
8
DFSA # 40
Means
17.00
11.78
ST DEV
.87
.97
Number of sammles(pixels)
9
DFSA # "37
Means
15.11
9.33
ST DEV
.33
.50
Number of samples(pixeis)
9
DFSA # 38
Means
16.22
9.67
ST DEV
.67
.71
Number of samples(pixels)
9
*Downed Fuel Study Area
Table 78a
226
Field Observation Information for DFSAs
V:thin Cluster G
DFSA*
Composition of
Cover Tyne
Forested
Area (%)
Crown Size
(feet)
Downed
Fuel (t/a)
Lodgepole Pine (99%),
or pure single species
43.9
17.1
22.97
48
Lodgepole Pine (99%),
or pure single species
65.3
20.4
39.29
21
Lodgepole Pine (99%),
or pure single species
25.8
14.7
17.33
47
Lodgepole Pine (99%),
or Pure single species
21.2
17.7
18.62
1
*Downed Fuel Study Area
Table 79
227
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster G
MSS Bands
4
6
5
7
Distances
DFSA*# 1
Means
16.00
12.00
ST DEV
.82
.58
Number of samples(pixels)
18.00
.58
9.00
Means
16.20
12.20
17.80
ST DEV
1.03
.42
.92
Number of samples(pixels)
10
10.00
.58
3.43
2.96
7
DFSA # 48
.21
2.70
2.56
17.89
1.45
10.11
.78
3.56
3.53
18.57
.79
10.57
.98
3.43
DFSA # 21
Means
16.22
13.44
ST DEV
.67
.88
Number of samples(pix'els)
9
DFSA # 47
Means
17.14
14.71
ST DEV
.69
.49
Number of samples(pixels)
7
*Downed Fuel Study Area
Table 79a
2.19
228
Field Observation Information for DFSAs
Within Cluster H
D7SA*
Composition of
Cover Type
Forested
Area (%)
Crown Size
(feet)
Downed
Fuel (t/a)
2
Lodgepole Pine (99%),
or pure single species
21.9
15.0
21.78
46
Lodgepole Pine (99%),
or pure single species
31.4
16.0
24.21
30
IodgePole Pine (99%),
or pure single species
11.21
11.8
0.35
*Downed Fuel Study Area
Table 80
229
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster H
MSS Bands
6
5
7
Distances
DFSA*# 2
Means
16.78
13.00
ST DEV
.67
.87
Number of samples(pixels)
19.11
9.78
1.05
.67
3.56
2.26
20.56
1.33
10.89
.78
3.56
2.88
19.67
10.00
.71
.71
3.56
3.72
9
DFSA # 46
Means
18.11
14.89
1.45
ST DEV
1.36
Number of samples(pixels)
9
DFSA # 30
Means
18.78
16.89
ST DEV
.67
-1.54
Number of samples(pixels)
9
*Downed Fuel Study Area
Table 80a
23 0
Field Observation Information for DFSAs
Tj:ithin Cluster I
Th7qA*
14- 4..
Composition of
Cover Type
Forested
Area (%)
Crown Size
(feet)
Downed
Fuel (t/a)
23
Lodgepole Pine (85%),
Mountain Hemlock (15%)
57.2
29.0
13.22
26
Lodgepole Pine (90%),
Mountain Hemlock (10%)
86.9
22.5
22.79
54
Iodgepole Pine (95%),
Mountain Hemlock (5%)
18.1
15.2
2.77
43
Lodgepole Pine (95%),
Ponderosa Pine (5%)
39.2
18.4
2E,
31
Lodgepole Pine (85%),
Shasta Red Fir (10%),
7hite Fir (5%)
30.1
16.2
15.40
41
Ponderosa Pine (99%),
or pura single species
60.9
47.4
17.73
42
Ponderosa Pine (95%),
Lodgepole Pine (5%)
77.2
47.1
10.67
Gras s (70 %)
'Zhitebark Pine (10%),
Lodgerole Pine (10%),
Mountain Hemlock (10%)
13.0
22.2
C. ^
Shasta Red Fir (50%),
Vihitebark Pine (40%),
Mountain Hemlock (10%)
29.0
21.8
8.93
50
*Downed Fuel Study Area
Table 81
23 1
Means and Standard Deviations of Landsat
MSS Data For Ground Truthing Sites
Within Cluster I
MSS Bands
4
6
5
7
Distances
DFSA*# 23
Means
16.56
11.78
1.20
ST DEV
.53
Number of samples(pixels)
9.56
1.24
3.56
2.77
17.56
.53
9.11
.33
3.56
2.72
20.38
9.88
.83
3.50
1.19
19.50
10.75
1.51
.71
3.50
2.44
17.56
.73
9.67
18.00
.71
9
DFSA # 26
Means
15.33
11.22
ST DEV
.50
.44
Number of samples(pixels)
9
DFSA # 54
Means
16.00
18.00
ST DEV
1.20
.76
Number of samples(pixels)
1.61
8
DFSA # 43
Means
14.38
17.50
ST DEV
1.31
1.85
Number of samples(pixels)
8
DFSA # 31
Means
12.56
15.78
ST DEV
1.13
.44
Number of samples(pixels)
*Downed Fuel Study Area
9
.50
3.56
2.23
232
Cluster l (continued)
MSS Bands
4
5
Distances
6
7
21.17
.98
12.00
1.26
3.33
4.02
20.44
.53
12.00
.71
3.56
2.17
26.33
1.87
16.56
1.94
3.56
2.58
22.89
2.03
13.67
2.45
3.56
2.60
DFSA # 41
Means
17.67
14.50
ST DEV
1.03
.84
Number of samples(pixels)
6
DFSA # 42
Means
13.22
17.00
ST DEV
1.09
.50
Number of samples(pixels)
9
DFSA # 8
Means
20.89
19.89
ST DEV
1.17
2.15
Number of samples(pixels)
9
DFSA # 50
Means
18.22
14.67
ST DEV
1.20
1.94
Number of samples(pixels)
9
Table 81a
233
Cluster J: Pumice or bare rock with few trees
Cluster K: Pumice and bare rock
Clusters L, M, N, 0: Bare rock with few trees
Clusters P, Q, R, S: Bare rock/pumice
Clusters T, U, V, W, X, Y, Z: Pumice
Cluster 1: Few sparse trees on pumice lands
Cluster 2: Shadow or water
Cluster 3: Pumice/lava
MSS data for non-forested areas have been presented
in Table 71.
Points of interest from the CLUSTER classification of Landsat
MSS, NCIC topographic, and field observation data sets may be
summarized as follows:
a. Pure stands of forest species have been classified with
great accuracy.
b.
All combinations of cover types are clustered with regard to
dominant species.
c.
Separation of Mountain Hemlock and Shasta Red Fir with
CLUSTER classification seems impractical.
Other than species type and forest density, the crown size
and hence forest maturity seems to have a major control over the
amount of downed fuel.
Larger crown sizes are indicative of a
mature forest and hence larger amounts of downed fuel. However,
234
there seem to be exceptions to this rule throughout the-field observations, which we believe they may be either due to errors in photo-
graphic interpretation of crown sizes or errors in locating of those
DFSAs on color IR aerial photographs or perhaps due to prior forest
fires.
e.
As a general rule Lodgepole Pine forests have a higher
spectral value and smaller amounts of downed fuel in comparison to
other dominant species within the Park.
235
Final Analysis of Data at Berkeley Space Sci-ences
Laboratory, Berkeley, California
This stage of analysis took place during late April, 1979. The
primary objective was to classify Landsat MSS data in conjunction
with digital terrain data with the assumption that such procedure would
result in more realistic surface cover type classification than
classification of MSS data alone. The assumption in this regard was
based on field observation information which indicated that topographic
elements of an area exert a powerful control over vegetation types
and vegetation habitats within the region (Chapter 2). The final goal
was to produce color coded photographic maps of digital surface
cover types and downed fuel characteristics within the National Park.
Since it was not feasible to carry out this procedure at the O.S.U.
computer facilities, arrangements were made with Berkeley Space
Sciences Laboratory to utilize their computer facilities for a MSS/
topographic data set analysis.
Hardware Specification
The computer system utilized in the final analysis of this
MSS/topographic data set at the Berkeley Space Sciences Laboratory
included a Nova 840, and a standard Nova linked together by a data
transmission line. Both computers were built by Data General
Corporation. The Nova 840 has a 64K memory location, a word size
23 6
of 16 bits, 4 accumulators, an 800 nanosecond memory cycle time,
and is capable of running two (foreground/background) programs
simultaneously (University of California, 1974). Other hardware
systems utilized in this phase of the study included an Interactive
Color Display, and Digital Disc Memories.
Landsat MSS/topographic Data Set
Considering time and accomodation cost at Berkeley, California,
decisions were made with regard to accomplishment of necessary
preparation of data analysis prior to our trip to Berkeley. In
cooperation with Mr. Gregory Smith of Space Sciences Laboratory,
a spectral/topographic data set was produced for Crater Lake
National Park and vicinity. The procedure included the adjustment
of NCIC digital terrain data units to Landsat MSS 1.1 acre pixels.
Original digitized NCIC terrain data tapes contain information on
topographic elevations. Slopes and aspects were computed from these
elevations (see Chapter 5 for details). Problems had to be overcome
with regard to non-continuous contours on the adjoining four separate
terrain data blocks, which, unfortunately joined over Crater Lake
National Park. The separate data blocks pertained to four 1:250,000
scale USGS topographic quadrangles of the region, portions of each
occupied by Crater Lake National Park (Chapter 5). When these were
237
conected at the splice lines one continguous data block was produced.
Digital data of terrain were oriented in a north-south direction
which means that they were arrayed approximately 90 degrees from
the orientation of the MSS pixel data. For this reason, to match
terrain data cells with the Landsat 1.1 acre pixel areas of the study
area a regression relationship was established between Landsat MSS,
and Digital Terrain Tape (DTT) Coordinate system. This regression
relationship provided the necessary means for data rotation.
In order to register Landsat MSS data with topographic infor-
mation (slope, aspect, and elevation), eight readily definable points
(mountain peaks), were relocated on both Landsat and terrain digital
data, and the two sets of digital data information were registered
with each other.
The procedure provided seven sets digital values
for each 1.1 acre pixel area within the National Park; four spectral
Landsat bands (4-7), and three digital topographic bands for elevation,
slope and slope aspect.
Analysis Procedure of Landsat Spectral/ Topographic Data Sets
In the computer assisted classification of Landsat spectral/
NCIC topographic data sets at Berkeley Space Sciences Laboratory,
the Program Cluster was utilized. This program is an unsupervised
238
classification tool that separates a set of multi-dimensional data
points into clusters of "similar" groups. Each cluster is represented
numerically by a "center" mean of all features, and a "width" or the
set of standard deviations of all features. Program cluster employs
an iterative process to develop the cluster sets, and refines clusters
in each iteration (Ritter, and Kaugars, 1978). Through this refinement procedure clusters with large standard deviations are divided
into two new clusters, while separate clusters with similar, small
standard deviations are combined into a single group or cluster. The
refinement continues until clusters reached to a specific refinement
stage called measure of "goodness". Limits of "goodness" is set by
user by means of various parameters in the program.
Considering the large quantity of data involved in the computa-
tion, prior to analysis, data were transferred from digital tapes to
a small 4.25 megabit fixed head disk. This disk is used for storage
of crucial system programs, and data involved in high-speed computation (University of California, 1974).
When all necessary preparations involved in classification were
completed and program cluster was generated, its results were
displayed on a 19-inch interactive color monitor. Portions of displayed
images were "zoomed" to magnify points of interest. Needed infor-
mation for comparison and location purposes were extracted from the
color monitor by selecting point coordinates with a light pen. These
239
screened and enhanced sets of information were then studied in
conjunction with U-2 color infrared aerial photographs of the National
Park. After a satisfactory measure of "goodness" was believed to
have been achieved in cluster classification, the results were stored
in the computer. Cluster classification provided us with fifty-four
classes of surface cover types within the National Park. This result,
along with base data criteria, i. e. Landsat/topographic data set
parameters were displayed one at a time, on the color monitor
screen and were examined as to their cover type character. At the
same time color slides were made directly from the 19-inch color
monitor screen. Photographic reproductions with regard to enhanced
Landsat MSS base data, a fifty foot contour map of Crater Lake
National Park and vicinity presented in Chapter 2, and digital
depictions of slope and slope aspect of the Park and vicinity in this
chapter were reproduced from the slides.
A computer compatible tape was then generated from the
stored classification results and the tape was printed out and analysed
at Oregon State University.
Analysis Results
By assigning fifty-four symbols for the computer determined
fifty-four classes of cluster analysis accomplished at Berkeley,
240
California, a printout was generated from the tape
at Oregon State University computer center.
At this point we had the following tools to study the cluster
classification result:
a. A computer line print product represented by fifty-four
symbols for the fifty-four original cluster classes of surface cover
types within the National Park and vicinity (Appendix II).
b.
Tabulations of fifty-four clusters (classes), with regard to
their mean spectral values for each of four Landsat MSS band, plus
three sets of digital terrain information pertaining to mean elevation,
slope and slope aspect of each cluster.
c.
Standard deviations of criteria in "b" above.
d.
Information with regard to a number of points (pixels), for
each cluster within fifty-four classes. Numerical information with
regard to categories, b, c, and d are presented in Tables
82-84.
e. Varying scale IJ-2 color IR photographs for the study areas
explained in Chapter 5.
f.
Information acquired through field observation which have
been described in Chapter 5.
Based on digital terrain information noted in 'lb"
above, Figures 35 and 36 are color photographic representations
of slope and slope aspect respectively for Crater Lake National Park
241
Number of Pixels in Each 54 Original
Cluster Classes
Pc NTS-;srCLUS76R
CLUSTER--
f-
259.
460.
-2
,17f72339.
4
2364.
2676.
449.
1102.
---r
9
SO
358.
12
-.1314
-5048.-1995.
4123.
:5--
7993.
16
-17
730 .
959.
23630.
4960.
18
20
2014.
-----26465.
7178.
22
24
277
- 7S3:
23-
10494.
5416;
3496.
-29 ---
:0_
452".
"
31
32
33
34
35
46340.
3911.
342.
36
37
33
1653.
1463.
3190.
15518.
1025..
39
40
41.
42
43
4
45
46
.47'
48
1.379.
32746.
-
7
50
1680..
2985
---
52
45828;_
54
19989.
TCTAL
379797,
.
Table 82
1.0.55
242
Means of MSS/Topographic Data Set for 34 Original Cluster Classes
Band 4
Band 5 Band6 Band 7
cLusT*P
c)4( t)
::1( 2)
cH( 3)
Cs( 4)
7777.1.7722:715---7.3.1..:i"-- 25:3714,96
2 37-.02
40.18
42.28
11,33
-9,33
73-77- -15744
9.67.
4
14,75
8.30
17.189.23
Elevation
Slope
5)
CM( i)
n5-1.21
7545,72
6145.71
5473,41
-1'777 8510.19
,4,73 4914,72
-2-2.21
C'4(
Aspect
7H(
s.,....
7)
27,16
9,39
/3.41
.--!--7-----13753---15'.13
.22778
c
9,06
14,35
24.77
=77-7=7:11;57=7:1-.70a---7-2-17:1-7.77:-It-70 6775..9E
a
9.22
15,66
1t,40 50t2,42
21.15
44.34
38.67
86.11
8,78
17.125
-47'116
-14',25
-7;21 6718,81
13.99 8424.71
4..33
1.8..0
7f1d 7934.,t
5,42
4.08
.92 6614.51
12 .14------22;Thv
-- 12i t4-8421.31,
15.39
32.52
19,35 5734.52
42,15
7,64
19,82
:5.,71
-25;44
8.13
17.66
38.34
43,38
53.43
32.24
'4:97'
13.13
12.91
24,83
1.7,11
'55,45
-,
- --
9-----
ta.cs
-11-.74. --11-;76 --15:.46
=
30,23
14....14
12
.13,50
........1-4........_ ._. r:723-:
19,72
--
1:
-15;7515,53
31.33
.
9,11
32.75
-13:6621,94
17 --:-'7 23',769"
22.33 -26.84
18
27.23
26,32
1.1.48 5748,01
12.80 5135.18
11,76 6374.91
17,35 6994,91
6:44:
57.76
47.17
-170
14
34,33
21.18
37,14
--71-97=-7. -.1,12- 11.2918.38 ---c,Ca 5718,27
2,75
-58,92
+4,41
4.95
_7,41 5331.51
17,35
6,23
3.16
63,41
21..7,54
25,47
12.21 244*.31
-1.31
3 :,32
22
17.29
11.95
26.63
15.31 5776.53
12.11
33,15
'4217.19
12.66
13.92.
9,99 4339.23
2:50
.53
*5,54
k4
0.73
1.;,10
13,4e 6085,27
41.92
3,23
--2t7:777.- -15793 -11153
19,59 711.71 88!8.24-22..^.5 7.-32-49.
21
,4,38
24.19
29.24
13.70 6.6.-42
04.2,
55.51
"37..40
40,30
42,44
18,01 7214,17
32.33
4,99
.24
4.21
13,10
2.71
.32 1128,29
.63. .
.1'
-25-15.33 -15.22- 22:1.4
11:74 6109.28
16,92
4.42
' 3.01-13.11 __26.39
2.5-42_4.03a..4a.
42,17
3,33
.J1
27,72
17.76
27.30
39,/7
14.53 8452%58
38.32
42
16,22
13.12
12.89
22.43
3926.82
.61
.22
44
14,33
3.30
16.21
4,35 5386.22
11,94
1,12
44
18,56
14.75
25.12
19,11
15,44
11.85 6633,11
45
16.38
9.91
27.88
1445 5163.56
38,4
13 ,5
44
14.44
11./0
2'3.44
11...27 6158..29
8.36
22.17
47
--15,5d9,15
20.79
11,92 5442,97' 21.53
7.61
46
15.24
9.34
19.25
11,11 5415.24
25.17
41.35
41
14,66 4670,34
29.72
28.77
32.10
1.98
.51
4
14.53
3.17
16,84
9.24 5579.94
4,47
53.40
41
5.18
3.96
26-21
13,27
18.64
.38 5372.37
42
17,34
11.90
22.26
12.56 55c1.12
49,44
4.6;
44
17,96
13.34
27.2316,16 3612-.46
2,83
17.56
44
3.4.33
13.44
13.91
11.41 58;6.74
21.1,3
3.91
4,:i
22,77
21.11
98.42
14,11 6637,52
15,:6
:,9,16
4
2.5,35
25.45
42.72
17.32 6/11.57
:8.13
7.15
47:
3.36
16.88
15.34
:.16 4232.13
.78
,26
4d
25.42
17.24
13.31 6829.25
21.33
12.68
4,99
-44's
-7,,---.
95:13-9:22
-27742
16;'69 4594:25-,..44.1-2
12.35
1-6.23
19.12
11.34 5919.63
23.2!
23,49
:1
23.4
42.,..o
,... 47
4',..
.4t
7
1.32
19,36
23.27
15.14
12.o 38 3916,5i
.44
2,61
r.3
13.92
15.18
31.58
13.68 3571.48
.17
.29
:4
9.27
18,8a
17.82
:1.78 3717.92
.37
2,14
277-
4.
Table 83
243
Standard Deviations of MSS/Topographic Data
Set for 54 Original Cluster Classes
CL.L.87t1
Band4 Band5 Band6 Band 7 ErtaCH(
1)
13.78
2
3..80
1.32
4
.9C
6
1.07
.1.7
4
5
1
fa
12
1J
14
15
16
17
id
19
2
41
22
23
_
24
25
49
47
.87
,97
1.57
Iaz
.39
1.19
.37
1.62
,80
,a5
1.95
2,07
'83
52
1.27
1.11
.35
.35
.97
1.78
5.40
C4c 2)
14.3/
6.65
1.38
1.33
1.75
2.00
1,62
1.51
2.63
2.22
1.3:
1.64
1.47
2.85
1.57
1.34
2.31
2.37
1'55
1.21
2.02
2.12
1.31
1.36
1.64
2.43
6,07
28
.32
;91
29
1.00
1.38
1,35
.2.e
,73
17
1.1
a
1.1:
1,74
1.45
2.45
2,67
1.84
1.10
1.69
1.98
1.39
1.74
1.68
2.66
4
41.
42
4.1.
44
J5
J
4
.98
a2
1.16
1,12
.79
.90
41
42
1.12
43
44
1.30
.73
1.46
1.64
2.25
1.46
45
..,,51
1,9
4,6
1.60
.85
47
44
45
1.21
62
63
4,0;
1,43
1.34
1,94
24
,15
.99
.95
2.66
1.62
1.82
1.5a
i..74
2.01
1.91
3.08
1.48
r.:1-4 i
31
12.80
5.65
1.94
1.79
7,43
3.03
1,76
2.07
3.42
2.36
2.33
2.39
1.74
3,96
1.57
1.33
3.08
3.55
V4f 4)
i,60
3.08
t,37
1.14
-...73
2.16
1.23
1,43
2,49
/,33
1.53
t.35
1.23
2.70
1.21
1.23
2.55
2,48
1.07
1.'17
1.61
2.40
2.94
1.47
1.47
2,20
2.42
4.88
1.28
1.67
2.51
4.61
2.05
2.08
2.95
4.15
1.62
2.63
2.43
2.74
2.04
2.45
1.37
2.31
1.35
2.33
3.17
1.78
1:77
3.55
2;27
3.57
1.51
6.08
1.23
1.108
1.31
2.20
3:4(
502.19
460.27
557.85
419.54
6:0.71
376,46
291.21
418.04
469.93
727.65
1..19
271.3,
704,87
1.59
3.13
4.46
1.62
2.48
3.69
2.7,
5.17
421.35"
663.47-
1,35
1.36
5^8.52.,
3;40,23
679.04
2.34 1358,22
433.31
335.95
351.62
883.31
1.13 1008.28
1.47 535.11
2,48
438,35
4,67 32,74
2.60
946.7;
t.15
727.30
4.49
285.28
.94
449.59
Table 3L.
4,74
9.75
3.10
4.98
2.64
2.74
6.75
6.31
1,88
1.58
1.66
..02
2,58
2.27
8,37
2.85
4.55
4,71
21.32
3.33
4.25
9.16
322.71
298.91
783,71
480.69
448.81
539.34
300.47
437,57
926,13
734.58
423.45
637,19
735.32
366.12
Aspect
-,4(
63,4,05
549.36
1,06 1263.32
1.06
538.43
.1,57
3,4.99
2.13
709.17
826,11
2.60
240.62
.91
1.18
352.55
1.85
3455
1.55
4.29
2.07
9.93
Slope
5)
.90
3.13
2.35
11.36
.85
3,79
4,83
8.4;
2.42
4.17
3,53
1..87
2.26
6.07
2.84
2.7:
1.66
5.73
tAZ
3.74
5.36
3,41
1.34
1.27
.54
1.13
7)
21.33
19,33
4,54
7.15
:42
9.21
13,67
24.39
.45.
11.02
20.74
11.49
15 74
10.47
14.01
13.99
15 75
10.30
6.71
13.92
1,3.98
5.55
5.95
48,44
9,31
22.91
4.63
11.77
3.31
18.76
3,14
10.67
9.45
12,37
9.77
6,47
16.44
6.14
10.44
/7.66
11.32
13,49
a61
13,51
13.67
3,49
13,96
t6,a5
16.13
6,68
2.57
8,88
Colo!. 'Coded digitized Slope Map of Crater Lake National Park and Vicinity.
Figure 35
Color-Coded Digitized Slope Aspect Map of Crater Lake National Park and Vicinity.
4
-
,-1 .._
iket*,... .ufh
.. .
list.
-..17
.
P
.0'
,
I.
Figure 36
-4
. ... -46-4 ..
)"
a
246
and vicinity. In Figure 35, surfaces with no slope sucks as surface
of the Lake or sections of Pumice desert are shown in dark blue.
Steeper slopes of inner rim walls and mountain peaks are shown in
shades of bluish green. Shades of red have been assigned to the
gentler sloped surfaces of the study area. Color codes of
varying slope aspects in Figure 36 may be understood from
the coloration of the inner rim walls of the Lake, matching those colors
with similar slope aspects of other areas within the Park. It should be
noted that slopes and slope aspects of the National Park in Figures 35
and 36 have been classified in one and five degrees increments
respectively for calculation purposes while coloration variations are
much less refined. Slope aspect was initiated from true north in a
clockwise direction (see Table 83).
In the analysis of cluster classification results, all criteria
mentioned in "a" through "f" above, were jointly analyzed, and cluster
decisions were made with regard to surface cover types (Figure 37).
Explanations with regard to cluster (class) symbols in Appendix II
and color codes of Figure 37
follow the current discussion.
The Fifty-Four Cluster Classes were first divided into forested and
non-forested areas. Non-forested areas were combined into one
single class and remaining cluster classes were classified according
to their similarities ignoring their slope and slope aspect differences.
As a result twenty-three surface cover type classes were designated
247
as Simplified Vegetation Classes, and Figure 38 was developed for
these new classes. These simplified vegetation classes are presented in Appendix III.
The twenty-three and fifty-four cluster classifications were
then correlated to the fifty-seven Downed Fuel Study Areas (DFSAs)
by organizing their similarities from three major points of view:
a.
Comparison of their spectral values i. e. weighting their
spectral values (Tables 73A-81A) with those of twenty-three, and
fifty-four cluster classes.
b.
Matching DFSAs topographic information such as elevation,
slope and slope aspect from Table 72, presented earlier in this
chapter, with similar criteria in the twenty-three and fifty-four
cluster classes.
c.
Comparison of forest characteristics of DFSAs such as
density, and maturity with the twenty-three and fifty-four cluster
classes of surface cover types.
In all comparisons mentioned above, NASA U-2 color IR photo-
graphs were employed as an intermediate tool in locating specific
locations of DFSAs, and registering them on computer print-outs
of the fifty-four cluster classes.
As a result several cluster classes were combined and
Figure 39 was generated with 13 generalized Downed Fuel Classes.
2 2"
54 CLASSES
CLUSTER CLASSIF.
a: ORIG.
II III NMI MIN
II II III II II KIM
IIIIII
II
MI
Ill
0
IIII
Key :o Coior-Codes, or Figures 37, 33, and
17)
4411 .
1s
1*
I
20
2t
34 133
34
37
30
32
S3
SI
34
I
I
22
241 231 251 271
39
44
Af
42
I
13
I
2
44
S4
Figure 37
(see text for explanation)
I
39
231 343 31
47
I
32
44
-)!
2:SIMPLIFIED VEGETATION
23 CLASSES
11111111r
III
Key ro Coior-Codes, for Figures 37, 33, Ind 39
t
2
11
(21122123
a
II
12
1$
1
t7
t$
I
It
H14.2
41 .
50
1511=1
53
26
271131 29123
43
14
Figure 38
(see text for explanation)
47
1
44
250
IIII
11111
1: DOWNED FUEL (1711)
U.S...
Key to Color-Codes, For Figures 37, 33, and 39
4
1
17
la
33 1 34
I
23
1
:24
24
37
311
A
33
14
s
?
1
IS
1
10
24
Z3
40
44
1
2a
I
42
I
It
i2
n
23
43
44
Figure 39
(see text for explanation)
,i
1
1!
to
29
30
IS
1
1
44
1
1
is
I
11
1
31
I
32
1
47
I
44
251
It should be noted that the downed fuel classification results are to be
considered provisional and will be randomly field tested in the near
future. A computer print-out of downed fuel classification is given
in Appendix IV.
Before initiating the section on description of symbols utilized
in these three stages of classification, it is appropriate to discuss
briefly, the color reproductions presented in Figures 37, 38, and 39.
Color arrangements of these photographs are in accordance with the
new IGOR colors whose color arrays and hue planes are represented
in Figure 40. The colors arranged in an 8 x 32 array. In this manner,
248 color choices have been made available to the IGOR users.
In the processes leading to the development of the color scheme
seen in Figure 37 and its Key, Table 85, (original cluster classification), an attempt has been made to choose colors from IGOR color
arrays, which hues are conveniently recognizable by the unaided eye.
In Figure 38 sets of several groupings of the original cluster classes
have been assigned a single color. In order to follow the rearrangement of color codes with descriptions of classes, see Figure 41, and the
252
Table 85. Key to Figure 37 and Appendix II
Color-code
and
class #
Class
Symbol
Surface cover types of the 54
cluster classes
1
B
Cliff, very steep, S.S.E. slopes.
2
C
Bare rock and/or pumice.
3
D
Mountain Hemlock, medium densely
stocked.
4
E
Mountain Hemlock and Shasta Red
Fir, densely stocked.
5
7
Young Mountain Hemlock, medium
densely stocked, on northeastern
slopes.
6
G
Young to mature Mountain Hemlock
forest, medium densely stocked.
7
H
Mountain Hemlock, densely stocked.
8
I
Medium densely stocked young Mountain Hemlock forest on southwestern slopes.
9
J
Caldera rim areas with light grass
cover.
10
K
Plimce lands on varying slopes.
11
L
Mature Mountain Hemlock forest, medium densely stocked.
12
p r
Inner caldera rim walls.
13
N
Medium densely stocked young Mountain Hemlock forest on southwestern slotes(gentler slopes than
class 8).
14
0
Brush with few trees.
15
p
Mountain Hemlock predominant, with
some Lodgepole Pine, densely stocked forest.
16
White Fir and Ponderosa Pine with
some Shasta Red Fir, dense forest.
253
Table 85(continued)
Color -code
and
class #
Class
Symbol
Surface cover type of the 54
cluster classes
17
R
Pumice lands on western slopes.
18
S
Pumice lands with grass cover type.
19
T 1
Lodgepole Pine forest, densely
stocked.
20
U
Lodgepole Pine and Mountain Hemlock, poorly stocked forest(if at
rim areas Lodgepole Pine is replaced with Whitebark Pine), medium
densely stocked forest.
21
V
Very young eneration of Mountain
Hemlock an or Shasta Red Fir,
densely stocked forest.
Brush on well drained plmics lands.
22
23
X
Lodgepole Pine poorly stocked(if at
caldera rim areas, it is shadowed
pumice or lava).
24
Y
Shasta Red Fir and/or Mountain Hemlock with approximately 15% Lodgepole Pine stands, medium density
forest.
Very poorly stocked Mountain Hemlock forest on very steep slopes.
25
Z
26
0(zero)
27
1
28
2
Water(outside the Lake at caldera
rim areas it is dark, shadowed lava
or rock outcrop).
29
3
Densely stocked Lodgepole Pine with
some Ponderosa Pine or Mountain
Pumice with grass.
Pumice.
Hemlock.
30
4
Very poorly stocked Mountain Hemlock on less steeper slopes than
class 25
254
Table 85(continued)
Color-code
and
class #
Class
Symbol
Surface cover types of the 54
cluster classes
31
5
Cliffs, very steep,S, S.W. slopes.
32
6
Mountain Hemlock and/or Shasta Red
Fir, clustered canopies on flat
surfaces.
-Z
34
7
Dense Lodgepole Pine forest with
some Mountain Hemlock.
8
Mountain Hemlock and/or Shasta Red
Fir, clustered canopies, on steep
slopes.
35
9
Medium densely stocked Mountain Hemlock forest on very steep slopes.
Predominantly Shasta Red Fir and/or
Mountain Hemlock forest with some
brush or Lodgepole Pine, medium
density forest.
36
'Medium density White Fir forest
with some Mountain Hemlock stands.
37
38
Mountain Hemlock forest, dense, on
western steep slopes.
39
Pumice on flat lands.
40
Shasta Red Fir and/or Mountain Hemlock predominant, some Lodgepole
Pine, medium densely stocked.
41
Caldera rim walls(steep slope).
42
Densely stocked young Lodgepole
Pine forest.
43
Dense brush with scattered White
44
Bak
Lodgepole Pine medium dense forest,
with Ponderosa emphasized on northeastern section of the Park.
255
Table 85(continued)
Color-code
and
class #
Class
Symbol
Surface cover types of the 54
cluster classes
Medium density Mountain Hemlock
forest on less steep slopes than
45
class 9.
Pumice with thin grass cover type.
46
47
=
Mountain Hemlock and/or Shasta Red
Fir, medium to densely stocked
forest.
Very low density Lodgepole Pine
forest( if at rim areas, it is
replaced with Whitebark Pine).
48
Dense Mountain Hemlock forest with
some Shasta Red Fir.
49
1
50
0/
/0
Pumice, lava or bare rock with thin
grass cover.
51
#
Pilmice lands, nearly flat.
Low to medium densely stocked Ponderosa Pine forest.
52
53
v
Dense brush.
54
A
Mountain Hemlock and/or Shasta Red
Fir, densely stocked forest.
Table 85
256
New IGOR Color Arrangement
(248 Colors)
L GREY
LibcALE
TREE
tos0.4XN
UP
GRE F
RED
JAPE
GYn N
otkp.t.m.E
Color Wheel
iKtf
Y-o
rtmti.E
o
Intensity
GREy
scALE
Increases
Hue Planes
Maximum
Saturation
(IGOR2)
+10111
Saturation Increases
Figure 40.
Adapted from IGOR manual (1979).
Key to Color-Codes, for Figures 37, 38, and 39
1
2
3
4
5
6
7
8
9
10
11
12
13
14
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
Figure 41
15
16
258
key, Table 86. On Figure 41 the array of fifty- four
original classes have been represented as they appear under Figures
37, 38, and 39. The number within each square indicates the class
number in the original cluster classification. Thus, in studying color
codes in each figure, the reader seeking the meaning of a specific
color should consult Figure 41 for the original fifty-four class
number, and then refer to class description in the appropriate table.
Descriptions of the original fifty-four cluster classes
is given
in Table 85. Description of classes combined in the
simplified vegetation classification map, and in the downed fuel
classification map is given in Table 86 and 86 respectively.
Fuel classes in Table 87 have been grouped from the original
fifty-four cluster classes with regard to dominant forest cover types,
and their downed fuel characteristics. Cover types and downed fuel
amounts for those classes are given in Table 88. For a
better understanding of this procedure, numerical cover type
characteristics of downed fuel amounts within fuel classes shown
in Table 88, are given in Table 89.
It should be noted that areas presented in Figures 37, 38, and
39 represent an area considerably larger than that of Crater Lake
National Park. In fact, the figures cover the area for
which Landsat MSS spectral/NCIC topographic data sets were
259
Table 86.
Class
Key to Figure 38 and Appendix III
Class
Symbol
Original 54 cluster classes
combined *
1
A
Classes 32, and 34.
2
B
Classes 19, 29, and 33.
3
C
Classes 3, 11, and 35.
4
D
Classes 24, 36, and 1+0.
5
E
Class 37.
6
F
Classes 7, 38, and 49.
7
G
Classes 1, 2, 9, 10, 12, 17, 18, 26,
27, 31, 39,. 41, 46, 50, and 51.
8
H
Classes 42, and 44.
9
1
Classes 14, 22, 43, and 53.
10
J
Class 45.
11
K
Class 47.
12
L
Class 48.
13
v
II
Class 52.
14
N
Class 54.
15
0
Class 4.
16
F .,
17
..)'"
Classes 5, 8, 13, and 21.
Class 6.
18
R
Class 15.
19
S
Class 16.
20
T
Class 20.
21
U
Class 23.
22
V
Class 28.
23
v;
Classes 25, and 30.
* For description of classes refer to table 85.
260
Table 87.
Key to Figure 39 and Appendix IV
Class Class
4
Symbol
Original 51+ cluster classes
combined*
Color-codes
and their
(purposes)*
.1m1mININ
2
A
Class 28.
B
Classes
Elack(water)
2, 9, 10, 12, 17, Light blue
(non-haz18, 26, 27, 31, 39,
ardous for
410 46, 50, and 51.
forest
1
fires)
Classes 30, 32, and 34.
3
Light brown
(Mountain
Hemlock,
low density)
4
D
Classes 3, 5, 8, 11, 13, 21, Med. brown
24, 35, 36, 401 and (Mountain
Hemlock,
45.
med. dense)
5
E
Classes 4, 6, 7, 15, 38, 47, Dark brown
(Mountain
490 and 54.
Hemlock,
dense)
6
F
Class 48.
Yellow(Lodgepola Pine
very poorly
stocked)
7
G
Classes 20, and 23.
Light green
(Lodgepole
pine, low
density)
8
H
Classes 42, and 44.
Med. green
(Lodgepole
Pine, reed.
density)
9
I
Classes 19, 29, and 33.
Dark green
(Lodgepole
Pine, high
density)
10
J
Class 37.
Light orange
(White Fir,
med. dense)
261
Table 87(continued)
Class Class
Symbol
7
11
K
Original 54 cluster classes
combined
Color-codes
and their
(purposes) *
Dark orange
(White Fir,
high den,
Class 16.
sity)
12
L
Class 52.
Red(Ponderosa Pine,
med. density)
13
M
Classes 14, 22, 43, and 53.
Purple
(brush)
*For complete description of color-codes, and individual
classes refer to Figure 41, and Table 85.
Table 87
26 2
Fuel Classes and Amounts of Downed
Fuel in Hach Class
Class
Symbol
A
3
C
D
Cover type
(density)
Original 54 cluster Downed
classes combined fuel(t/a)
Mountain Hemlock and/
or Shasta Red Fir,
(low density)
Mountain Hemlock and/
or Shasta Red Fir,
(medium density)
Classes 25, 30, 32,
9.06
and 34.
Classes 3, 5, 8,
13, 21, 35,
36, 40, and
32.90
45.
Mountain Hemlock and/
or Shasta Red Fir,
(high density)
Classes 4, 6, 7, 15, 36.70
47, 49, and
Lodgepole Pine, (very
poorly stocked)
Class 48
Lodgepole Pine, (low
Classes 20, and 23.
14.32
Lodgepole Pine, (meiium density)
Classes 42, and 44.
16.77
Lodgepole Pine,
(high density)
Classes 19, 29, and
32.08
White Fir (medium
Class 37.
18.75
'Class 16.
41.45
Ponderosa Pine
(medium density)
Class 52.
14.20
Brush
Classes 14, 22, 43,
54.
0.35
density)
F
H
33.
density)
I
White Fir (high
density)
K
and 53.
Water
Class 28
Pilmice and "Areas
Classes 1, 2, 9, 10,
12, 17, 18,
26, 27, 31,
39, 41, 46,
50; and 51.
Non-Hazardous For
Forest Fire"
Table 88
Numerical Specifications of Fuel Classes
Cover type
Density
(%)
Mean
% canopy area
forested
Mean
crown size
(feet)
Downed Fuel
ST Dov.
Means(t/a)
Mountain Hemlock/Shasta Red
Fir (poorly stocked)*
15-30
23.38
30.62
9.06
+1.15
Mountain Hemlock/Shasta Red
Fir (medium densely stocked)
30-65
55.89
34.19
31.79
+12.19
Mountain Hemlock/Shasta Red
Fir (high densely stocked)
65+
80.28
33.09
36.71
+22.38
Lodgepole Pine (very poorly
15
11.21
11.80
0.35
Lodgepole Pine (poorly
stocked)
15-30
21.07
14.83
14.32
+7.53
Lodgepole Pine (medium
densely stocked)
32-65
41.43
19.39
16.77
+8.53
Lodgepole Pine (high densely stocked)
65+
72.54
21.31
32.08
+8.45
White Fir (medium densely
30-65
36.36
22.83
18.75
White Fir (high densely
stocked)
65+
75.61
29.67
41.45
+16.44
Ponderosa Pine (medium
densely stocked)*
30,65
61.07
47.25
14.20
+4.99
stocked)
stocked)*
*Omitted density categories did not exist within the Park.
Table 89
264
available. Park boundaries are represented in dashed lines which
have been added manually onto photo negatives.
Finally, it has been concluded that the diagonal stripping effect
on the photos, especially in and around Pumice desert are due to
multi-variable data analysis. In the other words, analysis of MSS/
topographic data sets with the cluster program should optimally have
been subjected to, at least one further iteration.*
*Personal communications with Mr. Gregory Smith, Space Sciences
Laboratory, University of California, Berkeley.
265
Chapter Summary
This chapter has focused on MSS, topographic and field
observation data analysis of this study. This procedure took place in
two stages. First stage analysis was conducted with Oregon State
computer facilities during which field data were clustered with regard
to DFSAs MSS spectral/NCIC topographic values. The second, or
final stage of analysis was done on the computer facilities at Berkeley
Space Sciences Laboratory, Berkeley, California. During this phase
of study a complete set of MSS spectral/NCIC topographic data were
analyzed. As a result, surface cover types of the study area were
clustered into fiftv-four classes. With further analysis of the fiftyfour original classes a set of simplified vegetation classes was
developed. Finally by correlating these findings to downed fuel field
observation data a downed fuel map of the Crater Lake National Park
was generated. Three color coded photographic products with regard
to original fifty-four cluster classes, simplified vegetation classes,
and downed fuel amounts were originated, and their specifications
were discussed.
Chapter seven is a summary and conclusion of this study.
266
CHAPTER 7. SUMMARY AND CONCLUSIONS
SUMMARY
This research has focused on utilization of Landsat 2 MSS and
NCIC digital topographic data for wild land surface and cover type
mapping and downed fuel tonnage/acre classification within Crater
Lake National Park, Oregon. In identification and mapping of surface
cover types through "ground truth" activities; Landsat reconnaissance
and operational specifications, Landsat MSS data limitations and
capabilities, and influences of topographic elements of the study area
in altering MSS data acquired by Landsat sensor system have been
evaluated. Furthermore, as a complimentary research tool, NASA
U-2 color infrared photographs have been utilized and their advantages
and limitations to that of Landsat MSS data have been considered.
Data Acquisition Techniques
Acquired data in this study included: a) digitized Landsat and
NCIC topographic data and b) conventional data acquired through
"ground truth" activities.
Landsat MSS and topographic data were both in computer
compatible tape (CCT) formats. Landsat MSS data acquired for
September 10, 1974 were owned by Dr. James F. Lahey of Dept. of
Geography at Oregon State University. This tape series was chosen
267
from among several other MSS tapes because:
a) Data were free of bad scan lines,
b) Data were acquired during relatively high-elevation solar
angle
c)
Data were acquired under cloud free conditions, and finally,
d) Due to seasonality, at the time of acquisition of these data,
the ground surface within the National Park was free of snow. For
this reason the MSS data represented adequate spectral reflectance
ranges from the variable surface cover types.
Digitized topographic data were acquired from National
Cartographic Information Center (NCIC), Reston, Va. NCIC topographic data tapes contain digital information of elevation at about
208-foot horizontal intervals. By computer assisted programs these
data from the digital topographic map were organized into the digital
slope and slope aspect maps used for this study.
As complimentary data for this research NASA TJ-2 color
infrared photographs were utilized. These photographs were
obtained from NASA/Ames Research Center, Moffett Field, California.
The color IR photographs were in four different scales: 1 :122, 000,
1:30, 500, 1:30, 000, and 1:7, 400. The latter photographs were
enlargements of 1 :30, 500 scale IR photographs mentioned above, and
were processed at EROS Data Center Sioux Falls, South Dakota.
268
"Ground Truth" Activities
Data from field observations were acquired during summer
months of 1978. Two sets of observations were taken; 1) estimation
of downed fuel moisture contents were made at designated time and
space intervals, and 2) another set of observation was made of the
amounts of downed fuel available for wild fires under sample forested
areas within Crater Lake National Park. For moisture data collection,
twenty-four Fuel Moisture Indicator Sticks (FMIS) were
established at various sites within Crater Lake National Park.
Moisture content measurements were made from these FMISs through
the months of August and early September of 1978. With regard to
second phase of field observation, fifty-seven sites were selected
within the Park and amounts of their downed fuels were inventoried.
In the selection of downed fuel study areas (DFSAs), necessary con-
siderations were observed so that each DFSA represented a specific
forest species or forest species complex.
For inventorying downed woody material a
Planar Intersect Method developed by James K. Brown (1974), was
employed.
This methodology was preferred over similar procedures
because it was the most recognized and suitable downed fuel inventory-
ing tool for forests in the Western high-lands of the United States.
Furthermore, the method provides the user with estimates of downed
fuel amounts per unit of forested land (Tons/Acre). Finally, it is a
269
fast and time saving methodology for inventorying downed woody
material with 80 percent or more precision, an accuracy which is
generally considered adequate by scientists working with forest fire
related problems.
Through field observations with regard to inventorying downed
woody materials it was learned that although a wide variety of conif-
erous forest species exist within the National Park, only the following species are dominant: a) Mountain Hemlock (Tsuga mertensiana),
b) Shasta Red Fir (Abies magnifica), c) Lodgepole Pine (Pinus
contorta), d) Ponderosa Pine (Pinus ponderosa), e) White Fir (Abies
concolor), and f) to lesser degree Western White Pine (Pinus monticola).
Within "ground truth" or DFSA sites, stands of these tree
species varied from pure or 100% of single species to less than 5%
mixed with other species. Accumulated field data revealed that
amounts of downed woody materials varied significantly within the
various DFSAs. The minimum amount of downed fuel within all
inventoried DFSA was 0.35 Ton/Acre, inventoried under a very poorly
stocked Lodgepole Pine forest. The maximum amount of downed fuel
was 91.67 Tons/Acre inventoried under a very high density and
mature Mountain Hemlock forest.
In general, surface and surface cover types of non-forested areas
within the National Park included: 1) Pumice or bare rock, 2) Water,
3) Pumice lands with a few or sparse trees, and 4) Pumice and/or
lava. In accordance with spectral reflectance characteristics of
270
these non-forested surface cover types as determined by a detailed
computer cluster analysis at the EROS Data Center by Walsh (1977),
47 different non-forested sample sites were detected, bringing this
study total number of sample sites (forested and non-forested), to
104 within Crater Lake National Park.
271
Data Analysis Techniques
Based on field observations and Landsat MSS data for 57 DFSAs,
twenty-nine parameters were created to depict surface cover type
characteristics associated with amounts of downed fuels within the
Park. Analysis of these data was accomplished primarily at Oregon
State University, and then final analysis of the total MSS/topographic
data set for the entire study region was conducted at Berkeley Space
Sciences Center at Berkeley, California.
Preliminary Analysis at Oregon State University
The twenty-nine parameters mentioned above were established
in accordance with downed fuel amounts, forest type characteristics,
topographic elements, and MSS data specifications of all ground
truthed areas (DFSAs). In analysis of these data a dissimilarity
clustering technique developed by James A. Keniston (1978), from
Oregon State University, was utilized. This program uses an
agglomerative clustering technique to classify a set of entities based
on comparison of their attributes. Utilizing this technique, forested
and non-forested surface cover types within Crater Lake National
Park were classified into subclasses. As a result pure stands of
dominant forest types were classified with precision. Furthermore,
dissimilarity cluster analysis created nine subclasses for 57 DFSAs,
and twenty subclasses for non-forested sample sites within the
272
National Park.
Final Analysis at Berkeley Space Sciences Laboratory
The final stage of data analysis was performed at Berkeley
Space Sciences Laboratory, Berkeley, California. The computer
system utilized at Berkeley was an interactive Nova 840, and a
standard Nova linked together by a data transmission line. Compli-
mentary units were a color video display, a memory disk, a magnetic
tape driver, and a line printer.
At the Berkeley Space Sciences Laboratory, a Landsat spectral/
NCIC topographic data set of the Park region was classified by a
clustering algorithm. This is an unsupervised classification program
that separates a set of multidimensional data points into clusters of
similar groups. Each cluster is represented numerically by a "center"
or means of all features, and a "width" or a set of standard deviations.
To develop the cluster set, the program cluster employs an iterative
process, and refines clusters in each iteration. As the process
continues, clusters with too small standard deviations are combined
into a single cluster, while clusters with larger standard deviations
are divided into two new clusters. The refinement will stop when a
measure of "goodness" (set by the user), has been achieved.
As a result of the clustering procedure, surface cover types of
the Crater Lake National Park were classified into fifty-four clusters
273
(classes). Later they were generalized into twenty-three classes, as
"simplified vegetation". Correlating characteristics of fifty-seven
DFSAs to these fifty-four clusters, and twenty-three classes,
a
itdowned fuel" map was created. Throughout these processes for
identification and classification of various surface cover types within
the Park, NASA U-2 color infrared photographs were utilized
extensively. Finally, from all three classifications, color coded
photographic products were reproduced.
274
CONCLUSIONS
Within mountainous forested areas spectral reflectances of a
single surface cover type may be altered due to slope, slope aspect
and canopy density, maturity, and crown size. The problem of slope
and slope aspect influence in surface cover type mapping and classification may be overcome by application of National Cartographic
Information Center's (NCIC), digital terrain information to Landsat
MSS data.
To the knowledge of the analysts on this project, this is
the first attempt of this nature.
For a better result, solar radiation intensity on varying slopes
and slope aspects should be calculated for the time of Landsat data
acquisition, so that proportionality of reflected solar radiation for
different slopes and slope aspects could be defined.
Landsat bands 5 and 7 are best for vegetative cover type
differentiation. These bands combined with the other two Landsat
bands (4 and 6) provide the basically available digital tools for all
surface cover type classifications.
Variations in spectral reflectances of boundary pixels between
two different surface cover types is indicated by the spectral reflectances of adjacent cover types, and the proportion of the pixel area
divided between those two surface cover types. Practical solutions
for this problem have not yet been created.
Interpretation of NASA U-2 high altitude color infrared
275
photography is a useful technique in these Landsat MSS, NCIC
topographic data related classifications. Such color infrared photographs are of special importance in classification of vegetative cover
types due to the fact that they are acquired in similar ranges of the
near infrared region of electromagnetic spectrum, where atmospheric
scattering affect is at a minimum, and for this reason, spectral
reflectances of vegetative cover types are enhanced in this portion of
the electromagnetic spectrum. NASA U-2 color IR photographs have
better resolutions and larger scales than Landsat, but they lack the
capability of the Landsat system in gathering repetitive spectral
reflectance characteristics of surface cover types. The analysis of
these photographs employed relative to Landsat data is a qualitative
rather than quantitative.
Ground truthing is a most important factor in Landsat MSS
data related studies. The extent of ground truth needed is directly
related to the complexity of the terrain, surface cover types
characteristics, and details expected in classification.
Spectral reflectances of forest species not only vary due to
species type, but they vary also with canopy maturity. Younger
tree species show higher reflectances than mature trees of the same
species. There also exists a close relationship between cover type
maturity and density, and amounts of downed fuel available for
forest fires within the forested areas. The magnitudes of downed
276
fuel vary significantly among different coniferous forest species.
Mature Mountain Hemlock forest generally has the maximum amounts
of downed fuel, while young and very poorly stocked Lodgepole Pine
forest have the smallest amounts of downed fuel within Crater Lake
National Park.
Environmental moisture patterns within the National Park during
summer season is the function of
air
temperatures and precipi-
tation amounts over the region. The mountainous topography of
Crater Lake National Park creates rain shadows, and numerous
microclimatic regions within the Park. For this reason, and for a
better understanding of the climate of the Park area a large number of
climatic data recording stations and snow data would be useful.
Cluster classifying of Landsat MSS data is an adequate tool
for surface cover type separation. This approach gives the best
result when it is combined with multi-scale NASA U-2 color infrared
photographs, and adequate "ground truth" information. In this respect
the
clustering techniques may be referred to as "controlled unsuper-
vised" classification. Within mountainous regions, application of
Landsat MSS data to surface cover type mapping can be combined
with NCIC digital topographic data for the region, to provide a better
result with regard to separation of vegetative classes and downed
vegetative fuel amounts. For multi-variable spectral/topographic
data computation and analysis, interactive computers with video
277
color display units like the one at the Berkeley Space Sciences
Laboratory are necessary.
Finally, in Landsat MSS data related studies, limitations and
capabilities of multi-spectral scanner data must be appreciated.
Furthermore the complexity of these limitations in mountainous
regions must be considered so that misinterpretation, and thus
misclassification of surface cover types are avoided. By increased
"ground truth" activities and adequate field observations, the
problems may be reduced to a minimum.
278
POSTSCRIPT
The reader has undoubtedly noted that fuel moisture ground
truth readings have not been integrated with digital satellite data
analyses as have all other surface derived data. This was a portion
of the original plan of action, but was eliminated by the unfortunate
failure of the Landsat 3, Band 8-the terrestrial heat sensing thermal
radiation band.
Perhaps this study will serve as a "structural guidepost" for
such a study in the near future.
279
BIBLIOGRAPHY
Beckman, John, A. "Communications For Imaging Systems" In:
Manual of Remote Sensing. Robert G. Reeves, ed. American
society Of Photogrametry. Falls Church, Va. (1975) pp.
589-609.
Betts, Frank I. and Dickenson, Russel E. "Fire Management Plan,
Crater Lake National Park." Unpublished Fire Management
Plan Directives for Crater Lake National Park Oregon. On
file at Park's headquarters, Crater Lake National Park, Ore.
(1977).
26 p.
British Columbia Forest Service. ''Forest Service Protection Bulletin, No. 4,Victoria, B. C. (1955).
Brooks, Fredrick A. An Introduction to Physical Climatology.
University of California. Davis, California (1959), 264 p.
Brown, Arthur A. and Davis, Kenneth P. "Forest Fire: Control and
Use", McGraw Hill Book Company, (1973), 686 p.
Brown, James K. "A Planar Intersect Method for Sampling Fuel
Volume and Surface Area" Forest Science. Volume 17,
Number 1. (1971). pp. 96-102.
Brown, James K. Handbook For Inventorying Downed Woody
Material. USDA Forest Service. General Technical Report
INT-16. September (1974) 24 p.
Brown, James K. and Roussopoulos Peter J. "Eliminating Biases
in the Planar Intersect Method for Estimating Volumes of
Small Fuels" Forest Science Volume 20. Number 4, (1974).
pp. 350-356.
Buffo, Jhon, Fritschen, Leo J. , and Murphy James.. "Direct Solar
Radiation on Various Slopes from 0-60 degrees North latitude"
Pacific Northwest Forest and Range Experiment Station. USDA
Portland, Oregon PNW-142 (1972) 74 p.
Burgan, Robert E., Cohen, Jack D., and Deeming John E.
Manually Calculating Fire-Danger Ratings - 1978 National
Fire-Danger Rating System. USDA Forest Service. General
Technical Report INT-40 Ogden, Utah (1977). 51 p.
280
Coulson, K. L. , et al. "Optical reflection Properties of Natural
Surfaces" Journal Of Geophysical Research Volume 70 no. 18
pp. 4601-4611.
Dana, Robert W. "Solar and Atmospheric Effects on Satellite
Imagery Derived From Aircraft Reflectance Measurements" in:
Proceedings Of The Tenth International Symposium On Remote
Sensing Of Environment Volume 2. October (1975) pp. 683-694.
Deeming, John E., Burgan, Robert E., and Cohen Jack D. , The
National Fire-Danger Rating System - 1978. USDA Forest
Service, General Technical Report INT-39 Intermountain
Forest and Range Experiment Station, Forest Service USDA,
Ogden, Utah. 63 p.
Estes, John E. and Simonett David S. Fundamentals of Image
Interpretation in Robert G. Reeves, ed. "Manual of Remote
Sensing", American Society of Photogrametry 1975. pp. 8691076.
Fosberg, Michael A. "Climatical Influences on Moisture Characteristics of Dead Fuel: Theoretical Analysis" Forest Science
Volume 17 (1971) pp. 64-72.
Fraser, Robert S. Effect of The Atmosphere on Electromagnetic
Sensing Of The Earth' s Resources From a Remote Platform.
In Remote Sensing of the Environment: An Eleven-day Short
Course. Engineering and Physical Sciences Extension
University Extension, UCLA and TRW Systems 1965.
Grabau, Warren E. Pixel Problems. U.S. Army Engineer.
Waterways Experiment Station. Miscellaneous Paper M- 76 -9
1976. 38 p.
Holkenbrink, Patrick F. Manual on Characteristics of Landsat
Computer-Compatible Tapes produced by the EROS Data Center
Digital Image Processing System. Version 0.0, US Geological
Survey 1978, Revised Dec. 1978,(1978)
Howard, James 0., and Ward, Franklin R. "Measurements of
Logging Residue -- Alternative Applications of the Line
Intersect Method". USDA Forest Service. Research Note
PNW 182 (1972). 8 p.
281
Janza, Frank J. "Interaction mechanisms" in Manual of Remote
Sensing.Robert Reeves ed. American Society of Photogrametry
Falls Church, Va. (1975) pp. 75-179.
Johnston, Camron M. "Downed Woody Material Inventory Computer
Program" USDA Forest Service INT Northern Forest Fire
Laboratory 4400 Forest Fire Research. (1975).
Keniston, James A. Program Cluster -- An Aid to Numerical
Classification Using the CDC Cyber Computer. Pleuronectid
Project Technical Report No. 2 Oregon State University
Sea Grant (1978). 32 p.
Lamb, H.H. Climate, Present, Past, and Future Vol. 1 Methuen
& Co. LTD, London (1972) 613 p.
Lancaster, James W.
"Time lag Useful In Fire Danger Rating"
USDA Forest Service. Control Notes. 31(3) (1970) pp. 6-8,
10.
Lillesand, Thomas, and Stevens, Alan R. "Remote Sensing" In:
Elements of Photogrametry. Paul Wolf Ed. McGraw Hill,
1974.
pp. 472-500.
Muller, R. A. "Transmission Components Of Solar Radiation in Pine
Stands in Relation to Climate and Stand Variables" USDA
Forest Service Research Paper PSW-71 (1971) 13 p.
NASA, 1978. Landsat Data Users Notes, Issue No. 3 (11/1978).
NASA. Data Users Handbook, Document No. 76SDS4258, (2/9/1976).
NASA/Ames. Airborn Instrumentation Research Project, Summary
Catalog #12. July 1 - December 31, 1977. Ames Research
Center. Moffet Field, California. (1977).
National Park Service. Dept. of Interior, Environmental Assessment,
Draft Visitor Use and General Development Plans, Part III &
IV of the General Management Plan, Crater Lake National
Park. Denver Service Center (1977) 213 p.
Nunnally, Nelson R. "Introduction to Remote Sensing: The Physics
of Electromagnetic Radiation". In The Surveillant Science,
Remote Sensing of the Environment. Houghton Mifflin Company.
Boston. 1973 pp. 13-27.
282
Oregon State Forestry Department. "A Fire Season Severity Rating
System" Studies and Development Section, Fire Control Division
(1969), 31 p.
Ritter, Paul, and Kaugars, Agnis. "CLUSTER-Users Guide, Version
1.0". Remote Sensing Research Program. Department of
Forestry and Conservation University of California, Berkeley,
California. Second draft, 1978.
Rosenberg, Norman J. Microclimate: The Biological Environment.
John Wiley & Sons, Inc. New York. (1974). 315 p.
Sabins, Jr. , Floyd F. (1973b) Engineering Geology Application of
Remote Sensing in Moran, D.E. ed. "Geology Seisimicity, and
Environmental Impact" Association of Engineering Geologists.
Special Publication 1974, p. 141-155.
Sabins, Jr. , Floyd F. Remote Sensing, Principals and Interpretation.
W. H. Freeman Company. San Francisco, Cal. 1978. 426 p.
Schroeder, Mark J. and Buck Charles C. 1970. Fire Weather USDA
Forest Service. Agriculture Handbook 360, (1970), 299 p.
Smedes, Harry W. , et al. The Mixture Problem In Computer Mapping
Of Terrain: Improved techniques Of Establishing Spectral
Signitures. Atmospheric Path Radiance, and Transmittance.
NASA Earth Resources Survey Symposium. Volume IB.
Technical Session Presentations. Houston, Texas, June 1975.
pp. 1099-1159.
Stanley, Morain A. (1974) Interpretation and Mapping of Natural
Vegetation in: Remote Sensing: Techniques for Environmental
Analysis. Hamilton Publishing Company. Santa Barbara, Cal.
pp. 127-165.
Sternes, G. L. (1963) Climate of Crater Lake National Park. Crater
Lake National History Association. National Park Service.
(1963) 12 p.
Swift, Jr. , Lloyd W. "Algorithm for Solar Radiation on Mountain
Slopes" Water Resources Research. Vol. 12. No. 1 Feb. 1976.
pp. 108-112.
283
USDA Division of Forest Fire Control. "1970 Wild Fire Statistics"
State and Private Forestry Corporation (8/1971) 59 p.
USGS, Department of the Interior. Topographic Map, "Crater Lake
National Park and Vicinity, Ore.: Scale 1:62, 500" (1956).
Van Wagner, C.E. ''The Line Intersect Method In Forest Fuel
Sampling" Forest Science. Volume 14, Number 1 (1968).
pp. 20-26.
Walsh, Stephen J. "An Investigation into the Comparative Utility
of Color Infrared Aerial Photography and LANDSAT Data For
Detailed Surface Covertype Mapping within Crater Lake National
Park, Oregon" (1977) 356 p. (unpublished doctoral dissertation on file at OSU, Corvallis).
Williams, Howel. The Geology of Crater Lake National Park, Oregon.
Carnegie Institute, Washington, D. C. Publication 540. (1942),
162 p.
Williams, Howel. Ancient Volcanoes of Oregon. University of Oregon
Press, Eugene, Oregon (1953) 68 p.
APPENDICES
284
Appendix I
FUEL MODELS*
*Deeming, Burgan, and Cohen. The National Fire-Danger Rating
System - 1978, USDA Forest Service, General Technical Report
INT-39 Intermountain Forest & Range Experiment Station, Forest
Service, U.S. Department of Agriculture, Ogden, Utah.
285
FUEL MODEL A
This fuel model represents western grasslands vegetated by annual grasses and
Brush or trees may be present but are very sparse, occupying less than onethird of the area. Examples of types where Fuel Model A should be used'are cheatgrass
and zedusahead.
Open pinyon-juniper, sagebrush-grass, and desert shrub associations
may appropriately be assigned this fuel model if the woody plants meet the density
criteria. The quantity and continuity of the ground fuels
vary greatly with rainfall
from year to year.
forbs.
FUEL MODEL
Mature, dense fields of brush 6 feet or more in height are represented by this
fuel model. One-fourth or more of the aerial fuel in such
stands is dead. Foliage
burns readily.
Model 3 fuels are potentially very dangerous, fostering intense,
fast-spreading fires. This model is for California mixed chaparral
generally 30 years
or older.
The F model is more appropriate for pure chamise stands. The 3 model may
also be used for the New Jersey pine barrens.
FUEL MODEL C
Open pine stands typify Model C fuels. Perennial grasses and forbs are the
primary ground fuel but there is enough needle litter and branchwood present to contribute significantly to the fuel loading. Some brush and shrubs may be present but
they are of little conseouence. Situations covered by Fuel Model C are open, longleaf,
slash, ponderosa, Jeffrey, and sugar pine stands. Some pinyon-juniper stands may qualify.
FUEL MODEL
This fuel model is specifically for the palmetto-gallberry understory-pine
overstory association of the southeast coastal plains.
It can also be used for the
so-called "low pocosins" where Fuel Model 0 might be too severe. This model should
only be used in the Southeast because of a high moisture of extinction.
FUEL MODEL E
Use this model after leaf fall for hardwood and mixed hardwood-conifer types
where the hardwoods dominate. The fuel is primarily hardwood leaf litter. The oakhickory types are best represented by Fuel Model E, but E is an acceptable choice for
northern hardwoods and mixed forests of the Southeast.
In high winds, the fire danger
may be underrated because rolling and blowing leaVes are not accounted for. In the
summer after the trees have leafed out, Fuel Model E should be replaced by Fuel Model R.
FUEL MODEL F
Fuel Model F is the only one of the 1972 NFDAS Fuel Models whose application has
changed. Model F now represents mature closed chamise stands and oakbrush fields
of
Arizona, Utah, and Colorado..
It also applies to young, closed stands and mature, omen
stands of California mixed chaparral. Open stands of pinyon-juniper are represented;
however, fire activity will be overrated at low windspeeds and where there is sparse
ground fuels.
FUEL MODEL- 0'
Fuel Model G is used for dense conifer stands where there is a heavy accumulation
of litter and downed woody material. Such stands are typically overmature and may also
be suffering insect, disease, wind, or ice damage--natural events that create a very
286
heavy buildup of dead material on the forest floor. The duff and litter are deep and
much of the woody material is more than 3 inches in diameter. The undergrowth is
variable, but shrubs are usually restricted to openings. Types meant to be represented
by Fuel Model G are hemlock-Sitka spruce, Coast Douglas-fir, and windthrown or bugkilled stands of lodgepole pine and spruce.
FUEL MODEL E
The short-needled conifers (white pines, spruces, larches, and firs) are represented by Fuel Model H.
In contrast to Model G fuels, Fuel Model H describes a healthy
stand with sparse undergrowth and a thin layer of ground fuels. Fires in H fuels are
typically slow spreading and are dangerous only in scattered areas where the downed
woody material is concentrated.
FUEL MODEL
Fuel Model I was designed for clearcut conifer slash where the total loading of
materials less than 6 inches in diameter exceeds 25 tons/acre.
After settling and the
fines (needles and twigs) fall from the branches, Fuel Model I will overrate the fire
potential.
For lighter loadings of clearcut conifer slash, use Fuel Model 3, and for
light thinnings and partial cuts where the slash is scattered under a residual overstory, use Fuel Model K.
FUEL MODEL J
This model complements Fuel Model I.
It is for clearcuts and heavily thinned
conifer stands where the total loading of materials less than 6 inches in diameter is
less than 25 tons/acre.
Again, as the slash ages, the fire potential will be overrated.
FUEL MODEL K
Slash fuels from light thinnings and partial cuts in conifer stands are represented
by Fuel Model K. Typically the slash is scattered about under
an open overstory.
This
model applies to hardwood slash and to southern pine clearcuts where the loading of all
fuels is Less than 15 tons/acre.
FUEL MODEL L
This fuel model is meant to represent' western grasslands vegetated by perennial
grasses. The principal species are coarser and the loadings
heavier than those in
Model A fuels. Otherwise the situations are very similar; shrubs and
trees occupy less
than one-third of the area. The quantity of fuel in these areas is more stable from
year to year.
In sagebrush areas Fuel Model T may be more appropriate.
FUEL MODEL 3
This fuel model was constructed specifically for the sawgrass prairies of south
Florida.
It may be useful in other marsh situations where the fuel is coarse and
reedlike.
This model assumes that one-third of the aerial portion of the plants is
dead.
Fast-spreading, intense fires can occur even
over standing water.
FUEL MODEL
The 0 fuel model applies to dense, brushlike fuels of the Southeast.
0 fuels,
except for a deep litter layer, are almost entirely living in contrast to 3 fuels.
The foliage burns readily except during the active growing season. The plants are
typically over 6 feet tall and are often found under an open stand of pine. The high
287
pocosins of the Virginia, North and South Carolina coasts are the ideal of Fuel
Model 0.
If the plants do not meet the 6-foot criteria in those areas, Fuel
Model D should be
used.
FUEL MODEL P
Closed, thrifty stands of long-needled
southern pines are characteristic of P fuels.
A 2- to 4-inch layer of lightly
compacted needle-litter is the primary fuel. Some small
diameter branchwood is present but the density of the canopy precludes
more than a scattering of shrubs and grass.
Fuel Model P. has the high moisture of extinction characteristic of the Southeast.
The corresponding model for other long-needled pines is U.
FUEL MODEL Q
Upland Alaskan black spruce is represented by Fuel Model Q.
The stands are dense
but have frequent openings filled with
usually inflammable shrub species. The forest
floor is a deep layer of moss and lichens, but there is some needle litter
and smalldiameter branchwood. The branches are persistent
on the trees, and ground fires easily
reach into the tree crowns.
This fuel model may be useful for jack pine stands in the
Lake States.
Ground fires are typically slow spreading, but a dangerous crowning
potential exists.
Users should be alert to such events and note those levels of SC and
RI when crowning occurs.
FUEL MODEL R
This fuel model represents the hardwood areas after the canopies leaf
out in the
It is provided as the off-season substitute for E.
It should be used during
the summer in all hardwood and mixed
conifer-hardwood stands where more than half of
the overstory is deciduous.
spring.
FUEL MODEL S
Alaskan or alpine tundra on relatively well-drained sites is the S fuel.
Grass
and low shrubs are often present, but the principal fuel is a deep layer of
lichens
and moss.
Fires in these fuels are not fast spreading or intense, but are difficult
to extinguish.
FUEL MODEL T
The bothersome sagebrush-grass types of the Great Basin and the Intermountain
West
are characteristic of T fuels. The shrubs burn easily and are not dense enough
to shade
out grass and other herbaceous plants.
The shrubs must occupy at least one-third of the
site or the A or L fuel models should be used.
Fuel Model T might be used for immature
scrub oak and desert shrub associations in the West, and the scrub oak-wire grass
type
in the Southeast.
FUEL MODEL U
Closed stands of western long-needled pines are covered by this model.
The ground
fuels are primarily litter and small branchwood.
Grass and shrubs are precluded by the
dense canopy but occur in the occasional natural opening.
Fuel Model U should be used
for ponderosa, Jeffrey,
sugar pine, and red pine stands of the Lake States.
Fuel Model
P is the corresponding Model for southern pine plantations.
288
Key To Appendix II, 54 Cover Type
Classes
Om.
A
A
2
3
a
a
...- ---
A
A
A
2
3
4
b
b
b
A
A
1
2
A
3
A
4
c
1
A
A
d
A
A
1
2
e
A
3
e
d
A \
2
f
'
A
2
Om.
9
\
1
Om.
d
A
4
Al
A
A
4
5
A
A
A
3
L....._ 9- ---
- 4-
A
A
2
Cm.
h
Cm.
cm.
5
e
f
\
Om.
A
6
\
e
1
\
f
A
6
;_\
A
5
h
A
Cm.
Cm.
ii
Cm,
Om.
5
4
3
h
A
\ 5
f
f
\
1
e
A
3
\
b
d
e
an
5
\
A
A
Om.
\A
\
A
4
3Q
\
Om
c
c
A
\ 2
1d
1
Figure 42.
_.
A --
1
A
A
-_...- 4_
--k \ 5
a
a
6
h
The outline of Crater Lake National Park and
Vicinity has been inserted in figure above
to indicate which portions of AloDendix II
cover which portion of the Park and vicinity.
--- Park boundary, --- Spectral/Topographic
data boundary,
Om,
Omitted.
1099 A
1109 t
1101 b
1102
1101
1104
1105
1106
1107
1104
1109
1110
1111
1112
1111
1114
1115
1116
It 17
1118
1119
1120
1121
1122
1123
1124
1125
1126
112/
1124
1129
114D
1131
1132
1131
1134
1135
1135
113r
1134
1139
1140
1141
1142
1143
1144
1145
1165
114Y
1149
1149
1150
1151
1152
1153
115%
1155
1156
1157
1159
1151
1160
1161
1152
1161
K111111.
9X916IIXXXX.X3XX=r3y1-193
P-. 111411111ITITXXXXXXXXXXITTF7711PP.XX
11111091.111.19911.
iiii(111000.74199--1.1111-0,)QEfEr-ottlArrolio..4Fr,,ZY.PYLIYITYIYYttittit1(131731101,0000PPP-6or,/..9791111111104110111---11-111-11-.Cr:Ftf441.111I11056555SR.Y11111I1111111111/0I(1E1111191.:1117PP
6,,X6XeX--29.:(111111(0111111001177/010010117777711,,SS555.'95.H..%1C3RF11%/11111101$6SSO..VIITT00111
re..39,Xi9.9$10000I04111011/E11404/10 7.11/A103,55555J°..11/111I1(140,1044/111110.4111SIY10101/111 _
9.6..__ .__T000004121111al4,F,OTOH000TEMTFIG7.450000TIMMoll11100h$11$oFv1IT,..vrO1000000(luu^.:,-E
X.99)(1,....544I1041011LXV,,SFIY/4030,51117%7.M1119v9ve..2F.E.6v00009...9147.77:00111,11111179$3111UU/PC
XXXX..29.9696i9001117:1IFSS;..71110,351M1171(169o9XXF.X66v9v9/tS17...40077.,69111110VVVSISKVT1111111/P
.9...999966_-______-9960SSSOW11.66IY1/111417.111-..365e,,v91666669,SS..70440/7.90110171111(11..1111111TIP
e....91.19661E3966.1193)(60.001
11(1(11110104
6656666,7...0$110....4111113I5/19_111111I tttttt
,119.9.666.E...666666666..Y1_11177111_1111110464049v7/7796666660-0010$40..07111001040Fra1tOtit1(141
911966v65266.46665666_____1(7F1tti(YS00044444.$7/7566006900100001100001110001(1100FFI(1141111111
91(996.'6:1.:E.S966666(69
.06.E4(11$4.0.4444444///V$00(40O.Olo$11061101niT40tULITSIAMTITTITI
1114v6746v6.7,.66666E6fiA7if66,.^666.140440.0o46441A4VoQUOOOTE..000.70)1_100(0tAllontfttttifitittIllt
04444669v6S1.699996666556679665979004400.1(.04400109(141100194091140110107-1111f7(1111A0(10111111(14
444044v0FE66.666666.,96,,e696669.660494-0710511101.990000017E700000111"--17P11-1111(0E$111111111
4044404S910666666666.9.ete6696669.0414411009111766e0N111110601000111110/Y7PP---ICEORYVV1(11(0(1111
404411Q410001696666
666990.1100010111W1109.141100t=POULIAMILI7C-I1111141110404I0111411
4411104$400.1166756.9669.' (11=9...011I-16G--11-Pto/7)1110(11POLIMFVF1ftt77111(71$I011001/.(10410
64411414411110669691106,,911116=V4111G1511.---10-0----110017P71101-1IFNI7P77/0111010
TOD94000
t4014IS1001106996669014401110Q00111GGIII11904---91...--PALLIETIFVFZ1110P77066011 it 1110==l011
.44400100094110656661/004000000101I'G1110159595*---E------PY-Y9"/11100601.eu 71(1-14(00116011u
14100$41110,4400.666414001$001101.111111..11-"-7(
599.11-11PPP3PW,,66 1100000 610111
11010011/44t10566611000000111111111LI.LaUF7
--11----ITAAF033Pn060 10100(Tu11 111119
1/4101108%/14TTSW,101110010111TIIITALICILIATTE---.".----WA'-.11.777Pn,3Tovr SPni((uHuo TOU
Ho 1$ on ITu
00104M101111))4(11011-11-lllIFFvorattlE7Ell---7P77r7TT7i*L--P722TiTrH3rIn
OTIOTSTIvTig441411(111-G1-11MITN411(11.411,17,...6,=nrinTWx 22727.33==.31 16.6.-41001011.
1111I14001040401.1110/16IIISIMI-11(11111.15.7E9995.S7E-31101111F2222EE,11911 IT 0 66669 1111
(111114%444011t014INFIS$1111001101111t11112EXX6111772IIIIII1(422FF:7799.3 1 U1* /XX666661 37
11I11416000L1110%14NIIII10011.11I1111_111-11-1/1017711(111111111636reellineXS
11111449911110/EIS*11(111411(LII111111.14VOYI771Y04(131/491t1EIIX)(666,9,00, 0962.666665
I0441001 ( 10604$1P1 (SA( 14 11111 011.111 1 1 1 11 10(100004,%vISIINSIVYIVVx3=9,-,1
6e/69166966=
v69001(07f1/4111/t19EFP0011111111I10T41440000000.1wf94y11444Itittsits=,==..XXSXX ./19.:X.99966
II I41 1(1/0911171,0110110101.1133161 1( 11111 1101 10000011PRIFFIQI0SIFFIIII===XXXXXXX XXEXXX...XXX
4100140VV4IWNI1(111111.1711010011(Y11111101011(100SSYNINI0104SOIS4S0SI4e0XXX6X 56143STI-XXX
011VOY044911111FILM1071104601111111/711000011001147110000000000IIMM067366 Q 0E111110
TI/sopoirlffTwol;EF17.tvy/wlttliTIATOTT01110:0STSISayMorouvrES41,/x61
4V01011111I1041411X.:17iFE674046PIVI71M0Y00001111011IIIIQIYQ00011IYOIISQ0
I
0
PTTVTLITTOTTITF711464,44t0THromIlY111000)0000YITSTOT0000oTTvolyTy0tErf Ott t% %%Mt
F/40910979PtitlYif71Y1403491Y1111100011101160601491I00000Y310YY1000/9311 00 $11111111
F/I1D01091I1101110044,131Y.11111000461111144SWVV10090M9Y1A1ITIOOWV44.01 11116111111
9019/..:EF1Ittyttoo4syPyottt11140(1111400/14411$4$00Y0(11Y(YIII1(000/0003Nygst tvellm
0311=r7,....,111171(77Y.5517/1171114414111111SVI4II5511Y4(11111Y5510044YNI 0 114N 411111111
639
041111711(13017710144444444144,6**y4ayyttmyyymyyllIfIVOOOVVOY YYSISEt
59t11111111(11=.6944444444444411415 0Y(11411(51IIIIYO51190II1I110061 (111(11
'711113.90 11111004449'..,9404444$4441$1/0y1(10110/MYCYYYYYI000069.903966.111111(I
17/41000(700111104444446v4.,440461000111111111Y1000I0W44I$1111000009../XXX66((. 141(11
'1110I0/0111190446444444.464$9111111111Y411000Y1114$01111INY101tIore16667E.111111
1111119017711114$4440444,.44111111(111PAYW4009001(III1(111114(41116/XX700111 11111
711000777410444444644166=411$04111111,314-0400$1*111Y111(11911(11=F..E000011 1111Y
15( 14145( 0444441444444444615004111555515 545(055014(5056600100 0)699399 00(11 111(1
(T(mOn4444H6T4444844AAITT(4,41y0yoTrit/TTYTItintewOOTOrt14f,..L,TwITtvv Int
ITITOT.40.4400441000.400410TToo00000000,Y111,00$111T4000IllOotetx77FA.V4111111 TvIt
cro.46,6,-004T4/0000040orn140000o4(0410.Tmooll100=tillo,oWiEW.ITHrIATI IAA
9444469004SI100000P40110110E04104000.,91100011.111111341147.3
%11111111 111
4049949ott0444940.004$111(1004/0004004110110140Y11111111
1".11GZ1111 911
4041$/t/t0V114ST4440101(119404400I46C100010Y10111.1117L
1I11111111110111 11
4400447,7004IP(0$001111400$110400001000000010Y11-1"1."1111t11I111119110101 11
14941,9 99.11,941001 9P00000000094009$1101111111111111.3I1t1t1G111004044401911 11
1165 A
1166
1161
1164
1169
1170
1171
1172
1173
117%
1175
11 76
1177
1171
11,9
1180
1141
1182
1181
1184
1185
1186
1147
1184
1189
1190
1191
1192
1191
1194
1195
1116
1197
1198
119.
1200
1201
1202
1203
1204
1205
1206
1207
1204
1201
1210
1211
1212
1213
1214
1215
12/6
1217
1214
1219
1220
1221
1222
1223
1224
1225
1225
1227
1224
1229
0404(G011.114WIT'04ttite40440500421,00020447111171111911111,1401141A1100=050
1
5004002111111520,:.6of/4/e4110...44400022102177102105011444,..4f4r,601100000064400
0011001100521I1X1(22rit//o6y///.47002200222145111110044442=101/0005074444
000000066.7=4.0071444re464"1//e4561F702227444141111002446466740000/52111105.
4-E43444666v1100002464.6.64,4600200044-1.44/2110400664664401.111100044410
44466666X$0004...04,,F4646664746646646106604221210000166446401(10011107"i4141
6466646002510-0 f$,A6,.266624F;44666446646640911105144000411111011117(11'2,111
0(444o,440000...7002466461,E42i6f646466664666950090491111110101111(11412401
1,44116650515494117466EE444=6664.666464446111190200011111111111114E7_111
1$4126444001011174664664666er4664444=4600100004411101111007F,4=7744111
20011466460850244.=4466666.65441.20466666601122111251150111011110164162201
$244666..4154440E=4466664-,==-Iti44000711PIEF.F..11C00111121_,,____11
11.664,46,,6'F.1111(11421422______11417,,STS. 11111111105011100011
ow6or4e(14111111111(0e04,,XXX4=112,17aFF441011111___Q1101224..011124,.770
$,,....:17222/0122,4224Xe144F10144446666001101:::___-__04..401114$7oel
67t.":41-E4eVOVIISVOVVirXXXX,4MX.IITET...:-:FA004117
2-7.S66,411112122,411.4.11666666C111114104441111044.;441=114v7/725.002714760
7e2644121122121211-126404e2664.7.14(11111(51111145111066=e191I0501666640
Kor4641112/221216666666264004111114011
200061101101111E7.4401(
owne,012121(111124666611144661077466644666660000077711(1117771.111
rero0221154221111112$1,20210264'1,470124495'77.771.10111211711201--7E007
teroXr40210440040te411,'=,440P21110-760PPP--11-E01i11(1110411.12777711
07,,e4eAo1V,VVV07711111111o1P1*..8020C777---11-414,,,1407P0/10044v177-14t
044o,,e00,400P484,40.,,o.,,88,8110FF--P4E4E---12E410110044111110P
R"...841,201111581107-11FFo.orr42-8855.0-118454
14-4-P71000-0H1-771001
.0,4441..0144,440114Por---FF88-154PPPP---1.--11474477-114,--47-141.1.
40
1092.
44--11-4-7P
,PPPP---X44PFEE4-P--14-1/011-4122
--
PRVire=1,RFF,.RNFOX PPP( /.(
v*91tIttvirvixtINsointo4=00011400pot1v..P77-t-969P-11--L11--Opin
4254444 440.42e0111111002 14,4:411100001-,1227777E6104E-7121120707211
156062244XXXI (1 11111FEEE6roXIY 1 01111..2
1U Mt ainnt=i-Eat
w4440444r er211111111125374121111(111--___17121111117016E11,1
4...2162.477.e111111112111,4411111(21111111-i4011111111177:177(1.
0064. 104vi.44.2711 1 1 11 11 1 1 1021:17:
1221111111411111(10004E7711.
40112104044E'1,711111111024441022111114,11110/002111111$N224447742
1110021111211100040001411110400000210000021126$42011011661
11141111(111.E11114202440000444444000000544444121400000022117111
vt1trtstsclo64499oo...004$111%n0000rrysyvvpoononoo01111Y(4.
2000000004444211140000004$11114000000044241,440000000011$2114.
4000004400110,4400000000444444500000X2112214000000004210$1114
060400444004400044042/11144510144er21111/0400000054 11222211
4464004$11166141410122201121 4441121111112111112$44$1011222111
044442$112XXX011241202144000044I2121211$14001.21111141212101
21441111212XXXX414444404444444142421121340000110012214210111
$442711111124..4440330121444$01111512040..01110011112662111T
$11001101(146622e04or44001(1001041110100121011TT 44111111
11112122$111222roe.71.00440141111122740000VV00021141621111
101111002112er7ro2464627:640401142121400002100112111(111
11421222122=..,1.4.002226,==.650$411:111100401111121110031$0
1210171/111040vitittilf,X66,66=VVY110001VVVVVOV111112401
0040.0000.7/4vitteere2Xi446=IVV$VVVVV21/110201/21(110.,11
o-33
000000011231.16011,,00102411113000VVS.V1I10-002
5.45155
000001711,70030014.427401/040111011,87....00000004
rf,r, .0000ret texx=6 Kor4 VVV4V22VVVV0V1100 .00.0000000
liX1($400000VteX21eXX6 $101t3V4VV1 ttVVVVVVO000004fE1',00
rits,tvzgtetitissvirFwwt,.vv3vo3114vvvvovousyvw.s19(/20
%fssIvutttst$S1on/43344v4hirtt4vvvolivvoonev6149totMov
$1/4104110coo00053vvvonovvvvvvvvvvvvvv0000vor1m1100001
w12500 livvvvvvio,stifofv0000vvvvvvvveovs ----- 1 14000ov
TvvIti090/....1i$1,1iiititi$009099vvvvv*T11,1440000n.ov
1
WIFF114,....oreoeftfigifWVVVV7IVilt17$40.00...0110
1flit4F-F4hv4e0onwooesittf,iiterA00641MV$400..00041(
7!VV.R,VVVVrovIltitttittl$ItoffeV4111MtVVIS44441000YY
00
SPVVVVett,ref*Stili11 lreVISSI$VVVVV.0141440+4400!
44...11VVV00777/7444741toX11122VVVVVVV4==417,4440411
1735 A
1732
1231 d
1234
1235
1236
1231
1230
1731
1240
1241
1242
1241
1244
1245
1241
124/
1241
1241
1250
1251
1752
1753
1254
1255
1256
1251
1754
1259
1750
1261
1262
1251
1264
1255
1266
126/
1260
1269
1270
1271
1272
1271
1274
1275
1271
1217
1775
1279
1260
1281
1282
1203
1254
1255
1286
1287
1708
1789
1790
1291
1292
1293
1294
1795
kly 0 ,4& v.
VRV0V$V,Of/$10XXXXXX4t(IITIVV1A84'6656XEM=TIC
RRVO,V///errX____555_111144614I4444.66r5:_:7760
01/015//,,e0677-::=.A5,,,0/54441.111313710176.67E.5)(811
vv,0too,6
557^5.5611111-11111444/65574EY9/1191
WWF4465,7=F.,...66555555(1111101500000001Y07111999
IMIlixtvylliOn666,x6xtrlim0000mMowilt11491C
111111117.111111.5.7756$44/01111$00°000111111115.
1111Y3111(144Y117..5550/31(044040W111111115=0*
ITI1F4$1140./f119A5555=7,5,71111/7P1Y111014.,4666
V.PD404340040010101110117/111(2111146608555o
5718800(14000011QYY1001119YY11P11)1146565655,.6:,
.,..Y/099017114400411V11.11VYYT101118565.,5.556S55
6(11.3/1(1119(104009533170Y3111111446..6E56565755
AGOOST00001480004YVY310111111101.56655566FFX7
54400114449100013110111110001P681656,,..:E7iEXX.:
64440111)0001)111111111004xx116,0,6
X
444141098401111111100415ORCIO4vEF:;5656XXXE
81,,.6..-1,5.775411e500000005/60814.=45E65.5XXXXXEE
00,6,,o6v10(615,,,,KA/o6i/6111$_
4/e5tt6o6ow7otYw155,107S11,
XXXXXX0E5
/7,,/55,55/561,55/47468867116555EX1XX10
Ite55.,76eX5rX5*XA081111..655
15156eX5roo.r5v25rt441(17001!766.XXX655A
owF6,0(51,56/e5/560044113/1(100$055$XXX5
5/5.re5w60,1515614111.11(1100109583115
=o56666556565565611411YVV0Y0YVE111115
0.6665=3EG6
.0/4401.3gYS0tY6113111
1._-__.____.56555,t0t0/Y80 110333344611
65556,555566.666555,,t/410698$1131488/311
66e6X5XXXX55566656,/e634443/19611331$1
180444)(44,66665666r5605404144X1 IY MC
JmoNn701466666xxx5.61xx11ex".E.Etre0atl
11$007171116660,66.11,exExo.11101Mt
F44FrvEY7666666666555.6x56111v41Vw04
60001104456655565 .5556..0 5564S0YNV1I
6-P-11045555________65.66540114VVV1
-F-5555627-571567
6514400VVV4
775611667 -2=5 ^55.555 :565556/4s/055440
7565.7,7755.C.F555',75565fiF51V00VIII1
5516FS.5565565.577.65EIS//0044/01
.:'356555^65655.665,7.7.7S5400048011
12.26^6655 755 7..555::77-5400/66111
255655574EA6556 ----- 5=--.114VV111
54565565566717._______5011111141
-650511(0000
1°061400
56e5,7.55165 =55!6665555610900344
602F-5../...66555655565550000001
E.5^.5,;:.rie5565566565650180Y
=56/57.7.,_505.5655565e557..7,6001
.76,,5555e57.,7,./56o66571575231
;65557 =61556e556AXX4!7667.5.51
6 5 l'.55566556e6wroen55n...5T
56.7.':':E../..6=666,05r66.555A61
56567.55XXo555565751
?:,:SF.05 0(f559558555555.7..5..i.E7
0E701er.,.,=--1191-5556658E.
P----11111
40 ///// /0/35611----861 7
1,4,111/g0VI0OFF6
P."
IFOVreorvI874S..f11,P---P
111106550034080081 5899.
011111001118/1/80,814046-
11Y1MITTFR..6001119P
0
1
A
1361.
1360
1559
1357
135/
131
1556
1155
1354
1353
1552
1151
1350
1349
1343
1347
1346
1345
1344
1349
1342
1341
1340
1339
1330
1333
1336
1335
1334
1131
1332
1331
1330
1329
1324
1327
1526
1325
1124
1323
1322
1121
1320
1319
1110
7
1116
9315
1314
1111
1312
1311
1110
1309
1304
1107
1306
1105
1304
1103
1302
1101
13011
1299
1297
1297
01
(T
mil in invimillIK.i1111.111xx11111114XXXxxXxXXX1111111 Ilti A11111
11111111Ei1111111XE1111111iX11111xXE141XXXXxXX1111111
0101111111111XX1111111111111miiXIIIDXXXXI
11110AA111E11111111111111Xx11
,16>00:
auammt)tocx
111111
1901
!:66001
:139(1111
1
!!01
:011
fool
Oo o1
!!!!LLO1
9101
4/01
1101
2/0100
0/01
L901
9901
9A:(01
0901
0501
/901
9501
AS01
6904
/901
0401
2901
IADI
OAOI
6101
/3
::
1101
V 9101
S7 01
.....,..-,J.i..1
...,4...4..,.....
..!
...Ili
11
2.
24
294
rorm ....... XXXxxWxM xx111X....r =...r,
MX. XxMmmMr0
....$.1.0.,
,....,...r
0.racrxXrXXMMM
XX
MWrrr..0...0.
,........C.0
1"'
VXri'l=t.-0'Z'''
tMXrMH
.MMxXXX0
XXXX05
....0X0r
... rm..
rwrmm
rMxxiim..
r .... ... . .............. r . ..XXXWXX
r 000 ... 0 r rr
....
M rr
w MM.
rm. r rXmr.
r XXxrXrr.rrrrr..r...r.OrrrwrrxrxxXXXX
III
...Mr.=
M ..... ...X.M.X...rrX
XrXXXMXr
xrryXm.00.....rr.
M
0 .....................
MXXX. ex....0
tX riX= . r rxr r r
r . r mr ...M. ... Mr.MrXXMXX.
1..M.MMWMMX.XW
r ...
r ................
.2
...Mr rMXXX.X1.1..X r.
....
rrr
rXr.WriliH ......
XxX.XWM
MXX
XXXX.
000
IrMr
4..
4.
. . . . r r e r r
M.rXxXrmX
.2XM....011,
r r m.M.X.XXW.
.....
r.MMX.M
.
M . XX.
rXXX. .X
. .XXX.XXJ....X.
r . xr. . ri 4.m.
r r irrWXrr
r
...........
rim
rXXXIX
Xr
XXX.
rXr.rrrr
.
. rrXrrX. XM.r . rXr ...XX.. rX0XiXxXrr .
...........r .X.
...XXX..
XXrXX0
. xXr rx...
Wri.x.r..XXrrXm.W
xX.OXxiXXXx.r
r r X .XX
rXX. r . r X.... m r r .. M X0xx ............. xr.X.rMXMxr
MX.- MX.....XxxxX.
xxXX
r ....... r ...... xrrXrrrirMX
xXXrXXWrXXxX.X
MW .. xX.XxX.XxX. X
xrrwrXX.rwrr.X
rrrrxXXXo.
rX. rxr XxMrrXmr
...Mr.. r ...
M
'
.
..G
rxrrXriX .X.x.rmUrMrrXrxX
xX0rXX ,
rXr .X.XX ...x.X. . *.X. ... . * .XXxr. . I.!X). $1
,X .......r.x
X ......
,,....=,XXXXX
,X,X,,XX,XXXX,,X,,,,XX,XXX,XXX ....... .. W
.
Xse
10
it
1
... .. x... X X.Xx1r 4.- r
,,==,X0XXXXX
.....X,
,XXXXXX0,
,X,
,X,,,,,X,
......
r= == ,XX XX XM0m...
= II.X,
,X
x ......
XX . XX0X00X
W,,,,XX,X5,,,,,
....... XX 0 X X 0 x0 0 X 00X X, ,X,XX, , , M ... ........ XXXrX.X. ....x O.M .....
11111: .....M
0 xXx0000 =XXXXXXmW0rr
rirrXr0Xx.X.MM
Mrxx
X0xxXX
=00XxxXX
..X.. r r 2.X.X..
X XII, X r r
,
,X,,,,,
X. . X r .. . . Wr ... III ... mr 0000
X
Xx X000X=xx
XX
XXrX.X.. ..X,r W
........
000XX00x0X
(OxXxXXXr.i
XXxXrx
r...x.rXX.Xrr.
........X....XXXX.rXrXXXr000Xx0
XrXXMXXXX.M.x.000MXx=0x.0X=x0
...X..XX.rr.
XXXX
X r r X
........
xrrXXXXXXX0Xx0rXXXr0X=X0X0
0X
WrX..Mr..X.
.....
rx.x.rxxrxXXX000M.X0x.0XX.X000X0
XXt..GXX00MXX
4't .....
X0c
,OWMMXX
.....rm
.......
x.rx.m..0xxr0rxrxxxmx0
r0rr
MX
CM0
XMxXXX'W
r r rx. ........X. rxrX.1.. rM. r . rmx M.0 X X0
X
rr0
x
mm0xXXx
mM
XXX
.......
X.XXXXrrX
......
0X00
0
yp
0xXXMXMm
XXx WM
i.......X.rrr.XI..\
..
mmcrMxrrri-Mr..0X0.000x0
X
XX =M W00M
.00=mMM
XXX.r.x. ............
xx.0XXrXyrX.X.X.M0X0
=0 XX rr rr2)..G
r 0XxXXx0XM
XXXXXxX0
-Hi XXXX.r.r.rirM.XXX,XXX.XxXrxXM.0.0X0000
0
70Mmm10
X0 000
M0MXXXX 0MM0000MMx
MMXX...rX.XXXXMXIXXX.-XXXrXrXX.XM0X
XXXMxxxr.r.rxxxrX. x X
xx000 0 0w
00XM...
XX
MMX000mM
XXXxXx0rX0X.rXXxX.
rXrrXX.XXXXX0
MyX0XX.0
0 00 X 0 0 0 XWM
CX0
W OMXW=X
:XXXXXXXX0ZX*XXX
.....
X,XXX,XXXIIi==
0,Z00=0=
0XXXXW
X
,G,04
0 =='=X=.0.4
-XXWX.W.T.'t
.....
XX,,XXWX
..`0,Z=
,,
C
,WwwmrwM0
0.....
r rX ,,X
C.ZMM,G
.....
XXMX,
1...X.XXX.-00000
00 XZXxX
:W.mmXrp
XMXX C0 OX
0 ....000M0X
CX000MM
rrxMrXXX.Xxxxr
00 .00. 0..J70
X 00MC0XxXX
MmXMM
W
M m X .. 0 0 0
111 07
0 ..
...,
M
....X
Ir
0
G..
G. L.
Z. L.
'
J.W.
.100MX1.
E.
E.
M 1,, 711 X
11111,Mm 0
M 0XMXrxxX. 0 0 0 0 0 0.0.
X
00 X
X 0 r X0M=W<M
.070
MX
x
r I.xMXMX....0MXX.00X
P,
=0.
7mMMwm
I. =1.XX.M0mr0Xx..X.00
Xxxxx1:01110x=
7
= kE=
it
.....rxr.,....
mwrr
Ct.ING.O.C.X.-MMMMm
00.0.00r,000rM
X
IN. II*
-.X2-X.X0X00 0
0 rX
00
0
i ncs- ,...* .
WV.= /II X =mx=
I,X
...xi...
...xxx=.
Z
04Z0=
7.0
.........G.10300......rMMMM
..r.X.rwMM...MMMO.Xr. Ili
.........
.X01.0
GMG.,..,1C0000...rrMMMr
0MMmr
i c=
000
S r ,..X m III
4", *4. 0.. ..,xx
I. *Ex = 7 E. L. ,,0 I X
9,0220,
, MO:,
- -x- - ..0 0.r.
,, ..........
- ... .. - u..NE,=0.C1cM0xx0.
CNN
4
mr.A1 .
...4.
,c,
0
40.
..--,
==
1...X
...
0
4
0 0..0000
00111W0
r = III 0 0, 0<
0X
00Cl
M.r
Orr
011, p
-
111 I1
C
r
...
----..
0
::
...............X
0 i,..
,,E
0..
rm..,
0 00W.6.16.10,G.04.1.4N.NO.
0.MMOtM. ..0..xXr
... 1,100,G=
r 0
00....WW.r1rX0.0.,, .. r ....
0...W.MMW4.
740. mrMr.0......
0...00Xr0.0
0,00r...-.02,X02.,
0 0000X
00.r.Or*
r0 0r00r.,,Oris,rNx.....rr
........
111 111.X... Ili r X
=000x..,.00021.LN,,Orrr.r....1
.20M...trr..00r.,00GX22..N...rr0..
7=.*.r......C..,..,..r00.xxxrwr..,.,0r
C..1.0...4.....rx.O.rrrrrr
XXrX,4X.0
....r.r.
G. . ..
. r r T. T. ... }.
..
0.......0,04
p........,
,...,
___.
0
- r . fa . r ... .
(0. A. t, . x - r.
.. rr.....r.0
X.=r
4.Xth0...,
.2
1... re.r.
XXWM.,.. . , ... ...%,rM
WXXMMW
XXXXWm .
XXXmXlix
XXXMXm
wf[XXXw
.I.1.7..,-....p.
XXxXMXXX.MX.KrX.r..r.-MMXrr
<u * 0
XXXXXXXIiiftits1113 XI... .. *4 r X.... rXtfXX00
G.M.
XXMXmMX.
..... .7.0.r..-MrMxXXXxXr01. G0G.G...0...G...
'x
t
11
xxXXXMXXxrxMXXrXt$.X.Mr=Xt
XXxXmMxXX.XXX.X. A..0 .MC XXP X Xe,r00,.C.G.yer
G.1....
xXxXXXxxxmr
x
C.0.OHIIM.
xxxXXXxXXmXrXM..X......M0)ex G.G.G.G.G.0..0.00,...r.
."XXXXXxUMMXr0.rXW.
0r0.X.Lci.re,p.flm
C..
XxxXxXxXwX
.. o..-alx,c..0,0
00
XMXXXX.Mmm.rr000.^ r00.6110.4.G.,0.4
0XX43.0
A.C6.11.0...
,GXOr. XG..r.r
,XMXMIUMMXM......wrr,..,
AWXXXxg.XXXMCMX0I
20.1.40.0XX10...0
xxxtXXMxxXtXMx.101010011..teXXx0X00.,..0
XXxXXMMxXXX.DMM
G.x., 0..,Ge.,GX4".4x*rr.0=
xmXXmxxxXxWrW
L.G.I.V.GC...G(MXXX4
X.mxMxxXxXxM
Op.e..1.4:XCCMXxXCXXXM
..-.
G.
m
r00....0r...M0 0.....X00.0
X0
...0.....0.11X0X. r0.0.0
P..C.X
0
0
0
...
0
G.
COX
Gr...2.1...XNle.,
x,......0©,,©
..,.:
r.0...rr0r.r...0...0XaMMMXXXXXXL
....O =I. ..Xr
rx..
... m ,c,
0
..0.- < c Ill c X .ox c c E. 6. E
c.......x.--00...,...0,,,
=c
0
.
0,.. 00......=xc
c
.0.010
cE.
E.
xxx
M.
XXXMO. ,.. m = 0- 10 ..0 0(4,0
...rt..
0000r 000.0000X,G:XX.r...Xr
.........
r.........,,..
XXX X .r000...0,G
. X
K.
<
MC
00
0
0
00(
0
10 sa Y. © kali;
.....
XX MXICE.,..0.-=,-..0mCCC©....0Z07004mMMmxxxkcxxise
0
.....,
^xXX..MMOG.XrXr<Mwm..0000.....r..... 00MMXXv2W0,G,GX...
,........
''X.'".'M=© G=rrMr....6..0.r...r00( WM<WhkG2.XX.D... ... r .... ........ ..... x.....
M............COM
, = 5 .Et.-.4....-:=11=XXVXictii:::::.S.:ee:7.4
......0
._ .... x 0mc0c=07=0:000C4X,0xu:xxxxs.10.. . 4.. ......... .,,,., .. .
CM(XXXXXXtXXXXM.XX.rr0....0.,......X00..
III III < XX III X< K X 11i x x 111 XX
XxxXXMXXmXXX0
XXXXXMXXmxX
0 rQrrXMt.MXXXMWXWM
mM ...Orrrrrr.....r.r
r
0
r
r
....
XxXXxmMXMM0X0 6..Wr
0MX,GXXIIM(M
MMmmM
0
X xxxXiv.111 X tit ft, lit X 0
Or0=
r0rr....
0 ..+6E-4 kkJ
Mx XxX0X0 © c.
mmm
rr..MXAxXXM0
00CC000Crrr
C..i.100rxxXXXXOOMM0t
(XmmM
X .0
110000000
r
.2.........XXXMXmmr
0G.J.....d.rXXXXXXv2WWMM...r.MMmWMMW
M X
re,XXxXXXXM...wr
C..t.NO2.^..00-00r
mmx
xxxMXM.S.AZI ,,,,,O,,.r.Xx,G4XWMX.(4.MMMmMMWMmX
X 0
X.ONS000..00rC
00...WW.M.00.0MMmXXCWmi.MMxmXX
.00 G.10.0.20000.G.Irr
X X x
X
0
..d
E.
0
I.
mxxm
111
64
c
III
mx.
m
c
m
111
it, mx.11 X
X X
0
41.
,
,0X.,
,0
X
Pr
."''....M......0=0.....C...,,,,,MMXWWXMXWMXt
0
XXXMWM,wwW.X,,,z,=,
.
w , , V, Mx. .XxifXx cXxXXc00.g;:
t
: f7;7=g
XXXXXXMM........00X.MMJ.NO0.0
11:tMMXIIIMM
MOV.XXMXXXXXXXMXXx.......Gr0rmr...,I0r.
etc.+
NNN NN111NN kr LA kC IC '0,0
O0..,-.U.WrXCe.r.N.r..21/10ree.0.Nr,,0.00.0.Nr.J.NU,N.000.Nr,,,tre[00.eurs,OrC00.N,
00 COO 00 0 0 .......... Neu N NN ruNIEJNINE, M1 ,I.) MI.117 , JJ J d ddddd J
1165
::::
1164
116q
1170
1171
1172
1113
1174
1175
1176
1177
1178
1179
1180
1141
1162
1193
fish
1195
1186
1187
1188
1189
1190
1191
1192
1193
1194
1195
1196
1(97
1198
1199
1200
1201
1202
1203
1204
1205
120E
1207
1208
1209
1210
1211
1212
1213
1214
1215
1216
1217
121$
1219
1220
1221
1222
1221
1224
1225
1724
1221
1221
1229
A wol11
2
,,,,b,
,,,,IIIIIIIIIIIIIIII,L44IIIII II
lo6oltiomall1v14yrim1ittwimmitlirt
,,,,, 11111111.11111110111UXXX
_II
U10.1,
14
IIU__II II,...:IIIIII/1111
KIJIIIIIIIIIIII
IrUF XOXX xFU x0uuxTT1r
11000000.4111011111TyVY711111111IfTt11171,11111It,,,,, 11111111111114(fIEL,,XXUFU
xUOUITUITXXTIIITIWItt
1.10xl.Etr.1Anfitltr.
..
UttXttUEXXUTITTIMITUT
Iy1(1000.:7111.11(1111ty11111111111111111(ttlf11111(1(111111111(4111(IITIFXF:=
1110VIITx71011110111TTIT0134411111
,,,,,
U-.7.0..0
111 11111TuNXINUITTXX141111111
00001111Elyy01111111t1(Tt464111111111 TTTTT
TIT11111(11tItitt1111111(tITIttEIEFEiXXxS-7FEUU.uW111111TITTlxXXIttXxITItItttIttf
TrItt11171,111111111111111t1-7F.7777X:=7:177
I( TTTT
1111111i.F7.1(11111111117111640411(11111(11-111111111-1111111(1111Ttitt1IU.. 707-069097,. 51:VIIIIIIIttfrivxxxlxxittltrtritlitt
tITUU001111 TTTTT
1 11111111
ttttt
IS'ilf(11114014.4illtrA44114eitrillXTITIIMITIIITTI(Itx(ttlfftlf
u
11111111141141E1
1
1(111111I11110411111111111711111117141(111111(
QUAAuu,i1tlux7MITIfItixTlxxxiQuirrittlitttiTf
T
(1111TxxxxxEuu0(tuu,;umilixtxxIttixxxxtrifirriffillity
11111111411111111(1111(IIIIII111111711111111tItI(11(4111111111111(IttItXXxXX
tttU
4
ft
1111100111Mxxttrit,,J111tTrittl)t
(1 ttettX.:=.4:11111(11110111111111IIIITIT1111114TWOftf(ttttt11(IttiIITtftxxxXXEM1111141
Xx11111XxT1tvxXXXX1TtittX111111
Sig ritarxxxriiifitriStovAirittImiTtIliftlIMMTIfffiltflifirmIttlItrxxxxx
10,111XXxx11111x11111TXX2XTIENtxxlIttItou
tYlti3F.111100110101(11(11111111111011111111TITITTIITITht(111111111.4XEF01111
VI( 41(11xxF(1110fpflEI,FAITY11(11111(tlifottrItt
t
xyttIXITHIMIXTXXI1txx1111111xF_IT
:1111111(11111
(II
xXxFx1II411x111111111111111141xxXITITItXx11111
11(1
1111I.'rEE11101111,7StitI11((1111111110TPIOITITIMITIXT111111111$11111TEXVIJUUT1C:17111111111T1111,1XxTITIIttittttI0U
11(111X681(41111111I111(1111111111100111111111111111411,1111111I11111
4.731(34(118
0000 11111-F104114111111(11IIII11111111100DITI
X6111111141TtIttX111111111110011
UtIMIF,71111111111t11111111tUi,FE,71TIFIX 01112471
00(00
ixITI111111411421111111111
11101001111(1f1((t1(11111(10(Wi1OTTtOt
001TUF.PDOOTT1111(111I11J111/111tOtM(1111UOTTTE4111111111111/111/1411tEE.SFUTIXISMIttuX1111111X
1(041 10111TFAII(11111I1(
It ttttt (4111-111T111
MOO
fffff Illfru
OUUFUUTITSF72-11111111141111111,_,T111,111111111UWITMUUttltITIXTTYSITIMIST
0-11.1A
1010.311(1E44E14.111(1(41111111x00004111TUUW-.17,X",EEFEttlItITTIttitt1ITTIUU
10001A.uuxuulluEaaExillf(141(1MAIT141.TuWJTITIfxUUtittfoufmtlfSxttlitrtxtrigxxx
(114411(WuUStri0011(Ittf(1000111(11TXXxxx
.--17 17
UXTUTTSIX11111110 ItTTITT11111XXxXXI
171721
UtIF(00UPPIT00001111110011111011TXXx::::::X7 StI111111111111(11111
t1,11111111111414t11011ItifItITITX1111-1111x11111111IIIITXxxXXX11
0117-1 Ar771,00E*P14,0741(14f411Q1((fOnliv:7X:xx
TT1TTITI111111(111T111114TITITTfluXuuXX1Xt
11-11-- TTP
7:ftttIVIJIMITtitt1tTIXIIT(1111411111111111111-11XXXXXXXXXxxX
Lt*-777v
7FtSPFPOT(1101111(111000OUXXXiSX-7,,,E6SITTITITTTI111111-1111717/0/1111114141111ttifT1111111XxXXXXXXXXXX1
11)I_E-. Hpw=-17eTe10p17uItTIT(114(0(EXX7,2^XXXX
,www777TtepIN0
IIAPP.PTU/11(1011(1((((((XS:4XXXXXXXFUE111J1111111111111111111111T1111U11111(11111141111FITXXxXXXXXXXXItX
00,41111:109101
IttE5JITTITItITIFYIT1111111111TTIt ffffff
MIFF-- 10177700 -WPP,Q
T10110111111XXXxxxxxxXxt1X1
uF11.100114/E.16..xxxx___
;..XXXxXxxxxXX::::711T1111111T1111111144(111111114114111111
U11111488
II rtxfiummuxTUxxirxxix
_xX717141111.11I1T111111111XXIIIIIIT IFITI1111111Xx
I) XO0U 00001TIJUUUIT
t1706= ==1_17u.5. wwwwup
6156lt00xxx6X=1x
11(1.166=1,- 8-prOuTereP(PW.UX6..1111011xeorcXXXXXXXX7,-FTXt(111(111111111111/1STUFT1111,111111410141X
xxXXx Xuuuirrxxuurit
(-17111004 =1(e7U
(1.41,0,1133t P2 1701010163=u-p
xX.-SmffyirtifylmtrtifxfrtlitirlifiittrflitxUumpuuMUuuxitxxutTIUe
P 70U0O .666 e-* ;IrlitruxXxXxx:::::xEF.xxS(11,1(44(IMIXIMIYUlfrftilittilitrtfirff uuuxUu uuffritTluUt
IITYYYMYY PP 110700 6..60-- .::10111131XXXXXXX6XXXXX:-T-S11111
TTTTT
xifftyySlxxxA..x=xxXxxxXxifttrfTTIITirtftitlfuOuXxiitTrirrvITTxTxrtfriffxQUXxxuxxxittfIxtTit
yx$100Qx7,14 D U
itftlt(IN,U0xEffliixtrfitTIMIttftfirt ixxxxxlfitulTI(U
6A6x^P$111010,1110 TT
t(TITYSIITI..EXXXXXXXXXT,E7,S1(11111111101111111UF,XXXIITttItt1T1T11111111111111 XXX1X1TUTITTI1
U ^ .-1,-..:4F
4.(11(ISIISIxxsxxxxxx."2ESxrIttlititItS141111$111xxxxxiftwitt1111111
,7,11111(41111.66XX__.
14114VIYI/1110
TU u
ttttt 111-13106X0U
XAAP-r1xIfftrilltS1(1 XXx
....091X1Y13 X
tITITIITISStS11131114XFAITITTIFITTITITIMITTITTIIXT UUU11111111
.1 11/P Xt(IVI(ITT(1111140X._
0.01..611,11 1
03 PF
..11111144$88SIXIMIfttxxtrilittittirttiffrItt(44111ruxxoull(tuffir
(111 1((1111 11141111
40..011.Xx111 t I
X.
^.TITYTIVTITTIIITItItT,WiTT1111xIITUTTITtITIHTUOITUOUOtTITtrit
Fel Tt11111(1111,111I1
EI1f1Orlif1111 Ill
6102..PP
ItXXXxitttifff11111111111011XIMITT11111011fittrxx11141111X11/11tIT
1111111111110
1111x1TEXXxxITI111111111111111TEXITI1TTITItITTITTIttIfITY *11111111IIII
11118111111itt lr..X4..43000
11111111111XXXXxXtIttIttIFSITITIXXix0111111ttITIT 1111118 11111 111-91Tht
tforttilAWUu 36131 043
Pr
HPQ.(411(11101VVYTT1111111ITItT0111111111111(11,711tufITT11111
Tystlf(gt((uuuu ASXx=f4
4
rurtiATTIrrytitttriftiut
7151101
ilmituflUuuuu 55 .,00
F.:1111(111111Y1(111111111X1F7T11111411111111111x10011UttlIttttlYtittitItt(t1 1(0(11111111
viy(yvy*Tlytiturttrti,,t1T1(111IIIIIIIIIIIXXTITITTITT 111111 ttttt ItUtTrt1110001Th1T
TIIIIIIIMUUTU
000
77SSSIMS,IttIvill(fritivItItrlf(fIfttit
7
fffff 1111111111E
5,144141111 X111111TST
11111(110D000U 0 00000
T11,11x1T1ITI111111TTUUTIT11/1
4UOU.
1111 1889 MITT
1111111111111(41111-1(1110:1(z(TU
ttttt
I(7141Ln(uuu
43 01000
UITTMITTITCOTTITTITTUUuttlITT
111(111111111111111111111XX0011411111111
ttttt 111141XxXSIMES
E000011(1172-71.0061 01100y*** 177011(1110011Y16/11,$1115111
XI
/11111-1141.1,11111111111141ITIOUT ttttt
Litt. II(1177 4)00 1041210144,8 I
tITIVIT1111100UuTUTTITTS
00010 OLYVIPYO*00 /QYTY 0 TYY 00T00y0Q(411(XTyvitlfitififultittrftlitlitiffIVITTItlittiultOrt,144iSirrittxUuuuttxxiiitf
Istxx14f7YYr001000 01700 00C120 YY11100y154-1117T11JVIIIIIIII(IIIIIItTUTTITITIT1111411111X3ItittitItTITItTITXU0xxxtTIVIITI
4$1214YVII4 030(1 -100 0
4101110
10004=ortftlfifYirtfirmmxillillttiffitinixiltrfitxtIfTtxtturflfilitIlltifxuuxxxitTirtitx
ooltirwr0000w000000 Y000000
4=044QQS/ITY(IITITI(ITIT(WfitivTiltixTitriittriTnitITITIMIritritirixxuouuuxTTS**TTTI
II4000*ITIt111111111t11111111111111111xX111111T/ITTIrftfttt11411 ItXXXx6X011131$1111
oo410alyx7700000110 44430000
21101111111100014008
0
01800 QQ0/01,10f070Q004111(14(m(11(ITTITitlitrilifiyixiitixTYTTTIATTIITITitutTYIQuxuuxxxiStfoitTIS
00*=0,00(11460^01111114114(1441111111111111111111411100111111111111111110x0000
V(1400xlirrow1100000
uutI111/11
11110001110011110000 00141 I 00000
40=044(110414461111(11111(111^xlITITTIM111,1111111110T11111111111tiTTOUU0UUOU0UOU0141tIttt
x uux.A xxuxurmit
0111(11(000==10000YY OQQ(1000400,0Q0Q(Quo4411MIIMM11441911111111(44(11uuulitiofm1104(ft(xxxx
11140000 010 1.1.7,7411111111(1111M
V6.7.741Y1111t11111111111/11TTIIIII00111000 el(IIIITITT11110 xxxx
X,2
11111111Y,
T.
Vi.1100006q1101013YY00 (01140040
ttttt 11,111001)1011$A04
0110 2010114t1
1111111(tItut1tIluU X Uxx3x______01011111
6+54=1411(1111(41111111211titnimu4:10(Onni
t(42(0000111140000 VII 714«11(14141,11111 ttttt IfIttftli(XMIII(IlltxEl ttttt fOorP
uPnuog141141ifflfuirxuVuxuu00,7uuoLT(r00001)
1.111117._____J1111111111
ttttt
11441(144 (uultUuuuuutniuMuUel00,0700e
YX111411114,100000111X1
11111114111T0tyt*TutiTuFF(
ITLIQIIIIIii0011.1110xl tY0fftiE.ES7..xxxxilAtt1111111(t1111(111411XXrIX41=410Qt04
uuummluttouguuum/y/Trt(Donuunnouu
71QINIIIIIIII711106 6.Ai INIC4N-17,7EXT4IIIIIIITIftlilittillfttflrYttYlitnet%plUTOM
UU774(1001(14QUOOMX4111-07E2LPIXDOillut, 6=
111111X.XX7;4111111111111i1111111111111114114tYY11111$ 166611 U(U0001xUU31tif1wo0D4UP033660 UM:
X.6XXxQ00001110000011666X UOX.(3
1Fx.,,,,-A10111111)001444
NJ
NO
Ln
1231
A
1232 2
1233
1234
1235
1216
1237
1236
1239
1240
1241
1242
1243
1244
1245
1246
1247
124e
1249
1250
1251
1252
1251
1254
1255
1256
1257
125e
1259
1260
1261
1262
1263
1264
1265
1266
1267
1268
1269
1270
1211
1272
1273
1274
1275
1276
8277
1278
1279
1260
1201
1202
1203
1284
1285
1206
1207
12416
1219
1290
1291
1292
1293
1294
1295
F01111111000E3..22..6111 11111
I
. tttttttt ICITYkl.A04,NU Uux,.
UMRP,XXIITIIIIVVIYIUbhUl
66111111111111IFF11111111111111111111171YLLIYI$XXXUOUU XX 10.106 111700117y711000OU666X
11111100000.667.666X6141 ILI 1163S.:4E.$11111
ttttt 111F111(1111111111111111111YYLIYVYYTXXX0116X1XXXX1
111110000.00..6..2E2 =X100
01(1711Y7i1f11YYCU6=633
04/1.1XXXXFE111111111111F71111-111(111111f11111111111i7117/10(0
XXXXX1 ((((( IITYYYTYYYYYYY16633X1
1100004000004eX2EEEFF4Y0 00111TOISSFITII ffffffff IFFIf 44444 11111Iff (((((
IfQ414001114411FWFXXX.611
114Y(777771(7111-10 ITY11101711i1YYNM116X11U U
011000061015IIM2XXF2E2III 4(110Y111(01111(1YilfItWII(11$111(11111101111i1ItiYYtNYYVYY It
iliffifI1Y07411YrtyNNX
41111111(111110000YLLLIALIf111111110iIIIIiiii1iLlYYYYPIYWYYYY
1100000041411111XXXXEFIII
11110 Y Yllt if iYIYYYYYYY 5541555
.01004440111111111-1
Iti
111111111111110111(11ILLLILLLIIIYLLi0611110QYYYYlOYYTYYYVYLII111117111(tfiT111YTIIIIYYYYTYYY1
60144prriirtflirrrl:::::rrt 104711f(114111111(3F0i11LIA(1711117(WIffitTIYLTYMY1IYUYITITY1
aarrirrfrr(tfttft(11166601111110OnlIrttLYYTIttrrYyrritifir roUrirr II 111111117711417741777711(
111111111f111(IITYYYYY1/
.6114114(IIIITitiffl::::-i(1100i1110011111111140TIEFrAQQ11/466YLLLIIIIIIIi1111iYi111,09I1111111 114(1171111111(71177771
SE000111114100iftriCiF:XXXEFE
04110110T010111111111fX717711016.FF(1111111
lllll
..FITIQ011(11(10011111
Y111111i$1717711i I 711771777IffYI117117YYY
(10111111117(11111114LL111011
ILLIII111411111111111YIYIY It 11111Y117Si1171101(77777
XE11110f11111110$(11IF.FF.FF.
7F4114111114190001C11..6..FFE 211.0110005IIIIIIIIID1LLUTU1._____11111111111111111101211111 (II 1111111717 ((((( 111111T17
(((((( 411I1____.
.1000000111111111ILLOPOOE.EF.666EFF11111(111111111100011010110Ifil
IIYMYYX7111111111
11117111111111111tOLIX
EFII1111VITITT(111110
.___1.1111111711111111117110111711 0
if 111101,111111fIY4111
11001111M
F.1. 001111111-1(11111.11S
((((( 7:7111iltiffiffItYlffITYYYT6..0
26
71,7711111(iIIVYTIPM17111
(
SF6Ofif1110111111111111
677:::.S10Iiii0011011XEF.FFX.FFFIlifT111filIff,111171177XSYYYYPVAZI1711111111711111111f1YI
::F..FFI00600LLIY .X- (
FFET1111111111(11111111IFEFF.FF
-___Itft1111111111IIIIYITIAI.YYLLUIlL1711111111111111I111111
F.6.Eir7FIDL/01111111(IFF.EFF.FFEFfIfIft(Iff
.Effit11411(111111111111
66_
ilf1YY1,77777077 =U111111111111111111111
ILIA 5Y00'0'71141
X1IIIIITIT5t1.21il2 ((((( 1T(7771
FFST11411111,11111111111(ITXX::7
11111111111T111111114111
SFFIfitf11441/111114111111illE=.. _::71LOILIFI000171111116.6.663E111111141111F.111
1111171111.1FIY7i1111111111111111111(
SEE2IILLOOMEOWV11010$6666.X221111.111101...Xi11 SIO
110iIIIIFF-701111 ((((( ITITItililif1
.X7FTTITS440001111111iIII4111.6X 2,12.(0011006STS1U
#OOTQ0S66.011r1IVY .r 1Q..52 0011111ifF.11101111111111711111111
XXXX11111.48.0811TOTIMITIIIII.Ir E.(0000000111000011100011E
IE.F.F.F1111VVYLIT000171,1 0 MOlfiff=',10011111111 (((((
XX86E911114...0111 ((((((( IlIIIISF
7.7.0113510118111$11104111101115F6IIIItYYPIIY
31XXXXX.XT400i051A1 44444
TYYQ(4111110001111(Ffti1111111111111111(11
itifTSIIF_F60i1111Y1111Y111101101(11110fil..510
XXXXXXXXXXX$0,0T1111t1(111111111F.
i0Q71730177111.771iY4T0(1111F11111111111,71%1C1TMC
IXXXXXXXXXX./70V11111111100111116. Friltfr10001Irlittrrtr1140graaritt6600140X.01, trIlYrrrIl 44444 1111111111(111070**111$111
S8XXXXX11164000V1tifif11111111$166. ..0111(11111i00301111101011111T166666666017iiifYY 44444 11111111111111i11417711y0SIMYY
f(iXEFFXKX11008VT111(001(f00100116i 1111T1i10100E5111111(1111141066XXXXXFX.Y$S7001110 711111(111(1111...7706M1114(f/tY
IFF1000C0100,07(111110111(0iTiO6X1TXXX=.TYY
1.6XXXXT1111%00000111111411111011Fi F11100000/0$111(11111.1110011101
771700700i111111111(14(16X100,1111TiES011
6XF37646000140080111411111.111fITF--111.06.611301111011111.11111111111111X14141111t$11$11(
11(1000MIS1,111117111101001101111001F7/QQ00
F.66..111111.0%10811111401/011111105EF 111111111:::
000000731000161109430 IIFEF11111111101101110itifItiVISSfiff
46SFFIIIT5 (fI4ITIVOYVI1TiTtiit.6.0FF
(111F.F111111001111flitIMIIITIII1111
$1FFF16611 11111111t(1l0f1I144,ro1XX1X 601111110i7001
T1(010111110110011100011SSSYWIIIMitOtESSIISISTIiiSIISTIS1(1111111111111111111F111
011FFFIIIIIIT11111111EV000111EF2i.EFF
0014417$0113461144$1811010,111$01.F.17StItliftE1111F11,011ifT(fif11
7,11FOMYYG$000001711000701040010
4011.00011101111111V0VM11 444444
11111efflOtii.64114111111111111171100fTiff0171
iff.66001100iTtifIVITIOTF1
.7_ ..."1001001117007717,i1Y000(00SSIEWIMWSSISSNIEYYMT1116111111I4TIIIISMS11100U11U111
1000..1111111T110111111X6.F .FFFFF. 6110001.000EONVOYYTY1QC1$111040771q1 114NEYYYYYYtilTf611T04041ffS44710.7.16; uu.Urif
00001011/011111111,700YXFFF^f6.ES.6 .10001000107000010340114111414001t101444 TiYiY7i11111640400SITIrifit7S0SITU...011
FS101111I011ffittflIf0111011666666666.X6 x0C000(104014,4a6StrrilliStrfixrtotv.4401rxx(101014TAIIT6SIttlIttSrSWelyyr) -11e3(11
1100111011110,11111101,0100666666..X66 X0.6604..6......6X4MItlit76.6444=666XEFX111100011163fIfiT11$0417/731104S11.111
M110000111 44444 ilf10111000366.66.r.X66
66666666X60.6.6666,61611106666.7,:,,,,.IVIDILIU6...1IIIII11,00T.X5Y016110YYSI4
1103100111$01111011TtRitOOCIIXE..6XXX6X 6666666XX..6XXXX64411111001===,,6FEF.XFT.700011F1FE766ii$44701I/^6XXYLiW17611111
0001110Q1.ErS014$11r1SI6ES000$10666XX66666 6,0444XX...XXX04400%$004-----6EX.XXX311.011iItIOXX66664143111111X.XINTYYSS11111
0400100117111I111100011IiliffITXF6666660 444114,,=XIST400110010636X.2E23..7FE.111 44444 30t...,401$11-1111SIST=v1V11 1( 11
4140141-1X0Iftfttilf(101111VIStf.6X666004110 444441111111f11100014.FF.Fi6XX.XS.X.61fItiti$M466646$%011/444440iti711110111
ISSIINiXEr.iillififil11140111110.F .IX104041 011111111111100000004F.76.E.666.66XF610111111$1110=6=.4040440013114$1$31Y1W61
111111IFF1111000111(1100110t1Y1006XP-1444= IlYfirt111111100001SXXX^FX..666666ittliST111004.66,1$$4%41%4T44401filLYYLfill
II07(IFFXF11(11110(00000000CYY1101111-06..IF fifil141111$111115,61XXXXXX.F..F..F00111SfiltSIVIS0.661661112004II/$11q117113111
ISSII1TX1XFX1f1T0060100007Y1P111117.0.,4 =10 0i001Titi111111431/71XXXXXXXXXFF1111fffif/607114=66.4tlft41411i7ItitI117117ft
1117000011XXEST000000000000410000011464v61100 00011,11111fiflEfii$XXXXXXXXXXIIIIIIIITItifiSSS41X.61/SS141440014STTTSX4ILIY1
O1S101XXXXXXX.x6...0000666X.64 ..44iLLUIPI 00UStIfifft10111111XXX.6XXXIfItiEfilitliSIES4EIIX.6X$4313/1011101tI436SIZES1
11011ISTFX7
666666.F.6==4,067774111 PE' rItiiii1111i111XXXX6XXXXVTXXtliffiTIVIIIMEXXXX$116SVIIIII*0171$6iSfAilOil
1101.011TXX7.661,666666661C440,*14.-11'.06166 FF1111111filiStiTXXXXXXXFF111111411filifft11116666,4044S111111111111.1I7017
i10i5l1i517XXX66666666604400441101C0IXFEXS7. F110114111(111$11iXXXXXXFXXISTITIfili14111111-.X666X06001111111iIIII40101ITI
i00600111016..666666666,000111040476.X_
11711t1114111111XXXXXXXXX1311111$E11111-111411XXXFFIIII11111111I71710444311
P66661644666666666.6666.'410411044
,IrriffrIfft1Sitx7XxV,-GxxxIStrtritItillYystrtTC.FE..gr14110frIfTriF^T1441,11
.^... 1011111011411trittxx.rxx..XxilfftirrtirOWrattYS
ifr.6trirt00flttilttlfx$M$1
77EFFFIxxxxxxx..26663E1r1IVYY14111Xxxxx.-7=..,
----11.4.1F.6E666,,666v.r.7,4y1r01414.7XxXX66c6661711W111%,110t.xxxoolwrrnitiltrurloWorrorYrti6nfifinwrWcitrvIrtttrrityryo
24636xi11211xxxxxx______ 111(111IF3XXXXXX1 11 Itirft00111Yrwwav00111110,01Urrmay10q3444mrlfiyyvyy00,410 y0111011111(11/11
PXXXXXIIIITXXXXXXIXXX:
11001YOYX0$11110Y000000017i1C00110%34114440Y17711F0t1100XITIIISSift6411=S7
P XX,flrf1t171XXX*XXX6X7772....:=-1rrY.5Ex.:7K3
IfltiOIXXX.XXXXFX..1/11011101,4$401400110100411771701FIS011444444411y04i101141111111111111$440=.1
11110T0466 =o4WWW004104ITYirlY90$0h6==5=045444
IFyILIIIIIiIiIITT7111$11XX7
0006664401111XXXXXXXXPO-P7.E.11111100,1F10000001 :66666060.,,v..0,,,,..4441700111401'
Pf
6..67660$10DIF1111111(11111111.66C
1666v.*. 44444 666XX68X604104000040
-6W-14110010$630f1I13tIfiti1t6X660
I
A or
...-
I 1 uo.4444o11Uo11 ownicol 04)0.1 .1.11 II Win III It X -- -1
1297
0111111V0410001117XXXPP-P7.777100.1706.61
129e 2
i,..77.61.640-=,66,,111-7111111044177117(71100770111341111111111111111177E11
____.10111111(1111007/1..X..0
1-II-Ile fly)(6664410.1OPPOI 1 IFOTTP-P(1/(110111017CUOI ID( 5611117001
1291
tITT11 11 ET 11771" (
_.....-__.03111111111114066X-7....0000-006-1-0P-171110 07X7610101 11177-1.PIONT111--P77To8ol1O07770tr0y0 poo 11714(611WIT(77:-:(
1300 e .7E776666111 t 1(1 111-116577.7..E(..66666667,4710601000
77 X0X10011001--P710011(7--PP00000111.170711.1YOMO 1111111 TT TT IT( F711.1.1
1341
666666666IIITTITI1177f 6666666666
04401.-.1.777 OPPPOOTOSS11X0--PIT11171)---0001171(
PIO
1302
11XI5WIIIIIIITIITIKXXI
66667,666.7111111f 7111166.'6.666666_ _
_00111,1700 WPPP1091$11717---711111(77P- P 1111111761131 U1100 (11111111071fTIX7XXU
1103
6666667,7771.117(111117..... _
---- ..,,113117P7077 1P-01_77 III777-P00/11117.77111171111)016_7777(nowou(1/7.706.(E077.74
1304
01000106,-7.111111(
______It..xxxypOpp000lort 0:A7- 0e171 iLoorP00914._ Q 046111(05000000000176 111
1305
_,_T XXII
OPPP.OP677,1117717.7....F....6.XPX7PPPOLP5-1.10 XXI0111 -Pro
1306
111101,670017.XXUX60.117(13071F777.0UX.1______XXX1111111
P=1=60111111777.7.01...70Q..6P011
P1119,77X100111.0 P-771-1-10000111661766....6666..11.11Y41_ _
1307
oxopol1pp7o66.,ppopP PPPPPPP111000PPxP77.7.7(4(001096
1300
poo6=,0ppotttot666.x.bE...6666.6,,F.TLIITITF7..7.F7F..767,F11111TUTI
p_er_iwoonornappIPPXPPLIPPPOoll 5166X5 =111111900090 676.....0717001
-7E7F6.77.7..XX666..773111( _ _ ,^
1109
1EP1777OPPLOPP07PXPPPOOPP 0 1111...6,2X.7:71
It I 1 (1 1 ( 10 067.66..6676111 16777.666.6X
6..0741
1310
777P7PP01171770OPPOO XX6
6roXX
6-1MM41(144400 666..--7666.7--..7766.666XX6=61111101Y111
1311
..1,16(TITTITI
--- ^666(71111111111011
==77P07PPP77POU1I XFF..
1312
1111111M
UU ==66==6==r666..6,,vo
__.6666665 .000111111111000
66.
.11101111$111_.___
1311
ITITI-1111
TXe.....FE27=.v.X7.576,6,
.666.66667,6011111101110000,66667,r.h66.67..6X6..m.,,F..E1IITTSTITITT516X_
_ 6..7111I1f1t1
1314
Y$1...67(106.=6E77765.=6.7.=..6...r766666C(1110C11110001 6660010^^....6...7...77....711(110$11TITIT__
1315
IIII1111111.3100007776.,50477.,,,,,X.7.=x=6667760141110001TOIVI 10047000QQ
....71111(411101 X.6X71000777:11611SITI
2316
1317
1114
1119
1120
1321
1322
0323
1324
1125
1126
1327
1320
1129
1130
1331
1332
1111
1334
1125
1316
1337
1334
1539
1349
1341
1342
1341
1344
1345
1346
1347
1340
1149
1550
1351
1352
1153
1144
1555
1556
1357
1350
1559
1160
136)
11710161)11110000ITTY111441.777.o666666..6v1000000VIIIVITO
IIIIIIITY11...7.10030..6.665711111(11TEX66X711700000(0TVIVVI/S1
HOWN1111711I11I1L*111111106.,7770444000640000144401Y52000U 00111010141166600001110666..7XX 1 (WTI (117.77X117(111 =.100001,151.1
1004.*90100001115111I101111110.0000000000(10440001(00100111
.10011111101111114400.6.77771011TIIIIITFF.7itTI6=== 1100011171
955666170119655111171100711/1114111011111110010WOW001000111006 011440411411W/04004404.7007E0X 11111111111...11144==ISSSIXTV411
110001III1151116115) 101111W111111110701040O1101104$1111111000 .64000010/TION4WWW4S10111 P00700000141111116eXI1TIFT
TISSITITI
6666666600166y.1811611101111111111101113000401000111100007 771000044666P(1111164.650117770711$90$1111(6XXVXItTITTItt171111
6666666666666
011111/1119111111l1111111000004011/000,1
711100666601,111711.6011P=3PPP00111t$VTIV(77e6VViTiT11011141(1
11106666666666...vv011111111101111103111111100C0001000TY00 1100166P11.1077"P00111)7=071..--041,,A.(177(XXXONTIMI1111114
111111,,,,6666666667666101100111/1/11/1/)1/110////1/407000000
//14714/2207STIRI-P0(00011P----7-4--441#5.0rWOOTTI1(1111111
1111114x666vvv.66666666.,66611111111111111111111$006000111,, 1,0011177.016FI1PP7700001110PPPPU P0-7511----7.7.14,74711U1111 1111116666+.66666666665...,667666x66011111100111111(010901v66617
111.766666666,, 6666666666666666666666011110(16166037101114444611 1111011011tPU00/77001000111F77,7001900061.*Z-FEFFMUOU 0177
0,,-0066
(1011-1(131117011777774133 571770110901 ITV LIVEPPVEtr -PP,7PF111.00:
6664(4466666666446066666011110v6600011110465000011111(11111(filL7(6771111117771777:7111YYYTU1UUMW-ft--PP-
0.V.6666,,,,7777701100Q666666016666.1r6F601111466604404111(1141.11 131111111.17114.071/7771117,.
VV111776.e7,,ory610606664QOU46641066-066111146666.v60(0111(4Acr yl(t111,11CLI..1y. I1 III00____0.(cautyyTITI0004((ipp
_.,4131ltYYY14000077P076-7.1111117.6...7.164e1001.7101006107P.0-1/11140666..6F7111.1111111111111.171.1.11X%15066 -.166666^.66666660051Y1YYY II(01.1110(P
000010667/66666600000104101700.11400-)-166.666=6.777(11.14(X1111
111111111.11111"101006.61.06.107,006U.0667.013YOYITTITIOIT007
44400466.677.7671171006671401140400UMQ666666.70466.77771111100111 1111151141.1.1_11, 1.1.100.00000006U666660113x004110171(0noe
pog$41..7F2=01(1EFII(wEirytm((14(7.7Fr600riFF:7.1101109040666 1IT11"111111.111.1XT.UUM1000.6000UUU11V19YYT111111YY0TIY
110$111,177..66611(1114I.1410317111(011F7..7.01F.1111.771100Q0000066 .666.Y1511,1171X.7.11F7700711.UM,77:70011(11111141TXTTYTY1
TISTIAITS.^6660000160111144111111114006666671011111.6000904006116 6666777715.21111I17.17777.700F.OUFUU77(11111TTYTYVYLIZX
051141166666040.76TITITTS4410441017116.667661001600460001100111466 666..6..0111211111*.XYUFWOUX711UXX.11041300001041000114
42002110617166711011TITIT440T$T4VST1100777.1TIE.I104000011111111606 66666.7.711.1711"1111171."1701100707.7.710/14100000100NOIIN
010011006666060300111MIT0014,111$00000.7...(1114100040110144440006
666666.51100011e.7..1LL11"1.111716-000006411.,500017400W1W
00EIST66660017661111413/1404171100/1417166.1111(111X00444404W4400466 6666666601100011.1511_11115511118e-000 051=6660 00111N
51111$6666066At$41406410014101$11TTOSSE5x111111TITIOTI(10111006666 666666660000011(111LIALLTeXX551 7.P
OOPOP006601100VY
0441446666111115166101$3000413144441111SeoY1111.11111110000111(.77.66 6666666671114(111111111,11Tel"5°XY010011P-730107-10Q071
4o$30,6666$0.6644,444164smot070.4444144.X111111111110011700006..7X6 6666.666010010001.111TITTITTT7610ooOTTO-0107007r7.21
0006666661,60814441. (01T0060000001.1071TTX41
111T 10100000.717.. 6666666601 IQQ(1_0(01701710(11073T( I 17.7. 11117.114--PPLX1.3
0006..66666110066/1110060000000971000117XXIFTT771171117111(4110.11.7(
7U1.10...661110001114X0.6010Y71(111111115Z521617xeXPIIX
1666666.6661013$41016t4TETTO0001101QOTTIXITTITI-111111114111111(71111F (771170.111100001) 11100SOOTTLLYOYYYI7.111000:51107/100
..7.6666666710112 TI01TW000,0000011
TIA I I ITI 11 11 IT 1
(If 1111
tt(TOU..(TA0006011 I II 1141014301000701I1 11115XXOSX31.7777
6.667,66666000$1010tUTOr000009111111116X6(t1111111011141111111.7.11111 1
11111711.660011111-11111/7/1011oTIX.K0217F 777
6066666666610116141911$1044481$71101$11X.1111111011111111001.66071911 111.600.1711,756666641111111111Y91415.17017 5572E10
66666666666000104111111111811I2IT4.111100.1001014111711000000..411199/ 111.411101111.7.7.66566661111111140X77.7.71IX__
66666666666441000110121712111111111XF.7111(111111111111111(1.7111711 11(1441111(117777.777.6666661114101772
X__
.16666666660400000001111111I1111XX7XXII(17I711101T1111(1If11
115711111111(7.7447.7777.7777...11010X01_
.6666^..6eet0014000IfIIIIITITTIXXXXATI10011111111111111111111.111111 1111VV00.X41,177,0007070FUT5VV4X0I1
^
X
7666.06.676666010000100051711XXXXXX111111116,1111111111777.1111((11 111111(foXVOVU7VI.U070.110XXOXIIIII_
--791611-P646666COES102XXI7ItiXXXXVXTItlItTrITTIIIIIIIIT...^1111111111 1*111-1151E7ITIee77/700/X017111(41117X..66.1.1 X XU
P---24----P66X660100154XITI4XXXxX11-111111111111111111777'.1111111111 111141011111111XXXX1X1VVOVT101111TX4T
10 0331
-0---PPP----P666641X571XX.77,,xxxxxIt111111111I1111111.77,77.7111112114 -------- 111771(1(17.7XX011400000XKK/KX0X0ITXX/K0
----P6PPP---Pe066111111XXXXX7X7111111TTITIIIIIIIIIX77F.7.1111TITIIII (T(I111711111111177011111111111111XPOT337/K072
oP--PPI.-PP--PP-P6X2IIIITXXXXXX111ITIITYTIIIIIT272
1111111111 11111XXITTITT.141111111111(41111(101.1777077227
1400-PP-P----2-PPXXXIIILES7FXX117111111110714.777.7-1'.FF7711111111111 111(71111111111111T174114111111(1L(11(4700771
00-540511----PI-PPXOrlet0..X1111111TTIrlITIF7F....FF...11111T111111 TrIFITTISTITO*041100TITTItT141101001010 U117
.
11)
-4
CO
AA111111011111)/11111
10111111 iiiiiiii 11110
11)00
Cq
111011110 A111111111
1001110011)111)1111110
GN
300011 111
ii )11/11)1111
fEdddX4 XXXXx..111111$991////d."101--dX"OSOU===h6611MMOMMh
* ddxd-2.22.2/%9,111111141/////3--,11014d6S.00S010:=.110110111MM0
ddd2.40146x4911E111119. L//4/0-.04.04
11/4111..11F.2-24.101..////d=--d//dd
00111-.x.M001141101
,121
5211
fli1j/J21/-70,69922.111V4iE/1110J../11/dd100'0100111.001.0.11%N,
111111111111Esi10011//d---443.10.9129. 10131109..,0//611--E14=//dtis 1100110--11 ....(1411X1 11
31411A1*11111111111)10,.
.-
110d-3341.14595.110XXX4411-2'.000=d-111104110--00xx011041A0
111101111111111111XXX:
AE:,014-3.11..2111111XXWiX,^=642"0/104--d,M10001-140..014ANMAA
1041111111.111111110X
XXX0XX
d--d2.4.111110110tXXX9.-.11-12.10114Jd
44d010),..0m6001/(J3JNAL
5011100111111111111 i-E X X0 1(11
0011111111.110-13ddi40--X-/11/ MdE,,,-000001-M011111)101
11011110110111d-4-1 )%2ddA/E=000MM11100==,.'?4,11d0011000A
1111
30001111100111111)110iEii1 1111
10 /0X11111111611000Jd049-/l/P190-j4m,=M----001440010AAAA
O$ 1111111111111/11.1111 1111111X
dd1121111).11111i0ddda---/odl"AMMdbit0111-------A0/111/400
110$00111111111111111111111 1111111,144111A01111IlliSEld--ddl/d/OWdd-Mdt010.-xx,..--0,005,110.111.41
00XX 001111111411110011111 11111)11) 00111111.11/111.E/W-14644=
d//%-d3
-000000111111114A
314 0001111111111111i10111 110)01110
0000111110111ii,A11-600,1141,%/dd.W4=10,11,041300101ALL1
119000011111111111)01111411 )1011100001100001111111i.1-d/-W11-41 4..1-3 91911110--13334911/01x
0000411)1111111111111111 11111(101111000dAAA11111:i..d-l-x-4d-d1..-00111,-0111114-ddd--0010/01
111
00100)11X1111111,11110.111X 0
XXXXX0001410011111111111141 11 111111111111i10011111.94--0--12-/L/ m-/10101111114. xd
X00000004000111111111111111 110011X1111101101100111E.9
00111.
2-//1.-0-3d0.41011.11=Mhdd4-3-300.01
0000111001000111111)11111111 11111101E111x11141/01111E.i../--.---///...4/34)14001SAMOOddd134ddJ/EAr
0000111000001 111001111111U Ii01100E4100111O01/1101100d--...1d4/--d
001/4111111100dd4d-3340A1
11 1000001)0000
111114»1))A01)00011111000111E.E/d-xxx-11d-210,01010111101000d0d-3-/IX
0001110)1)111110111111111 11111110010100(1101010001,1.0-41-66.4,41/4/ 900X=111101.90.9490d---t,
4.00011)011111110111111111111 1111111111111/11101110X..90-/WSS64/2/W=.009,0110019..9..9=611---4
000 10000111)111111111111011111 111111111101111111141E.E.v.Odd1066611/
IX.6109XS011100999.499999 4-2
000000111111)111111110XX111E 111)111111111111111111i.9994-94-6./d-d/d34,90ESMANKM1999999990.=H
00000011001111111001/111 0110E1 111111111)11111110011E10..td--3.../434d340
8911000$49.995990011 IA
111,11110111)1111111111)00X011 1 1111)111111101111111111/00/1,00006.-dadddd-:d9,=1AN1110999490i01104
9111?:111
1111
2111
011::
=
.40*.::
:110 :
E0.11
20.)1
0000111111111111111i110111110
61:::110 00111111 1111111111%1111111) 11111111111011111104160./b0d000"6.2=00//3611=40XXHAIIMO=.991SX1A40
111111111111111011110000J--4=400-.S100./141d 004.S1)11100x.ilAXSIOd
1111111111111111111111111111111 11111111111)0011)1111011014,-/-ddxx-E10.11401-4d111ilzMUMOA9901S111111
01111111111100)1111EiX11111111111 111111111010111111411/111E/o/414.x.-/L4dddd-4/11i..A1Mx====i0SISSE
01100011111110101111111111111111/11011111110D)))1111110111Ei201"0-66-41dd40-Lid0A==11.49=1110001
00
1X1X1.14111 01111191%1111111110
0001111111111111100111001iid--11----w.-//1/00/d-d4N1411011011/11S19.0
)44EXXXE311111 111/99954111111100100i1111i11111111111011I4.9-,--d----..1/41
M-J011h1(114111.1111..
111== .411 1NSX00EX19XXXISiSS.100110
11111.11011111)101110.9996----.---6-4141Mxtdd/EAMMM0110)014i9999
////00AXX111XXXXX1..x91111111111E- 00011001001111101110151A0...vX----114-...//d0
90/4/04001/1119..99.EX111111111)1EE .0 0111 1110110001101110.94.1.--00-11-xx//id. 014d/M0111111101SAS..E
dd30A01111(111$1111X1
00/3dda00001)1XXXX9.F.E1141S$11))1E. E111111)01111110110111199Xtdd4V---..1//d=0 d/0.1...1100011/11119
013,4,--1//001.--------)111111)1111
10011)111110101100101110.i94 04-4f---.6.-14.0101119.-===.01110$31419
1010Xdd----09990XEiE.i11/1S$1111111 411101111$0601410AD000110,19.00==-0*--.-..-//d9 d0000.,...t01A0014s(i
100)X.d
dl! 9.71:.9..1)1111$111111
1010000110010b0SUI00001410.904.0-0--.-6.d/4d11d/4==)=0101111SSES
1/S.1)EEXEEL1----1-/J/
1111/111111)01 Ii11)01111/000)1100101111199vw 44
O6-4-14011/0==0AM1(110i11111
00011199...X.11-d3//dEdd/0111)11111/E 111110001110010010000011111.9XXXXd--1)66
00.,
.9440111..1911SS
10-myy,..299.i.XX00/4Eddo0/0/1111111.."110110000111110000000.011111,9 1100 -6W4
-b0.=OSSA1100.41110$0
A/1111..E9999919.Ei1Xd/d//00 111)11i01 011111111111)10000009ED01104X.i/01-dd-6.
.".
00==10 111111=401
SASIA0.994E.9949------11///0101111111 1111101000000016010399091/1100=1"--..---- 99010111SA.011111SO
4:SAIASS199911.999...iXv.EE0000011191111
1111i11116010111011999911(1011Aii==$.10-x-6.-d-1/9.=SIS000S)=SS114111
1110401).
.9..=..,.-----0101).i.)J1
111111111111)1011110t00410099.'00X 4--...---1/GOddlOXd0=1==i11111
_
111111/1"----..E.9.9.--,00ai5111 1)1111/411111011111E1)11.110010099.X.Eild-d-.,-Dd331ido9XXX i=11414(
21111111E-E1.9999ir-.9..-..-----111 111111110301)111111111100114..------.d-d-xx-dli100300'1 11 C=1.11111
0...,011011) 1)111))1111111i.Eit01.0S0b0311-------3-xx-110 00'40.9 (37: ..14`111(
/6E1
!!!!
16E1
26E1
16E1
iiiii
1913
=1
'4914
£914
111
1.)
11E1
0111
11k1
Olit
.11111199EiiiE..E9
1"i AA-1109'1`1.59499999999.9::..))..14111 100 101 1 1 11
1101100'39,.ii.ii.,010C)0110011A0- - ---- --13-3-6--//1311913SEX1
.011EX111
11X211111100999999999.99.1.E11.40.X. 11 0001 0111111(
0111.^2111.00001111114..X.X00--0--41/-d)====9100111.q14^
2X1111AA11019999.9.j.i,ii1111EEEA11 4/1100 )111)19)110/.9.....9100000A111AASX.1/--d
14(99.091101,41,9
riAhlil0A11199=99i,,4,.i.Hliww.ElliF.X11110101
O011111111.1119Xi, E99..-..:71..i. 1 1 1 Ail 11X110100
1111)10100b.94...9..49.44)0).,00011).11xXE-2.
ddddd
4
1 1X 19 1 1001 E..9999499..299.06,11 111 I .XX:-: .dddda
.i)1.)19EX=49
00001111114111/4.iiiElEi:i1111111111i1110E1 0 4011099,==.------.,..XX9111111..iXxx dd3dd--d
40114.1.121111111.031iF,11111111111111111011111 10,11111100-----.---'...ii..:10001101EX99..Xdddd
.4-d ...4.E.1h10
J 1112217.110011011i11111,A11111111111101111
dddddA.4111011A/1111111111111111111100111 1000S141$9..91.EEXX41.49..11111111119..019XXX44X1-.-0--du-0d
d--ddr0.111111001111111111111111111111/111111 11111111E.E.9.1EE.X2.2....1111111/1001iEXXXX1XX,1dx----dd--d141E0S0111
111111------XXxXXXXXXEX..11111111111EXXX11004d0X--x---0d44---d/0000
dd3---.22000101111111111111111111111111i1)11 1111111210Eii.XXXXi:EXXX.111111111.111XX11101d--ddd
7:1.4700)
A0013-011000(111111111111) llllllll 11111E11)
111111A1011EEE..X.XXiXX.=1111101111111111111XAdddd--.
III all 1(1 -111111l1111411114141116 1 llllllllllll
Odd--100
IIIIMIll(11%-.r...=.'..,: r-II1 1 4111
1 4111,1vw. t 1- 1.--
ff111
111/i
-dt1-1=r1
.4tl'iii
/941
9911
Z
V 19E1
1,co
1429 A
1410 2
1451 g
1452
1433
1434
1455
1456
1437
1458
1459
1440
1441
1442
1441
1444
1445
1446
1447
1440
1449
1450
1451
1452
1451
1454
1455
1456
1457
145e
1459
1460
1461
1462
1461
1464
1465
11,66
1467
146e
1469
1470
5411
1472
1461
1474
1415
1476
1477
147e
1471
1480
1481
1402
1481
1484
1485
1486
1487
1488
1489
1490
1491
1492
1491
,014101111WW)===.0.1111T[U-68101114 iv 7 -Y I ItIll lit (41t11
4'111
tilt, 4444444 11i1511
t5wws5rfww5;6=.4HPrc/590,05,7/rirv,7151115-x5rmAufar/7 177_ 111111111(1111111111
1$111.1MWS1111,1510-P509=10177.777f711.51111%FR7.01yrrEcuue77(177
1111111111111117111
11-11(01(1(110171107
1111,11111111111115
111TYYT1S11VN1111
P00,=611411100,,11890-0---7777,EX/0101F10-0p7inliuE%8,pit
1711 11111010000(17
nimn5c00wwItho.=,.ntownotrrrr/rivnwww4Rxxxxy5Fr51.51mr/J5, 1 1110E101119NUIT1I
UU0801,010101-.t=4588(1180010777E7fIE,,6.011122101770yY 11722%7 $11 110E1111I1INN0111
14010004..p-Gw08031(88,80,1=7777777.611111F5F2NYUy VF222%7
%V 116X 1111111111111
Y(^ 111111t6TYY1
=111.896C9.188,,,IH111000=011777-71..617,5.221T2OVY4.1P 7.peloiv
xwNsuww73,14,,n,ss.(epopor7eor7Pp-55111211F..VNF.y.
P7..P+51y1P 211.U111(1111111
v.v77.00011000...,08--VPF7PP7r-EE"EXI$1111IFFIVYVvv.128141 15*PP1 1111111%NitT11
4111121111060...(10-8,16FEUEET77,71111011615000N14111*P77P1* 1 111101111111111
11.2141110110124,..(5508.58 EarE176.-7r119IGF03YIN9V5P1P.0144 1E1 ttcym1111yym
xtutom/t/zuovuNvx6o..5cF7:15-Eru,nme-w=itiry eVIIIMP813.P.
4117 LYLY 11111111(
911141222111140F0.0 =et,/f---777P11881041101R113Ux110PP0PP
1111 YY111111111111
,11WIZITYYWHW...,N101XUOP--FEFFP5511-V117056IX *1PP spP
$67
1111111111111
1.1111121110/005.0114VVUUUFEEt7f67uP=04WWW111XU P15.1 PP7L1L11 U11110111111
1211111ILLYWOOS.1)145311000E6E7PPP U60011.0400=55w.3P7777 7770111 711(112711111
111811111114000.001111110UUEE-=111P.OW1010(35 77r7777p7-11 11111Y(11301151
11111111010000,091111111010171-8551-001111141-143.77PP777774-71F11 111101111111
111111TWQ=.0011111YYYWIMUU77171.14800110W1101MPWW **P77PPP7.7M1 111111111111
Insit55owtyvvInvouttuumucE--,.,=o5-www,p-ppre 77PPPP%/III EtY YTYYYYLCLYY
111111111100011111Y100U11063111"85014144H461 P-C7PPPPP1
1111Y1111CY
1114X.L*01 44444 tNotrituummuur,./..vww444u---pr7r7renJ. Y 11111 11111111711
p01;III141111100001154-p7.7,77776771101141%22110f0MTFUZF77P7
P 1111111111100000,75814P7 171-ro77 770vo0n555Rv005ur7. zzip17515
uu1/871111ww000..,F500.7.==1197U777 00114F1 22i,VVFX01121'PP8,5
47
OFYY111111t017101111UIMMUU5105101001114166YEEffEPPP- 111111(
N%ylI01111111v1000011UUUUUUXXISS,1=41414NNFYYWE*4P%7 P2."14.1111 Y41=711
PZ-44,..*X 77117 U111,1111
1111111.10010000010UUUUU06151,,.1.41,4144222YL7P
ts505555oLowounry5clyt5055.s.,5to400w55555zww/..45-pe5J.a 11111 111PY1111
DttlY0111I100111Y11111771*,.V,014111117.21FF2714,2.1A2*-^ YOYYl 227.$111Y1
I1171211010 6E05555(557/5/rNvraw...5Pwwxximwsw5:5-Pr55I1
itsr7Ari
Fo4644156461 5m175/5.554Frinw5rwoow3 ww.*144xx.7.y..*-P7P5555 11111111
III1700141666.111771111*NVV*1040$17.S.S.01"GG'25....2.171211111 1117116
$7,11F,0666000 111Y117111110Y1-PPV.,599.111t2 %%PZ211.11P11I4 17'1111
F1RE11V1t U 1181
111Y110,100s 7.7WWWW05222112.J1000%111 4111111
111307.006000U 00
11.vnv..,74V1V11004FIIX2166.YY0CII 1111111
"t5ntowoui7=o5 ONNYY4=111147.PP2.9950G.VVWC424.."1".°1YYYSt11 $11111
171111PPcP. 3,.111.0%4=7,7P155,19900211090211.I1111Y7111Iltt 111111
1111108,..0,...,,A3333uVwq.$7,..1711091111P11...111011011.1111$
55111
1111F000000.0.11.1111/13011535.-901W10111011199.11000002E1L51011 1.
111170t00,,,,1===,- 041017f9G00041194011161111111111101E1Y11I11
014000000,000,10714,o.0PP.149400W555,011*.IIII01111111177111111" 111
40110000====00,0=0*41P2.190099999140099111170111001000111411 ''' YGG
7FW=C000000000WPW0011999995191200900015,191111000111l
11
00000000000,04P0=0099999119919100000.00S40WIII11..**1111221 101
0100000008=0000990111199511111000011/4v11001111 '
111121100 11)
008008'Y (p,o0999oo99959110ol0000lo0111110,(11%WitillA11101,,C 00
7. .211071Y1p-911139191111095901001111010Y4.111101111111100114114 11
XYy1y1PpyyP--99999194119G G1110001110010011.10011111111111001 11
YPPYY1110001099991 911999.10000111000070001_101v4v66-1,,v1
1
YY
7,10104W=999991911199910000111111(1077000006
YYPyr1110-1414910011991991.919110111001001111111111114:7094:09
GI.
P111701999999001119119111111110000)1166
11111G9,,00111111
171029999501999991111191111100000060111111111111111169.
01%999994119991111199111110000100
11111141140011111G6G9
.911199111111194911111111040
11111161111111111G6G69
11.'11161061111111-66G-11G
919999100991111111111190114v.vw4111111441111001116GG911GG6
91411999911111991111110111'.6660010410111110$6166661FIGG/1
91199990011999911111111466666141004.90410101666-9061111C
1$91009999)1)1,1))66666..66444011041111110,...IGGG619.6..1
991911059991111111111666.669004401-444V4111055601166:::::
99191111111v..6106666.401111.1001G..11111
9111111111111160666..6vt6661111111P111"GGIP11"..1 .0L1
1495 A
1406
149/
1498
1499
1500
1501.
1502
15'01
1504
1505
1506
1507
1508
1509
1518
1511
1512
1513
1504
1515
1516
151/
1518
1519
1520
1521
1522
1521
1524
1525
1526
152/
1528
1529
1530
1531
1532
1533
1534
1535
1536
153/
1534
1539
1540
1541
1542
154 3
1544
1545
1546
154/
1540
1549
1550
1551
1552
1553
1554
1555
1556
1551
1558
1559
2
OI
,` ,11,10,1.1 V 111_1.1111. 11,1.1,1 !Li,
-I_ I 1/11111111.
11111111111008fiv,,o0001111111,11t1f,8111L1.11.111111(11
111/111111000006.v811911100111111161111.1111.11.1.117.1
11111/1/1111041444166111001011001181111I8LIMIAlt(11111(
11111111100030(10.40110.11111111111.11'1ALL1111.111 JJJJJ 11(
811111104040004111111110111I1181..111111.1L111(1(11110
1)))130-040040100on11)4nalLyttLLItUttAllt10(.(1((0
111000.04041(10$1100UnDt8.1111.1111.11111111111._611111
10',00.013(110011106131.11.81.EL.811,1114.illf(111171(411
00,(w.hittonotolDILLIAIAL(Attlt.L1)71(414(ESitai
00,,,,t0Fl0011ll11 110(Wqt.tftltH11 L11171(741.10
vOR,41,80011111011111.111111. 111181777 174.001 f
00050(oc1I6IIIALLIA.Lttctt.tttit1.t(Ilus00xpopnen
001.7..7111114.11.1.1lttAAlt1111.11.81/1(1110C O0E10713
oD.,7111L9111_111111.1111_111.11111111ffiff0001D/U7183IAL11101.111LLIA."(1.1111LIAtt1111(1111/011 7100286.11.11_1(11.
111A08111_10181TTlitftlftf1111.1
00(111
U/S3111Tifff1(0011(
16111,708.11_1111.8.81DUODIXYE.11/Tff$FTMOD0001
11E11_17711.1 /1/101.016XXXXVV$100313379001)18
mte..11,211010(0,111tXxItvi/EStSISISIILIEx
"1.1ll".liAttl1wicil1oi6gx$vtstimilywa15
1111* L-71_117(1°USIVVII6XXX1S$13/tItflYVYYY1
1.1.°81(11.77721,11104111118668SETES11T01(.7111TPY
ILLIALWAii77140WMAIM/eVSTITIIIIMILLS1
11.1.11.14/7/771400011SP7.FrNVV3011110011EfILL
tt.Cttfr1r77.,014400yFVFFvvVy5 IfiVI1 I1011.1
llIa7Pir77
f4s009000ygirs..i71mt71til10t
1.11(17777
,S6066601701$01StifYrIlFtYooy
1°117/778 0 r=4XXX660111010SESS/11141TYYYV
1474(11,-. ci 01113183801111/141,1111/11111
7/711 PP0P
771'f3pyrri
00001x$4,xf3000M8011111(9t
Of1U$1181181113001411.191141131
p-psov w0000010E0SYWEvrty01,14.7Y(vvy
VIM Pf000000000/T16$11yrYOROYMTYYll
/1.PILXFt0m0000100001xteirEM YYYYYPII
V/A) 1,140YV10)0011$)(7, Sr*Vt#411111111
2PPP.PO4f3f10(1101131313411Y/IFIX2VAII82
211400410141388111038&823433 5
,WEIN0qQ(466601WOH111040222121111111
01.88300888A01111-44.5281.300Q0008.86
481138188680760014104,F101110411188F71
$208,4888row666111018000IP111111118
C6018X8866841141f8.(1(133111011.111-68P-1
600.6100(668.11'1W44/3XEL1011".000603131110M44ro6X8PPIIIIII"1-PWQ6^8110004..XX,X1111--11.1"11001
vt000111090661,11Fill--*.01ELV706
Y1IIZ.Z11113101110057211-0(11011666
012211101$311-011211006601111101
01100Y1101411111l0=66)0111111111
110061101110)1111110111111100,F
lon6n1111101.11)1w111111000y001
OflOfftill1064t111111106011401314
(11/1111111111111000040104/33/
3011111114111111M144004431133
111111111111111111100011111.1
100000001001111111110000Y/73
.00000000441144010003 1 711.113
).006p41111111011100,7111110
44441101114008A1440111101110
040000100414100000090000000
11014410000040001110141
13011153e00000
.
.
......
1035
1036
103?
A
3
1031 a
1039
1040
fol.!
1042
1041
1044
1045
1046
1047
1044
1049
1050
1051
1052
1053
1054
1055
1056
1057
1050
1059
1060
1061
1062
1063
1064
1065
1066
1067
1066
1069
1074
1071
1012
1073
1074
1075
1076
1077
10/6
1079
1080
1061
1062
106)
1064
1065
1086
1067
1064
1069
109n
1091
1092
1093
1094
1095
1091
1097
1(
11100111)
.((1101(1011(10
!Ittlumieritto(moc
TITT13101111911(11101010001
tuu111141ITX0114111411170071100111
111111-S1,111111111IIII9T1(111191111011001
401111111(111111111111TOU11(111111110011102
U
NH-3t4
140012-04111V4
4
111t1f61109T7we-poE-p.
uu
to 14141-11111(01-117111tu0111111111171011(4101(19p1(100/
(30 X1x)(11x11111111111111111111111111011,11110111 lllll
UU4 (eUUT10x11111141114=E7111TT111,1111111111191177411414110441
(0
(30610 xx11117117141111111111titItUilft111111_4444111111-110
tfutm ttuuttouttxttutttitTtittirttrytyttltttilltlIttitttttotormt
00 0011000110 11011111111111IMUtt11411711111111-111(111101141
wittttttottiountoom=mt-crpprit,t tl
otmo tfuuttumufwiltItittyKuLuttrIttuttitPittmtmtmottt
1114140(11110n0111114000300ITSAU-"H04004
u
00411711111IT01111OniTille1000000101NUVV=03661,40, UU UUVIRI fottx1suulitXUU(111441411fr1110111111111(1111111111(1000000
730 0090JI/X771174-717111117(141(171171411140(11741((100(9107
000111T(1111iit1T1104111-111011,1NN8043,1115N4R64.4444
IOU 030 xtlxx*Ilixxtttlimrxxotitttwitttlytutriotttuettonot
ootItmotoototummitinotttltutinorbNP(1.1Pttwit Pt
6 0
10011OUT (1111111 (11 1111141111110917411 I I 00-44
1611_X4-434401(x411101110x1-130141101111111111110101110(11001711
E7114=443741111111101L-41113)-1168110083113001130001133010( ,11(131111 I T13111
1110000010111100111(1111111111(11N111P0(0,27/14,433.
it) (11(0110111
44*---00000000118Ux11XxX7II60X111ux1 lllll t14111(11171111,0001111410111
(11001170910-1(1101111411041(1111111400(1_7713..--Xxu 00 110001.1110xXXIIMITIUUU0110F,111111111trtiTift11111019000111
111111177V00000011014711(1111100011(1142/10434 717U
ttimitutmotmuutniiwttItittnotwAlliw niwistiut
433 U00111.130 17
X1T4X0(1114(4000400001111111T17T111(141111001401171
333 *tow xtluxxxitxxxxuxxxxxxxxmattrnttfttyrtryturinnortionrti
.
1[091 A
1100
1101
1102
1103
1104
1105
1106
1007
1 1 0 0
0101
1110
1111
1112
11(3
1114
1115
1116
1117
1110
1120
1121
1122
1123
1124
1125
1126
1121
1120
1129
1130
1131
1132
1133
1134
1135
1136
1137
1130
1139
1140
1141
1142
1143
1144
1165
1146
1147
1140
1141
1150
1151
1152
1153
1154
1155
1156
115?
1150
1159
1160
1161
1162
1163
,r
ult
to
1.11111100,1U117,VNUUUUUM-11+1101111(1111111011==
3 1A11113011011U11N13.1_001-11040Donnotitittiluim t3H33
b
1/11/
)(11111/UUIMX X%
OU111111UUU11
U
14111100UuyFml= utuuu Ou0031100(1114tuu .00101. UU u
01100
iltql.OrODZ-rx.114rF00uunt,00000001(1111futi. H30,
U
ktf1110011011P11-05CE PP0OP00001U1111111116
11
PPP.
AtIll I X 10(
Uti AUIIX XXXXAUI Unfit I (11 II If 1111
1 111111(1111 I I I
K LW 1/XXI1XXXXOUXXXX1/1111UXUUUXXXU111111111111111111111(11101
x111
X33 XXXXXUUXUXXXXXXXX0XxXXXXXXXXT1IIITITT(111T11iTTP111000141(11
X
mulouuttuuxuuxxxx0UxuuuxxxxxIATFItitlifilligmf(10000;qm
imulcu 00xu0UxxX000xxxxxxx3IviiTilt111111111111p0D9nT01111
XXXXX0xXX XXXXXXXXX33.1X1,011111 lllllll 11111001U11tUtt11
1111111100107.--HPEOFOPMUDOP7UUU0111411101 U 44011
U =33xxxxxxxxXxxxXxxuxxxuxxxxxxxxv4Ift111114111111(111(4001u4411
1311111111)1X7x2E2t1E3luEn0 UUU4IONVVVVE1 =,-.-usikx033
00uu0 3 xxxXxxxxxxxxxxx0xxxuuxxxxxxSyvNiTTItultimittmOly(u((tt
31111111LIALDUCTFELFE3,30191U07700XN1F7(11111=00=.3333 U 3U
333XXxXXXXXXXXXXXXXXXXXUXXXXX1100NM1N1111111111
414011!
101111_1311T/70UUF-6PFPUfUOUlfrE110027H11140(1,0000.=1 U6
33531 XXXXXXXXSKXXxXXxxXX01XXXII1SYVV111411111111111111011111
1_11.1111112111.171X1111111Fro`NHJEOEUEfr/Z0113110( atni 31110,113
k J
UtfY110/fr1W1 YUN(01--10/1V1 111U11N4011(1111U3310013100Pr
U
33( t 3xxXxXXxX3TXXXXXXxxXXXUXxXil fl VV3NU11 It 1
11 TT
(WM
ti
3107/333XXXXX330,3313XXXXXXUXXXI1110X111111tv0N111111(1200111
333.13 XXXXXXXXXXASXXXXXUXXXOU111113/FIAVVV1NN11111111YYTYVY
U 30
33 XXXXXx0UXX333XxXxxxxxuff11(ITINTTNuVyNuT1110411
IrvIr_toaDirx1,1011.V92101101002ntuuti 144666i1Urt4N MY
(10444
(033XUXXKUNX0X3333133XXXXX001I117171110141111111111111111Y
11111011111111Y1Y1/1N7INT PF(HMPEH N *1-47PN111111110
111**X 33TXxXX0Xx uxxXXxXxxXXXxxuulifilfiTITN111111TfiTtillumf
(11111T141110VMFFury27.2Y7(11 10.110770 YsYYVEYVNN VYY U
U
X1tXXXXVUOU
XXXXXXXXXXX11111111111MMT11-11111111111
111,1**11111131311111VFNFZ7NUN$330H711
000, xXXXXXXXXX x
33133x301 xx301ffu1 tI1I1 /4I4FTITTTififf1rt(Tit
11113.111111111AVYXYFUN7F2Y7YUXUHUoUsYUW,Y031 VU U
33 XXXXXXXXXUU XXXXXXXXXXXXXXX1TTIMITTITTI ttttt ITTTI111131
11111(1111111111_113N0FNYM/11NHW173101UN 0 Y'IUUU U
30303013XX30303130303X13030 XXXXXXXX11111113,11111111141411411131111
11111111111(110NUNN11172121727FF80N0140004
UTO U
1111XXUXXX33ere3331XXXXXXXXXIX1
111 11
111 11T7 1
1 1 1 lllll T
410t1D(1400LOYNNwromuYYZI222tIFFN 0 umupp 443
4
xxxXXXxxXX3xx3xXxxxxxXXXXIMINITTTITM41111(14111(1111
411.110003300111y91,movelvint722Vvy
Wpm+
11.4
45::;;,
3xX333..10xxxxxxxxxxxxXxxxilt1111,11111111(41411101141(titl
111111.1114,00TUNIINNNNI12222211/7,1640Huuem
.3331(333333,33333rxtowx1xXXxxXXxxxXxxX11X1101TT11,1111111TtfluuTTIST11
1111110010UU 64440w3VF4ON7171.1127277 7YEE44U444sM3(31
3333311333333(fiffixXXXXxxXXXXXxxXxXX111111(111111111111iTtuO141T111
IttutiADUT066x$NN.Y
UNNtYv/M2Y222272Y4311353333
1 f1utuvux0Uu0x5 1I11133yNuMFFFFF227XNuFN313313335 310K03333331x7/7///10XXXXXXXXXXXXXXX,1111XTTI11111111111111(U0(11111
3q000/////////x/$31XxXXxXXxXxXxxXIUTIliftfilltillimfttlAufmlit
11111211136xU66 Xxx3441010136iO4FFNxIi4fu221NVv3"0333
33/10(//////X//x3xXXXxXXxxxxxxX111111TITITIT111(41141ITUT(111(1
1144L.41.11YulU00U x 3810.000000VvENrYFfr2(FFR9KKI(033
1x1111 2Y1trif1
3333/xxxxx////louxtxxxxx3XxxXxxxxl1fitiltIliTuNtifT111111UU11(Ill
x03 .3.10(txxXIXKKKKX0.SXKXVXKI10033 3333
3,KVOUX/x/X/K//03XXXXX333XXxxilxtlITT0x3N3NN3firmTlttut4(11T
1141E1,,ZX.YYLV11y Vif
xXXKKK111111111111KKKKXKKX033
30KKKKK/////////XXXXXXXx10Xxx1 lllll 1113111113INFTITIfTrImlft
11u0FEE7.2.YIVII1tir
xxxxx$11(111111110(xxxxx,000(001
30WK///////x///f0XXXXXXxxXXXXTTITTIvvVTINHNTTITTITT11(11(1111
141 30410113441111,03 ,57/KK111111111(KKOOXXXXXXXXXX10(033
111
3310/KKX/K7////////toXXUUX1XXXXX111113311111111T11NWIT1111111111
1101100031111N=3311/X/M1XKKKV5VV0301(XXXX10(KXK/00010KKKINX/x///7///////*eXXUXXXXXXX111ITTI31113704111TTTI11111-111UT
T1111100001.101111
/
1113ttyq19$11421 6 41,1X////1111(//013313VOKKKKKkxxXXXxl(KKKXKICKK///1(//////,////leXUX3XUXXX1111111V01111111111311111111111
4f3gYI///1/tV(r3X3333VKKKKXXVKKXXKKKKKKKKKKXKX/////////////$3X3r33X3XXIIITTTF0001I1T113333IT111,11II
It1111000111111ITU.P.4310///11//oVX3XXXXei//KKKKKKKKKKKKKKXXXXXXX///////////////fg3x33XXXX11111113001111111111-1111111IIF
$
114[1(01/((41000004A-1,
KS3SottVXXXXXXXX3f0X1(10(KKKXXXXXXXXXXXKX//17////7/17.0/////1//tXXXX1/7111TNNUTit1(1111Uiriittfft
01(00111101011100000
PPPU3XX33X3X3X33X33XXXTVNIXXXKKKXKKXKK/KKKK////////////////////////fittV11111u111111114111fTiit1
111!
411001110111110000U
4PP.3XXXXXXXXXUUXXSXISVVVOXKKK/XXKKK/KKKK/////////f/////////////////flOV3V11111111I11T1I11111111111
I11111111,X1100011UOUPP.PP
1111111110,1101111Y166 U3Ps XXOUXXXXXXXTITXVX,XYXKKXXXXXXXKKKX////////////f/////////////////1(00001/11NTINT11M1111111111
11(4011013101141(00NXX6X3111110, XXXXXXXXX111333(1XKKXKKKKKKKKKX/////f///////////////////////////KXXOVVY3331111111111-1111IT11
UUUUU1I11XXX3e/XWVICKKKKKKKKNK/X//////////////f/////////////f/FKKKX000001/3311ITTITIMITITT
110411119114ynill1cluXxX P113:04UUU0
00
XXTT11111X141141001XX3XUOPUZ3..sU OCUUU XXX103/XXKKKXKXXXKKKK/J///fff/f//////////f/f///////,,KKX0KKKK00000TIITI1111111111
3X3333iKKKK/KKKKKK//f//////////////////////////////f/KOOKKXXXXKO0V11111111111111
XXX1111111-4111111.1010XXIMMUufUU7U U 133
X X3x/KXXXXX//////f///ff///////////////////////////fICKKKXKKKOK110331111111-1141I
77EM11111141111t1Y1010UUMUUU77YUP
txtt1TWITS11,11VY[firt10001uT7233* ORA x XXXI/i/KKX///////////ff//7///////////////////f//////KKKKKXXKKKX03111111111111T
3330/1//////f/f/////7/7//77/////ff//f7I/////////f/1/XKKKXXXKXXKOVITI111331111
TUF11tiTtItt111111AY4111UUt1011,113.m
3333,//xxxx/fx///////////////////////fitt///////////xx/iKKKXXxxxx0v1111T111111
3,x!41(1111111111113L411411itio.Uux,X6 4.
33331/10(K/////////////////////////////7///////////f///////KXKKXKX0311111111111
X=11111111(1,1111411331101111010F,,04103S33313100/(/////////////f/(//////////////7///oof/////t////////KKXKKKO31Ni11017011
XXX11111111011111(11SY000000
fr0,4-5008.11330/1WK////f///////7///////////////////xXX(7,X3XX3trX/rSXX11300003TTITITTIT1
XXF1111111111011111100OVV11.00111(04F05643533331XKKKKHX////f/f//////f//////////1////3XXXXe3XXXXXXXXXIOUU11113VV3111311I3
XX11111111111MITC31-1(11LONNHVOWN105R333533,XXKKKNR/f///f/f//f///////f//////f//$333XXXXXXXX3XWXXXXXXIMIT3VVV3S113333
EXII(TTTTRIFM11111000017.FNOF..(NNFFFRS31110KKXKKK//////f////inw,/////,////////xXXXIXXXXXX1XXXXXXXXVOXXx1111-3311333333!
7,11143111,1114116XY000010Y1,401N01411Fx5,333110.KXXI(////K/f//x//3xxxx3e/fixtx///s33xxix3xxXxxxxxxxXxxxXxUxilx0xxxifT133311
11111111111-111-111NNYY0110DNKYFFV674-0FS,3110KKKXK//fXKK//f/MXXXX$3Xot//////eXXXY1XXIXXXXXXXxXxXXXXXXXIXXXXXXXXXx13XXX1
11111111T1T111111,1110000/1YXYXNNZ1A#3/13310.KXXXX/fKK/f///e3KXXXXXXXXXXX3XXrXXXXXXXXXIXXXXXXXXX
1
1 1 IT i(((31(tIfiit It10011YUNX113N13 NNrFF331
XXXX0X11XXXXXXXXXXXX1XXX
11*1103V117701113Y1000--9111111001181OU6663310133(HUVDEU
x11 11111.1111Yy1110L7YU--940(DOmillm166666Nr.*N,rp .1,U U
OXICKKKK////0o3Xer XXXXXXXXXXXXXXXX XXXXXXX XXX3XXXXXXXXX XxXXXXX 11 XX11I1XXXXXXXXXXXX
1111111114111-111AVVNVUNNVNuNUN4XNFF1113V,KYKKVK/X/0$31XXX3XXXX.333eX3XXXXX3X3XXX33Xx30XXXXXXXXXXIX3XXIFTXXXXXX3XXXXXXXXXXXI
11111111111111IIIIIMINNUUNNTYY,WF,,(1.KXV033103X33XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX11XXXXXXXUXIIXXXVIXXXIXXX3XOUXUOUXUUUU
TitturfTfT1111111113xVixNNMINN.VO.KK.x0003,331xXxxxxxxxxxxxxl-TxxXXxXXxXxXXXXXXittXxtxxxu01TXXXX1133V1xxxxxXXU00(000Ux
IT111111141111111111TINDOUNNTNuN433000/1(01333333xxxxxxxxxxxxxxITTxxlx3xxxxxxxxxxiTlymxSIXXXxxITTxXXV3V1XxXXXxXXXOOXXIXXu
11111191111(111111111101/114N1401133311001(3333333XXXXXXXXXXXXXXIFITIXXXxuXXXXXXX111.1111XXXXIXXXIIIXXXX11XXX1XXXOUUUUUXIX)X
TfiltitriffttrilictrITITI-Xtly333(311/(3333.13
TIT1111111111TINT1111111111113It13311143333301X3xXxX333333XMITTIWXUU0u00Xx1TXXTVITTXXXUOXXXITxXX313xXXITXXXX0 000030x3x
xxx31433331TxxixiTuxxTuxx33XxxxxxillttxxXxXxxliTXXxx3x110xXxxUUxxUX1x3x1
CO
C)
,.....
"Jos
1165 A 111111111111xXNyN14y011NOVNIN1XXXXXX333334.
n.114 I....00 11.3X 1111,00.1i AAA!
I IAA
UU 1Fuxxxitxx3TTrutfxrxxxxXxMo114
1166 3 TUNII1111111 Nvi/NuyyyVyyNNN13133XXX3e1133
txrrrriFKKUruxuFtlxxxutxxxriuu iftwoulmou
UU XXXXU1tXXXXITUvX111X33X0 X0
1167
ITXXX11111X0XXXXI111X0000XUITXX tUUUOUOUUUU
111111117vVV,13NMVNVVVVYNNYNN13XXXXXX1314X0
3xxxxuttxxxx111xxxlrxxx3xxuxxUu
1164
tttittt14tyV1VVX0VVVV0v3TOCOMX11XXXXX113
XXX1411TTXxXXU1fx11130001tUXXXV1X011UUMUOU
1169
XX111111i(VOOVOOVVVVVy41111111XXXXXX3r13
X01100011XXXX11XXXI1Xx0XTXXX3X1XXXX1f3XX1T14XX7T0000110001txXXIIXxXxuutm01000
UXXO
UT33x1ifxxXX1f3Xxl1fxXXIXUXXXX111X14111XXX1011001111100
1170
111111XXINy000$00VXMI1111,11TIUXX0XX33X XX
XXX1TXXXIX3XUUUU U
UU
1171
11XXIII1f1SYVVYVVW11111(0111X x11t1XXXXX0
UX
UIU XXUUttXXXXTIXXX14XXXXXX0x00xTXXX1111XT1XX0111M1101111101010XXIYUxxOf
140000X14IXXXN1XXxX1XXX
1172
11111111X010VOOVV01311113,11ittlUXUUUXXXX0
1XXXXX11Xx11101100110001311000110000110000000000
U
UtV0V11011(11010)0111)041)0(
1173
1317(11014111114x11111111710111X110 UX3XXXX11
X31X3X111,XXXITTTX0111110110000410011110x000x000100
1174
UULUI1011011-10XXX1100uxiiXxxXXXXXXXXXxXX1iX111(1.11121101101 1100(10011111,XX0T700
1-111101,11XX111114111111,1111XX0 K 13X16X
1100011100011XXXV110101010
1175
X011XX311XXXUE1XXXX11000110000111101101000011000X1110011
01111111,774X101111t1I11(111111XXXXXXXXXXX 1X11011400U01,4011XX:1XU
11TE
00001100I1xXX$3131X01XxxX41110T1OX4.41010004XOUOV 11110004111
111004111141011111111111TNfITITXXMIXX3XuXXXx 00011001111 0111111111011100100
1171
01.11XX13 3X11
UXU1111100011111111111(111111160XXXX1/100U
XX0170201111400004UPPP4P007704,0000 4
1175
muUxUtluxuurtfmcfnumluttmoxxtrxxxllux3x,120u(11x4Zroir9FF7uFrrEiFkoFruourixx
04111T10013001(11111111116t1SNI1XXXX(X10XXX00010111XXXX1TIXXX11400010
1179
00000XX3XTXU0XX110221010111YX033ffill40FUTUtFa4HEUU Xa
4(14:=01141111101Y111,401FISXNNXXXXVXXXOXXOkXXXXXXXX
11414X11
1100
XUOU0011000000XXXXXXXTOU0U7010--X00000007f1,00(E10017000,0
U
T111111111V1T0011IiittitlINYNXXXXXXXXXXXXUXXXXXXU04t1XXIITUOUX1T
1141
1414111111100T11110titt0114X 660 xxuxxxxxxxyxxxxxirommitxXitlx III
001101100101XUXXN000000r00001.00000000FFEFFEFOYUP1100 PUPA'
1402
1163
1164
1105
11156
1107
1144
1109
1190
1191
1192
1191
1194
1195
1196
1197
1194
1119
1200
1201
1202
1203
1204
1205
1206
1707
1200
1709
1210
1211
1212
1213
1714
1215
1216
1217
1218
1219
1220
1271
1222
1223
1224
1225
1226
1221
4220
1229
,
411041001,1(0000190NNFFN0000000011f1141MPPEHPH-PpE07
1-1,1011-11111131101HITIIHNXXXXOti000UXXXXXX11000011100011011171000X1UXUU01010X0100000001-NNFNNUEEOUUUDOX0HFFHF0000HEFEE
3
111-11111111130010t1f7XXX333X01111101100
XXXX1tUUUtUltUTTUOUtiT00110114
000 OUT4J101V4001110001000000X000000101330000 xlIF4P1001
11111u1I1T111110111D1wo(3393xxU1tiix
tIUUTT1t11111111000313313(3XX0O101
uuuxxxxipputix111uxxilitrxu11xxxx1Fxxximutx0NOltoitrippoonxntroxuuxxFooxicitioutmomfrp.
0000000X00001AttIXOUX1111411XXXXITXX00111111011411(1000F4041110010XItt1000(03110013030000
14113XXIV1111TSYSS/141113XXX00416OY000
X11177771,111/1411411313333X0000(14UUMAJUU1901-1XXiNNNXX0X11111110XXX110XXX00X0111171111100NNF00(4404fOUU100000110FH3(35700110
U
311tX314/X111XX0X114101X3113XX11133011114111111100FFNNN41111111VF1YD0000OFF1111101311*4
ttt1Ut11111111T1I0/1411XXXXUUXXX000L1UUU0041X0110110010111UUUtititU11XXXX1TUUXNNX010110010F00000011007E77F1OUOU011003004 11101'
X711111X141t1IttlYNN1010UXUOUO1111001.1104111110001011110001I00UOUITIIIIII7X1TUXUUTIXXTXyytial00,000410110110700001101077E010 10100
it111X1111111111NVNNNX0XUVUO0111111100111
1111111117111-1011H1I1100 01100000001111110 H0041110110001110000X11(1311111X31411XXX101111011,00NNUN011113011011Y1U0000fEr_411(0311
11001 11101011X00
UX7tIti17X3517TXXX0/14XXTOLL000000041YY141110(110000EULOUEEPHH01133
tTIT11111111111401114111(11000101101.113400300 01 UUUTDOU
00111110003(31.11X110100010101tYN3 113411111(0113ZIEEUPDIMEErHH01163
17101071711113111741(UUtrONC01100100IFF4114tE1/01.6
ullUulluxxl4Vvvv1(00.11P0m1M33(111F1fLumirD011001101000HPErimirminanonee
4011111111T11111/11NX0111140NUID00011E0fHPEEU---P-H1011 410
1111111041111311111(11(1000003001001137117j1F----3-10110 0 10140000013(1t019133301001THIN011300000011070004,,,M11,00440038
TNNNIVV0001100/0101(34140411114NNN000000001000914160840010116041111
1140011Itiftlittt4I0111HROONHINWFFNF/V3JEY3550-J3--P4M4fX11100/14000,01310J1331414110101011170001000101RR.186400F011,820
1111111111111111,1(111100000TSNIX200W15553506.555F8074X7.07EUOTNNUNNYVYNNX140101(10033Y001111432010001021F00
2P110,..01,7
111111111111110,1VVNWILUDWZYUF
111II01111011i1D0010100011149002007XF55FFRRSO,./S5491.-Z6IXE014001X0IYVVVVVWxy001X500111T/OF72001000210001,01110111,011111e
(111(111111100N
71355P.RPSSS,44--9X11---843300VIOVVVII(ix1001/1001VNNUNIVVF7J-NYOYLINNFRR,846H(1,4101360
11111111100101 011,0X1OYI104NY1721f/FF555yrN,..,5447J5J7---0110000001110000,/0000,(0000XXN10,72YYYY22UNF,(411011,13P211.46
411C014,1010114
N72110172242271f=1,4,01142-7-1511,400010VVV0001100(3001141110XO1.77111447)7FVFF,,100011 1221111
14111111(1 tYY1YUOYYYYTYYYMYIN0N1401(X11.12Y2IFFFF-11(118060604011
II11-11111FrIty9 limilittsylitt9rwrilmalIrf/P5522211,.050,00,,, 000X00000V0V0V(130000XVy3XX113/27700FFNFTFfrI4141711114
000,00.0001,00KFN90tiouuitittt3xxprniziNrNpww-vu 1,17,y1fp
41141$111-10111TY1t01111-T113000-411YYTYYZMIRF11-757F/20.,11.KS,,.,.0t000,001100NNVY0014HPUOUx(1X)110771728FNFNUr11014204HE7
11SEX$11I111111II1111111411111111I01414YiNY012F,FfirK0FF0,..XK..S/,SKK/01,1tX0myypoxy00001y1.111,01$Xx3X07YY7r1F1FF,11FrAF FrP
Titt111111111111111(10000101111100060
littINS4001411 ttttt 1100000111101006X10,10rEVYNFYFUNNY...010000,
myyY11310NFFFFNVV,.0..00...K./.0001VV1000001/000000P07/CEF0010HYYNYSI4CKYHH00101 I 7E
g.00010031000VVV00311400007(LEE110140111117PSONTUU101007777
111,A$4101301/TOSIIIYNTENV01141111NTUXVYNOONNUINNVOVVNY,0.0..upf0
U 07
111X01004100Y11000A100403111TUF01111111tHFV011XX0
11,1111100094U6x51400111014100
111-100000041110=111NN10110011111111101VOOVV000000000.000001000/1000K.(13104X0XXNHORRPOV0510100111Efir-P4110111067401tUU 3 U U7
XV1t1t11100000041/1111KOD000110000t////...01.,111X00NVP00VV.PRYHFOOFH077f*FEFfUUUt0701(00000 11114
$1131041401014)I5NNHONYNN004041
litiV1011/001/30/1111111140013X63111100INVYVVOOVNNPiK000000000/4(////0..0.0(11,10FRROOVMDFE003001100--FtWAIR9N(ITUUX3(.1K1
1-1004INN/N00000000000000000000/716,,(11,,,310011VVRVFON0000113300F111071144A0E400091031( 6..,.K
111111111AXXIT1N1111,NTY11Y1U3YNNINfTIITNNVV000000000000.00trteti1,11(113FOVNNNOUNVVOOOMMOMOINNI0A64A0RXELOON140
4111401/10NyX*0011111TTIONUINIT1I1JVVN0011000.04000000000000001,11(11030X000114CONYFIVFV004000000F10068A0,0E0VV.1111-tf...
TtIVVIT1014X1I1,1113t111100141101,11VVNN4000000000.000000000000K/411101111011X11100HCRX0000f41131001140/41111,14,t.111X0...SXKO 1
IlttN004x0117010011111014NNIIII10/4011000000000000....00000000X/x1)1(00(11101,011-0/F90001119311000011.1,1.,1C1S5KOK...X1.4221
111141110601010V0VN1V101311NIOXY00111VVY0000000000000X000000-0041WY00141,1000FIFVVOAORVII00.09RV:05.,11111SSKKKRilIIHM
1111484106NitIVVVvYNT007110T011T1NVV0T11400000000000000000000000000x0tAVN0N0130771100ROOVHRRI1//.SSOXX.,11115PS./KK1111MMPHY
114111144X1IINYN11111111T1011011111104111,100010,00000000000000000000010VVVNaNOROMOINVIWOR0F,/k11K5St:CCICGCSSCUKR1110001104
11111415h4VVNNNNININNHNNVVNWOWTNNVV41.41000000000000000000000000000V0WW11000HOOFF,04-0,.,5111SKCC1111S.S1CCA1114(011114111
I1I
11111(111T101(111110VH0VUX110,0440VVVyNYVNY00,,,000000000000090000y000V0VD004V1-11-01010NPOK.KKK/KCCC111X/F.SCCJI)1449(11/41111
DOiuNti00tvirtmonvvvvutuvva4livivyypovr.Oc0000000090000000000000006vvvvvyrroxiotro0K0.10(pcci1l11..710rii11Prm4)tim111)
0000
P001110101001/111143VYVyNYy1100$011ATV000000000000000K000000000000000000011VVHVOOF1301014.0.5.10W1111111A1CSH00000111111111
11100011141101100101000011101140111004.0000000000000000400001100000000000000414RARY401MM...K10111111.1111rH10001110M11111112
Tqp111loontmetvv,4111ivims(1
Nvuir490000000000000000000000000000000000000mINP00wn9m00.5CcitcrxiGScx9mmimir19)11p722
65411111009nououlltrmolvv99001411Fiv0v0090000i00000000000009009000000400000NverHypuronvnorStrctiKmCiCcskstprimmrrmiii12222
6P11100011903uuu
011111,0PNIpOoDnu1116qoNVvvvo001/VroVv00vvor0/000000000000000000000000Pv00VuvvPHim9y00titc0FFR0CreiSFaimmmi1011114122222
xilxitx0110111-iNv000000vvy(to0000000000800000090000000N00009vmr1mm00FRK1KKI1C1101300Pc00 r5mPH111122222222
9111,14117110061.16o6Xxx6vvivoyultvv0000006002000001(0400004100000000000000600T9919wrogrvevi1KKK1sc11MtcP4J1)PFM111)222222222
1.0
CD
1.0
.44
CD
222222222222222222222222222222111NWHowl,.=0914/"/AAhAduAAA6mo16941.1114/m311.11AkAlAA14=111AANA191110111100161111111111041
22222222222222222222222222222221Ww1UNMOULA.111"/N*10101(
011111111,111AAAJAIIAAACAANNOONSAAMIA1111111111001111)111)11AA13I
2222122222222222222222222222222211/110104mi==914/*/$90'n0d909HOOBAHAAANAANANUACCAAXAICA141131/11011111111111111/11111411A1
22222222222222222222222222222222210/1t11111109.111//00006HOOANIOONU003AANNUJNCOANNONNWANNAONAIIWAil1111111111/11111$1*41M%
nezzuzUzzzZezzzezzzen4Zzzz2222totitAwro.=.t/inhoohAhOokkhooonAAAAANAuuxkkludoAAAAIJAAI)AAmmsliviitmi»s=uf
22222222222222222222222222222222222HWIN11k11X/OAONIA0'011100"Q011114' '0N100AALAAAA11,111AAA111111011114111111 9101
22222222222222222222222222222222222204141WW0-0021ANIANAN6NAN"O'AN1A.SSS'ioAA2u1A4A4411s1AANc11911441000111C91413.1111
222222222222222222222222222222222222111111411/140000S1'NHAAN9dOINNWIA09ANWSSSSSIIMINNUNNAIAAAAAA11A111111A1111/431011101
ZZUZ22Z224U22ZZZ22ZZ2Z-422M2L222Z0$104W16111.M0.dSiAVINNNNUNNIWOINOnAN'ILNS.22215JJNNANAAIAAAAllAAAMILIII) iAAA1111$1
2222222222222222222222222222222222222wWwwNIASS
SS'AINHCcliN'INNAN600l0/00.9.4/J.IcAl/Nj/ic0,4AAA1A1119111UOIASIISI.A1141
222222222222222222222222222222222222211H11~90.0abUIrSJNANHJOS"'AI1'IONAJNA'0,122i3I2AA1111111O10111111111610111c/A1l1c1
222222222222222222222222222222222222221wOHH.414,4190=uA''SSNA.1".5.I2AMINA1A0iNat/c/I60011A1111001o/111/1043000061kAAAA/
2222222222222222222222222222222222222221ON11119414
.)1 ''''
S..;S'OI.124.2.1444NN90'.IONNN3A11.1ANNAIANOCCIAA1ASSS011/100011AAAA0
22222222222222222211122222222X222222221(4WWWw6"4"0-SSSSSI42.22112ANAA1101/Nu210114AA0001/A0/111AAAAkOAAAALAA641JUkAl
222222222222222211.4114012222XXX2222222211wW4411C909"0-0S4/721/JHAN"JAAAAOA011000$0/NA0111.101/1pcA/AcciA49.1411*SSOCoAt
224222222222221How111CNIXIXXXX0222222221WW11144HOUSSA-M10$'0AJINPJJ90'09/1/[21°U0100)A14111IANNACIAAAA1LCAII/lIONON ILA11%
222222222222111WW11124.0.011X4M22222222221WHO49W130S'XIA$1//111/40AAN'QSdAN0021190101111111/401A1AA4111110111114XXX100c111
222222222221wONICZAJJS4ANNIAM12222222221,11.0.411HISI3U4311/.071)It1AONobosed9/000010111111A/NAAICxxcI11AIUL/411)11 1111$11w
22222222222ON1122XIIASSscANIOAXX22222221111NONIOAXSSOWOIW,O$OHdet90211/120111110111AAA1ANNI/11NNAil141111111111144011
22222222221111/42)(114 042
222222222220412211111)ASSACNI101/122222222w61114Q1011INNUOW4/"'SObbN000JOGOIIIIIOANCLAIAAGXWAQAMAA11110111$101110/b1$1
SSJAA/h00XXXXX222(M(Itiom511111314///19'sso0ANU)illuIi1)NutuollocAufiNO0A01cimoicillmi11c1011)
222222222214211/CC10/0CoJC11(10XXXXXXXX224HHOwoodIIIITIIII1111A4AAAN1111012UNINON111i19x9N"vikhw90011110109I101110111111
222222222221M1119'1008SQ0111WAXXxXxAXM2111111NU351111X1111AAlbANNI111cAlliNIANNIIAANN1iNNAA/111111A1111001111100111111
222222222221WWWW.49AA0ANX11111XxxxXlx4X0/111414401193J111It0A990k14cokNNAXION6H91111roHNNIINONIA10x0ONIX11111ti1111)111
2222222222222111Cv59-400%,U111XXXXX22XX2003IINNUIN3U9311131Q1
ONObbNIcflN/AA/ocliNNANAAHAIIIWOON000ASQLA0000111111111111
22222222222222221009-3.110MIXXXXX22X22222d110414C900SOIXXX3MOOAAadAeATINNAJIIikAAA1111140*J'AAA41111flIOAAAC1111111/1/1
222222222222222222flHdlI411111XXXXX222222222211H6MuOUXSONAMOMONS000N00'000144AN0ANJAANANOIANAA'JNA1000111111AAllllll 111111
2222222222222222222222011011XXXXXx6222222222114NCSOBOCIIOANNA50000AA3S000QSJOAtiSh1NANAAAANAA011NOOJNAN11111000)A11/111)11/)
2222222222222222222222221XXXX0XXX222222222211NOCOOMIONAMONASQSONSONAJO6000OWAZAHANAAA009A0AUlloA111100/11111,1/1111111)
222222222222222222222222222XXXXX11222222222221tW
ORSQ6uSS)1Q0ANOS6009"saoS6AWAJ.JJANN9OSNONNANAANOA1C1/11/1111111111
0
2222222222222222222222222222222222222222221114116900931//AQQ400000LoSS'OsSOSSSOJJ4J/AJNJ2AAN1JNJOAAIAIIIIIAN11A111111161
2222222222222222222222222222222222222222211211491C90001330/800ANObbbantiNSSOd'AJZANNAAJNAAAAZANANA111)AAA11111/11)11111
22222222222222222222222222222222222222222211Www0106000///4oNNS0001X/00SSohd006ONHAAAANNAHOONNN41/cUANANNO1141A1111,11111
222222222222222222222222222222222222222222110111939D1511111/NOLO0/14101ANA040/1096AANA/JONNNNI/10JANNAAkIINAQQAASSOSSCSAI
222222222222222222222222222222222222222222111INNO303113111AMS9/1N0111//'uS3A3SA9Owuji4400W00a0OINNNUNQN1flO1SION1$0141111
scat
.0,21
1621
2621
1621
0621
6921
4921
/921
9921
SOZI
9921
1921
2921
10:e211
9121
9/21
1/21
9/21
S/21
9/21
n
OLZT
6921
0921
/921
S92I
6921
1921
ez?enz2Mtlz2Z2222222222M22Z2222222221111Lwmioualalylaak,olurrAdVadmasSdJemOotoNamaciodatialomooNNNIAloOAiss8stixAmi
2222222222222zzz222umazazz2U2zzzz222414wwwwc3333)413193ilmisdat03abdastlidlbh00AUNuoud0100010000fp4009xoudAILISsiokiAl
utz2222222222U222z2222222222z2z2222222111wAtows3331111AmtAAxboosssax0dAiridaA000.100)0JommOANilollo 0/11101000611,41111AX
222222222222222222222222222222222222222141WAWN1100091111ANIQIIMNONQS9OboijAA2010201N101001100001AN01011XXX101111111111v111 041
2222222222222222222222222222222222222221NONtINC091011X/No0)1QAMIndu4/9o0NNAJOINNIOCIOJAANOIDO000111,11flan11101N00(11141A01003
22222222222222222222222222222222222222111001NWIM3XUN111XIIN09S15JAMAANNW/AAAA06101004101/11400110001111010UOUUL0A11411.11311
2222222222222222222222222222222222222111014WHIndaxAQQAMOQI3SUIAAAA9AAAAAAAAAJOInN0000WONNIIOWNOW1100601111111I11111
222222222222222222222222222222222221i1
222222222222222222222222222222222222111006/IN19311AXAXIIMONONOOWINUA0Ano000AAANNNAO1J.NAA01116111/4AU01i1U00111111111111A91
t1HUMOr"Q101110NSSONVH00000bOA00009ANAHOONNA'OAN03010000011J0111130111/11111111
22227222222M22222222222222222222211114141U.11061111NAMA11,113BNX8bNOAANJNNAA8006NUA1MANNAftAAN1110430.001111111111.1116116161f1
222222222222222222222222222222222211N141~331mIN/NIQSQQ1'dJAAAOANIOUA00QMOOdbOAAAAAN111011111A000111141AAIIILIIIIIIII
22222222222222222222222222222222204HUN1A1HN11511111x11130004QACOONN6ANARN90000000000006NHUGIA11101111111191111
OS11111111
O
222222222222222222222222222222211woH111Www111X11111AAIIANOdAA1/0090AAJJNO060MAQOAASOAAAAMO1111114A0IIIIAIAAA11111111111
22222222222222222222222222222216.114111wHIIJAIIIIIIITXXXXOAQQ086140'090000AA9009AHMAAAUHUMANNNIIAAX0141/1411)14cAlc111)14
22222222222222222222224222222111111111111111MA11111110100NOAA6WICIIAAAAAAA0A00000M1111JAANNAAN111101A111/11AAAACA/A11111/1
22222222222222222222222222222111111ww4111.91//111111/04ancibouCtin100QOURNAAJIANNO611110tAANIAASSMSODIJACJI/A/IIIIMA)/4A/1
2222222222222222222222222222111111/04r21QIIIIIIIIIXAMM/ONAOONNCHA00000AANN1004111000191NUNANI/111031NA/91/AAAAWAAAIIAII
22222222222222222222222222221111mWSIIX/I1011ooQQQAVIA040001CNA0068"0140/10A0000AAISONN411111AcIAJJA11161AASSIAA4AAAAAA
222222222222222222222
222222222222222222222222222114N1W9411aSSIIIITIOIIAXNAANOd00-0ANXIAQS0/11AuoU40000040001004011311111w1111AAAAAIAcAAUAIAAAA
04 04
12':g
/52I
9521
5521
9621
1
0
:g
6921
r922:
9921
.51:g
1921
2921
222222222222222,6222222222(14MM lllll
222222222222222222222222221(WNO11181iN111111NANONNAN/0/0)101011'210009ANNI0AARQ900000AA/U111.411111t000AAAANAAAAAIIAAAAccAc
111)61111A0)1QQ4QQQAA0/0909NM/4"0000AAAWIaAONNOM100AANIIMANONNom,IIINAACAA1AAAAAAAIA/A
22222222222222222222222tiww1ItIokowt611111'0XQQQ00A/QQ01100Am/H=1AAAAANNOOJIA00000AAIIINAOAHANINAAAIIIAANAA11AccNAIAIAAAI
22222ZZ222222222Z2222119411111141/110C0111111AQQA0000000000)NoN-10ANIAANNII/INAO0AAAAA00A0ANIIAANIA0/11/ANNNAAN99$1AAA1AA1
1221
222222222222222221IIIINH6ININQII1ww2x1111114NAQQQA000000A440)0000ANNOOON49000$0000000ANItINiINAArot1C1$4ANNINAANNANAIBIA
920
22222222222222221111ww4MNIONNII1No1111X'SnOANONA3
000000X00000NX0000000000000100AAAAAAIIIINIIINA00019419CIANAAANCISIINIII
0
222222222222221/111OHNIHIN9uNwwwC//11110A/09000000X0000000090000MOX0000AANAA0000AAINANIIA0m>100AA)AICXXXXEUNNWN11111110
9221
;1
222222222222114MHIINQUIWWWWWWICCONWQ11'000)104600000009000000000)04000000009000A0AAIIIA/010000490000$14X4911001.1N411111111O
6125
2222222222
22222222222114k1Ifoklm64/19WfullUNIIIIOWI'abX080N/1000000000000000100000009000000900ANAAAci000001109091COSICAX11111A1111111NO
C 2221
wwWwwirdsSudoS311NAN'llOunA00.11N0000000000000000000009000000/1000000AHNO00000AAAMIMAR49 XIIIIIIIIIINI1 V 0221
.........
.
1297
1294
1299
1300
1301
1302
1303
1304
1305
1506
3307
1.100
1309
1310
1311
1312
1311
1514
1515
1516
1317
1518
131?
1320
1321
1322
1525
1324
1325
1326
1127
1328
1329
1330
1331
1332
1333
1334
1335
1356
1337
1330
1339
1340
1341
1342
1343
1344
1345
1546
1341
1340
1349
1350
A
3
1
iiiii 1(1101.11.0 000000
f .K, /K1 it
7 vc nom) o 411 e111eee.'e2 e22e2
2e2ee2?212e.ee1
1111111151=101114000110001171077272YNNIZI7FFILP.S.V773X0X%040111110/2222222222222222722222222222
11111t11101.10
110(U065X0
151111111101.1001101000X51111111111YNV666101857111111100012727211.5ZZLZU2/71077151,-.111,23001100122222222222222222222222222
11111011/Y141 110000Ux35551788omtryfl55564oNYtYfyoo
44444
1110001T )11.5,110005136 ITI1501111111160101100111111110011517215771127$55.9450111505(8,9101118012272222222222222222222222
1111.1.111111.1705500491PV115551111-788100100112222222222222222222222
00101116*11Y1Y(Y TxX1/0
550/11.11548011NXX8ylt0uNvvy503rt1111.$5511111,XVFONVVrY,.0331351845.110.100Homt121222222222222222222
XX04541VV FFOKOKKIMX0 .54
0010115 *EYINV1111115000651161111411V1/0171600111151111111(10$01509Y1TV
IT01110110 1..VY8$1.1111113
X0x11151001111135011111511 44444
0(trnytyouTy1100TNY1805111111111VVN111INVO.K$KKK880.8111114.551000068.164.1Moour017222272272222222
1500111YOVVV0010(1000VVV4710.1<K01500157727101.150011,1011222222222222
INNV140Y1111111155111151$VVN41100141411111571111551107001100.000..OVOOVV00....01X115310187MJ5JJ11333881111122222222
1111/$1376611114$110Y181114111
1110000104155557.7111y15515017.505
6511$11111111014014ITTYYVV101$31005XVYYYMYTY1417011100001/51100080NIVv000KKOVNOONIX0551(07448JJRJJJJJJJJ40011212
1111151-11=X6110$1
100108056008001511101000001VVONYS33035311111875JJJJ.1.1555.15,011E
1101y1111
1111111t
111111(11155$115
111111$1511$101$1,014WYTYVYZnYYttYYNNT11701711550401.100yyV0v54000N.ONNVVNNNONNyft1151(5114(810.1JS578991.15
11511111115Y11$1484405111511510101104001111401155101100,V0110414146NNVOINVUY.00PNOVO.131.511(YEFfE8JJJJOJJJ
11111110
XxX57111115
11114$1yIT14411111114
ITIIIT1IT6651111Tify801110111110090115111y0001101111TITNOVNYNPOL1111NTOOONNV1111VOOONNNNY0NONy407041(500,775$1750E512J853
5II1T14E0. 6X1418 41,14041.111$11%111111T1056XXXOUltyyT111111.000000000111V000100410..vUoNNONy*YVNtoefyvYY5N-4301/7(577,55.
T11541166660655811/1$1111811111$4441111FX111 500011150010/0007800000
001118101111.00191000000111V000-0011110100011NtyNNYYYVONt.yrvvytuumom31..555
ITIUII.K 60UE*SI5111141011 5/01404111Ift
01NV0KKKVVII(XN4NN71011011ENV6N0KFOUoN101,RVvV16061115/7
11111TX
011*6X$1111y1$11$01110411111111131100220
1100002E011.51$070001,11101000011000.010041300600000001001v081.107NYVYNNN.01103,751/
0 IF1FFNN1N0NNOYVY11Y0V.NONNONIXU
111111350E6666
1111041000VNYNV..NVIYYYYHY75KV106(117
111130,5656=66X
T41340111140$114440/44401,111000037F02FFS3WNYY7YVVYN1100.110505166661.0.,N111111YONNNYYN6YyyyyFSKoNY017/5
1$11 165X6666*
66/$7111$11C403t4444044311FE111707F*1071017115451017311VVYYNNVoYNN710116040tONY/N,v111,11YYTYVVYYVyN,071.4171..
$66,666...00( 66 X5x$841111111111440048143111114X8OVFFNFFYYMYNOUNLYYYYVYNNNONNY400..1477 (1418110)I$YYVYYMYY(180V127.v..
111544 X666666664 ,=6111111111$1111111111(4111X000171070Y17115,01411TNN01000101101040080171 140111,04441V5VVVYYYYZYYNIVVV995
100E0=004 K U *666XXX101-111114411111111
X//1171171$1111111(1111111001-70501NYNNNYOQYQNNYYYYNYYYNNONNNFOOHEYWDYY N4411 YYY71111111.7.7101001197300X
741suu.=000 Fuo0*
44444 0001E0(01
toryOgyyrnyvvYVVVVOYNYNONNONN0YYYttoOQNNNYNot77111111011TYITVV770361
uE=F-4ttiTittrwil1111,1(1000N00011010Y1YYtYNYyYm8(1110011FYVH10011111155
XXX141111111111(111111110000041 6 moriumyt(YvvrYtwammvirtii=Ny *3 OYVY1577Y7711111111YNN00NVFF0130
E5OOEW0000. *110REF',7
.4 .*VYYETEYYLVV1141111VPDNVRN4FyNi
00E100 0:000E020.11111111111111111(11I011111$01X
11111111111(1(111111001110441==500111111YONTYVYYNN7VN0NNONNYNNNY$0$1770151111111VYYTY01155100vROUNV
609 X0$0301/04011YVYVYYYNNNVFNFNNNYNNOYY0 IVY
..,:11111X10UU x
1141(YYTIAVVVYYTY4VKYKOVC
4-1UITITT(11T13111ITTU61YVOIYMYTIMIYINNNWSYIVYYTYY.FF4ftlf4YYYWWOY4 Y711 Y 011(t111A.11.515015700.0v14C
UU E000000E1J*61-1411111-11111(1111161151(1411$1411T
07001
GICIPU U40
11800,011571YYN**N7INTNNNYVOW101757000111(1511[11.110.1515515041274$
1411SEU.W411111111111111I111664MYVYYVYVVYYM(YNIVYUCIY11
Y 10127.7400151710N4
QYYN1Y11111111,55115,051110977
711411(U.SUOTT1111T(IMITIS*16X6StlYYNTY..4VVY,I.NNNN4YV11,
1(1,YVYnnZNYYYS006INNYYU NY111111Y1YYMYYYYTY4RVff
-PPPPPPP
ITQYOITISTITITITIVVOYSNSISX
FEEEP7770171(11711110E111111111111111115X511113VNYVyVYY**YYYYMN4YYVVY*1111511.7727011131441.000011111151511111YVVNYOYYNNYN
P-EPPU-PP
VOYTIVY Y1111 V111Y1110N$VOU 611
XXXSTSYYTYYVV,I.SNYYYNNIS4444464...N.C4XY61-PIINM.H.YMITYITYNTHYYTTYLLVOYYNYVYNT
MYVYY Y
H1F776- PY
10151114Y5TV1t11111.11141011114 0701
YTYYOYNYOONWONYYYMWNIFFITYYZ217.4Y71UtlITYVYYNYTITOLOYVYYYTOVIIN
Y150
071117011Y19*710
000010100666117F11YYLYWNY11
*6501
100411$071155171111TYYMYY771511501
0(15001/(00111(11111111.5118
5101
((63646 1 0 100115116666001.515116SIYIYMOO
7Z5YYY**
7
0101(10111441(11YVYNN
4115$11$11111781$1881X57.5owW1I01
IVY
111411111
11611(11(1 0010Y111111131115
511_17. 17717111111511115$7(4YVYQYYTYVYVY* 1(111111 TVY YYYVY
I 000015tD01111$1100011Y$
01X7.7.7.11,7,
11111
1111(111111141.10574$01401115511 410 X0111.5111111.1LY111Y8
Y53Y1350YYV131103
6.111111
111000
TIM
9111$ 1T111111T1 4I5300404$11101
WIILY771111
1
11111
-PPP,
110S6QTYVVVY0111141YLVYT KY 41 15(1 (Mt 11111111111Y4
111115100(11$1(511vIlY1108
X 111110111,100.111151111115511
4N0041WUYYtONITT44,114DYY11Y1110VIATINV
111/1111111
1TIESS1111,1111111,141T1011115141111411114551T111111111117571.t116
6117151
160 11111/ItlY4NN$1111
YY1LY1111111EXXX10 '
$1111116$11014111411111111110111(51117(1111_117
_111111111111T655495,1111111 111031
711110113115757X2__
311/11$44VV11I11(1100$1100115111111111111111111701111101.51141
__11T11,1111(11111'45111(ItT(1
ty11110401(01532__*
IT411111ItS1841800044438/11044040$711Y511(5511111111tYY111511111NV
1116111111111T111XXIY11111 011111115$
(100060000000
$144044514440040040$844114340111311111111151155151101.1.00
.-__1114111111111,111111111(511 0 Q 1100
6111110111111W---- 44 :::::1111(11111111111111011111
$44443$48$1134441111111111 111T151541111171111110711110PNI
1
00111
00000011M11t
1144==4,8458111111$$$$$XTIYITIYYY11111111114111(111111113F/
(11111141(1(1111111401/11$ (14411 Ot/44444$$$$$1444V114111116XX 01419
11111(1414111(
111144044111(11C(001.10777
_*4111(11111111(111,1110^0111 4.81210 56616781/11$1111/$$$$1115
55460000101011111111411111111722
11111,1111111111EEF4*E:*6,4111111111111111(11 31U*1117521E*
WI7Y/1.771,1111111,----11
011.11.1.1111111164Xil7X_
*110066===6VV1IT$11Virnitlx 5X0000000000001(1111(1111077711
55511,11111(MYQQ1***X*66.:14111111111451800e/77/1,7162EE5500066,4760001111111111Y11,661000 OP0110,000(101011711.1.1.527VV2Z
564 A
364 3
165
36f
367
368
369
370
371
372
371
374
375
376
377
374
379
380
361
342
163
3114
365
366
387
480
389
390
391
392
393
394
395
396
397
398
399
430
401
402
403
484
405
406
407
404
409
410
411
412
41)
414
415
416
417
418
419
420
421
422
423
474
425
426
427
F
.
,..
.
.. _
u.
u
4 4.4u. 4 ov
4
004-4
U., --- I -.0
. /0411,,b4 40. 414 4 11144 414
.144,0/ 414t4N 4 4I, /./ t / 1. trItIt . . 4114 /
UtUEEE,:(10UUITIAUUMUITUUUUTIU101-1111111FUUUUEFINT1000 ttttt 11,1_0227%0UU0012261U X6X11
U_____001UU1111 UUUTTOUU(TIUUTIFfiTTTET,T111
XN(111(111111(11111HHWFH0722.222271F07Z7
UU9111/10P411(ITIAILLX7HUXXX133011F1F4
7777710110 U 1100010
UXXUUTItY,NYNNIY71110000110tY6Y1IFFF7227*
OUlt11-1U11111111,111110908010U111011120121/XfUXUYUKUU631 X1100011111111111111I11,1403113
P--EPP0900000011tU UUTI
11111117111111TUTIIIT171907707401101;11.001
YS(11747117,2/0,
0UXX6(90161.100 UT XX3t11130111101 11.3 Y
P- PPppt9
31/361111111PZZPY
UTTUUUMUXU0IT1/11111(
10911111139001U7/701-10221%00TI/IOUUX3
PPP---P 0 UU 011 U1000 Ti UUTITt(6WFT111T0001X(1277
77733U11N113111111 Y14=1 X6=1333=3110772110107
20000111T=I 1111011U 77U 33 K
33HOUU1111113333(1666(11(1 9111111YYG6
OPY.---E711fUOUUOTUUUOUU(100U011UUUU46.i,,E-.$11111(11101-GGPOOPOOtXX=1UUUU 7
117.3UXX X3 UU U UU 3(31I,063
0221(f(FF-P17U7UUUUMNI1111 UffUESUUUAW-AI011111111110.1901
**3111.33XXXx
U
3XH33
UT
UMW 1131101e3331133=
X P4----P77--f777111UUUOUUTIUE.EUXXE7U6611(11(11111220111X0010111XU UTIU(U
1 U UUUX
UU 3X016AUX X3(1111X3(3333X 3(333333 01)33
2111Uf1EEPP711177771.110 UU11UWi'Ul/U7:::40:::--T11(1111111,2271 X01114-P111111 UU
2311.0
tp-p7
33UUXXXXXXXXXOU UM( 33X 1311==.0,P.== ,t=
PPPPPP USF -177UE'1.-El....666
111(11111112211111011NYYNN (XI
2.22111UOPPH OU7P037PUU ____UOU
3133311133XTU1MX X001/I 333UUX30777 P110=13IC
YIUU U
1"LUU FP,70/7777777UUUOUUEFSTIU UrEU:==F1111111111ITTIZNHYYN1111104
31XXIMUOUU X 1111111//U313X333XX ,U,1111(XIC
UUtr,01111,111111111°Y.N11111111N
IYTUU
XYOUP7PU U977 777U WiC101111 UU 01.177::11111$11311/11F141111111111YUDOIU
UXXXUOUXUUU IUUOIJA 01/3(13X XX3XXUU
01/33
0.211 P-PrU '071,1,77117U111U1(10U
0 XT101.0UU011100313 0303 110133110U 11 3013
11711117,11111111/1,0012111111.141131UUU
X1717.2117.3 PPfs U
TUUT000,Ff
10/XU000
II
U
=13333XX3YX0001
3/11
P77191711U11111UOU7U11 7111_1(111T1111111111.1111U
wel22.31.711781
116010 101711 UUU1011UUECUU OUU11111100HU (13300 3300
U
U .P71'
1107(11(UMU 7191711T1111111011111111113(3020U11
X13.
I56012.G*YY
UUU1001110067 XIMOU1X1111 141(110
U
3(311 UUU =
110117P70000OU111 UCUUUU07011U71111111117111111101001.17711
UtUIYYYYY11111101IU11U1019/000 033000 0311000UC
11.66322***7.21Y1UOUUOUOU/77UUUOUIITUUUTUO U
111666X7102....LYYOUOUUUM 7000019110110UUUUU U1111111111111101YTTYY1191111111111111111111117701/10UOU(111000 U00 12111UUU000X33X0
0111
11111111U019101031011111111(11111TYYYYTIYUUMMUUTITIU
0016XXXTYYX21.%;11UfUU0 077U U111011UUOUUUTU
0U011104330000UNIUUll.3
111
UP
111 =1X21 10122G.Z1000 600CUOUUMICUOUT00UUU
117111011U10011NSYST111_7111111111TY1IUUMUUUUU1111106UUUU110X33UU
01001111110011311111136311-1111111(11YTITIAIUOUTUUUOUOU1110T6VUOUU
0161.116XEE.X61el."211116^^00UUUTIU0 U U
UU7700011 Ttlf,0003366111111411111111111111FITYUOUUOUU0639H$0000 UUUU1110013313111OF
31111==666E:=666X11111-27:110 0.61 1UUUTIUUUU00777E7UU
UU101(700718f
130 ==611
10000113..311TTITYUUTTITYY1111111UTTUMUU 6 1011.000 UUUO
UU111100911.1
X6X1OTIJIZI16XUUU111110UUUOUP U1f1171410000010..
ft11XU111UUUY1UYY1111111U410UUUOUUN01000UHPUUUUUUUU0011111.
$4....,....,666Axx:,,X3$T$113FFF661TTITT(TIO0000 0097777770090001
6==666...
1711111TTIXOUOUYYMI3 ITTTUUTUUO000UOL01TIONUU717UOUU0OILIAll
ERIDTEINF2F61311111100(11179101777PPP 1000010U
111111XXXX00 OUOUIftf1TIMOI10111/ TIJNITHOOT PEEFIUUUUOUOLEZI
6=="7.6611 01.0011111311111111111110111100UU ODPPPPVEI
PP 66006661109077U111111101111111111111000211 101 11110111 111JUUUUIXITT3e1XXXYU11111TTIITt1TTUU0001010101FTDOEFUEUUUU(0002F
UPPP007700100000P7D0U11111,11.14111111111111100011XU,UOP ... 11XXUXXX3XTITTX01-011U011TIMMUUUOUU1111100011211.1103 01601111
XXXU0XXXX3N1 X091701U0119(19,70111000070f019100000000UFEU 1(31013
771-PF177C1111(00
UUUUITITYY(1111111111(1011111NOVIOUUPIWit
0077PPPOEP19411TO 3
1111U0OUUU011011011111.EFEEEPOIIDOOOTUIU7P
H H(30 IC
X XVI1111111T1(0101T1/111ITV/731.111U
,HOPPPPPOr
i TOT U
011U77PPU7111411U
U X XXfORY111111111111111/1.0011,1090
OU01111TCL00E7FEE-1-0111,1196 (0100191333(333e
1.11JUFOUf7fFU 000 1101.1UUOUT11.11011110001_11Eff111100UUUUUU
111177U 7701100 UU
HI 011,1333
XXISSYY0111111110131101XITTOtUUUOUU00110UUU
I.U700777770707U
1EUTUITtIUUUOUUUUUU111.111101)(UUEEE169UUUUU
UUU U (.IOU
Xe611/111,11100111111-1,1111T1ITU UUOUU09UU
OUUUPHIJO0UUOUUU00011UU0(111_31E1991000010406UUU
01 I (0001)0UUUF,07700 '4117 11X61011 I UT 1 (10Y UM f Tr/ 11 I 1 010011111JUM1111011001171EEUUUUU(10111111UUUU11011.311JOU1114111611(111U101
UUUUU3,.110
111110uU1OPC0777777777716
UU U 30.1U
00011011110007UU7718
00000111110090111111114111UUUUIIIMIIIIIMUU0U7,7,0000/OUIWOUU001171_1(0UUUUMMUUOU
30 UUU 30.6
0011111111 6111U77P PPPPPOOCC1111011AUU0111T1111011011TOUOIITUUUDOUUU0110110U77U OUUUXUU111317NUUDUOUUUUU
30
U
6
11411T111110(0 U071001
POPErPrO0001190111Y101111111111011UUMITITTIITUUUUUMUU777777EUUOUUU1111111111XUOXXXU
U
1X
PPP701011001110Y111(T1111TTNNY0111111U1111U11100U 091,6777FEFUIUU00111111Y11 OUVUOIA1
3 00017 10011 'or.
1
11UPP1PUTO(10001PITIT(1/$11111111Y(1111-111T111010UUUU0OUU1177TUP33 00111NYYFUXNUXXXU
OFT UU 0091.0000UUUUE/PEPOU
110000000111U60$1111111101111-11110110111109000077177FP110311 00 (101701
XUUUUU
(3110
UUUU11001.000017UUOMOEFFE177U100000VUUMAP011(111111:11111111TITIITITU11091110111171/76711.91UUUtX0911TUUUUU
U
UU611111000000(101,100700IffiEP7F0000010UMM
X61111000U011(01UUTI l*PFP1P10001UUU00406 WIfT1100011171111-11101109014(01(OU07110E7EPU H111111/0YNTNIUU XUU
XX 1111000111110UUUUFTIOU
UU101C101104111111111111DIT11011UUMPUU7677UHUU03311(110011110XX
33
UUU101071,3
11001777PITUUUXUOUW1U1111110911111111111(191111-111(11UUUUOUUUTEEOUPU
100110100 MUM)
XXU11003$316111,001UX U1110XXUU070
U911
II(
UU
1000UUUX11111y111y11111,11100001111-1111101UUUU61100FEUE 31010130901100UX
U 110011NNINITUUU UOUUNODIUXU0707UOUU109107COU
u
*111:11::
00 tOtU0110111XUUOUUUUPON 011Uft7171111
011000013311010 101101011U/OFF0fPP-P
I11001110111110
191499111111C909009901111100U0000101 UU711001111 009111111 MOM
11411101ECEUU 111100111(11-000011(UOUUUOIIITUUMMUOUOUUUUU113XU0OUtOTTXXOU0U
H UUUMUUUUU
(AMU
U(1111
WOOEFFUFEUCC091101119011009PUU0OPITIOUU0000UMIUUUOUU01113630THX0XX670U 0 UUUMUU Ift
onntstonnnuumnEciuetuonnufrunuc000muncatopenniunnuutuouutcuuu mum 10101171/371(71XUUU330 (MUUMUU UU7
tstumnritsistmitnnommuummuirnrinuuouurnFrocectutunnnocnnuuumnicuuutiuumuumuuummutioxuirtku
1/1111013111111(111/11001311011100UUU771 U0111)1
1111311000U X
U(177
1P0100UP1110003110100011000011UHUU11N00001/111JU11 (111U116X06(170U1
POOPOISITIETTITHN9O9TTT1PH0UUCCU7UU7PIXOUOUUWOCUNNUP10114(OUNZINIUOUODU UOTUOUU HUMUUU UU33YUY0001117(XOU330011UUNHOU/DOU
UUTUNOEU77UUUH
00T(14111111111011101110111000777TEFIFOUUUUUXUUIUMHUU11110009111199U000XTU0000 01)1001 111130113(1413
11313UX171(X6 0301IOEFE7060
OUUT1Uttf1IIT1IT1410110,111000DUEPOOEPXX617UU1041 U61XIUD1N9H0rFrOU031 ncuu UW100110313431 (.1011/003104TO
XIXUUUTPTHOOFEUFF11
OUXUUTT717(1111110HVI11009104VCOOUPUUECr4116101101U XU(1101411117300331000009 11130.33011
I.KOOKKK0000111111111XXUUIWONDOFZ781.
YuuuutIrtfmmuTifteTotcntvootruntnrcEutrinuErvux
00011111019109~110110 1130.11(
IUUOU1(111
U5(0101KKK(WINTyNo31yl3XyoNnIcLf8(Z
111111111101111-1091/9V1N/y000001P17EF1161111EPP001001110700111060006811110.1 0.313
1.100(0311113110100111/010111011113720..1*
UU
WOUU111141110011100014000000411000000UEHEfff---fEPPP80/001/01NOTY102f11319918.10(0.3003
1/101361/111111010011101111111Y7777712701
1.11111111111119TTXNUNT104(U111311110UU07161E1-EFEH0000011007001,720X1117,11I.H=H9 Y
418100111111(TIIT11
U (.3300311Y 0111111114(1171-777717
601004YOLYTU14NNYYYXUU111011-6-87PEE27272210477091107666.10(0,13,111133
0100111631111111141111111127.1117FP
4
MN
017UTS1111111111YYNN100011111111111194Y11111410167163-ZI/E77JJJ7HE7,1091014,..11111311=0.1111(.041
XX1-111111111111/114111NYYY/11
111 11111111111-01111100112
111101111111117861fEEP107°.EE271111011(1191,10179=1,.KKX3 433 71
31 IY111117111111HVOVYYMY
NH/1101131(TOYHVNNHNTITNHY1111111111191491111,9101(Eff71.111_1711--.101011803103H111111111NNN 31 1 01111T1YMYNNYYHOF..111111NNOP
.
_
......
1C)
01
11111111111111101101100110d1O2Ad
tOtd114Udidd3d--t-YA
1
j- -Jj(-A111NOXX,01111)111111!i dl/iLd]dd1-4,1-110d0/01
11/11/11/1//11))/11110UOL/01M100010001 did/A/1111/11-10o
1.--AU----di.11111013/11111i11/1)/111/41/t43d33.110.1a--4100
/11111AA1011111111100101/A01/add101/110Q/31ddadth11111111/11d1----1-.1.----3/tOd011)(111111)11/311/11/11/1131.1.11An4/411310
1111AAAA10:1i1I11101)11/011ddldddJ11110000EddA/331111J1111110OOAdi-11111/---A--3,1-11111111/0OO11111$11
0111110d3--6
A
11XAA)111A111111/11110111111/12/11/0001/OW/d/1/11J111111/11/102/A/Ii/111/1-3----////11/11////d11111111111011AAAA111)1111110,00111/
11.99
/.1////U0110/dNNd40/1NO
-1
11100i1OU011111111111U11011X11X//1001011ddad1//d/i/ Ad011/11114Ou///OW1///111-d143/[1111-11---699-d01,--6---69966
11111d010Und OddS000d00d4L/1/-dda-...---99----693---66
6996-- 9
111111)111)111111.1X11111111111/10d100)0.1/////00/O1 910111
1111/11/111111 .:i1 A1.1/11111111111 1/0003 14Ll/OXON
..
101/0/600300/D0/NI.J/J-....-66.96--669914 -66.-6996-6 9
1111011011,1110.1111111111111100001XXiALL n n
901l10140d000A6000000/01/-111,1-6.96---9.---1111096=669666666696666699
imnoti);»,sliiiimmmmllonnoiz-iE x
xx
OXX/1111001hOUUONDOW100111---...61--936-45149966669966666696666699666
111110000001011111111111111i11111,,X.,.
on
1101111(11060001/b009-99*---93:1609-1-66996666996-11111-116699611--9
x...xnillowlinoonuA---1-tmall9/=69956--69966i1-tiltti-mi--11-.It-11-1
1411001001111111011111111111v111611E9XXRE11-11
440X1XE/OOSIN101111100-1,9111r5-999164996--6996111611--11.11....1--1-^0.99,411
16 AT
2:Z:
0641
61141
4041
1441
9041
5941
AVA1
11)41
21141
111110000110010))11110111111111)))11X0iEiEMO/i/J4//0-1111HM1600-1191199911619661111911,1111---.001-91111-A1-.01111111
troniminialautimilltliA
1110081)1011(10131111111S111))111111XXiiXE110011--dd-11-ATIA=411-11-9.---9991i111119991NO191111199/91419401.+..99.914 n
lAX::=X1)11101-.1101-99---dZI---1111S-191(1$99919.A9AAA14114499999=-.9...9.A
OO101101110U0)1111411)111111111011.11E111X111111X44*---11-NdojlItid-IIIIA1110SAII1114041iNN141A41111609...999..,,9
j01100011010)00.111111111111111111IMAY/S1111NAIlldv9999910001,111dXA011.90O1011....1X1101401111114.90-----6
0
44
11/
11/101100111111.iiiE111
11,100011OSNSS$1.i1111111/AA110)10AAIISAANA161I1111110A400011111,,9v9.'9A41$901.010U1%.111.1669....661161Z1ill11AAO00000SAI
to1)1A15111bbOSSNANSSANAJIINSJ111111A1110049991411111111XXX11" .11111169
II
V/S1
91141
SVII
)0000szniiiiiiiiiixolsit.)))-wAoist,flisos008iNill1Z1111111111110.117.110d....11....111.1111110nII96611001111
1010111»m1sAvvilittwEiimoxowmtlxitoo.st+tnitzi.illiiiili.1...1..x.lii...11...#11i9tx7
AAA1A11114111/1
1 1 11 I I ) )1.. 1 11 / 1ASASAAAA/ 1$110"
1111/1XA111169X
X11/1111971 I 1411 1 111 .999):Ia111 191111 1 XX*1NI
1 111
1.1AUNI-A111/1111111//1/1E/1111AAAAOASAAISOIM5511401141.1.91141/111,0.1.11....J
11111111...11JII.,..40.96.9111.7.1.1114?
O
SANAA1AM/111)11111))))011.1AAAM$Sfboiln1MMOna.7.1.1MNAl...XX..99111111111...111....11...../oo.111.Y1.1
hnAll»»)1»»)))101i1,140A.as..AAAvAnnmmizilAimizzzAlx...1
lidx..vin
onn),),Alm
)))))))))
11...1.]
119
isi.l.tall..
9Ann)1011)))11,1)immiittilm.AAAAAAss.ostosnstimqsAlzA.%zziAnixxiiii..11.xxIAAolk.vallkill.z.z4A1.4.991
millw,w4A0AAAAsss..tstumsnmnxxixd.m.xlmx..zx...74x.diznom..ilimoi....17,999..x11.1=1
1111/ I .1110001 1 / / 1 11) 111AI /SAILAIIMJIMI,IdAAAA.ANN
annmolstimmIlimmtolAxxpoxdxxxxlmsmnsmnom..mozJxilixxxxilitill)1...itzilmixxillilli.11.vorill.z...t1....111
'MN1,114H II1NUA *JAA1.11AA11-11
T11-111111ZY.V.INII.Idll .1)AAA 1111.1IDAAAIIA114
iiti
6941
a99;
,9):::
594I
XA1111
1v1SUU0111111/1/11A*1141A=UOMM51MMMMMMMMOMOOMACMFOINSSSMICIINiSNSAAAA1111111,JUIIAJMNMObvit.ADOW11.1..11JSAAAA401.1111111
1000b101
91111111111111t4001M.7.CN7.A1XNNNMAN1AJiNNA*AASSAAI
nIOUU110111111/ISSAJIi.AS00011$59.1MiNJMIMMSHAAAJENLAA/eAAIAAAAS$AAIU110111A%11AAAAIdd0A11111111111dAA11-111A/AID1AU1111.111
IANAAA1111AAA147411**JJA1LAAA11A111VVAdAiO1)11111011AAAA1111l4
000000$99.111$14AA111$449Ud-Vi1NSANNANAM1JANSNAAAAAAAAASSNNANAAAAIAAA14d44N41AAAAAAAAALA1J.A1A1)
oismsonn)sspo,11
svisss*s. X-1=U1NISSANMNSNAA*ANNWAAS
91141xxixlixixilxxxt
))))) AAAAAAAAAA1MZAJ.AXXU1AAIIAAAN11 ))))) 1160/A111AAllAAlAJNI1
11011149 .000StSS1161AA14SS +011 4NNANA,..NSNA ANNNAAAAAAASNAAANAAAAANNZAAAAA
411114%9%9 X.111$1111
041iNSAAA1NAOCNAAAAAA11 101A1111A1A11Nii
1ALAOSAMSAIISA'ONE1A 1118 1 ASNA$ASA/A$181
11/1A11199)0,9919 1111 lIffiV104E)A1iNNAM-1,N.INNJAAANSiN4ANA1MI0A**Ald
S10 AlffIffSioEilAAZXAAAAANNIAANMNNANN1111
111NI1 99994S11
A00 11=0,NNigioFfsAA .dAAAAN*NA410.NANMOJNSAA $USAWINAOAMOAAMSSOA11 1A'OAOALASIlinfAllAAAASIAS1111A
SSIAN4S$999 AlANOASNANNJNNXiitECII 4.1081 AAA1A+NINANAANNNNANAA lifAMAAAMAAONSOSS 111 VAAAINN$AAlIVIASNNAASA1ASSA
11111$1,0=
ADMIIMMOAZJAM /iN=C,NN
At
AA*AAAUAlAAANLJA111111NANA0t4SNNEAA11.1 ANASAIONAAIMMA
111A AAANAONNA JAANAA.0N.AAAdd11NAINSAAN111J11
11110414.90 #01/0004MNNAA/JAANN)N=111A AO
AAAASAISSNNA11111SSAANIA111AAA1
A NAAADAAAAN4NAONNAT4.NNNd.AASS4NNNNNAJ11/11
itfiliJA10 MMII.4HMKSEJJAJNGAW:1AfV
INASNANA$ANNAIISIS SAIlISSAAAAA
A
Sl1NAA1MJZ11:401JM1/11.04A1AAA5Af
A AAAINKAANANNAAAUAN1MJ0.AA4.0MM011INNJA1AAACIfEA'ONSSANfAIM)11$A1111
A
11 AA
AAAAANANANNNNWItaA JAJMialliNUAA9AAAA/AAAANAOANSAAAAAfAIAI1SNAAA11111 In)
ASNSAAOA.WM=E ...4.44JAOA0ANNN**A NA,
AAAANN4INNNNANJNAVNiAA1VX%1AAAANANASAAANANO'O'AANNNANNWIA1/ SiSt1AAAA/1111
NANAA09S14===:=1LtfACLNIAAAA. *US*
*N0'640411 Sef=6 VE1NNAN*AAAAASNNN*
4wooNSA
NNNAAANNUNNNNONAAR'JNAN'SJNAANAANN3NNAANAA1"*A**(AOASAAANAlliASNSAAAA1AA11A
NN00011410A 994) dONE11 11 NNANA Al HENN ANNNNNO
NNSNAAAANO.UMMAA1V9JAJNANNANNNANAAANAAA"ANAANNANA1NAAAAISSAANAAAIAA11
ANNNNNSNOSNZNAd..41 XX
NNNNNNUNNXMA'ONN21.."11AAANNANAANNN9NNA'AANANANNNAANANNNA
Silt
IS
SAAAAAA)111.
NAANONeNfAxAAAA
h StA A 441
Ar440+N.00NN1.0ANN11NN4
C1A111.311NA=0=SAENNNNNNNNNNA0900ANNZiOAA1ANNNANN"MNANN.AAOVNAANFO0.1'EA111AA3iSAA111111$
AAAN011000171XNNAAA Ni.00X411 OA
N14001NN0NA1US141A0ANNOJNAAAANAJJAAANAAN1ANAAAA111ANANSAS111111A11
A1AAANNAZf9XXAO turnnt4t4nt no .41Afil..40N.0000NNOANNANNNMUNNAnANNALANAONMNJOAAisaljNAAANANAAAAOAAIAIIANIN4111111111/
NANNNNN+N1.410XWf1OAAAINNAA111 4.61411=N
ififftisSN.4N*N1INIIANAANNihNAA.NNIUNN11AAANNNNNNAANANANAONAAAONAtASANSIANNSAA111111111
4MNNNNMNANNAN1O C JIAANAAAN Al
AAA0414NNNAANNNAAN4N-41WHXNN/iNNUNNN1JAA1ANAAOONINA*INN11111AAANNSIAAA11/1111
NNHON9NNMNNNJ1AAAAXXAANAAANNA NIlicf)1=011NNAN
NNNNN.1=.**NN14NNNNNANNNNNMMMNO22111A1A1AN_NWNAAVANA000N1NOOSiNi1N1ISAAA1A1ANN11A1) A
AN**A1NAAA,AZIAZZ1NNAAAAAIAAA NI N
Ni=0114.
NNMNONNI'MHONNNu/NAANXXXOJJAAAANOOVANIASIS14$11111111)1A1AANA111111
ANNNN49 IONA NNNsAA NN1AAAAANN 1
No&NNAbINAAilinKOJX11X'XAbAAAAVAAAANNAANNA11111111111O11)11)AAA11113/1
1)=.0'40
1NACA1999NNOINAIJO
(0111A11ANNAAA
..NONJJS-HAMAI.Nfid1131XSAIONAXXOANNOSANAON1111111111011A1AAAllt1lAS1
NNNA111XXXXXOON11N
4fi1111==-N..E1-,.NONANIANA4AAPJNAlhatiltAll1A1OONNANNALIONNN1111NNNA11110
04441411 AlNAlliEFN====NNA
1111A1111111
ANNNNA014=94101NNX60 nnxt
3OHMNOMONN1/INC1ISSddhill0A0U11ANAANN1111N1AAAIN1111110NOA11$11/11111
NNNANNAA1==9X=.X90MONOO 11 11011AAAIONINNNt=6N111.NONN"y1LANN'U1NA.SSZNSXMO,01AAAAALNAO.ANNNNINSINS11111ASOOXN111NN11111,1
i
ANA004.1,
01=H1.011"9MUNA000111.0PN13/XXXLIAJOAANNAO-AANSIANNIA1111SANANXISISASAMSS
NNNA/NxX011999.9h0A001100110
nnxxAnno/)9nnvw-onnonnnn
NNNAAAU'ALX nomlommainno
AANNANSSAfXNA1110M1AA1
N
til,/.NN0,1))))))
11I
11
*A
NN
Z'99:::
2941
1
9
109Z1
osnt
9141
4:::
1
Sit:1
E541
?SAT
1441
6141
6941
4941
.1X:
i
ii
6441
4441
/C41
9491
4441
1NOOANNV)IN=.*N="NV..1/1191iiebtal/CObblAXXdONOJNNN1NANINANAAAlilANNSA91$491XSSAA111ASNN
AAANNHA
NOAN,61111"=1=011/911OWOWASASSSA10/10601SXXJAAINNNAALANNNNANNN11AANAASAS1S99A111AAASAAll 8 F:
f1111'N1ONON1INJ'WOA1A'S.U1011))/ANA1ADAAIOAA1111A1ANNAAAA1NAIAAAAAN1A1AAA1111ANI, C 04AI
ItaltIN A S 1,11110INNIONINNINNi IL) 1
AAAANNNA"=NMIN01011911119091'.4r101111-201006101111A1111)11NA11111)1NANAINUAASNMNISSAA11
V 6251
Li1- -.. VI
' 4 11 I1 1/ i- 1 /1
. 1 a 0 -11 t I "P I I
I
1 .. ,'.
fi
1
N
, ,, ,, ,,,, , ,
1 1 1 imi .1
I v,00100010,1111101II II
149.; 4 t141(114007F777777777777721144114411111.11LLPE--HPFP1PPPPPeEEP7.210EEEPPPee777PEUTOP7T777771.3
41141,-:11,-11.111111(11111
1496
3
171111111WEFU77777777777711=.11111_____111110UE7P---PEPPPPTHPPOIOLOOMP-PPPEPUPE1PP10777771P.
Tofff,EFunumf(rfctf(cy(tu
1497
1(111114112211777777777.=UU1117,E.EXFFIL22121.1,70---XX-PP.PPEEE01E7nUnn7FPfTP11PPPL177UPPP
X
.10117.-70.:10(117101111Tuff
1490 " 4111(441411,EEEHnES7777/7PrirEUEEFF7,11.1.4_7.116001EFZ.ZPNFecueDOOTUU0771W7F71770010WFWIFFP
1499
XX=U111T11(111111111T
11111114144417,2=,,,urreP-epp .........7.xultinnleativIeurn7.7,FroowlovevuuppEeetrum 01334peepiperu1Ix4411111440004(
III
1500
4111111111.1111U.U7U..0=_UPP-PP7U.._____110070HIMITEMTPOEEF--PEUO.EEE777771,7100777709
.0eEPPP9-PPPrEffM101(0171(OutfUu
1501
.
.
-
r
.
i
.
1502
1503
1504
1505
1506
1507
150e
1509
1510
1511
1512
1513
1514
1515
1516
1517
Ilti
1519
1520
1521
1522
1523
1524
1525
1526
1527
1520
1529
1530
1531
1632
1533
1534
1535
1536
1537
153e
1539
1540
1541
1542
lsgo
1544
1545
1546
1547
054*
1549
1550
1551
1552
1553
1554
1555
1555
1557
1558
1559
«oomittitmu____.uuu P-PvirEuuuo7looft(raaturo(trutitcanurinTirreptitutmutuuo
7o7E.pe-e7ono(tmusmuuuuu
111$411111111_1y11FF.EEUOUF=U7P7re7D177
P100711711111121_1(01ETTEEPET0177,FPeel.3nUT.EfrEPP=01U000000PPEET01.0111(11TUWInUE
1111111111111(1111F,7EUUFF=6X
7E777U7700111111Uf11117111110OFEEEPEEFTWOHPPHPHPEUtrEELEPPErEnOntUnnn7TEUf0(1(ffftnUUunue
1711(1414-,711111111UP:EUUU07UU PP7770e774001110UfillttI11111UOPET7ETEEHE
101i11 4 41111144 4 41100u-4,-7502141 71.07.70771)01U01001.1111711110106TE011PHEPPnUP113HE07000.FrIEEETTE700700HUUFFOOTT1411101100UUt
U ne771070101077UTPP7700nUnntf 700U1401110000XXE
1.01111141111111111447.E2En1ITUTE1777700110000771011111.01101.0EPEn HrtEtTruuuuuroLuuuuuquiluurluluuuuuruuuutcruutruouu Ut.
x111 TU4174.610111(11(0U0U'iEUE10077PPPPPOU110000010P01101111110EFEPPnErrEP--P
IfEltr7/777U00UUU7777 U.17001)UUtu000UnOUUnOuUU
vvX.OUX17E-.70t1110111XXX:-EU(011000--PrePt1C00002H701021000019CUPPPEEEFUEP--E0100EFEEUUU7A1
Truurrrruuuuuuu uuuuuuuuu=uu
*-58P777UP1100114TXXXX-IES14(001te.PP-EEEUE0001,701(111.0110007610ETEPEEEOPEE-ETODUHEE7777000
uult
U tinfinUullEuOntnlOn0UU
E----THEWEOS111100X777n101001.00 PPG -,EEETHEHOtttfLOWDOOOYDIEUTEEFEPDEEHPErtI
UUTTTOUUU1771TfU11 (nniutlympuuumi 041440410
, P PPelt-PE7070
U.POOMP00001$10000nEE---e021rE1127LIOPOOONTENOD-TE1014-PpOZ.EEPEUU 00 rrr
4tY illUOUVUU 11U000001.101:
TIOUDOPU Prtp107PPI0-P0P100000OLLIMUUT4Efe-00y2U700000003HTTItennPrE-TUUUEEZE..-EEEY uuuurryryP 4U UVUMFUUUUOUUUOU
6E
111114114(0001-F-POIE-rrrOeNUOODLC001U111UUU601/DEFOOOPELDUuuU1NNNIE4UFEENU1L(42.*ZET7
77 7/777rr000uuuuuuuuuuouu uuuuu
1011110100000EPPePPPETOP
E000004411 u111044RDIV(uUlOODIVYY
NNYM1UFFEuY1aviZIFE"/".4777U11YF7v7uUOV14TuuuTi=2UUeuu7uEu
XXITTIT111HOT1DUNFT1nP7PREOf00000765=611117071PTHIXTP777.NENNUNTYZIlnOlf YE117...I
Un YE ry UUUT1111711110111UUUnU=
11111111111110DOLLEETEPPPUOU.00666 utitiluirmyyyttiltyvyuururymMuF.zErwuntirer um*
1
114711717771771 UUU
o6S$7111T141100107UU0000.3X UT. UUU U0111711TINNH117YYNHNIN.Ykyy7771_,ZW222PYYYYZ22PYYYY OY.PYFe
1.11y.1111770y10111UUU001,000(UnUOUUUnUU111(4717NHYTYYY.YYYYNNYYTYLTYY7.1,082 NNYn7v1,414vuvFEvy
11: =4:::vvr4:0:
ES6771111$441141.1**11OUUnUnnUnUUUUUUnnnUffT117117774177701.NNNyyyyYllt.11.222.
7ZZYYNN.NNYMYYTYY
4
711777Y*777777
11..111.01411171YYTITOUOUUUTOUU0U11711011111177TYYYTN3NYYTTYYYTYY1171_,VEEYy...N Nun VVYLYT7714
u
Q
V
TYYYyYY
T. 511101ISTITYNYYTTUnnnU007EEEEU7771.11.1tyTTYYYyyyrfy.NYTYYYY17741477.7/.. ....
71 $.tYp 4
U
1
1 TY1Yvylf
TTU711111$111411$NHYTU000(041LEE2s77711111_2222217777YYNNY71777711117771,
1,..
377 YYUU
f
1
TT 111-177yy7
1xxxTvtINTOVvto.104VIILVYVVEZLert7FXr1117.7:7.0.17.7.147.vvvVVVVvrav(41YvYvVven,4,
.33144
0
0
ITTTTIVYY
1.*AfAA24111.1XFYyrfly77777177777YHNIYIVX.PP..
U 6
VYY 777111117Y
771-17,111711771.11.11_11121.°,X.VeJJJ.1122277111,1111177.4,071777(1177117777711UY.pe.
044955
0
vg
7
7
07
1111
14(4
YYY4FUTTYPLY171211t11""Ll ""
(P.
7.%1771.111.111.LLYyYYNYTYYYYYY(1777777111
p.y0
YU
"ty4-11
7 000117111M
yytYYWZX2.227.2711.1.2...7.1°...11XXL*1711.17171*1177WHHY.7777177171777777YYTO.e..
PX.
Y
U. 00..
T
7P0Syl11teTTITT
*trtrurpp17247ANT.22X7e****1.7(72171117177 7770111tHnrYYvntlY7701.111117NYETT 0P
.
vv.014.6 yy
y
X SIY12711774ITTITIT
YIALLYYLPP11711.2%X7777777$7411Fir,.X.6eX.56f66=Re$71HYVOI1HSYHYYMUINH400511-.....140811110U067..
SHIM 7077111111$1
11111111,777711117711PYYYY111111E666.05X...66,,IFOICYYTYYFOKV117177114$H.1000104%2P 114=1I11-07.17PPY
YPFY701% 41114(1111
muntlwriA77ittaritrystms=x66xxxxx6.6ovvvmrrufvoyurpors/turvorxr6x-nzw,=s 11174.. Tr YPTP777X11X17117111(11
t7.171,777777YvvfX*17177771*4411111.XXX.6.1*VVV,041100110004****I1000.40163yyx22p4e.. 4 119* Wvy
PYPPYY
811*1111111110
11114,7..tileezzLLY1t/Y1111t111419.16)QF
701140111100000910/11144N44404VVVetWEVZXN1=6-44. U vvYvvvV1
PPPP4
711XXTHOOYYTtYYTYYXX77M.,4
otTY1v141(4(44
21122.211111X11777117111111111141116:-UneP71100411COODITOOVV$P000011HWV6nOWWFWVMOA.Un FIT 07515145 44.yr.
TS111-141710014
11.1141.6wirusxfiss8rossnuutssts416 000911,10F+WV01140015v1n1101010N116.4,41$34.4.PP
YPLPI-PPY.004- Y
001(7111111111f
oatott..s6AxxuptiotouunTuottsttfuuopouuue..roultittutuuuloostuullouout 71 u 44 .P/ .14ePs pPY71%*1.7701411111171141*SY
7.I1006.,E2E71.11 -rlononnoTtr1eepo0outtny row Imuotimuuluosupouur .UP 1....P I TR-P vp1,way04Pyolvyvtlf111411vi1
10I14 IEE0771teit1 t1istww100-11FPuuptol7 40e.I90011 000 f00000fituu001(uauu.0R#* 34 uHEP04 531720.P.,.***OnYfY7YytYTMIFfYYY1
aottottopentup,ws-,wouosoti-erpLormuoultnovrovrevuoIt000nouto $11I11XP7.PO.
11P-PP .7.--P0
*yeP177y17$11(111T14(ffe
EPO-11.4-07,11411100,CH1OIOPP1110 007011,000111UDOPV(00400100001TPDOVIOROUOUPep 0 0 popP.64n--e 7.71
yrynityttysttlItlye
--65-10141111W0000001POWP0001011TTPOSETT 070001[011100000VVINN007000Hnn Hen 61X==13314HW---P 7 YPP 7777(ftvy$7111141N
---100001111111w,001110090701111000 ITtoupoiluorrmuunnooNuotummoonru--u**Puxu666.**.w..w.P.-Prizrpirricturtyyrisstwry
6-6(AusuoitioorAPIt-orminnurtrurtuuonngtmomuuuouounouuouvronnorm-lz,, TYY.y...1.1.-2-P7777.01171.71.141117771
6=6666101ItIOCSI111.97PP0077PFLX0P7PpOU001(010100001PNO0000.rfurVONNnzXl. 4..X...n.n=1.w....ePppe..*Ttly*T1
06565.(111777770017170114101,21EPP1400U00077frITT0011000n0O0NFV4Orfr=427.7PPP...772$0)**FP..P.PPPp.1..f
W1010QTYYYYYYYYLYTY
0914172400 UU.1001111100001T000p9N0VVVVVYFFF14440....PPN..P2.4=00.0..PPP
-1
situsmrwirimyittmtouAtF uu7uommoottycrououvounivvv..vrusii.up.w.,uwxpuo
INITTYYYTII1y711(71111171A1111/11U00011111110070U141000NONVV.VONIXN1 P P
1771_17114111171111771111.11111141111U101111111141141141101040WWFW,11174..E
or4IIIIIYYY(4vcrrivimuututittr(iugtmt(myptvrotomuuocuFNut
17177777111(17777711111.11,11111111140111111171 ((((( rumvy
7171171(41,17771447,1417.41LLIAZLEIY111471714(1
7711111LLTYY77777771yVvyyt711.112t11.217.1
711711111111711.71.111.1JYYmtULt
7111YYTITUTTI_LlTIALLlYv
477774141711171
101194
16
T
1035
1036
1031
1034
1039
1040
1041
1042
1043
1444
1045
1046
A
4
a
104 7
1048
1049
1050
1051
1052
1053
1054
1055
1056'
1057
1058
1059
1068
1061
1062
1063
1064
1065
1066
1061
1060
1069
1070
1071
1072
0071
1074
1075
1076
107/
1070
1079
1060
1061
1002
1081
1084
1065
1066
1067
1060
1069
1090
1091
1092
1093
1094
1095
1096
1097
XX
9)10
01 111
X XXXE X
XXX33XXXX XX
XX XXXXXX itXro
1010050
XX
XXX
XX S101111 X XX XXXXXSXX
XX
X
11111 % XX
X XXXXX
X
SE X . ..XXXXX
XXXXX
XYXX
XX
XX
XXXXX 83066 605 %XX XXXX0XQXXXX4
U 0 OU176
U 0 UU
X
6 ...IMO*
XX
XX
ESA X
/e771u OU3770070 7710 7011 0 00001111610
XIX S
XXX
UX/01
007110
SS..000000OU X
6 01 0141X
X
XXXXEXXXX
U
X
U
UU 1
71 X.XE
U 130
0
0 .6001%13r...110XX
XXXXXX
3
11
U
0770
UUU 500 U S0040
0=
0611 >33-.*e43eXXXXE XXXXXXXX
U
0 XXXXXX T7P70 77
SEEXX
U
XX 13_0=-,-0c,X0
00XX0X0X7X XXXXXXX,
U UU U
U
77000 U XXX 14101177117777110 UU0 OS 4X44----000=6
0
1XXXoTXXEX 077 XX
4+ 10 7
OUU111103(= ruunu uu x 11(1 667767667660 uutuu- x 1
0
0
000.0
611011XXX XE
7770700100011-70 11000
113 77 00 0110 U300OU1/U0777 0777700111111.001100
U 011
(1(101)0 UEP uuuuurnuuuu
000.006)(1nt1010x
XKXSXSX
P
*33
0 UUUX
UOUUU .nruirrou 07 U
0040
0
0000 0.X.E1tXXXXX XXXX X
0000011011000007EPU7000UUUUTIOUUU
33
UU X
or
u
0000
ounudournru
0000000
UXXESXIVXXX
K
uttuoutotouttuneuuouumtutui u
XX
0177
3317x
uuq.--- THU WU/ UOu 3 1. 0110
0000000.=0 XXXerXXXXX XXXxXX
nuouuuuuummoutioomutomuiruuruumuuuuu u =33
uuuummuu toluouu X*.P
Q
0000
w 67610 710X15
XX
ennwuuumoutuomouumuuunurnnuttruouu 3 4-740 0 070 00771170777000 UUUU xPrP
u 0
770 0000 .6XXXSXXX XXXXX
oliourruouontuummuuuouuuouuuururuuuu u
=u 30000017070UUOUU70770770 470110 . P. 137
1100000.0000.ttxxxxxx xxxxx
11100000000HC000000 010000000UUUOU 07-- U110
UV
P 70700 011117117 117 011110 00
11
U 7 07000000066 6076X05001 )(XXX
0000100000 0011001040040000 010/00060 0 (lull
1110 11,77*.*PU 0000771417770
u
000O0000000== 010XXS1X xxxx
000nououuoituutmo ummuououOu
u 7
101
UPUIPPPP0
U0 ('7
0
1
11 P00,00,==00066X65XXXXX
untiouummuumuukuniou
uurtotuuuuutotniuuuuunoutupouom.o* 00 1100UO0PU
00011000 00 XXXXXX7 X XXX
OnnonuouquupolUutootuoutruuouuflumnrneu uutotionuln1)70P oruoquiluorTur
0100000000 XXXXXX XXX XXX
00001034044000011001000117011.000 00001101P**P70071000DIVUM/UX X 0* 7UU UU
7700077 UU XX0X0136 =,-.10000
.00016100(m)e00ouuu00Juo110
00000XX0100XX
0000000111100 77P1777004600000
0
77
X.
3101.,==11 0=44
00 0011 XXoXXXX XX
0000000411010141001441 4000 0000141007000041PP 777001100
33
0
0
'X11111431
0
WM'
tmitinno1 umuouutomou utolutomuu
0 66XX1101-XXX ee
7F7UP7000077
3333. 1
3
33314=433441
000P0100401100000OUH
=000*,31=333011=41TYXxo
UUUMUU UUUUU UUU 07701.1001100004P ., 040700
41333
1,=
==000=34310
=11XI(I1ot
1000110001100UH0104410011000000 11077000 *46170070V000101177*47PP
UUUU
6 0* / 0000000/ 16)(0,s-317Iix(
0(7110000009 0000000144100000 01101.44.)0000 00 *113 001100000700 **31,(10
UU0
u ot314.33.utt19 -113 13133X1017,1
nnuuctotuouuuommuuuuu H U 01.11010U0700 41004 UO1110000
13333* 00
11.14* 116=00
033XXXTIXot
114007117017100UUHV000 011 1111H1111OU000000000 UUUH 7010011.0111000110044,1*34
00=0(100 66 3X 1(11.*old
1101111001110010101HPEPH0040 UOUUW10000 00011UUUELUUU MOO
7
00,31
013
33 Meer
8100010111100109176E11' M40=0FIM0OU001441,11000000000400000 INJUOPPP
U7
00'
1$0.====000000 3reXXX111o1
1111111041101100041044144400 100777700000UUEUU014.1441U0U 4)0000 4*
7 1
0
7 7
0
=.0
Iz1,=1000=r,,,XXX60XXX11$XXo
0nt(Itn04tt0000tooluourmuuuu717u11uu1170uuunouumu000ufluu
0
1 (010nt0t0100001xt1)=6muu uuuutpuuuuuuuuouuuuou 0(1(1(1 44
===,,1181=3==333==*=3==11XX3X3XX14XXI
1)71)
1
110=1:=.31*=6.1010===XX=roXXXITTIS
11011711700000016=60 40190001111000161004)PE 00UOU111120000000
440113331
=.,041* XX33XXXX1710
11110(101011017111=168 130700 0001UPIV ouruueouuutuu 1)11714
3.3
31 ==31=3=334=3411.1)
=331 =331XXXX111
X
U 3***
**
1099
1100
1101
1102
1101
1104
11 05
1106
1107
1108
1109
1110
1111
1112
1113
1114
1115
1116
111,
1118
1019
1120
1121
1122
1123
1124
1125
112E
1127
1124
1129
1130
1131
1132
1133
1134
1135
1136
1137
1130
1139
1140
1141
1142
1143
10 44
1145
114E
1147
1144
1149
1150
1151
1152
1153
1154
1155
1156
1157
1154
1159
1160
1161
1162
1163
.0
00
4(44(11110000016H U0
00010000
0000700001.00UO
nu .5 5..
4 44t4t(0001115001XUW UU 0 000000000 0000100000.1 000.10 0 4..00.5
IIIIIIITITyIONNFUOUu
00000000000 UOUUrli 00000 0
400 Pitt,
b 1011(11110001( 111100000 000000000000011 N 00000 11
111111111145.110141544113 0000114U01001===101==000
411 (11110115011YNNUNN60 0000000000000110=00
111141111111.,1115NNTY1000000000011==1010 H
010014
UHH
1400000
0==4
41
7
==0PUUP
4,4,4,4,
luy,
1,,,. .*TIA=34).0 XxTil
4333.4 SS 03 170(10 33XXXXXXKX/11
13344s3.43 01=11=1.11 65010=30111000110
14001.1 6
1133=3XXXXXX3/111
,
1
((P
130
*
Up
0
U
510001=r1133133313XXXfoXXX,11
000 1411====1=633===333333XVIX,X3=11
6--$
66=3,3,,3333
6o611010
0
003,,====0 XX
===XS=KX 0x161xXr
11
UU H
U ==0411,,
uorrrrr 700
It1(4111411INYMTITYYMMUOUFEUHHHHUHUOU UHHUHHUO UlftutpuUH 7 00 s
0
000000====1==16X333=535=3XX urxxxxrxt
IITTIIYTOUYNIIY110(4111111WILLEFUHHHHHHUH HHHH HHH=HUU H TWO 77P P7
0
= 11=111=66o==153==3x X
94011111101YVVYY11111111011111E-88010000010H HI
0101000 1P0
U
133====rX,331=33==X
1%:1(6;
1111511110111NI1111111111011004848HHHHHHHHPHHHHIN0000
11 P*11
0 .11====3==33,ere5=33333XXXXX66XXXX0
111111111111111571111010000000006,-1000041111000000H000HUUUEEP17070
r 03 0000/1==3erX3313333XXXXX6 XXXXXX
IfTYY111114113111710111101.0U11E101,iH6040(1(W7UUUNMP1F1/0U77FPP 17777 7700 77
TQ
.sa.
'11XX3330XXI101XX 11XX061
7
717711777YHTIIIITIffffiOLLOUTH(HHH7315,(1(IHK7=flUUMHOMUUU6TP77 0470071
4000
= 1011=13e,wo333=333XX3XXXXXXXX6
17117/17YYTUTIIIIIITO0000(031018(4EH,S,..APHHHHHHHH To
335411,P70
7
(100
1=1,101100,e13135e,X0336XXXX6XX
IMITYYTTII7TYMOOYYUDIOTLTILUO..HCOSS.034PHHHHHu_t yy
(wry .Vu
09=00 09 ==1503,....33,...XX33XXXX3XXXx3xx
ylifittly11111(ItY/1.0410EntlIt7(.1
(AH10001HH1(HOH.0
----33333woont(333=3XeeXX366633o
ittItItI(Yrtmyy00010(1111.1.1.Fr..,.0000010,0 00109.*0
444 041=,==13*33(rore33=XoXX XSX=XXeXX
(1111111(171I111001111151.127717...7,0888100400104.001 ur
U4
1=1
1=XXX3o3X3 X XXX1313XX
101tItlItifttfItt(141XX0r7F7EFFS..o.nOtaX700000000., VI UU Mt 0011000
.4
I
3
3XXX133333XXXXXX111=3XX
1111111501151111111155515210770.,9,,,42717001103310t, 77U
7 Y977700
==t0.4
43X3333X33166=33
111X11X33
117111111111110011VNNYIYMIZZIF,F4,42105 THHHHH
1,01177
75
3536p1/33331 1,e110131
(111111151(#150711/YNYYNTOTIFTIFF091/2000W74HHHY
175+00* 0
0 11
":101:=1:::'3%
35153=e1 331..13363333335
ItTTITIIIIITYYYNUNITTYYYYYTIZZLZ7727ZHIEZ711 'MU Y
YOU 1000 QQQ
40 00 0=
41.
133==3=1603=== 331066630
111114114rYttY,HrtyNyYY.m11.771777Z711777x.HXY X UU
H 75
Q.
500.50$ 0$5.3
3,0
p
4 4Q
11
It1it0littNYrnyt(MYYYFYYYZIM7777771YX00 N Yy 505
- P.40 --.1m0w0001w000+0e*.
ITT115111011YVVI,YOTT1111511AVYYZ1200227.1440,01 TT PYNN 4 U
070 *400
vtv(11155171YrtYWIYITYYMYYIFTV7Y0rHYVNVPNNWt 6444 sH
TylTyHyymiNyllyyyyyyy7YYYYYYTYYYNT-7HHHUH$YNNWOCHIPINIOH333.1H.,, 4 W= = = =31 1
TYYYVYTYTYYVYTNYYDOVYYVYVVYTTXXXVITYNMVY
TYY111111(77311733777YyYyYrtyyyyyye(YH11301404NHHHH(1((33
00107127#00.*NN311131000#1.3.31:.090: ,4#3
150711110711171,5174111160100TY'VyVYYVY014YV.+YNN4#04#0100011403131533*#
45334
I
51117T0YrYYYY611vvYVVyYYNN/VVYTYVYVY7TNYNNNV1NNNN*1004130333 Pli 4
1111511111(VIYYVVYMMyy111141101#1VVVYYN11.1450101,40,03035330131%.1* 1
111111YYYVVYyr/1110TYVYNNYYNNUFNUNNN#0043100173,101/1(333311114101
N-40
110111T10 YYY1YYNYYTYNNNYHNHH.YH NUNN,4NNINN3HYH333YY3T7VH.,04433
VY
759.0,==..-x=xX3X3XXXX=IXSX X
1==.==101==731661333333=3XX
6611./=10661 33313663==1
=31IS
1333=
711n
== 000 1306X31111==
1-333133=30..3
1
6
111=1 ,S=.111 1===13==0611 11111
100103-----17,----.11=n$ 633=331333131
11===111===1=11==1111413e3333333.331=1
0111,11=4131190110==110==11=333XX31o33,3333133
30171611=--=1
33333.......3333(.33 - - - -T
HH==10110111111$11113433333eeeeft333(t3TTfitT
1111111111111155111111YVVY100111711.400#0*X100010,0#01**NNNE-#0656* 534===1=1i31.31 111$41101145.91113111Xr..(104(1113330
T
11111I151111110TVITYYVYYVYYYVV.TYMYNNNNUN11/1133003313371/3131
3H=44N 001141.
01 13 0333301311ooro7foIx1733
11
X331
1111111111 111111 TYVV1VVYNYNNRYYNN0041440033531533533390444400440W=401,1#.1,
0011133111 151-315551,e0101i000(561133331
T11
11351515 111 111 v1i1vHvyvoN31~ 10043NN333333333vv63P1400.01
POO
33131311113311(30$/OtieXXXX33X XX3X3
13311111111411115511TYWN3NYNNNUN3NNNV3010110.3033333333350133331NYN11411.#1
1...
TIT
3.1113333133331XX.....0.33X1X11333
111111111 11110 I01114N111345 Y *53310011.1.35153331114y4e
Y pP. 1 .X1144111 736331AXE11rXXXr331 XXX X
ITT; 101951 11
111 1113131119.1 XX tiintsYIYYYNYX 35.3 5..
VI yr P XIX
1
TIT
13111 133=eXXXXXXXXXXXXXX
XXXX
1111111T551M 5 190 107 NN NYYNYTINN#,NrITY IT N #*
4+3 0
Y
*#
01
X
3
4331033.XXXXXXXXXXXX
13 XX
TTY TNT NiN YNN311.111333301
N1 4 4335
XXXX
3 33333
XXXXX1EXXXXXX666=33 XX3X
IINNNUNNN33 144
33134%333*333N* 033 K
47 XXXX
X
SI
000E:7X.3^6XX.,=33X XX,. X
TM 1110111111 T 1N1NY3333334333331133333333333334 3
:333333333,0333333 4 3 4100(03 3 33333333310
XXXXXXX66,,,,,$ XXXX3rX
1111 1(011110111
101
1I44N13333310331
3
XXXXXXX
33333631
1111111
FXXXX1X1Xe6n5eXX XXXAXX
*3111111 1 N 57
IT
111(91
*V
E06X113
XXXXXX
333=
3X
T
Ill
U
XEXXXXXXXoetoXXXXXX
X1e3
11011151
1
TTIT1111110110X0
1
33XXXXXX
33,,633133 33
UU
1016 tit tit
xtX6xXerowereXx6xXxxx
I
NOUxux0Xx000000Xx
X
077
XX
=33Xe,3333
XX
1111 1113 1133 TT
XXXeXKSXXXoeXKXKKXKXT
11100xXXX0060000000
XXF3 XX 301100 3
330311.6 0361
513 111 33113 Xtt XXXXXXXXXXX0007
XXX3XXEXEXXXXXXXXXXXX
10116133166X
33X
3 3 XXX
X3
XX3XXXXXXXXXX6re0XX
It 11111100 000X000110011X000000000000
0
Dt601X0o3X
X3
XXXXX
X XX
XXI
XXXX.X66XXXXXXA
XXXXXXX0X0XXXXXXXXXX0X00000X0XX
U 70
11XX3o1 XXXX70
X
OU
XXXXXXXXXXXXX
533X00XXXXXXXxxxXXXXXXXXXXXUXU0X100XX X 0 1/0 0 0X333o3XXXX 4
3 X3X1XXX
X
X
1100 XX
XXXXXeXXXXow
XXXXXXXXXXXXXXXxXXXXXXXX0UUXX00011XXX0XX
U0
XXXXX3XXXX
1XXXXXX
X
XXX3XX3XXXXX1
X000XXXXXXXXXXXXXXXXXXX00000110X000XXXXX 00 00
1113331X3331 333
X3XXXXXXXX
00
0
TX
XX3JX33X3NN0i1
000X140XxxxXxxXxXx33xXXx01JUXX3xXXXXxX0700
. 3
11311X33 Al
33XXXXXXXX
X
X X
XX
STXXX35X5331303NN
UOUXXXXUMXXXXXXXX)XXX11UU1JUXXXXXX0U00000
X 314
X
X
XX
3 XXXXXEXX X X
X X
Xl*XXXX3XXXXXXXXXOt
XUXXXXXXXXXXXXXXXXXXXITUUHXXXX0X000001100X
XX3 34534 XX
33XXXX
XX
XXXXXXXXX
XX XX XX1I3XIIXXXXX100XXOOX
UXTXXXXXXXIJOUXX0XXUUMIUUUXXXXIMUUOUUXUUXXX33H333333333-531XXXX3
33 3353 XXXXXXX
00001XXXXXXXX$1XX11X331X300310113
XTXXXUXUXXUOVUXUOUUE3MOUU0XTIOUUU4XXII11XX3333XX333333 1340XX
A
XX XXXXXXXXO
xxvuuuu uxuumumuummuuuuirtTuuu
1010431101xxltxxi0o11mommv
101111(3X333
313
XXXXX
31
351
XXXXXXXX
XXXXXXXXXIIXXII1X113/11X3V030FF
XXXIXXXOUX00XXX003SUU0X 111110000 XXXX1o(011XXX
XXXX
131
XFXXXX100117XXXXIXX11XXITXX114335013FF331043
5111 1111110110
IfT1 5 (1151111
110
1165
1166
1167
1161
1169
1170
1171
1172
1173
1174
1175
1171
1177
1171
1179
1189
1181
1182
1183
1184
1185
1186
1187
11974
1189
1190
1191
1192
1193
1194
1195
1196
1197
1196
1199
1200
1201
1202
1203
1.204
1205
1204
1207
1201
1209
1210
1211
1212
1213
1214
1215
1216
12/7
1210
1219
1220
1721
1222
1223
1224
1225
1226
1227
1221
1229
AU
tle,OVVV nn
JIOAM1 PPPP
Na
A
UU
upf
1XXxiflUu0111100UUNUUUll 1100UOUOUUU0
.,,,xxxxxxxxUli ullowtre.mett/On30mslyium
333XXXUUU0 7
XXIJU
UU
x P1,TUU XX XXXXIIXUPP
4 HOMO UOUOUUOUOTIUU110100011111UUUU
3333
U000UX
333
HOPPF0P-7PP.6003X IYIN
U 3xx
UU
XX
Uut1111A1UOUUOUUUU0700UU0001111
'(X
33331
0000XXx
PFEEPP77UUUUXXXXTOOPPZIPPLTPPpPPNX33 333
C
*.p.X x
XX Xx0 714,777PPPPPpP xXX 010000
UUUUUMUUOTPUUUUUUU0u0000110t
XX33311X
31
1111OUUXXXXXX
TXT100x 3333x331
0
UUU 41,7pE* XX3XXX
X01010MFOUUUUM/000 UUTOTX 313333333
UUEOPPPIPPPPFPPPPxXDOtt1X, PPPPP X 3 33)(3333333
XXXXUTT
fu
911.9PPPP.O. XFP7P/X-PE-1PP--1,99P-9NOTTYYY$31111XxXT33333 331331
XOU011UUUMUOUHUUOUUU110 01710X.3(13311133OUXx11000u7777
0 pppppPwoormoPrr---x-mnexoppr r
Xx001091U110uuUUUOUDOUU7U11109 3331 13
111111TIP33X3333333X11
ouroo0uu07777PoPPoureepP6tporrrtooro0uPPPfu-3P.3.x.P X00111111 P
0001010U1U1M0110UUPOOUU011000010 33
X3 XXXxX7X
000OuU4tUu11110010110000UuT0IXXX3 Ur 31UU10OHOUutOUUU009F-FPPPE-4/31,0000017 N3 33333PP333X X DOtitTXtv XXX3333xX 3333
770PTO110U00UVU0UPPOUPPZ%41801
Xttxt1TX YT 3
10000000101UUUODUOCOUUUU00U113X UOUUU0774700POIC00UU00OODOEFIAXPXP-XXPXlUty%ZYN133111334.1
X1X1x331
TN TITIVVVV13**
1 0000071100090010011 000111113 UU
X1111X
tPt 3331 XXXXXXT1
1 moouruorronuomouuouuu 3331011 UMW O00UUODUU000.0110000T tollop%%F. P33VNYVY13133X4t.33 K 1011X11 KIN
3 XX1XX3x
UUUU000FOUUUDOTUI1UUDO1100UVU ofi.x.pxpreurm.ravi6x
110 70 000000 U0OUTUU010100
1 4333X1
HOU xtXxfit
XXX X31
uuououutottoPr000nuuromoot(nowo ss UFEPPOOXX31133 Xx33333 10T
X0000C
XI!
X
U
.3N000UOVVOUDUOUOUUMUOUUOU0
UNOO.EHOOOUNOut1101(00UUU.,333311
muu # NouTUPDX11FOUu0U00 0(100 11
l7tiPP00,3113333XX3X333333XXTTXXXX
($1111
XXXX0XXX3
01(1
NH UU0OUOU000110U009 WU 100011TPPUUUU0U01UUUU00010DOUUU
UOUPpP,133133333313333 XXxx3311X
X
ti
:x::
yv111UUUOUU0071000011UU (11)17110 110 ,'011333 3311133333333X0
10330033.00U000OT1uUEU11.UU11EUUU U rIrrilmouoop000torito
TT
1113
xU0F1111
UOU 00N33NN000NDUUUTTUFFO1111
03
0133.3333333133313333001001031XX1(3
X
OUFEEFUOUO0 lllll tuovouumottor ouux oortsuu
1X333
srrot
0001)111. opiroommult
xrxxxxxxx
xxtoltouu
3
xou
X
uommuirEeto0 9( lllll 1107FTUUU1110UOUU U U #
X31
11.1(
UDOUUXUNNO10O0O11 T UUOU UUUXXOWEEFOUU110111000E-FEU000UU033x1U*
3XXX3XXXxXTTXXxXXX
U
X3%
UCEUUNHX14 Utli
30313
4333X3Xx3333X1X111Xxxx3x33
XX
XXXXX3X
uuux11ououxxruuouuruu(tum00010rF_rE.0 UU 713X33
U U
PH1333 3 331X33xX1xXX31XXXX133333 XX
1441v 11110U1OU
3
U0XXXXUUUUXUUUUUU0OUUTO9N/001FFE0000 7040051xX1.09,80
330$3.33XxXxXXXX33311X333
133113X3
U
)(TUT
+NNX11101114T1xXXMUTUO3U0UUUUUUOUOU006110011UUNIME77010WH1333141UU=.1133333 3331333333333331331133331X3
X
ft UDC
333X113X1011111OUUU0OUUOUUMOUUUUUUuUMAJXNNFO(PUUU07IFUHNN0UUOUUUFU
==031333 33 331XX3X33XXXXXXXXXXXXXXX
H NtxXiN111117D 310
10(10
HH
UuTUUUUMMUUMuuU01004000U000OU0710311UFFOUurfuHUH0.44.4
3X1X% XxXXXXX3XXXXXX XxX XXXX 01X11101
M1xXXXXNItfIvNtTX310UuHxX03%0UUOU0UU7FFUNFN0001UUUOMMUFHTETFFUOUUEMOIe,rn
133333X1 33XXX3XXX333X3X3333XXXXXXXXO(C
333330UX1TxXNNNUITNXMUUNUUXUUUUUUMUUnnU0PP1000011UUOUUFFETelZHPFEHM4,8011 74143X .3 333XXXX33X33XXX331X3XX33333XXXXXXX011
33333)0(33
30333UUXXX11701V3NTNXOUSXUXXUU1UUUUUUODU00000000001U0HHOOUHOINFPTEFEH810-F9001184
33331113313X1313XXXXXUX3 X333(33XxXXULLL
PM! XxUVUTN371t0OHNO3t3UT
UlyHtXt11X0140351UX33110330000110N3tIN11NKNDMINN3UNfv3PHHUHH888-11,10.38333333XX333333333X00000
33333333X1XX0L00
%0110UOu00
01(71110000X0701VNNWINNUNTHUNNWTHHvNX00=11%--11011XIMPX0 3 XXXXX33XXXO00UUUUu 3.33+3331,30111C
0001111101xU0NTUXXNTUOI100U11011111POONNTNNTINNI1NTOWUH=1.1HH--HPZU*8P*XXXXXXXXXxOuUTOUTIO
.114401
0 P110031
H80433X3030U1111111NNX330XXITXXxITUUOTT11111I0000NNIIVVHNNMOUTTU00.11,1=1877%**H3333XXX31XXXUOUOUXX.Xx0033304-4.00001
701333UXTUUUXIUUUNNYTTXXX3TTXXUXWOUt1UOUUUOUDNVVV3XXXTHItNSITH3301101(1301FIxH3HH333XX3XxXxU000u001x3NV33x***.
.xrrunptp
H880HUUXOUUXUUTN3NNVTOXUTXX3XUUOMUUOUOUU(DODNVNU0XUUXNHUNINVNyti0311
0310107011
HIUX1V1XNNV1XIMI3XXUXXUOUUMtUU0000191(UHX3XNYNYVVVVN(10033 EPUU788.330+XX3333XUUUTXXXXXXN033XX3333333333X0(11
FIT/833.311111 333.000 XX0033N0333333333X1333(110111
11*H17F100043(3XXXN1X3301103XXUXXXUUUU01100000011IN11XXHN0UNNUNVVO0mtHHYFFEPO11P33.,. U 11u7FUU00DX 33333333XX 3113uUUUUUtt
1001177HHOUH0333311111110011X1333XX0000141NT11000001111011NVO10NVNO1J4(OOHHOUJE1P0PH.H0X0U 0U701.000411.+31X131 3 31333X1000Uft
YHE77H3U0U0413303110100
P
UUUOXUUUUUO0UUtON109(1(003XYVIIIT1NNPIN30333300PP0000830P. 0011UU11UN30333X1 MU 3 X3330XXUU110
01911UUODIOSHH0xXVINXIMUUUUU111JUU0UUUUHOOV01K01//71311111111NOXVHm.
UTU330U000
HFP
HNNtippm6N0H...0uuu X1.100.303333. 33==33133 XUUUUU11
HU UUUOHNT0HP 11X0111XU1nUu0UUMIUUUU000TV.K(0./f/sR%RuFt1YFFNUFvFNWOU111 PPP10110H3 0OUX30011130353
4111(1111333.0U0UU0111
HNNWt3ITUU0000UUUUUHIVVv0..11/X221HHJSFXJJF.,F11VvNNIHNUU 00811186 UUUxtitTHH01100U311(113333
U0077770110t
OTHAJOUuNuxU10HHU(1000000101uuOuuH14=.06..0102?/PH114J%/11175FFFFNN0101NN
7000X13XXXxxOTH
011100011UU1101
1011110131fulnlux1000033U (1 (10 u0U0UUOU07E771100C
110==.11.01122.401.1111111/1115FFFNUN 0/001301F'EF
TIOUUOXNFNXXHNICUXUOUVUUUUOUU007111701.1
U
7U11XXXXXXX1xxUPUUI01000(Uxuv,..11.=,Kx011111MiMIIIH11111111FFFVNY1913331111131HafFf1090UX0ZXX113313X
11(1 wouunnummuum
01UullUilf1031x0E7UUTIVOtr1VV.7/1Kt...1111111111m1IT01211111117.77101,101%70010(P7
(.$1115110000
FHP10003XOZPHF0([1333333UUOUUEFPPX%--%1EH
'1.f/30111(0
=.111/.0..../11-9S111)10110H11112222221111NS.71OUOUVOY01,11YU HUTTI0001.700101111(X333333PIMU07F-X1H03P IN
1,..10031%SuU 111.11K7.00ftX2222111110111HHH1111222222UX1%Ffn5IZIMUUU (1(1(13
WUF7TIEF1PHOW1141(53331130PUPIOHNpP3XX3000
UU0=a//f222222221H111HHIINu11112222?2uX3131790717FUU01101
00 UUFFFFRVV91(130033333110 UUTOOONN11100311 HOU
.1,ft3X30311XX0006Y..1X222111113H110 lllll
111222222222222UX11f9F1R097100717
5322XX311X3(30Ux/f11(2271)H1114411H) 111)12222222222222222221FFFX5X5*/25SV 00XMOUUUHHHHRR..11010xXxxHUUOPOOPTNIn
HUU
rou0007XXUUHUVV,111~141011uUUOPXXHNONN03H0xxUU
1227222223f1UV1111771221H11111111H11111222222222222222222221111/5959CCIOFNX(00001,1900%1OVV3301/PUUXXXXTUUTONTNNNIXXUUOUU
1111011111/FFP1111/f22H01101111H1112222222222222222222222222PMIXF5.509KXSKRT104770001710001X030HFUUXXxUu11001413TUuXUMUU
will'HuHumjj5ccoNFYIHH210111111112222222222222227222222222222WW0f90100(S.MiTTTOTO01(671060H3H0 u00x/DuC100THHH3001,01
HTIHMHHHHHMHHJJJOHull1H11H1/11112222222222222222222222222222222222111111FRSFrFZFRONYYFRIXx300ffs. 000011000000141N331XU00
11Ht011111113111111/1111/111112222222272227222222222222222222222222211111111XPSPSKKK,F5-3700271
uuouomoorrooromol000
11H12221122221111111H1/171112222222222222222222222222222222222222222221111111PKRRKKKH99S55912071100U0000010010101110XX3Nt
111222222222222211,111111112222222222222222227222222222222722272222222222221111ZsicKSSOS55,FRKKNNYT1H7NUOPUUNOTT111XXUUT
1122222222222222221111111222222222222222222222222222222222222222222222222222211111.MMF.RRFFTVYNUFFUFFNUUDWITTIXOUTXX
2222222272222222222221122222222222222222222222222222222222222222222222222222272211WiHnniNXFFnROvrrvxtuU xrxtirryruoxxr
22222222222722222222222222222222222222222222222227227222222222222722222222222222212211111101%rFF0KKtC0100UUMIXIWKWW1
2222222222222222222222222222222222222222222222222222222222222222222222222222222222222222121111ZFMFFRONIPHOUWON3(301W
222222222222222222212222222222222222222222222222222222222222222222222222222222222222222222221111123W.97EE1H1100T13OU 33
2222222722222222222222222222222222222222222222222222222222222222222222222222222222222222222222211ZeVRSOFHP1001HXUUU 330
22222222222222222222222272222222222222222222222222222222222222222222222222222222222222222222222217..JJJR00HOWM I) 011113311
222222222222277222222222222222222222222222222222222222222222222222222222222Z2227222222222222222222LMMIJ5PFHXWINOMPIWW
,,
1231 A
1232
1233
4
,_,,,..,,,,.,,.,,,,,,,,,,,tc,.,c,cee,eeeeeeieeceeet,!e.feezzetteeei?7ezzee.!et?e,:z'ezewz)mitp,tuuullunommuliv
22222222222222222222222222222222222.222222222222222222227.222222222222222222222222222022222222222222226.7077.1370015000000010
2222222222222222222222222222222222222222222222222222222722222222222222222222222222222222222222222222210JJJ4273(x00113033
1234 ,
0 222222222222222222222222222222222222222222222222222222222222222222222222222222272222222222222222222211.L.MHZ07A31(3313300
1235
1236
1237
1238
1239
1240
1241
1242
1243
1244
1245
174E
1267
1247
1249
1250
1251
1252
1253
1254
1255
1256
1257
1257
1259
1260
1261
1262
1263
1264
1265
1266
1267
1267
1269
1270
1271
1272
1273
1274
1275
1276
1217
1270
1279
1200
1241
1202
1203
1204
1205
1266
1287
1275
1269
1290
1291
1292
1291
1294
1299
2222222222222222222222222222222222222222222222222222222222222222222222222227222222222222222222222222)P1111.1701X(110013303
22222222222222222222222222222222222222222222222222222222222222222222222222227222222222222222222222222)0105146,17566 111111
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222221P11JSSFWV00565 3117E
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222217.111,150S0100HuU[FEll
222222222222222222222222222222222222222222222222222222222222722722722222222222222222222222222222222W 0m201.100EFZIfill
22222222222222222222222222222222222222222222222222222222222222722222222222222222222222222222222222111PJ10K90001ATAJETUEU
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222272222222222111111705100DEDFR11110
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222071117-117740000tIOD0000(
2222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222111111J1FZIUM1000001..
222222222222222222222222222222222222222222222222222222222222222222222722222222222222222222222222111111,111'5101U001100..
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222211)0(747FF.JJ5ILIL7u000331"
22222222222222222222222222222222222222222722222222222222222222222222222222222222222222222222222UX07t1JFFJJ"t0000000110
222222222222222222222222222222222222222222222222222222272222222222222222222222222222222222222221100tCJJmul03..1100m4("K
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222M1111007.701000011.18
22272222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222311X1IJGW.GRrYuE00flotH
222222222222222222222222222222222222222222272222222222222222222222222222222222222222222222222222733$777771JJGGHFIOOFEE,.E
2222222222222222222222222222222222222222222222222222222222222222722222222222222222222222222222222Xxft7.7.1170555.72070E00,0
2222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222220vFXOTJ505J2)DL0a0Ie
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222XlivRRAIHJJJGZIIN.317
222222222222222222222222222222222222222222222222222222222222222222222222222227222222222222222222222XXt11111MJIJGFVF7.100
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222200xeR111MH7P0755KKOV.
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222X/RPF1IMJG5s5SK.K00
222222222722222222222222222;2222222222222222222222222222222222222222222222222222222222222222222222222X*VMAJP003C050007
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222XL2L1W7R0808RORRY
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222VFNLIIMJ0J5R5FFFNN
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222XXFJM1000JRR55RWFF
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222xX77%1200R05555NVN0
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222211170M0hr0CC01177K
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222111700107RSSRVVVIV
22222222222222222222222222222222222722222222222222222222222222222222222222222222222222222222222222222210JAIMAMSR 61
2222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222711LAIJJJCBSK..,VVV
222222222222222222222722222222222222222222222222222222222222222222222222222222222222222222222222222221001030R7F507..000.
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222001)7011J3R.R70.."0.
22222222222222222222222222212222227222222222222222222222222222222222222222222222222222222222222222210111710NMSSON....WW
2222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222221m1mmJUJERFNVy.iSKS,
222222222222222222222222222222222222222722222222222222222222222222222222222222222222222222222222211011010100R276 ONNO..3.14
22222222222272222222222222222222222222222222222222222222222222222222222222222222222222222222222211111111124-277=VV04=0W1
2222222222222222222222222222222222222222222222222222222227222222222222222222222222222222222222211 1 1 Mitt .37017171171 .100===
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222110i1.71007050V(7,=0==0.,
22222222222227222222222222222222222222222222222222222222222222222222222222222222222222222222222x1J4KK9SSF551719t63=t,
2222222222222222222222222222222222222272222222222222222222222222222222222222222222222222222222)0.1(1.747RSSSS5SS5...0110(
1
22222222222222222222222272222222222222222222222222222222222222222722222222222222222222222222222xx1172.9.CCOCOC1K..1.KKKKK
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222220221pul5S00CPS.IK....KKKK
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222221JXFMCCCCIK.,(1(....
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222177SSSCCCCCK.,110 1
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222J.0795SPSSKIKA0==0.1=
2222222222222227222222222222222222222222222,222?22227222222222222222222222222222222222222222222220MfmIRS0917*
0
222222222222222222222222222222222222222222272222222222222222222222222222222222222222222222222222U1A0JJFK0sS..1/...000..
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222220M0mPI1J5S15K/K."[(1..
2222222222222222222222222222222222222222222222222222227222222222222222222222222222222222222222(17JJ01712J7OCK71/
SS
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222220L0MIOIRJ0JSC1K/f.t.......
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222221-10117JMIJR1/./.*"=00.
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222722210011111_11051/7./.710.5.0.
2222222222222222222222222222222222222222222222222222222722222222212222222222222222222222222221.1011111JJJ5SS...11 ,,,,, 00.
22222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222217LLUONFF5575.70,0w500.,050
222222222222222222222222222222222222222222222222222222222222222222222222222222222222222222221,2.711FfiNN5UFF...0.600.W=0
2222222222222222222222222222222222222222222222222222222222222222222222222222222222222222220221M01M7GGINA
tOISS0011
2222222222222222222222227222222722222222222272222222222722222222222227222222222222222222221100.1104MTVGGIZFc..wwFw.=2*
222222222222222222222222272222222222222222222?2222222222222222222222272222222222222222222)71.71003V0917777271714 15,,,V7
22222222222222222222222222222222222222222222222222222222222222222222222222222222227222211'00;770-1111160127211171W4A1C55r2
22222222227222222222222222222222212222222222222222222222222222222222222222222222222222101774111L-17-11:07-71F77F.S5GCS5.55
22222222722222722222222227222222222222222222277272222222222222222222222227222222222214M1OGGIl.-P[H5M(30777F55SS0C55555
td
d
dt*
NOdh09000M9-1100119°0AAN1AmMitAA1A1)1111144.04.0016.Z.NAA000°41140)0
9=== D == !1100081
0AnnnonAnnIsi9itti hotteisANA.14,34d4lil832
dinuomA-HAAn10/19.JJAJAA1A01110Avuo,900609m=0900A'ASAAA&NinOnnAnnAnnxliiNfANOOAAAJJAAAAzz3A/lAmmm
0---------0-.1w20022/22.11dMMO.=f111X
.=-==f =t=.11'6d1dtIM,^==A9 IHU)9XEN1M1AllailAh0C0.=MGMOOOKOO'OMAANNN-WAA40000000000i.ftlf.f,,..NfNAJZ1A1201311A)AA
=9= 0=
XINOONAZIAAlAA000=00°009000M."13NANNAA1AA)00000(110100X)if4f =0) XNNAAZA d3Z1AAAAA
09021kM49=991,90ft0WANAA.T411AANNAM00000'SSAS'OWNAANONA1111100111)0
4f0NNNNok..E.
x9m4AAAn,_311n1
,AA
. 0.00m10,0=.9G9D=x0000=t4-XX1011000=--99000(
Na1(An3zAnAnAm
m==htmANIWOKM°0000CO3d1XYX114Xq9940 111AMm4NAJJIZAAN.A"OLO''SLISA)=0ANNANNNAAIAAPAA,10A1ASAA,N.NNAff.MX
:
XXXN) 0.7.-12132
IIN4UMAdMN'SWIWM0000===f000--")00q90 000A$00NAviiiAAt74115000e0"9)i)=NNNAANAAAA111AAAAAAA,A.W.NNIfff=.
000$0°AAMJAAJNZYAA.S00°D0==m0
NNNAAANNAAIIAAAAAAIAAAAIA1NNNNNf==UXXXONNAMOD-112ZM
MI
bfiil
95E1
/SC'
AOSA1X7.051MAS.00-00==i)9999".14X
IMONAMiliZAXA).V.J'0'040m91=0100AANNNNAA))))))11)/01 ANUAAt-S9XXxx (inn Ad7.010
551Z7 .AA1S55'5.9MS*04=1.991'°9dd99"19
5 J38iM'SSS5554.)".3'ANN fi=9X)0d11.9"900 0bOMAAAANNAJNAJZAMV1OMM2Mf1CAMMIIINNNION)11)1(A))1A1AAN.,NiNNid.
OAAAAA1AINAd#4.8911 91$.11NNAALI1IIXN110AttA)))))1AAON4iNNNN0..= 00X.XfI(U101 212 -9Z
Minn nn A227.173
1N7. JA1SSMSSSSSS'SSSAMOAOXf1ed00.0d--1111
174.239'S30liSS5S5S188AAA it..0
(1A13NNAAIAN"NNUNMUNN0 NAN IINA1AAAAAIAI)AlAALAAA0
MAAA(OAllZZZAZ1
Ii-d101.d[ZAANAUNlli'31"OAJA4AN.1004AAAANAA1ANAAA)A1A11A1 AvOOAC.09t--MOA1A7.d-Ad.1/40
AllJS31'S5SSISSSSSSS.X811
Z.ZiASSMSSS5A.,15555556XIX1Ad4-1C1000)90di1JCXXOLIA1JSXNAAIIJAUNAANNOOAAANN1N1A.NA1111A111.11004,X).==.1VM2011XZAd/rZ1101
Nt==ff),,d3="STAI)AAA.09'N.A.*Z.DJN)NNO**NNAANNAAA)INNAA99X110000XV9,-,=.=:119.dMAANAll10331Z
A1V'SSSNS3IASddSS3MNS....1AAilifEfAdit'S'900AAAAMIW3AA
1 '
S' SSSSIldt/Mit'S
WONNN"A1)A0NAAANN0N0AAAA110n0X010110 XV9 =.0.M2000IN
d1Z21-12Z
1.131 Z+AAN'IS d3.1 0=443/NAAAMAA
IN A
99INIII lA "UNA) AAN AANAANAI 10011(1011011XXX999=9
.sxsys 9,INN.Amsi
_1141 A I 11A2Z110002
liA2 2....xANAmtx230A )W.12 AAAAA0m 'A. it
0(I0/4N444A9-0MNAA0NNNAANAANIt9nn11f1rM99 119 l=z '41110100/. .71m11-0,,Z
)ISS SSS99911AMM 1111 1dii4A2 ....itititZtA) 111111.3dINAAM A NA. 11111ANI 0 10f0AN 1N4 IAVIAON9011A.X119=9.4.. Ii911000MAZ
Z1401402.d
"1141'"591,0413.1.13_173AAAAII21.1(21A 1))00)Z310 AIAA.JJAfNA
Nt02031".0)X19-991AJA1SA2 A1111.1dAAAA110)233ZWIA1MJS-MNANdNN f*-9-1100104"0.41900A4AnxnAnanc.,99.-..fc.0j.00m0A000LA
11951N1lin0N3
AN"3-AA"NHAANOiliJAAN11XN000011f99=999XftWOMMM9NZ0000.11
C.4.10'3".13MJNA1111AZAA)AAA)AAt..ZOMZZAiS'NNJNAANAAVONAX'OP-ONNA'4AJJZAAN11flft000NXX9C1HIEXIIVOMMI1119MZJIWAJ
11999900)1211191df)NN'51108MS'NACIIIAAAAAAAZAAk230"01VAONAANANA'NIN'.NA
NNOMJMNI2ZZZAJN1000(100X99XXXXZZOMM9'990211ALN
f)f0209C10.11111110(011915MS''Shd0011AAAAAAA1)11Z032551AMOONNNNNNNNNNW'N"'AN'AMMmAZAAJIZA'11AA0000000f)..XX9-2MM949==i710NA
IINVIINJ11N999)99MiSbS'AiSSJNA-10111AAA11/#1.19949=0W-ONNAAINUN(NNN'Al
IMMAIAAN"A'SJZ111111MAIItif.=XVI9ZMCO'9=.41J1)*N
00009909£H09411090AJJA-ObS81000A1111AAA/411111NM99r9,10NJAANANNNN)'00'1W-NNA'0000JHSSAIZAAAA2)11100XX199N99MM919-MNAZANA
r=0)0010111WC109"0')ASAA'SMNWINAAAIIIIAA
OAd1410199"1AllANANIANNNWA'X
S51992)1ZAAAAA))))(l60012fl'UNM=f19-MMAIAN
N.=.0111)9402'W")SiSSSAdXd110A1)))0001131190990NNZZANA"A'OACOA" 'MN
211111JAANN)1A)10Vfl'1191INMNIA'=0(NANN
d0110101 1:149S"SSSS*1i53XXShS%SdAAAM11000/3102146-MZIONAZ22N4ADDANAA*9"A3**9'0
")10100XA'V9'SSSSS')1J45SSSSSMAMJAANX(0
itIZZJJaNN1AN1 )1%.1:10If)192011f10DmAA0).
" '111")9"'S'I'S'IS'SSSSSSS9MAA_IZJNbiAflt
1A31320010420212diNNNAANAAA-.1400"'S-3ild32ZJANANNAN)149014*"0'N)11'011NNI
'
3)***07'90N/S82NAAAIS 'ONNNMOAAIN'AX"31AllS27INNAAA)AADINds))..)9i)°0mMMij
'" )**4)"'SSS'llISSSSSSSil8'AAANAMAA2Z
ANNNMZZ
A'S')Wf.9VIZIOSSN')u/ASSSSSSOMMOANANNONAN/dX1"NlliS.UPAllNA4')HN1NN"02"1"AAJAJJZ19ZZA4NANN1ANN00.10')'940
0)010921 S'NAAJJJ90"NUN.01**99 -A'NUNAll12771NI1NNANA.NA4O'f9
ltI2J23,,,1mmj
13S-111'S'911.-SSS-I1'SSSS91069.1100ANN
( I00-SV==dZ.MAN')AANNiAJNAJ'AMMXANNNAJNNiZ1lIZANNANN09'N 11#10112zdnA4510A
01'S-WSSSSS99919-S95SS'SA2NAAOON nnan
1011AAA-7SsSt4NUAMJA"sNIN-AVAAA3 "oS'ill991ZIANIINA00AN'OA433 3ZAn099,44
fileSS
S
99AS'SOsSSsSSsAA1A10A9nonnnhAA/AA-7."10AM1'1
SSSSSSSS 40.SSSSSA9issxsSn5SOSSSJJAAA9919n90 AAJAHAA00"'SSIMAINW 99901 9-1.11-0153S11243121tONAA000').000+1721:1An9
0A)1099t9SAJIJSAJAANUItAA1ON0N00N1A9)A.11)=0
ISSSA9ASSAVOS0613099S2JJAX)11rix
H1Liant9990'S11t11'il"-WAmAk0J'x1"SSZ9SSSJINAlix)IINA2A001-0HA99.1A
S'1V9sss/i/90SsS13J394dbA2
SSS-SS
9/xlinnA3AArV690sSex1a311AJJSS3S911*A-91333SS/1.1JS5190111Nf.311.000 "111,4999,,
1"b-Ss-S-xSSSXSS'is-x99-SS,Ss3S99JUNA)Isf
1"-SS"'S-S*
AHAAA090SS's3S1AISNAN131119-1)061311ASSs1/65ZZZAnX=HAPAN.AN).1Xx0x1
*CO' "
A0099999SSS9S99d2IZllinfs1EHA3-60965S0115319NOs93999)0ms-loS.salia3SSSS9d1A1A69.1A3/1*ANNAG*)1191f
""*S*9)04--)1")151SssSSe.S9SAZ/112AMx0'99119L%09S1/A11110"9111110041SsOCISSSS030SSSSs'llJAxnAUAnno"HAOsxf111
at001
ilf£.10"9"))..XMAXXANA"SS'bSSSSNSSdiAJZZZIN99SSfU06655///21111'SSSA,")*SSSS//')/SbOOSSO3SAJJZ1AMI,-11.=1(4)=1)=.1YZX
N111113Z 1)9")))"NA-01199*AN'SSSSSYJM.431.1Z72/200922.699*///11/X'ASSAAll
ZS0
o'S(10333Silld2/MMHA Nlidf*)91110$
HP'fff)9A-AXX-0')INMASS15113S92111i4Z11NA1Z9Z0-6SSAAMI333NUII4211131e1010912X$///SOOOSSACCA14113AANA2Mdf'iliW
Ad11110d00)114014
3011d310011fV011"".1)VOxIM'IIIIUSdSS3SSJ1JJJAllA13Ai1,2-2515009fmNwilmJNC5SSMS1(4(10*/)NDMIDOSZeid12/JAW) ad0)13))///
00'"*XX9'0NOUXSdSSSSS3_IliZAllA21P996666650.f0C11421-04415'5"5Sd9SSS9I'MbaSSf2Z.Z244N31A992A09994$1///
4000110100001014)40"SMXS')'11AXM-IliSSSU6SSSMAN1AA101109--9-665'91045f4t4Uff
"5'8555sOSSUSS1dd9UUS333PA/M.S'.10(1999.=W
9100)0000NNuddN4Y".111.*N9AXXIIII9XS33S9USX391NAN00340-9.9555ZNHN894411115'u's"UBS030906ab1I30OMN'SMNAM001
'AHAnAfkA11nAdd4HAdJAn1
.909.99=1*,
HIIN1
999111193913Ass09AAJZOAAA6sSbSSAwWWOrcerwirrrSsW".DSauS10040Aa3aa0AASNWOJAAOA1'11104HA00.0/
d3 011 00111091114101419f1009'Nr"illilt33333X0eGbdrCift4414CS!miNNI44WfVVIfffaf09565966610.S "SS93390551ITUI1C12)099.999e01010
nn3333$433WA-IMAHannHAI9t/111193a391AAAJITHwA411twwww1AHAlactimirrAtra'SSsrrstiad'uSesse3asSSrAmumalosUdiltss5.urrr-E
131:13Antn/A3d111199d33333311A'01///lUnwilwitbfrA414411h99(AAttfilAmittilltANA999W9S.SS0033srSrANrsfkr490(101114wWN3r14
at13333331/A331133091--1-3422291/0/As033aSCAtirrfuNA1111t22z12Z2Z2Z22L
A11331333
222222221twWwwW4Ar'3309S19WCAU551 4S'65f913311ww3--rr
313a9AAlz9999A---A99.1SSa00srrrA9Offr832212Z2222222T222222Z2222e2211194994Sims*90ACCrNr5trri194erweJL3331
;11
;;1
;Sit
OSit
bkft
Otfi
V.11
9411
2111
1411
0511
6111
121j11
9111
t:::
fffi
Zffl
91£1
5211
f211
2210
6311
1
2111
9111
Stfi
Mikt
01ft
60ft
9011
loft
2011
1011
898881133-2132H-0119'S'11019999JSSSS90305ww1U1AXXXX2Z22222Z22MUZ22222222ZUZZUZZ4441t4A9d6X222222ZZUZZZ2222Z222Z2
nnOnninn33
1101,133.3331313-313JA:11SSs'IM---les(1naflaSdrA1AN(X9e02zzzeZ22222222Z2u2222z2azz2u22222Z2Zz122M222Z2222M22222ZZUZZ2
3110
*..3 111333---T31324180')W--6sssoubdf1f4(4.41222Onnz2zze222M222222Z222MUM2U221222 2lUZUZ2222222222222z222Z222
011311 01f. (1J-3--131-13USSS'IvSfAUUSSCHWw4111(I22ZOX2222Z222Z222ZZZ2222M2?222Z2ZUZU2222222ZUZZUM22222U222ZZUZ
GOft
ZZZ133133131-9"t$00099'119--999--3SSOdabNZZNI(WAXXXX222Z2ZZZ2Z;22222222ZZ22Z22ZIIINN91443MSSS'a.S57.-V4-1444-141%Z2ZZZZZZ
188
USUX.r7.177.992211-0110MOS'90990.-S00331IShaWNANV:XXXX222222222ZUZZUZL2222Z222ZZ2Z1tININN19'SAIXF0222ZZ2ZZZZZZ222222ZZ2
99190 n d191/110
An4A7.---33-.SsStOT36s50019141441Akttet222z22z2Z22z2zz2zuzzz22?22222222Z2222222.22Z222222222Z222L2eU2222L2222 0 0010
XXXII
d-13.2J77.0SOOSSNA4INWiwk14111411222222222222e222222222222222222222222222222222222224222122222Z222222222222
0,620
XAZ"").flfC0d30,11-.9SIAJdNr$0144)11i14NIZZ2Z2Z2ZZZZ22222Z2ZZ22ZUZZZZ222222222222222l22Z22Z2222lZ2222ZZ222ZZ22ZUZZZ t' 0621
41-
13A0)4)1550000A9939f4413-.41113-95S00,til31313114111222222222222222222222222222212222222e222-2222
9,1,,11CC 41421khlifltil(9)
11/111111 ?..!?;!?????M? 227? 7
2222222222222222222e2222212122222
77
?.????????.,
10,27
..
1361
1365
1366
1367
1367
1369
1370
1371
1372
1373
1374
1375
1376
1377
1370
1379
1300
1381
1382
1383
1344
1385
1386
1387
1348
1189
1390
1391
1592
1393
1194
1395
1396
1397
1398
1399
1400
1401
1402
1403
1404
1405
1406
1407
1404
1409
1410
1411
1612
1613
1414
1415
1416
1417
1414
1419
1420
1421
1422
1423
1424
1425
1626
I4e7
--
.
-.
.
- --,
4 y117.12.27 (11101/01000=0700 INS
1364 4
I
,...k) ., ,,,,, ,
....,
.ulJoU,,,, /..1,11H, I I 111.4111- V U. ,141/141111VItYlt 11/1. l' L 4/.-,3
=0000000 -52YNNWOY1
43A---,t. li,rPUU .011
p
XJ.V.75P1151.01111050.11HNOONOINON1406000P15%%%--P-1-8-PErUIP7/067777
1PYTY,T1741111NNYNNh0115$1111/1100000000r4P1711,E11-4.1X
EPP
14418V1011vONOE100010TNINN41073EFPP%57.%--E--88888111777 77
IPYYVVIYVHQYwONNH4H4P YN NY YEfYNORIUVU11Ur %r Y % %F.
%
X tESIYI14101401011001040001107X0P0/%1Y.PEPE2XEEVZON4NP,,t7P
PYVYVVVYyPPV.VOVNNSVVY vrft1rtiv0/1(10u7P 74 Ov.SVY7
08vvy$44 y0H0Hvyy7,4 741Y11111100111/0110.11111..01 xmvp
%M44P7177141/STSTIF7.0It0015500011I0X000770Z14101-PEpP-4PPPETP=8
3441,
....
6X
FrX611,0,1001111111yytiv00001111001, 7610,0000H0pppppupp-ppy
717511701(111L11101144NNNYOUTUUDEN0 U NNPPPN11UNPPPPpPPP--p7-771111111014(1111NNUNT10100U0OHNONONPPPN 101100PPPPP7.plrauxyNNyN4 $5001114NNNtiv. t417110 1 66=1001T 335 3
1,111 111.1v11110100010001107000000 uEPpN 4H11.
.70007715 N7X4V1 ,
1176X14111150Y7Y1VIE 041.=00 I 0031
0
;77,060111y111011/0000111000(0100801000PPNH 4ppe 4HX
370007E77101111ZT P7111177644 1401104/100008700
U
33(
07027=6 1/31.1.1111100000HNNONPON=48HNH11N4 NNNWO 4444
330Miu7P-7FFEXTXYPPXY115170017140100 16707,X77
11=33
700 6==07.1111100011LYONNN701477181=800V0H==HPHN
37
3
(10771EFOX707.17PYYX110,166671100 101P1P111 U UU 3 U
33M/07/FEE.? 11111Y 7(11 1=77761e1 U11LE77 U111111
311
U 0077770061111111111.1111.077.0071_00-77-8000=000=1040 0 0
3 3/$00777.8370 117
77707S660111Y1(11177011NFFNG1111-E--00P1MHPUUNU
TX% 776107(780 YEE V S 01111
1 3= 3(3 EE7117
ouuumxittutrumulTzTunroz-aaaamoommu+ UUUUUUU
(30327003C311/7 0517
0711
U y
1151776 1X....0 ply
7111117
=0300
777u SSESX1L1LON1Y011.711.771-17077.11,81307000H111001 0 406 U
(10330 (KK 1/7E7 A
'Trim's 51=0 777 VI 1717171
300
107E
=0(303(70330 PP
PP111 Z==4E6OWEPY Y x XPYITYY
7003
!EU 6 'E0111111(11_111,1E11127777111047-27.810001P00
6000001Z1A11/111.711(17.27336777PIWIPU011N44=4,
7U (13070,34PPPPpp PpP11%XZENWHOPIY11
5,X1XE1507
300
10
666 003111.1111111.1.11717F51-F771UXUZ7000EEEFY+E .
UU 0 =3//.0(Epp 111411 -PY1''%Fr4014771 IT P5711111, 7
1
1-c
100F MEW* /14.111Cla1117.3121124172772711(1211-P7PYTEP
071111471111711177740 51/8.100444111.117.177==.7.717777
X31733NSYXVIVIEVVNYYY
e,ex 7
$14110005010111XY
10=0..11113
331311.1(8(EPPU PPPPPP-P 1111r400771(113PPP71(11110
341.
33
17 3/7
U
V
0011171.11011%ZXL115FIIIFF27722F(882EZINNst4 Y
P31..PP==5K1,PPPPPEPP X-X11Y111114471111711PPIXVILLON
7(7
r/1/1ESSA X6P7E1311117EILLZZLZ5J214-545F1J,708WUZPNOWoYmit
(,.FF.5,.0003ppppEmproppX 1Y11(001111Y(Y°
xruury ITT 11100=7F00
8501( 1085.. 033311E %-PPPpppTimmulyx
VPP77S;_111C,7.11;(0551,1211-FM7,027211002vEPy7
EtlYYT11,111113/x727 TV
17777115
1...5501455170745127.2W02%444,1 444434
E--P11,.0337000EEXPPEf--122 E00077177
F=,s(C7TTITxxrxrE,T,21
----7413
71777-77t7.1____. yEvrvitSPIVEZY177271Zyg4, 4 4
(UXWEEEPEEP --E(1 001111111FESEiLLYYtESXXXXXSX1/ 77177
6$74100007200X%1FFPROR5V1EFUNKHNyP7Vyv
P +V
780-2 3310303XXUMPCFEP -IP 41T111
117.117 XXXXXX7/377
1 1-alltriit(5.210 x57FFT57umulm0wo11w04yryr 70404 N
.VN FF041634176
X317E-P-EPPP7---111 E176657E62261LIAVVEX7771// 27
7E,111111111111TXFFFErvpvy.yym.yryytuf
IrH44
F1217E.15.41300UXXX(70E---ppEp77P9G-1.11.6_____66,1111AVVYX771*.717
Tizzra.8,8 =1000XXXXPP--9E174 11'-AlISSASESEAAX 111110111 P
t214.1857..,1 51 0006NYOEXHPXXEEp=4--1.111.
6-111IIPITENW7 17
Y%7FJJ5,N (.3 3131TEVNUINNV7EFEPP0=----71111_
E711.1111111(111EXX711,(11vv(40001115 UYELY7Y
TEEF.lattourrowssxGxtrouuzyuoryt. V11 1144 3
70.____111111111110XGNZENHVYY140
7711010 MY yr
, 071(12.111441( 3 117777_____1111111/11111571.2XTTYVV0
00017Y 777 7
61112X3NTYXENv-YEarY/1.122L17107PP=OP---51.1777,E6,7711XIVVYNY00311
67NNN
P%11473 1C4PF070011YZY
U0S11111111111111T1XXXVLXY001110 Yv 011 YY
77U=.1,---ZYLEEEF7-PLIA5ILYF003 1113 E 71111111114111111ZZLIALLYY110 7
63111 ppywkyrypry 1306 0660110777
Y 00 07
1,==7E---r4177-E11111/YRET ITT IFF:7P11111111T111111101VVVIVYYVVYY 0 YU
0 0
331443,1311,,W4346711X6=607
PF,==1 --JJIlt---X1111180P111177E mtut.14(4tittstliwuusuwitywrry 0510000
6
004
1143,..,,10441X=477367 660670017P 0==
PP2.1.-711P7USE7101WINX
Z EtarmirTsstmoo....ourrr0000mmo
6 *NUM ( 1.7771' WWI (71)7( '16660 3 00170
,
00700=
./PPP--PP7.1.- 7 E5SE171WFXXSFES7P77Elll 11 (f 11 t ESII 1 117400001111W0000000000
04 1.111
0
7 000(SA63(XAAX11U6 3
S(..,. U 1 3*1 //t66A(N4(UOU6= =3 UUU =3 PPXP----IP TU 55551 11513115E ZPS 1.3311113311311111YIN4440000000 0000 0 77
1P4(7 334 (7711/4 3410000766 = = 700 = /11"41--P---(170U7XEEXY1ZZZLYXEMFX11.01(11111Y111111$00SIS001100..00111000
7
1,3 8PP-110-EP-P17.7011(5.5.X17,%.470517,11(1
1,,73(13
111I11111041131110=54114. 7 0 7
41371/KK,P3ro XU01666
0
11=0008P7P
PP-0-P0A666ES;7117.ZZPX1111SSAAA1S11111.31140..10/..X140XUT
=0
0
P*P07.141PP1AOU 00(70 UUU
P8170
UP0S0Pp6.
YXY
OL1711
744 31 .(61-3311ItuoNoupa-P(3000uuouu
1117WYS40..03.01111X1
0000
7
0000==3
77 44P77170 US77,1,0 225577155 1(110
U 17r
111310%1WIONEV1/6=
V
0
1111(1111) 0000110OPPW4-1X0770 XUU 35 (11/
077U 4 =7177
0
731108170XXX101111:E-611111131ENNY100.015163
1'PP70000000U
11
Y 0
X7101.1EEEPPP140 UUU
5
U 0717 84=1,77077
07 /1.1.-177 xXXXE71011111/71111111110170000-7030.371
1
0071F000000000X1EPXPPPPEPE7.P(33
7
IT
1)011
77 3 1771101 ==4,1)0 0 01101 57711411(771Y111111(11v1w100..,0000.0y
071PE1E0000 00100101 EFEEPPP83033 060
[YIP
3==
=00=3 II
==27-PP/EXX,,"7111171,111M111310.0.00.110...3
U7E7E1E7IE1P 000000011P7'EFUOPP301p
01
U 11140=0 =1116 =1770 .02715E
77E,,,111(77111111vvY(71.S041001040Y1Y 11 (9011
U071177EJ1EEEP 0001001UOCEEELE7 73..7
X
00 117 P-PP771177PPP337744727PE7 Erg
700P01EJEEAN0000001000 0E17EEP +013
00HPOP--10P 0 P// =7277111105 TY111111111111771YEttL1111041 7711177777
/Eitf120EFENNP 00011000 1E11EEEEEPPP3311111(133111PP43 ouu yr77o...777671 -0
771111111111111117,1111WW111111.741(1 Y/Y
76663
EONELETUEEEP0000111000000UUUUEEPE4EP4N xx xxilxxxs( 117
111010101EEVP3H0=0111/1M100000000 P-P %X 64XXXOU
0 66401XXS
u
T. VP1X11117111117,1114WX1"1Z1X1113YYPP100
01110177PP77-Xp
441.1175111111111VITYYP
1_Trixtro
I
0 3777PPP77-7.000P Ci.111111Y11111,11 1117.1XIII10:511
timiurrtr pluuttcommummuxxup-rm ummuouou U P 1(/(3 *44
1000107714 NY111510090000U07000XX451 600 700 61 60 I' 70 41(1 == UU 0UPPPPP-EPP______11L11111711111(77111111
ft P1/ PPPP%77____1(417711101771111111.11111
axiom-Tu.?
yVVY1t21000000V0072XYXPX 600007 0076 00000000 4.140
1777 EEFU40(111EXYZ.01166XX6 l(prpPX47 00 610 .VO4Pu 000110= 730777fPPIPPPP--EPX1166XS7111.11174111711Y1YYLLYYtZ11%1
HPFEZFET 7411
7777PPPPPPPPPPP-F0=66=64(11,1(111(11111y1YPEL1111
656=6X tp%XyPP.PP77 47000
X 2 X1-EVYV
54 7 TXXUX44611x441 007
Np4=1046P11.04P41,451PP47777EPPPPPPPP07E-EE16=6660010101111.711117177113115
=141$7.101.4.19411-1111331WHIMPPPPiTi PPPPP000PiP 77-0E7666=600000766
22.1XE7771 1 1100000040014%%4NyNNNXP,334p011004010
77110757.51
07.-P-HOPOPPUTPPF777P7PPPPP4P7 0007--7::6I,66666676666 5777777
7256EE77Y11010000p0 1001877 70074 UTU 0011(00 0P5Z---001.000003
47.77771777771077
E2E70
07711,77E,666666666Fi7777777777:
7457011110010601=6U7X07 MU N 000004010000005,2-7 ----01333110=7/P
7 71PP 777'4
7E7776666666666677 77700066
112--0 17. 00000000 77=677711 U UU 437170
SNISLUMOWAP-001000013454344=433 PPPP PPPP11X P7777000X7E46=666601,7 707000 77
711N.411PFP.DU6DUUUNUX= =11KI 00000)(63 0
1110000090.r7mm8343..t0
7
141771 PPPPX X 17117770 1110.66666.66=0000 7UUUU
NO H6PZEZUTO6UUNX61 ===3XX3IX XXOUUUU UK
UUTXTCYCOOZIUM60(P33,31, (1,1033. PPPPP-, XXPf 770UMUA666X
A
00000
.
__
_
,,,PVdJOLL14 '..""...
=.1.,,,.
1.41, f-.1, A vpviwuuouuminAnniplivoulou
UU
00111PA0P.70066(666676XXXX377XUK000010100000000111.17/00007.P10411.....17 +137771
4
0048833PC,
77PPPP P.
PUOU0000771120#717711000C
66633337XXXXXX1XXU0U0UXU00000000011170000.11-EU000 44'4.4 ft f1 7 77
1431
331,77PPP
4 3000=73 IF-:0 2
1
9
0711#
(14033311331371XXXX1XXXXXX0X7000X600000000000011.7..71-47EVY*40
1432
41(333 3( 7777 P1'1'1(731(37 ====X
07
01Y7+111(131133XXXXX0000000 X0000XX000000000011X37.X7EP
1433
3311 40(3 0/3 1.1173773311310=0=.3=71
.N 13303.0139X9737399979X00000UXXXX000 00000 71107101
70U
-33 1 444444 33334119 377
1434
Y
3133/7907 7
.334.4331XXXXXXXXX000
0U0UUU
uuuumuuuuuuxxxxrum
3$==
7X
31e
U
.6
.
......=
p
1.
1435
1
#3
3(13
4.4.t XXXXX3XXXXXXX0777700700000U000000707FFNNXX
311(37.7300
417 am 04,4474
1416
7
N ITT 333333 XX3131XXXXXXXXXXUXU000000100000U000
:3333,3n3X
7
13/0:.
77013369PY
AlltlIAI
1437
0 9
P U PflUP7 K
7
4
P7TIVL
91
33
3333773X3313XXXXXX3X0XXUUUU000020000666100101770443..1=3.
143e
VY
P70 0 PP77 P
41#
PP 7
7
1133(333331333XXXX3331XXXXUU000000071e116611400001,1.0.14,X333., #114
4
P
1439
P6'PU0 U 717
erxru
::::::
ruur
y1f111331313(333331773333XXXXXXXXX000667776=11000011,X *$P.663394 40
1440
e.r,
7
NYVNNN 333263+33SX3XS3XXXXXXXXXUUXUMUUM063NONNUUONOT.
o
II 1103333(11*
*a:: UU
1441
1,[77/P70.1 7
NNNYYMNUNME4XXXXXXXXX3XXXXXX11000
006600000000IF-P000Prp4
,a3.
U
1442
77 uurr 7 X
77EE777707,-077777770
oulvuumuolux3rxPxxxx333.333mxxxxxxxuxxxonovoonumommixerp...
.4
0,4
1443
7 7
70
P 'r0"1:7:777771.100U 7P74
U U
6464647019640000997P784933313113X9XXX9X9710097)0001007.010109'700PEPP76'
1444
33.4
P
77777177 71P717
X3310,00107714XXX3347.43X3X31133XXXXXX31100110000021001100EPPP(101,41
1445
4,.
41
"P
11717171777L7
07311.036F7E649XX136033 100333XXXXXXX 11110.11,0170 117031004 403044 4
+, 44*
1446
U 71
U 17777 7771,7,pppp___
#1.000300077FMNXXX708(317xXXXXXXXXUUNIDPV0NNNFF70YNNYVIPIP01.44
VY
1447
U
rrrr 00 7077777777PP777PP77PPFNVYN0NNUNN070(774p1-3XXXXXXXXXXX000011111Y01500717.127177771/7.
7100
1444
617177
71777 761 7707777777777700 7e77171j
FFV0001100007000XX.3348313XXXXXXUXXUUTIIIVOTTYNYYVY.7XZVEYZVVVVYY 4
1449
7 077 11777
UU 0001.1017771E7U W-.%."=71,7 7
17
=00000000000NNNX31.3337XXXXX011000X0111001NIYVTIMYYVVVYEPY V
V
1450
00 0
7
0
iEU.,:00777P7 5,:,:(71..P (0
31.11000001111N11NNENN 4133XXXXUUXUUU111111 1 MY 1 IYYYYYNNY7YVYYTVYTy
40 3
1451
1 UUU 7 U
77UT
1777
784731
$11ANNIINNNyNNEFFN33333.11MUUOUOUX0000(411111/6 7160.17 VY
73
+ *46*
1452
70074
UU
PI*. 30115E45
YTS1-1000400007014041.1109000100)0000001(71111XYVYYTYVYYVV
UXX
4..
X
1453
01010
U
U
0 EE-A
111113N4y00170700011p7P
4*
iiiiP4444
U0000000000111,111401
YYSNYVY
*0
*
1 U
U
1454
1100 uu 1
7
UU1
11114X133011010430110100X-000000 M00610114174101
774344 +660
/NY
01 0063333
1455
UU U
0
7
STITT6.,107106.01FFNaIXXEEEM111101.4.10711XUYNT( 31
(456
67
U U
4 2052.
V11116700NOONNNONNNNXUUEPPU
WU
000110111.13X
6=6
77770#301.3.:17.3
0014.11.01":".
U
44
76
(457
000 7
U
070 52.1. 77 77
1111111.1(00VVNONNNK0170PH3.0 U
71770 334
__;__Vel
001006=17123 UU OPOWIP4
4 P 433
1458
70
77
FS
777777 0111
00011101111100001001141000EFUO0 1TUUUUD 33XX 6 0 COOPP7.7.-U-7P1,04 UP0.44# 4---------1459
uuuuurrrurru urruru 00
oolrristrvuommuovolxuuurtruurrxiu
U
77777 00
u. nnuummuoncufar-uuligris. r K
1460
6SIS8 IV4VVVIN0000NUVUXXOU700000
UUUUU777771770077777777U 1077077
710?
1461
N3UNUM00000010000MPOINCEEPPIIMPCEPUPPPPPD.3
U0 U07777+177177717170007 01 .00=0 07 000
31114000014N1101(71110000710.101.111001100
00
w00renecpail6'r--uuPPEEEFPrupp
1462
77
70 MU
rsstririlvvxxtrryttrtuuuurr
01001/XI0XO
000110
0==1==11.0=4.0
7000
1461
u000moulmeng5ozzy--e0ee0PruPPPrpp DUO u
77(1
077
70
7
1111-1111000/11100011flUX00011 01100110
70P0===0 'POGO
1464
UU
00911410-in000097.101-88804844-P-010P7P7U
T117111014101T111000(0600000 00011(UtT1OTTI1
000107104,0278-44
1465
7AM-P,611PETU
01t1,00= 0(11 11! 1::=2.=;:=
(071111(17040411#710177/66001.04_1(T/XTTU
1666
0101110001000100#10.1-72--1%77-P%03PP 770
33 3 UUUMU U
31 ==PP7 uovia.o.
1467
U U
O
777 =0 to=0
011111111661101,VYYMM1.044176XXXX3NTUXUU010CD0000000172112-220-02084-7.0XPPP113333333133
3=0+
111111111116VVTLIALOCOYNITO.11
XXU0XX011111111011C0C102700131.1700700PTVAUX.
1460
.433111(333
:7777777 0 ==0=NN
4.
0111(11(11101I11TU11040100FPE000000110
44444
1469
1100011U001.2#'21E1001040/71%.3%X4VVY
333 3333 71
0 7 7000 =0 1=0000000100=1
1476
41{1.41111111-111110307007700-11P00006001111(1(111100011210(7740/727486Z 43(13(33311144p 1 yl.000== ==X=1111000=NNO=..
1471
(01111T11101111110VVYYNPIU66PEEE000011111P0(40C1(01137,1.1.71.11JJZI18%
3(301/M(1143 #020 0
0=== ===0=0====14114==,
147?
111(111141111(1111.7111011./PUNUEFF71.00001110111000(1(1071WZ.1706JJPH,P4.4.P 4(3351(331413 EU2OU
==== 1= ==1===111011=000
1144141111101FNITTC01.000011110017E0 01110141101010YYVY171.774772,1112/84 I 041e(14(11(3313
1473
20666
====0000=.5=0==00011P0
(IrsITYlvfluxrxxxlett(ococcr uumuuuIviumolutrotroutl(xxxzrzemiPxg,
1474
..svitottItA 33 0#6=2.00 7 00
900.===0t==-,,,Pi.
1475
11ST011111111$11100100017-0100007AEUU01111111114701YNYN0NUO04200P74
PEP.48(117711(13
3
66=
==0
====009====
C
1.11-0110010111111DOCNNSINF791000*EEEUUT11111114T1700VYITIE- 1001010.E1,014183(11114,
1476
31(13
7=0
11==0
1471
33.4
1111001110000001114111,10011017TUETEIEE11011(11(y000NNNyyyyyuyPEEEtp~EPN(440311(
373==66==
LITE
147e
0011010000001161110114NNT116NCEE-6Ef70111(111104010011000lEZIFTE777UPP+03#113.13 4.333333K X6==6utmoounoouu
"114-0-=E112=11=#=.040
1479
3NONIII00(1100007EICEFF011(111(1000000007177(1(17EVY717.333314,64
33331331337#6==&=0
=100=413= 00000=2
111(4011(1111100T1100(11010610700P7AP01 1111(10.1(NVO300111001000 700 41411431 44333333(33
1480
6.
014
=00==0===064
=0 00 S=
1481
11(1111011111TITONC1(111114.00yWIE0810111,1(001(7.0410001004100070 13313
PP.44 31333003
X61 ===0=201)03(
037 000110
111VT(00MyT(1001/11T1110021,00007P7P1,007011000.0-01000QQWW00YyY
1482
==
1.301(11131333131(1137 3
=12000,0==0002=001007
(0141t(runit(rstxSto0ltnoLotto1s1u11.=o,o 10000KXXX.000001.YVYVY
1441
vxvuv..30
(11(3(3331(3
Y
1=- 00
1484
171(1111(11111(111101111111tMUE71,4004..,6100110...0000000001Y00.00.400336...115(3311(1033(13
111002-410------00=
10111141474(41(00000000(V1711121,48(0.1160YINVV.00041100000Y0
1465
YY0133(3313VY.1133(1333(131(133
=1===.1
00===0000 00003
11111111111111IONVYNNVIONONNYUNIMSON K U0U6NNNV.INNNNNINNY
1466
X,r4V40.4331/1/33,70131311(1111(33
1111111114(11-001416011 3000NOrYNN4IME644 XIXN11006NNNVV36000100716
3=133-1110==0 CU00000.0==00C
XYYY
1467
N31733..1166013311133.353311(10
0==00=000003003100
frytiltwoll(txtuNeuforunoutux..m.sammxuuur,3(vvvillioom 4943 yv0333133113314110K0130.00.,11,3
1444
2.1 00=30==0000=0000000==
111111(111110000010P1FP-10001 0110110
60 UXSI1VV.1440463Y 00777
1449
0334413(1,0"10,100113 30=
01
0 0000=2=00
1110$1111111111(111711M(Htf#0~1106XXX0X0740#40(0#00330.4sY N 03
1490
4333131410.00133 33 44.133
10000 7 000000020
r(trcorwilolximittourrumirel.-ououexxxuuuxx3INNufvurouuxu.ux3 3331331333 3331(10033311
1491
31
000000000000000200007
11111011(If01TDILSNI-77.06117-27-7XFPPPPOOUX33NN.
frINYYNSN.NN
1492
.31331131.0o. 334434400,..1 3(3 00701)00 =0000==00001)01)7
077707tt(1(441 xxxxvuuorti7LEFFeEEFuumu 33N313.3NNNNNNNNS
NN3333
1491
.013311i 3
01431111133==000000000000000000
197711,116144(qyy00767761Lrou(7p#77000 3143403.13,0000033103t
.
*Y.
..
1429 A
1430 4
.
,,
,,
,
e
I.
,...
111,
333+331(1../7.013(3311====0==00====062===00C
-
1495
1496
1497
1494
1499
1500
1501
1502
1501
1501.
1505
1506
1501
1508
1509
1510
1511
1512
1515
1514
1515
151.1
1517
1518'
1519
1520
1521
1522
1523
1524
1525
1526
1527
1524
1529
1550
1531
1532
1533
1534
1535
1536
1537
1537
1539
1540
1541
1542
1543
1544
1545
1546
1547
1544
1549
1550
1551
1552
1553
1554
1555
1556
1557
1558
1559
,,,,,,
.
...... .,.,,
.
.1
141it
44
444333/13/11314710110
ti
4$ 1
33
QY
40.3
I
14141411
tt
va,5,51t4 .,15551,irt 3I.15t ;%.1.1 I II 1
A Y 11111y11114.1110TVYYZINFZ001.7704PPP18415
=4 400444041101 N 4141,34
4 001110111441110014aNty72/77105P227100830 333333
3 X YYYT
N 044433 33533333533(1(333 33
L 1111114,11141111000101227111F%Y.F1014374044p
1.13 33133
40333133 01 UXXX34441St 4,443
3 33433313
" (001111-411141(1.10061111174017FYPUMMTNN44,10531753
3=013533(3
11.4x31041440111 0 0
U 333 3315
313 331
FE=t1(111IttOONONV6NYFNEMYYYZ721-7.104447F334.434013333Nytx444404.1.3110
0
0
0001111TD01111410000111312/1.42216y27. 1,44.p 0040300 INN.Nwx ..... YN
X
U 113...145
000041411144141(411400001717I2JZZElE7. 144
41NN t .0144,417.41 10111T
177 3.1+3
3 33 7
01
0041(111114(1141INNNY1Y1011/24111,14144 404,343333 y4334444 333 XX ulytuu6 0
,....01
3
4.3 443
4 xXXXxXX6C11XIX
3
7 3143 =..(
1..3/41.13
t
e==
14333541
00
03333333f 333.333XXXX3ISSISISN40304 t3tt
X
SI
00
343334.4334 3 UXXX 354 341 174
3 17 7774 =.3 711 1(
33433333433433j MX3333=4137774, S
000011111111U14YITTYNYtyY71/1FEYY 1410
UOUT1414111(111114YYNNTITYYN4Y1 YYYYNN
0011414(11144TIYYNITNONNYYYYYY YYY
U(11414111(TVNIYYYNNOVNYYYYNYY41 STY
001(14114111TINVINNNN400111110 uyy 41
'I
.4,4
0 /:;
3
4
4P P
0001(1111111(111/101114100YYYYYYY YT 11100
333 3
53
35311X33 07330
=I
71 771100(
10,114414111114110141111131111
111
101010
433
3
I33X XX
ts 34 Y
$5337177 0
4
71 0
11114411111(13000101101143NNN 045X1.1000000 3333
3XXXX
=3
33 M. 4* 4444 170 100
UMITIIIIIIIITWOVV1131443144,11636X0 U u 4333 3 4
00
1176163
=N7 33113311
011111111411411344001444=6516==616
0000=31111M
01=00
0
0741YUUU
03.3
11 17311661 3
Q
Q IS
11410141114111144INS$44==666===X6X 01/0 U UU
101000
XX
44
4XXXXXX13
Y
10
40
11
0111111111111443014444=666=31100 XX6 6
33353
00000
14007FX
1
rti1111441111StS44010346 00116316331 t U 43333
1 000 XEEX
010.13
113111
S
PPP
tr.
4
Ott
06K TIT 111417SkOm4lywort 00 XXXSXYTN
XXS.=
33333
U
7
X XXXX1XX14AX PP 11 00% TIF
31== 001111=1v=4401$111$61X0 XXXXX 11/15 13
333;:1111
4
,t
XX 6 XXX XX3X4X P7.4411001-1
TYT
YY11601111004=66=600101663 UXX U 1113133,
33
00 ===
X 0
=3
X
X3
XXX
1372
%IF
0001T
414110
611441111TYYSTI6/6600I0(10HUX X XXN3 XI
33
33 4==3 VU
0 ==3 3 X XXXx164XP7PPPEEFOSI
0000
111101011111113011.11TIOTTUU 0011310 YOU
333
' 33 35 33
3
33
61x4 PP - %P93 410 0
000
Y141$3411111111131$6110101000101X10 6X3
35
0
310
U
XX+
X333= 331166 14 ,40P7.P7S7
0
004
Ty7110.141111tir7111141001111M/xX3xxx
XX 3441333 UUU
33=3
3
Xfi PP
PIPTF 776 0
SYYYYSSWISSYS11341111S11XXX XXXX UU 33(11=5
04
4-3
1111,1144111ISSSIIS4TUNN1613/1
3 61113P1.14741,P F 0 00 0=1
0104
111413
33
S3446333. 1
sx 06.pPP7,777P 0 Q0 =m
14111$114SIINtStItIII6ITTXX6X XXUX 01 3114 4
6I
P7777777 7 0000
111111SIS4101SSIOSYVIVITITTXX33 3X
3
31 3333 353 33XU: *33
*3
3
6
t PPP 47 POO 77
IIISNII4VYNI7I1IIINNISSITXXX4
431 X
*5333(3 0 XXXXX
13 t 4P4
P7
TIFUNITN0444144yy YYTTUUT$X
XX
1 X X0 33(1==4,Pt
000110
33==S 0=0
111111/11SYYSINIIYYTYY1111=6 X
35 1333000453333PPPP 10061
%
I11111I1114111114171.0T1 3=6
3
XI
UOPNIPPP,(11prE6IPpUUOImuu
3237141111117111141(14(106 33 X 11033411001001000 117617EP701.10000
7FF411111Y1Y11111I114.0011661335 00111320434 4004161 yxu00177777 00
ouF77111(1.1VYSESI0o1Y7ItIOU 160110011001.40000P610,43 1J3J131J77
4661EUFOUXUITYY$1111141111100X KUmnix1I7DOnUnnurp43
6X1001.4.1
U
766.4.4/11 311TINII*111111101.111016XXXXX1000010704
TS4V1X,XX(V0ITOTTI1I3YITUIT1
141444tEXXXo01WITTT1400001111
$1777177VitIMITt1000mixtI1
i$NNirrt11111000011413N
17UNNI111110070
01114404111
TI
1035
1016 A
1037 5
1034
1019
1040
1041
1042
1041
1044
1045
1046
1047
33
1040
Xo.113
1049
33333
1050
reorrooXXoore333
1051
1eore1XXXXXre,Xe(0(533
1052
Xeo11(11...110,(5re0031501
1053
XX011 3oor1oeerot00003131
1054
XX1XXXX00eoeXerr4n011113
1055
o11X3(e33rorowe0$03533(11
1056
1X11610e331oX Xoeee33((13
1057
XXXXXXX03XXXXXXX X1XX3310e
1050
XXo0(13ereXXXXXXX33X1e313e
1059
XXX XFXXXSXX
XXXwo11131+3
1060
eXXXXX1XXX XXXoXXX5113eeer,
1061
XXe(o0131e(331e133XXXX3XY11
1062
eXX3Xon1X3eXXXXXXX
XXSXXO
0063
XXXeX351o3XXX3X X XXXXXXXX
1064
rrooro30XXXXS1XXXXXer3113111
1065
XeXXXXXXXXXS XI Xore43301113.
1066
MeeorX3X33XX X13roXo.6.1e..3111
1067
oorrXX131311111er 000000 [(3((1
1060
eoeXo5
1133off1te(Aere[3313r
1069
XXXXXXX
X33Xellittl,or03333oi.
1070
X1XXXXXXX605(1(1to,ete(0131(10.
1071
XXXXX.00(woo161(re3.(06.0(33eo1f0
1072
XXEXXX 00000 pfift/$10((er=3(101,
1073
XXXXXeMkerofitttoSoo(tt(==$fttgt
107%
XXXXXXo'eor0110(Xy=1(.1.3=6000035
1075
XXXXot*000rrwol(l==.====111#1,00ffi
1076
XXX0rwe000 oeroo
-.41*((e(1(03
1077
)00(Nrowitiolffert(11=1001(o0Ifil,1
1070
XXXXreeoewne$01101(f010(13(000ree3
1079
X3ert*orowneoll(It=fitittit(Wit(01
1040
M.o.* torltitttlow3,=== El 00011( 111 9,0
1001
XX11eo(Xer.orritt(13=1=1(13e13000(1e
1042
XXeoeete(**(ore(*(11=31X(1,(11(x((e
1003
X.,+1*10fronooefft(0litil1ore.ro9X
1084
eow..o111100((oereeife111(111(,,...01,..
1085
1(0111000(x0Yee=o(110(11110011111nor
104(
(11001001er0001,.110111010110000e111,...3
108?
11..,0,,roor,111001110011(1(I00tX1o(1e
1048
o0ro0owore,.041011 011=,11101 00000031001
1089
5010 ooeff((t011e(3411==0,tleetfo1otto0
1090
0fellereeitIO11(311(====((leer.roowon000
1091
$f*//11(111====r,(,0(11=loor,eottooewer
1092
1011110.1(zXon,===3111==(elnone,r..e000rt,
1091
re(011==e(11 ====7=eo=1.1==orr0000ttXxwoX
1094
'
10 95
1096
1097
elt1(03,,=3,o-3=3ooe3330,333etfee0001,
ot1le3==t411(1(eo=3=30e333311 4,Sitoolitt
6(0
3 =el (0-,-I(11 1 1 (ro=1 11 011 (01 0111 (I Pe, 011100..
(.0
--,
i+
-4
0.1,
1099
1100
1101
1102
1103
1104
1105
1106
1101
1106
1109
1110
1111
1112
1113
1114
1116
1117
1116
1119
1120
1121,
1122
1123
1124
1125
112E
1121
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137
1138
1119
1140
1141
1142
1143
1144
1145
114E
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
I157
1154
1159
1160
1161
1162
1163
014
A S ===,=66161=31366AX.=5333o3oo1111,46erot66
5 13 3=33==333e3Ao6=3X===1Ao35e3t1Iitorettoo
$S ==130330re=3=333==,6=33=110661137ortoo
b SS 1111o3AA1336-,3oo351115331$7113366ereeXXo
673 111331A=3===111.,X=31==11o31ool00000reo
$111 311(3113o==311=30=.6====eAr0006IXAA6o00X
11X. o1133IAA,I=1(333 A.=o==Xo3o(33XXX=A116667
SW 1(133=3e1too=3=1oopoo113331oAeorw00000
fSSS =I11,11(3=eA31=o3113531,111Atooloo(6 00000
tt$61,o11111==SAAA333=t3tioi1o1A113olor000006
E$4S. =11I11.1=11=11111e11(3o111(loot114,Aeoro
XfSSX.
$6111131=1111111o(ool1,033A1(16(000000
611156 1011==13ooe13110310.63113333,41o3X=I(AA
7611.114 =1(1133366.1===01101A3Ao(3011$3=1111(0oXe
665511 351(133or..o===(o3313o111(1(1313144000rt
eXXXS03 13((00000eo.m(3,033111(5t,t113,,,,y0,
(00,,,oteri 33(11 II 331 (18000,..VV00
576555=
1111611AAAre331313.1t16133133A6AVVX0oro
1115 1E 56-=S11(IrS=roo.33.13.333333130o0XXXIS6A0S6
X3.3115. 11113==3Aoo3013=Xt(1033oo1(1367.41XA4oeo
363=SSSS 311(133SAA0A111==f1A03.1133116=e6eSoo=o
3366,1$10 1(10getett$113..111(e133o(eor80,0(r,o6No....
6=.5oSS1S =11111r0000o1===1=.13e1(1103ortofroo=owo
3331000r000==11t,-,,81110 1
X766365166 .3611
3,...,33..33-Atop(
33
X===3WI1I1 11,///tioeeA333eo=0003111161311or00004il
S==SooXISI ./fffitttoo3160or533ro=11(o013it000r000r
=60333..6313 /t/811iXtof/f//VV1111(re331o33orero(orro
$=33333%346 t$I011/IrX,114,8eow==1111,'=1111111orleltli
$E $1130140
////t(o333ooiel000000.3.(.=11$144(5e14(1/
1X$1015E1S60 /$111$1331ewoVeeeerto.,(tiletm.,4(1.,((00,
=SS0S13001.0 013333333A1AVogooAoAX=AIll==o113IIIIIIAo*
331SSSS$4000 08333331310000oow000nowoi$61(o==0066.1o3o
13373140/0000 31333oo3
33333 -AAA
1f=0./..$Y4OV St000rorefoeooeV1tooe,t1.,X-----0--=pree1
6104413 66 $S
XIVAXAoolioeo6o6e1e0Xwo===.0=.63==o663000
165333 XXX IS SSA 00000 roo3AeroAAA,==6.33==X0XX.66X61o6
33
3 663 oo311 looVIAIIIAmooXXAA83===oeo==33..,66X6e110
13663133336 11 St300000100003060=6111o0A=3==-6370363A44oe
331136117XXXXX$1 S=Iwoo3o11(roo=5o336X===o=AolleXer6o1oA33
I333(oXXXXXXXIS 4V711311111e033Aolgo=.0=to==loo =oo16A600
37X3
X 77X771
S=.1AAA13.6.11A.A=e13,-,==1====Xo3AXA/AA=Aor
XXXXXXXXXXXXSS 6..o=11366,3XXXX==XXX==3X.==6XoX63AAoXXo6
XX XXXXXXXXXSSX 1h==o==e000eItIAA=,,,,roAI=XXXX=r66oXo.oAE
666333XXXXXXSSXS o3,,,roo0131o331e6roSteo333,33oroo6
6167 XX 7XX 6677I X11.=1(111110AI=AA335At10 o3o:rolo61AeoAXX6
63XXIXXXeMISXXXX% 4==,..311to==33.,(1=Se(o31116(11ereA3=30e666
15401111131
11 6o
X=Io1=1111==.11o711=001311(X63eto6XXX0TI6
1666%166%1 771051 73=33-1
1--Ao3=-3o=11151ArooAo6X1X66
XXXI( 61 13001--0=44 Xot 31
====1( 3=1 3or,== ( 3
11 055Ao l0000 196611
16X1661140S1P-80131
3pf==11,==33o=3.1=1=13300033333AoXI1SX116
xxxxxxxvirrN63e.1s1 3-,[(==(.4,==,_==3[3(te,te3,3x33,(eussessxv
6r000666F1XN3S=1133 63=11,,,,1,4==33e1111610311,011,AAISS615.14
XXXXXXXIS5E$1=333136 .331,-13.,1111==611$13XA(AII1tto$161AGGG
XXXXXXXVISSSo=3=3666 6=3=t=o6=,=3=.116,11o111444.$1719GGGGGGG66
X633%1300696360 X1X.63=-113------*.361A16/6466VV16(A6 6666000G
I010100,08%17.407 0 336 X=3==.1=131..361eA0V1301616oXX$
6G6GGG6
016X666$78107776==,"36 XS15111,,JII=13AA31SVVAAAoAXAoroS GGGGCG6G
$331$31781111--W==.3= =1.11.13====e3333A8Ao66000n000X 6GG6GGIA
316033SVS1g7.888g,=33X =03353,,===3331=o6or76666AAASXX6$ GGGG6G66
331433003761F281050==65 =53===.0 (33363XxXXXX/0ro51XS$ GGC.G6GG6
3333777-711100858=333 33113o,..333363316AoeX,01000o3SXX GGG6GG6
133770401WAX101188513 3 3111Ao=1=63331333790V040VVA113.3
G6GC655t
330011371J "Z55611333313
33o033X33oo3( AVol1VA,V0o3/1,31 Gr,r,
..tt.,A10o711(Io3oo11361e657AS7=3
3333337112X 05,0V11333
U)
00
116%
1165
1167
1164 C
1169
1170
1171
1172
1173
1174
1175
tirs
1117
1176
1179
1160
1161
1102
1163
1184
1185
1186
1101
1184
1109
1190
1191
1192
1193
1194
1195
1196
1197
1190
1199
1200
1201
1202
1203
1204
1105
1206
1207
1201
1209
1210
1211
1212
1213
1214
1215
1216
1217
1210
1219
1220
1221
1222
1223
1224
1225
1226
1227
1224
1229
1331,3,1YDN440,1135 133 X 1,.=3.33.33331XX110 E.11611' X681111.V16X
31 X
7.0= 3.3X UV Ur( /ID U11661116166X$4e1V.61
X3(331(77764VenoX13 13 U
*HP F.U71177711PP006666 OUQ6016/VeetSX
13333P7PP6,41.3X XXXXXX
P 7PPPPPP7ILTP1%FPPT.1014,1XX A 6=-,XSTXXS$00
vv3330.3,,6833XXXXXXX1X10U U7OPPP11P111PPFPPPPPI, X
66=e=311X117X1X
331VV1171/1/116113 XXXXXSX11 U TOP/PP1011.177PPPPHA0=1 6====1331.00oXI1X
331VSXT1.X.FtXXXXXXXIITT
U077011.0117PPPP ,t,.wx
=113XX6rVXX6XXA
XI1E114114104,
XXXXXX1111U4' 0071.11701OPP0111100,.(0,0
===3311=/..0XX6666
A 333333 3.1101(re
1166 5
$113311333**eXXXFXXX11100U0 rP1.-771003-----,,-,4113=6311111troxx60
1.0XXXi(33..3XX;',XXXTTOOTTOO XPPPttl $113 =1,01.1,3==111(1(i,1113.X1 XSX
3303311333*
7/Q11101100 ST PLLEE/0 1113133,01111/33131111XX1.XXXX
1r...0111133333a )0(770110110001UP 111IPPOPPrer1111 10111Pflt=1 311( 11 (,0011.
X3r.r.r.333* *XX X11001401101' DX11PEEPE-PPPP60PPUPPPPP=13=1333331XXXS3N1
X3(01..3333
UltOtrurtof 11TP77.TEEEEPPP11(1 frNew==(1133,- 3XX00XI1X
3333...33331
XXUXITTI1S11113 1X17777-PPPPPP*13=316811=33333311*30013107.
33333..3333331X 1111111$111110
110 0114p-prpp 4. P.0=33.331 3ND 300714
33311roX 333
1111711115101' Y0113VXX=06A=110.1433333,X*1SX,T1UttE
X 3333.333333
333XSVV1VV111114 Xr1INV00.0W4===3== 1010=e431V3 X13111S(TX1X
U 31300 3XX XXXITTITT$0111117 XNF1010006wow==*=0666s1t==.eXUXXSTEFSAEA0
UUU 113X11 XXX X1I11113111VV. 71-771110161==101-,=3=3116====1X.XX7XXXXX771A7P7
.3333X 33XXXTXXXTSVVV13V3337 761717404101==363=101NeweXXXXXX7XXIMUIPPX
PP,=333XX XX X 31TTXXVV313XXXX tY630*Tyyp S46=.6101WroeX-7XXXXXXXXILEE10PO0
DP * XXX 00$ 310331V1VVXX007 1(71 006010016=4WWN XXXXXX6oXXXX111700PPP
64,11P0PPrXXX52U116X333011XXUU 00001 1 AN.WWWWWW=1===613X71 XrewXXXL110PPX00 0
U UPETHH1XXXFEUTO XXO DU00711A701 NSINNINVOSS6 4411177X 3XXXX111000 IOU 10
00 U/EPPPP XXE(01.77707P11711077
V1NS1=3X1.34,43XPX
3rXXEL1101XOT000U1
PUOUTTPPPPPX0010 001P1E771111=13 .ES* 11XXX34.3344XxxPPP*(IXOLTO0TTNO 00000
P7P1P114PFPETE00.110077117770.=3333$
X
1X117.
xxx.oprepr nAt_trioox0ouu09u
PPEFP6EFFSEEEP 0010117U 33..3333
%XS
XX300XXPP-PPICA11000106
DEPHRPE7PPEEEP Ottr1im.31111133S3
x
x
XXXXXT3XX6338POOTTOUTTNIXO0U10
00EUPEFEEFE-PP*X911P08333.3333X
X75 7XXXXX1331161 ,0011000000000U11U
000vVEEFECEPP-EEPL810 =tt33,333
UTIUu xliuI 133 111131 TUDDIITIUDOXXNA
IL00PFEETTPPPPPPOZON=1(33,1*33
U P XUUU UXNIX1333(311XXXXXX011X0X10TXX 6333
toixut-EEtf---rufuNN3u35x4..43
x
lung, 1,1 1143013
XXXXX;,_ XXUTONT T33311
XDUOUU1109U1E--X X31 X
U
r 00x3...xttvt14
XxxxXx.XtrTYY NN3V3
DYDIU11UUUOUUNP2XUXXX333 4.4 XX
U01 P411TX0033331V3
UxXx
155331333106
1000UOUOUUOUU*--1XX3X 1, UOU UU U 1011(10V3X4110
X
01XY33300111.3666
101UTUUUUUUOUUU-XXXXX 4144
U
U
T11NIU031(3XX XX
P
10(017 XXXXX66331=
30111110UOUOU6=11*XUXXXx..* U
XX31 U 10XXOuw,133313330EP0,000NVVNxxXX..IImit$
orultxUUOU 0==6$-XXxXXx 4.
3333 UU T1103(333301X3N0XUU PUX33TOS1TXX33XXXXXXX3
0010 16/X3=====NX33XXX 4,
433
UT
U0,10100 XU OUUX 11U3310111TXXXXXXX OXXUXX
001XUO 033(=AA8433X5XX
* .3(3 ppp0 7000tPPUUUUUUUUU XX
311001TXXXX3333rX XXX
MU 3311113====f1PP333000
43341,101XE 71000
0101
xxX63XulT000xxxxXXxx 11000
UUUH1353131133NPW4 10 uu U
14 uutuf rum, pp,.
313101101
XXXXUXUx
Xxx
01033331333XX *101131 UU10 .1 001,001t. eXTX P11433,31131XXF0TI00UX
uusuttErEerpux,H333tu XX toluuxuxxlArtouu 3 11X1.11114333113333X11100 U *4 XXXXXXXXXX
0XX1111X
NU77r7lEEtxritH111133.pp,
00001 xt4TUUDDU 1110 X 4N3333333 ODIDDU 0
U U
X.
UO000007E-0,8113630404 UUXXXXX6XUU77.71,3 334
63311333333314,01100100
uruur
U U xxxx
uuuuntoEE2-6--1111(114
at
x
Uxx UU2CE4101 3***3331311313333X4X1t~031PUUEUY
06113X
U0401DOLDIMW00111
XUXXUE.1U(Uti I .133X333313 SXX 3N1t0N7 00111167
XXXxx
UO000000101686661131 44,
X1XUUtIOUCUOUi*91,3333133 11311330111001100000UPP 11003314
IMOODTYNVITZI*0,0131
X00000104 X6
3333X3X31XOUOU XXXXOTXtflUUUUUU P11.3(1/3336
001 07,855611,55133 311
000000D711U
143 3111 31330X1113VIX 11131001/0000,NFV111V(13
to11NI040=WW81133313
um1Hli51u3tte-NN331x
000P6,131111(133XX1$ 00
U0000000
313.1 1314PUD333333X1310X113330006--,. 433331Vv333
uummoonnuuo 0303 3P7 11EX77,8331XXXTV3XXX3IX00=,1
41,4131.00(3116
U00000471L9EU1iP1P001570E00001.7.7.27.3X111X633XXX31XX11XX PP 10011111
1100081833515XXXX000ux0OUU001,11E00107706868-MTKUMEXPxxPX1TXXX33333333XX3X31/UTXTIX11
NOU66013,*3333 XU XXO UO0001101tEEIZP/I01111708 EXX7011UVU
X P7.03X3133331X33313333311 14X1111
U
"6334351* UXXX UuX0UUU1011C077-77677633
771E01013313t.fs.3333XXXX533X133X33331X111XT
341t0a13.uum 11100M10OPPF741102700FU7TEAP1 7 1101631131(3361101333333333133313113333336V366
XX3,7710101110000 UUOUUMFAXELDJUDFODDIOrrrtrEfrP 113I11IIIII11IO4 +,33333331 133333313333NNIVN/x
X 1410170
00060p H5NNU7711U00'11ErlIEELODOOLCEE17FTEU0 11001Dirt111140O011H.P4433331U 101311 x1131411(333
104UU7E700001.110111(1007.1301E7Pf014(100 4686117.7088-.1033335003513 533333313333311
NN31H00
007rU 01003001001070P011101X3190100000 110X71-77%6-EETX0133X003333X31X33311333XXX31.5
3111,15600
0007181001010410000EELL10000I001P70U60 EF77UVU1E77(EPPD. 03330X13331131X1XXXX1111667
11/111XU000U1111100 0001000110100111330
0110-70(1 117111100177r774411 33333313113331 37 17.7117X7.
1231
1232
A
43(44evwx(v)
5 3131117Efuummuuuummuntiorto1louNm1111R/UU Hurrroionir1301eHeewt(=.13x33Xx3153331
1-3.7.,Y0N,A1
3311UPFF71000OUUOUE110111MNPOT1113100713U1111000UNUO11
1231 A I(
71110335886,=(33331
U
FE1111thilfinlinmpu
DD
it
111)111
331131331333143-104xxex
Teel' 1101(1 3110111011111117UOUU WEE ()EP 7 66. ,I .X*3 3
1214 " (
313133.389886171(11
1235
UOUOFFUMOUNUUlt1111110000FEZII771111XINININ3NUTUUMNYE(IHNNR(66N3X3331
fiEft61,
F7OUI1UU OILLEOtt007IEWECTUUMMUUMMFOEUP
1 16117660,0111(33113 1533311113NIN38P.111105 NN3
1236
UX11313003111181,030O0N33
F---HUUNIF/UUFF110011LF1.1714UUUUUUMNIONNUUMENO411 0,011661(6113NNXXX33XNUN
1237
UUUN. 083110WEE110111XN
FEN6FFUNINOE1
FL3171181FOUI(OUU113313131X110U
1234
UFP111011-V161416011311 XXXX(11X1INXXX3.UONNPF777711(UU/14
EN6n7PUUUNOF07130011111111/IUUN311113333XXUXNUNVP7778F
1239
NV.,88(6101033X01111NN33XX1613NED
00114 01111
E-136HET OUOU1110LUPL1141111311(11(131XX3(12017270 PP 11001
INNINN11NN11POO111100.1eUXVENPN.0*311(r.
1240
NN0
11)50x5
1241
6611FNUUNUU(127F17110NV(1111(31(313X11(NNPI1111186011=1/11(NN 4 OHP0018%FPFHAFFNNIENP
.1..8-E
6170(101.2011171NIV33(31(111(f(VVVNUFF174(0.0,11
31$ X6XXXX
1242
(.5,0E7EUOLF1J10011INNVX 33(131353(ItMNFFNEN0.0(MNI1 (1.0113113N0NNONNOFFEEP1,6000NPPN1N33$.4UXOUt
1243
..ONFEENZIOL1F3t14(043313143133
.,..NUIINN31000100f0FH,803HDOUU7/(4,,13 TTU1TX
1244
(H-030MUNDOELLE/E08806NOUUUMEPN
6,0P7PNE711111131tE7N14311111(13333(5311FFwe15V0=1111111,.
11111110
V(11(11,..1/.
1245
8NPPUUEDDULIAJOEFFFNI
00000000107E7OFFE113(4NFEFFUUUPH3333331(911331)9
1246
333(13313(31,,(111e(o(st7(100141310FPNNIOPOOFUENENNUNNUNNEEEE1 11004031333131/N1VN5
11-CPPH000116111711=1,33(11113(1311(111(00NNX(*(XUN333003(1 FEP 1111100DEFFEUU001,0007FPN*33111(11333NXXVYX1
1247
7-0---F011.003 1V1(3/111(((31111(1111(NNN01...(IFFNUNNUNP
1248
NNINFCD007UNNNNUUUUU07N31f33(11533 331)1)5I70
1249
F----FEFE(11,3101(1011133018NUNNt(INHNHNFEN6..,NIFNONNHEEP110181410010UPFENNUN
01)31101 31011014333XXXTXX
1250
E--EEEFFOU411.111131P(111VV(313NHUNNNIINNENEN...ZEFOPHNEFFEE FHIPP1170000511II1111
NN033(ONNUN 1333011XXX
1251
tliEZEEEeftittrV100111.31111m/3/WHI0OHINEEETZ4,eRREZZeT/Efffr ltElminommulintm,111. 1000133333133
SON167EFF191DFRVHNINOSNENJUU 1131100F1P-11.5.11F1FEEFEPleP S FE1/E0100UNHNIIN110033311353033
3333333155
1252
1253
-6,66E-4700140311,7113313NNEUNINUE1F7-8655---FFJE----EFF 11FZIFOHOPHININNIIN1)3311H11,313 33333333331013
3.13
3331N11.3
e720,67-7utrumt$113111flit(tHe(IMIZ---e551163-7411254
PP CP-060011PPIINNIIII(311(3433330333333313331)1)1)3
177785,774E(V0111(11/X3(1,(118NN17EF-5500F13-J.-F1187--FF
1255
NRONNUU 00800111.10331I1)11O
125E
11.5,6-,./.6FUNI0/1111770711,N10020720-.96887856ZE-EF1EE--E1888111100 NNHN3NOININ311011N0 3333,,,13111XX1X
*31,31333332 118
PI(SS.61,007761//i//1/71(0770..(0301211006-66658-7FEEFOZP-8 16-7001111 N111111111111141/1111111414143331313
1251
1256
NK111,11131,,P0017//7/K00011/0000701J5855..6F8,,NPFE680N88 'HM-PUNH113010081011033...3,333.33. 333333333XX
(-4,(333333315
1259
R01111SK.001000/$7771(00000,0VVUOOFR45P,C6S8G66611E,,4641386 P11-77mummommitrfluf .4.33.33. *333311,..333
1260
1.1111110(KKXRKKO//071000(08061(00DIZREBR5CCC55555,c86.S.,.,601 8801(NUMINN10IMP°PP NI1333.1133331331'33333133
1261
FRI(11K,,R0..SKKi//$7/X10VVOEVVD113790,5CCCUP/10S,SCSSSS.6".1 PN7000116101N8884N7P1110/011,1 33333331331%315X
1262
NNFP..SS.,.5..0//K07/001(KP0000111721JRRRCCGSSOOPCCCOSS,.(..1 (10111111001H0300462000314***,
1261
ZFF,SSS..SS..K00..000V110000000V1011,F5FFPC1101560001CS,,...., FrIlimm43(101111aamilimeN41 ...4133110XX1XXUXXX
HeN N0333314133.
1264
WFOF,S10(5.5.5k....X1KOVOX0000KKOVF1IJZZJJEUK(S01101511CS,.046641INH1011101111VIZNUNI1611/13881133,13N333
NNN3119311N4N
1265
000.(OSSS11111(510(110000V0KKKKKISRFZZ70FFF34/.6CCICCCCCCSS.,,t, ZINNIINoN, 71017661111143NHN7.3X
133N31NNNN113.43F
0,,N11.SS1C7SSS..K00VVNVROSCICSS.OFFFIJ1JRRISCPAPCCCC11C0SSSFF
1266
71F8F3D111171111NOIN083(411X31XX113131331F3NFF17F
126/
S.,S,SCCISSS..P01(XON322FICSSIKOSNRPREPRORRF,SCUPPPOICCCCCIS".6
,11FFNIZHHH4NFF368114336/01NIU(133*31,1***F*07
1260
SS.SSSSSS..S..0,DROVYYYZN.SFIIROSORRRRRSKSFSCMCC1CCC1C1IKSS. SOIFF8FFFNUNN88(0==H(ONHI1IN3331
NY33N N
1269
40,6,
SSSS.,,S.O.KOK.00BFFNY771.200KICIX1ORFFRRSROPCGCCCGSSSSICSSSS,.,..FFE66,,If111311611131061311113113+
3 333314N
1210
Kn000..eNti_itt7JRKKCIWKRrawaISCCGCsSKSS,,S...S..ss
"..R.e.,11(ilemilffillw131433113331133335(V7314 Y
000.1(01412717.17111(0115SKSSRFECCE.C111tCSSSS
1271
CS
TIIN4
S....1.01V1(111(3NNI1***010FINNI3333(333333.711
0010(.01NYIYM/JJJ5SCIZRICKSSSSUCCI1CCSSSS.S
1212
0
(11.V(N1(11(33133NNNit433P3331333311,1(4
1273
.0,.0....00Ke.xx.eNet1/L7271.058894sccSs..SCCI1C,115..e0Hrer-eee
II(1,06(1NNIN6FNNN**11NNI010131131333,3313N*=
1274
...V0
V.1..0...00.000$(0.0N111712INF759S6000CSSRFSCCOOC11C0SS.(111(1..66
(11(11(INNNNNIENHONN. *11.110/111111,33 3331841
1275
0000000KKVYVYY/FFFFROSOCCCCGSSOrSCICCI1CCKSS5SSS.,.,136
1276
10(.1NOKKX.OVOOKKKKI(VNI,VYYFFONOSSCCCCCS.RKR.CCG115S.5,...SS..S.,N, 1,0811331NFENNNNNNN133441,333331.3333,17VV13
WINN31.113N4N3413333V3(660
1277
1(0(NVOO.KKORVOK00..VNYYYYYFFRSSSSCGSF7P989.SCCCS5SS6FNI(..SSSSSSS 1,013133NININNXXX
.,=1Y4V..00V01(1(KKKOVNY
11(11101F33333NXXX6UN
127e
YY1E.SSSK..,7FFFERSS.ICS....1140(..(01..SS ..,013(33113333133N( N33111345.13,r333331V01#31
I( WINVOVV00.0000008 Y
0333N311(5333131.133e3333
U111NNNF..FF,FF7FFF,,PSSCS
1219
=11,NVNIDINV00700000113
N17NN10111,SS .K1S50N3NUNN336333(10(N(3311.N.,1.1311533VV33
1260
.1....INV0000007.7/*/( YNNNNNNNIFFNNEFFFFF,SSKSAWFr.,71-1FUNI(111 (00(15,111P811113X2 .N70(1611*N4N1.+3133133333NN
1281
4NN11.11NNNNN177FFE716,.,S.,FEE,ENFUNN135171 01,.SS.100XN 125 X1,3FFNN0,(333N3F74333131.1319
FV.VVO
v7401 11-0(ENNyNNuNfFrNEFF7611...0,,NN71..7N (
1262
P1011 333N1111(320
117%PFF33NENN33(FX3713333,3 N3N
1283
....(VVVOPVVV...OV/...0.01NVNNYVVVN077FFFFFF,.V,./EFFNFFVVFNNN7. NOVENNYM 313* 101XX41133F+14VVV/FFFF53333.131608
1264
...(VVVVOVVRV.K0......1(110V(NENNUNNUF7711FFF7FIFORIFFFOFFFFF7NF7411011NINY01/N12401WINN33*FFNN3(V667(33333,V3V,V(1
1285
1.011FWFV00.0..0V0...1(0.0,01NVNNNYY171072111FNEFFF76FFITTFINNINUNNNN
.1188617F110...170N170.01...1111101101N11
70111Y7N+FNI-FFN333N1.330.1,F333XXX 3144(,00if
12116
116/1.75FFSSS,VVV0...0..00.1NNUYT017 7772JVFZNN71(01,(1IEFF4lEFF7FN417 1111121117204P1 33411431"1(13.XXX 13 . 3(0
1287
P7101I7J5cF777(1010,0R7FF7r717Fnr7FN FXNFF. 44444
,.87F18RFFFFF1100....0...0F1.80
X11(.N..,3331.,133331X133133.31013VVe
1288
11611PIN3E-0177F777rFEYFF77FFFFF7777EF8
0007/101887F2777
. 0,.0(UNF,I1ZYYYNINNUFNI7rEFFENFFF6FFVFFEFFF7FIFFF F,,FNNFN118811,,(3333,5,01(133Xo11133333331131
1269
OVVVION81,1
33311,.(3333331331331336epo
1,290
03.11670N1N7771-.Plisv,11110111W7Y72/2F/N1HUNN6FINNFFNEFF6AFFFFFF6FF11.,R,07
60076.,
1291
YY117711.FV111(13020F117ZZZZINUNNUNPONYNNPUNNFENF72NF141:FEFFE,RF 1VVNN(14.331,1,011311.0000,1317(111(1111330XX
IZZ8==21,71117ZFFIFF(x016000117177421YN NNIIN4 INNYV11711FIIFIZNNINF.NNFF VNYNN30 =..11133333331. =not,.11.,,1133133XXX4
1292
OVNN
41* 3=.33433.1.13t*=1====
==
27211058211.1%./FFF7FFTFUN11E8(UN7727F(11NPNP
===X56o
1291
141477.77ENriNoy4xx0y*Nli 8.00m3xNFE31((1331 4,
1013333X
7x7069wEruce/...jrzizurtmpleclytx,x77xup
+1.1=6045
1294
NpxyytNNNNNNNNNXNNYN1013N YVYN NY
01121013(13,4
3
0,1*
2(3
33
333336.1
7.1176.41171U311YZ*5f2IFF771771((xXxm7177y11041F1
1113
1295
UXXXXXXXXX K N VYNY SNNNY2YDU °PHl((3331,=
ra..VNU
3Vutvyr175777ZrZir2'L4.Hr4eruFNFHN 7 1,1714XX1865663134,5
33313133311033
.
.
43UU U
.150 14837170.pueme..3311,.3e1131310 ,-311HHOIHO
t
tr4
IN.)
CD
1291 A fwl) 00 V..4001.774702227%%0NNNYVYYYMIZJNY NN
,Il , I 4. I., .... a ,. *.s..)1 1,1,t1 01.., ,"',..,P.. V
YOUX6XUX33XX+
1298 5
U
XXX
4047 tyYYMUNNY 4,44
V VVN00V3040INFIVZINIVINVVYY7401%77YYYVYYY YX 0000XXX
*33133*333314100133P4WP600
1299
7411
XXX III)
u
0
YVYVX777704433333 3313314133333VDXDF%31P333NE
ONV3TYYYNYIPYY YYYNNIVYNNEF4X+77%/274NIXOUXXX33X 3
1300
4 XXX 10170%%%04431443333(1333331NOWAPP4PPP0E0
X1XX 000410U
1301
1004VVVVYYSYY4VYNYVNY7VVYNFUNNNYX*771771000UXXXXX33
X333 0
000P34 UU YILY1YN 033.333334331333330001%0%4XPPUP03
7
1302
010000 0000 0
0V1INNNYY+NNVYYYYNNY4N/NXI4Y7XNYYOVXX6UX3513031110333141411
YNNFNEINT
063107444TYVVYY1 VY
03333e1333133310100 N44113 4,36
1303
UU06 000 1)000
4
tSYYYT 111YYTYY 00000X666661614700XXONXIX31001100000EPUP1U
°XXX
OTENx0x01010040014.400410147P
1304
0 UU (1011
4 711010010303333313033410014011100.0313(33..
1U
33 7
41141-11414
3100600
SYFFUNN3003030X33XXNNNYNNTNYI4
33
1305
U UITYYN031111401Nr(000013.3 30 f7 0 P YYFEJ-N330 5x0x33311
4%-PU
33
U 7
14114114401XXXX 66 0 0101 13441X31440OFTH10110110043,.
411171111 3 U0
1306
J7E141-0
3333
K
PP Y01%%0N100X4**3yt7,T47.77.31
XIX
1300
04537.11194, 4 4414,43==
41111114NSIXX3333XUUOUUMIUTITNITNN0110041113101.33
PP 44 04V0a1XX31333333YYYY1FMNNHTTU
1141INTNSN3331 !multiunit
1300
NYYX100 X00.01
1
Xeni.Pp 03
33=*== a
41,044 31 0%001XX3133731pNYTy%%%00ENyNN
14111
111,7003 I 741101131(XYU11 t6477141YUEEYP33
1309
H 7%0000000.4***350 =v
I IT TTY 1 1 1y
0X41
441X007.XNX3 ***** 3,* 7YITYYTY%)'0NOV
MOW(
Yt
t
Y4
1
I
at
YYVVYYYVYYl
1310
Ill
3273475 0
IZIY2t YP4 043141.0P1 U 01YM40 P 333YrillYYNNIUNV
333333=3
Ytt 101100000t 3101.31 4 I I 4 4.L.3333333133311.213M17.P11 YNV31HZ
1311
147727.004- 0X101.1 4+43343=1 4
1"
11000E1NYY 4 0 YYYVYYNYN0YN6
YTY(13333 I TY IT ( I 1 1 033313333331 LCZY.737.7.3%*YY Nt1t41P**PX
1312
5.01%-01043H 0 4,44334 =1+
017
TIVYY141
341 N3141411 NY
1313
VYYYYYTTY1ST41111111YYST 11,VvFlv/tX2X7.10XVVvv 03N0V4
IP%
1001P%-%014404-uU74ox4=(3=*.
77.7.3 **** .I4NNNSS10OVN
1314
VYttty$OSSIYYTIVY141PYYTHNYYYVY444%%*4NY0
IHIPPP----E-NPEPPPU 333(3,
41141100470P4 P7%%711
U 7 01(4117777YYNNY1471114YYNY
3
33X1104111ININN
1315
4744pY47.Y.yx.NNo* YYHNNFN0y41%yN 33
HENPPEF-EfE-1-8PFPUU 351113
00000UVIVVY SYStyvvy(yyVvy
1316
EEPEFFEEE6F110-907.4 3133(3
*iypPyNolINN*N47 3300010 10314 X TENN.'S* 140,,,ITTX0N1N1t:
000000041 1
3,*1VONNNYYNN31
111T
1VvvvVV3VVVVIX%17.11.0.0NNUNNUN1
115111111.**P XINNVS 333 !XSNNN3VNUNtir
FECrE7EEFFEEPITE0z731 .3333133
0001 1 II 10070xyvvvxm1$NN431340004.
1318
v 1YVYLTYVY **al X11104330 33X ETIYVSSNVI(1
EP07070UFPP011FpPPP11013
3#(13
UU ix*
ITT
0040000000.
1319
PH0070 P HH0P*P000333
sutstsssaoststx*
33(3
3XX
01 335311111010000 $11000111000 141 3.4YVVIT17410
1$444030113117,13 SITYVNNIT
1320'
010
76014E IIP803
313 3306N U
ysyyys3tysstuoossyststi SNNYYSYNT
110(0010
VTV t011 000000000
1321
01
113
VY 0 11 1110 0
.11017
PEFO*P-055
+3.1
X
NXX
I +4
31NN3y11NNYIY9NNONNvNTY
IT(140773,17
1322
SS
11111 143 33.01,77040
000000 OS
101101117 147Y 7 000010100Y110ITTNYYMN
11-01433.443,3
XX
X
1144117000 1'Y 0
1321
000000000
XT
"0,113,.0P,40, )00:44**114.313
YY
77
T
000700010071111N11010yy
11131
N3
II 11701171 SOO 0 00000001
1324
1 2
S,S.F,107.60VirvYN2333333(30
33
000 31100001$0111111011I11111,1
3
I
410
1325
rtucoon 000000 QUO USL'
.S..SS..SRF.r4,41111V.
33(133
333
XX
3333
1.0.40001/14 vS1TSNWITETIT
IV agosymon
1326
040 S
n3
+
FF. KNYEZYVNyVy .44 ..433
0 01333 101/311111111 I
33
33
7
TOO 0100 (1
1327
1
0207000
3 3
30**4V
30' ***N* =3
Xxx31XTUNNtt4T3Xx 6
00
1328
10311111
00000
X
13
XXX
..S...1,0*0
.0
.
33 = =33
33
XXXXxxXx11014110013 .
01
3
I
1329
017i00021 x
0313.1.10N 436 4
X33
1,P113
330013
MU
XX1XXXXIVNYNtxXX3Y1
3
33 XI usttiviiix______:xxxx xixxxx
1330
1411,.3 6 4414 63
7
44 14,0(3133=00(
XXXXXXXXXXXLY X.41
1331
XXXIMISE.:-XXXXXXXXOXXXXX
131(3100.N11 u100. "
X XX
000 0XXXXX000 YSITY*NV
6666==33 3=0=0(333 3
X
XXX
1332
010111111000000113110 1333033
(1001001400041 +PH
444 U 666 3= =10530333
x33Xxxxx0X
TT1Y1 *11130
11
002X00
1333
1 .. 301101411011U
TIT TTIT1X1IXTXXXXXXX 3011
IIPEP
3 21.1= 66 It
0 xX 119 TITY44,14,01
=133(333 1111101403
1334
It
7110111
11110X100x
X
13000 140.30 H U31104 333
00 60
00
0
33
401EP0141116
=33313(1/XXxXXxTXxTX
x 3 t
1335
=1=110
ITYYY*SYVY 3301
7P7UU
4
XX
XX
71,7717101777
666 .3==1331335 30X000001 II
X 31
1336
11 I 4/Xvm11,405x
NU 0 0110 **.
I
1
X
34
331=
33
003I33310
7771351'MT
1
1337
Nu
*y 33 33* 433 6=33-,=. =I = =34 X4X11,433X
.4401013303300. SS SS
3
X
711110.1,11C
33333 1
1530
1.111 N UU it*UU
1333.30NTFFNVIV 4 11119193.3333 33
"3 3311+==33=33
P7.PxlEr0vy0w
1333,3
1331
0801033 7 303* **.
XXSUNNY4177 VII 101011 3031
XXXX
**331x14033
33
3
.7-P....11110
333X
1348
(H10043XOPP3(
XXXXTYVYNOt 1 41411 slts stx xE171'7 .66611s
*4434
0XXX 1.1 033131533333333 35 3
3333
33
1341
33
1,0331311HP P.
XXXX 44040100 1011131130
74.447* 0
3 333313(33 ==
6% 7PPP066==6=0
X
110
1342
031XXXXX
.031.1313MP.
31,33XX 7.ZIX:0:Y%* I 311 XXX34
30XYPPYY* K
*1
o
3133.3
3
313 3
1345
301
STYYLPV 237. Y.0X0 XXX*XN3XX6.
,(0311(FF4,10**F33+40(0%141144 X
0
33(0333 31* 33335333*
1344
33133XXXX34P.XxXx
XYY(XYPTX7.*XP3vyr.N.17155
111.+.141011101-4,0401,777.P.4.741X
33
333
333 333 3XX1XX1XXet3X XXX X0000X0YIP%7%%%%PW31(
1345
**(NNIFUTNN3 ******** p41,y001r
t
3 X
0$166666
1146
33310001XXX
VN0H(EIPNV1304.444
XXXX XXXXXXXX 37PILAYY0V3II
YP 3 1100 X33
3X1
46X666
1347
3331(0XX7EXX
FINF...1....K0..:064414 X066=.663+
XXXXX
XXXXXXXXXX
01103X4011
XXXXXXX
44XXXAXW
1140
X1//itteXX3 P
14-F.,.0(
XXX XxXxXXXX Y 434X1XXXXXX0XX11XX
(311444 6=66(6X
XXXXXXoeX
1341
X
K 333164. 10
44
v.0,16-1414 -(14
XX X XXXXXXXX* 10SXSXX041(31X=XXXEX
6 XXXX3
3113 XXXX,,,,-4
133
1350
113,00X01
55,.51042-NN405.3366XXXXOUX
XXXX33x XXXXXXX3.1(411XXXXX13300XxXXx
X
41(00(
X XX 00033301
K
1351
K
x.xxxxu
xx xxxxxtrx XX3I1XXXX41(XXX6XXX
51055005414%%+00331(30 61410XXXX
(./.1(13 3X 16601X3
31 0
1352
31X6*3X
X
0055555574°X7701033333110X 0000X
xxxlmtlx xxxxx.x 610011
330.1120E13 6=6 X
1351
7,-,S",'
331
1114XXXX TX 111XXXXXEX00E16
FF1-01654,1%47744021+0101PPPP4 xXX 33 *311(1341703340X
X
4X
1354
XX
X.E433411
x
UUUX
XWIXXXXXXXXXXXIXXXX.
EFS4047.XX7.7,7.XX,WFV0333,4PPPPEP**3
13
3
34X
00
K
1355
0110
0
3333111433X
TXXxX
0000W41*NNTH444555FFYXXxxppp31333133 133
333
XXXX1XXXXXXXX,22
X
4
1156
3+
X1XX3
OXX
$71(3330XIXX0x0X01100X3X0X0
ONNWHWNV,004050+3JUVXXXXX4IPP04
030
133
31
X
X
0
0
4"41
1357
UX
X3IXOUX0
UUX31174XX
XXXXXXXXXXXXXXX
0144NOWNVVOVVVH41101%%4,14%00UXUU*140.4*
XXVI
X
X XXX
1353
PPP***,PUT
0 X X XXO 0 1010313e13oXXXXXXXXXXXXX
10,0NWN4=1Y0VFNHUSYY7 43.1"XXIOU 44P14 VW 1
000
3
1359
OUPPO7P0.31,pp al, U
0 a
=H0=0.03600.41,71.01*VVY44.61"104%%470PPP7770000
0X041011x3et3Xe(1XXXXXXX
X
X
1360
6XI1409000P44414+63ppp*
XXXX XX UX33e1.43X3oS031oXXXXX3eo
N==6.4..644177411PELYYL44J3I01047777tE1F7000 UU UU
3
136%
XX00011%.0ePP-P"331 (3 3t*0eti0 33. 2t1,=e--XX33 11 er.23,1te1x
==04=x=666 40001 %1LEIALX4434%1Y-XPEEPPP-PPP UUU00
K
xiiniuoir PPP+43333(01331.413(o333344XU 010007 2 X03=4.00x0
1
SSS
0000."( .....
. .
1361
1364
1365
1.365
1367
1366
1369
1310
1371
1372
1373
1374
1375
1376
1371
1376
1 3 79
1340
1181
1302
1381
1364
1365
1386.
1147
1386
1309
1390
1191
3392
1393
1394
1395
1396
1397
1398
1399
1408
1401
1402
1403
1404
(405
1406
1407
1400
1409
1410
1411
1412
1413
1414
1415
1415
1417
1418
1411
1420
1421
1422
1423
1424
1425
1421
142/
"
A
,,,,,u4,44,uu 0
U
u, 00.1i4,141444,4
murr uuu p--...0111YLLXfGGZLYPY
3.4.4.1$.1.444XJ1M,A,i
X4xXXX3.5A3.41110XX/UUU 4
x
5 7704100 ru U = '-zixASIISIZY.r.Gc3r... 0 44444ppE17710uuru000
rootloOfFuurie
up 4433333 XX u xx uu M0334444444
timuurpr.
Ouumu0000000
ounorououuu .PP 4
p
rrirr
7
0 uuur77 UP
g
KU uu
PXpA46401191X1XJ.J1I
4404(10 .
x14444 xxx
uuuuuuu
on noiutoxto r
7
040=- MT 74.034666y1101111.Jrnx440
PP77
7Px
n4
X
4
XXIA44444 K
,
1
'
FP.
71p7/7
-PpPplimmPrP.
77P3(A67o0wW0Z11* 01144
U 41110011444444x pP4 u eXuPe
PP
311/7/3xxxx
,.11iruu444444...
4
xi 4....oPro 31.. MI
7771,33453110WIIIautux
37,3/00/x44444x
333
our
P41.2yyriFEuuuu . .
KEX07710 rPe epee. P Fr
U
7.---PPPePp--001)77777 4454iiiii"..0 MAUI
43314404 xxxxx
333
/74(Ep4PMLIALL3(011777p
Zi.pppro.pppp-777177 7 3457-711Z(1fr.40000UUU
4E45101
Lprppprpr77 p77701
.3:06/304
K
333.
yy YY YPYytZ:417.1_1(ftlAty
t
-%PprupPpw0-71777 7 544(1111 *.Grimuuu
xr411000(J-PpirEpui-pppprr
.33.
p. YY
py.piltAY1'4044Vrrt 11141100000PEEEP4.--P pppeor 333A/00( 4444x
u.PP
PP P--77777
X
44111.LuUuu U
4331(fOrxxxxx
PZ*1
... peZ--177 7 3.1ity1ti(640:40Juu0077777 (p...
....1Y11.111%717.1141.YrYytifIfit000PuLEpppp-p(PePpe 4311(00
X
.4 p.. p5--pP7/777777yZt_1111_1170Auuur77
P.P.417111 1_YYP1411,11y111110c1n000nEEpEPPEPP
PP PPP 331.10034441
33.0. U
ypapyiPerp71414E4y11,YYTYYLLyLyy1(11.11r0000ErEFE-FrP
-PE 7ECP3104.0$0 (
p2.Z-PP77777171,1571.yilli.w4ru11OU777 PtripLypp
PP1
333
4. .4PV4p.0777
tEr1,711(1111(11%44Ttl«111110Afti1P uPEP/I .6E7 P771,33(1,0,
7775551.1111XJ0ZEXyZp7i1inprir 715
66 .. ######
771t11((11(ftf44(fLOIXLafrEFETEr E77P 707777 PP433!,t0/31)
p+9=14//7777777754113.*X%..1JrXZZYPe7.114Y111177E1771 11411141111411117.10M.Tc(r4717.1PT
=000.4 K ppri.99901/777/rtr;541.ryrri.rfr.X17./7..7.1(yyT11/757u
7P
.3331.03
0 =000==
111114117 itty11,1_7.7LLI_XXzrtP7.7.yYP.P
17
3.3/01
3 1YV fry 11 1 ILX1 littLitnzyrv.ZyzXrpP YY
Q=00=1Q= ..ppp-99-57777777771541.15.*v/AZIUrrMurry443EA6c
.7E7G9= U 7777T1IU:5717
P
3340/3
izr/.1*7144111.666
1
0000=00000 yPP7Z.--1, 71 777177A:5410.
0$000y41441li_attl1Zey4Z)=7APpy YYKPP 7
31./.3
1./..0.4011_11_1146666077 77 9110'001,1foLitalLx.0:"Z:47.PLPyyy
Y0=0=0=0000.
P"--77 X47777 QAF2M_XiltriM41111011114066AE 77 7
yr YY1T 1 33(.04
7
W0o==060
19077 X 17/11700 AX1 E1111111011)011YLL1311AF
OYYYYMYY1Y111.11.1 %4AriZZLLI_YRY YY YY (1
3331..1
7 0
.0 ----- 6 77
FU
01X441171111LICAZITP0111.11.11..YPLI Y 1 IX 4444431/f
-9777717 7771,77u=A66A000400011011411117AF,-751 771
500=000A.=
1
PZ9--7 U 7 7711111 0066666604000110111MYY417pP
11111.1_1411LY1Littuirufyyy10147/ 1 1E1E544444x 4
Y 000pYtatiLlt111.11.1.LPYLP11Y404YyrY
0011=0,,,,vv607
7 771-0-7777u
717UU
A44444444,0333
non =0=.7
7P77P--7177PX0 77 0066666601101,01I1uotliolL1P11/7r/P1.4/14.1111.411.1MILIAtty4tAiY0000y(
1=-066E00070101M
(A.5E444444433
tulfiPrIrrt r441_1(Lit.11/31i1L11.117(yy0Y000Y1 (157 11 XX
.000 6=.009=.7
33.
403366=000003
PrErp--7p1/7/04(5==0(166666=7P10.75117.."ILLXLX7.t7L111P4111111.1111_,CULL711Y000000Y00y1
710 ---P-17777
10UPPP 3333333
KIN X6.000103
Uut-r-0-7/7/r 31111/.61661---0A6AYEW2oA15tYtP5LIA71111711..14.117741Yty0,E50500011411111PPPPPP33313(
31040000. .4111 YEE3A6PZp--E
.3=6=6611----07EEFOL7/xnyXPY17.1.1.11.4111_171111.17y0000,110000000y4_11( LUEEPPeP33333
000000==6AA5666AE7--Er5.4XX111_14111LUILM.17m7(4014014111100000041Y4(4141.11
.0.2,:40000000=411X4 4FErtr7t-POu7
7rUuO
CIFFE-FPA(3PP.
A666______7/71:::::YftltyP1711414y1(111L741000011101000000010kOlf
..7144==000==0144X TYL7f1771f17/17:71J7UAA6A5EFF777170
ZOPPECCEEP--e
54400)==wS1ri3yPP7P7171EePP771'7/77777
A 14(1171/444411111.1100000y0110000YOYY0T(llr. 011414ECEE-Pp71717170
77
944m4=0,40104yr
7 Uu77p-EP.p7EPP77
00t7y11141(my0Y000(100100000v411141111-F. .4xxxuipP-Ppp
77717(
066
.7 1 ==011MWEr$0001PY 741
55.EuPP177
PP171111(1101000000104111000YryiLtOilliz..I44440PP--P3
77777 E3557/7/ u177 AA
4
11 471110000011000410044011111000T31t1I1L1LL 7.7.y440 orPP
=0$14:000y10144Yr7r7 00XXXX
liP000P71'77
771
00006E61EA00120yYtyy001Q1Y0000YY001004I1107141111.11.%111%tfuuu
= ===04=wiwcly(100Y14y0(1 5E4441 P 7P 140= (P0/EE1777
0p.
0000=006660-41r50.1401_11.1001YX400Y,(00y11Y1Y10111LI1.LLL
000==0===00011000471 411(iFEEXXE07.1.717 0 10-7
6 1777 00000==6601-PS 7701111.110111110011Y111711111.111Latr1 1111Yr 66P==140(000041y
00(7 y090y1144441,4PI1t9
12211171.PP
=0809 0007 t 07
1114E-Pr77/77700000-=00460-PEr011111_LIMMOY4010010014YtItttIttra' 11'47.17.1Y..
0 PNWP (41001Y0000100y0ILY
000041/144444X7.pt_771lit(nr-714=7777000000006000=.p77-11,11.1i11L100401000441(14111.111.I.,ZIZZ l2,%tAxtyy.
0
YPWW7(
455%3PPp7/7114i.1771P-pri00000006410001101ripPP7111111t(1000000140411014Y1LYylr.'ar
r21C/.4.11_11
004100C000000111yLWIP7pPP7i71
f.5X 4P0=17.600400100040=0
U YPPP7
0000Yrty7ty00000101111-1.7tti1citliyfr iry17.00000000000000
0 00--PA6014010000041(40«YOtrOlYTlyytil_113Zrzley
6P-pA06011411000y011,014114111104114(1131 055r11511
77Y7717/770000007717LY0000000001101P/17171711ML11.77741(00041
7(0
YyP171
777
14111111.2
y51177700001)(10000001 71,1771YtiLlitY77100110090010 El 770AEOP-77A6(11010Y700147y00091(1411111111.1.
7111
E 0.PPOE5Fnilygry000014Y04(11444y1(44411 lyil(C41
711 7
41.77710)010C0000P100P/70P/YEL11.1i1777
414101100
0
711
4711 1
1.5541-P 56611710010001010Y4(11(11(1111(10 111111.2
PP E 1 77 777774yr7W(00111E0011PQ 71,177LYL1yyt1a741441y00000E141A Et'? rePA66004110001(144000000000000001000 1111(11X
000110) 11000000i0pPpPPY117111111140410011C000000440000 P
P EU 11 11117
006660$011y01400000Sr000000000/000 1111121
711 P000001000070Py/70.1P0101E,Cyyit.(11111100000000000
46E0PPP AEAE6000000110144000000000000yy(10 1101r11
AE5777777111777471 77(440111000/70C
077111111.001E41141111011C0(o000015444 PP,.
M AA66/000001190300nYy0frOon0y(I0101_1L10
7,"71111711717
7 7/77y()011 11000000071U C000111 4 (Orli I 1 4 (I 010035F.66roXrK (IPP9 .666505.00.10
55E777777/000 7 7 7ppy011110000000 177
IYOU00101Y000MYI ft. ILL I
0000401r00714111414101E 0AEA6604,11..P1=666666,4491y(0140110041LM(00111 111111
555177/771
=0077177,100010110000071-1,7000000010004(1441E5
57A0 1441AAA6
P
%1,713i117
I
3(46EA66$144010(10000144011101011(10
IILYYI
Pk06040111400001100600C0000000011111/11EE640
"147117
Q7( PIP
of40010XXxl...p.3rXASX554111000100ry004400111001101 11111
066104400007000 00000000000110000000111 400410000011
11111.174
A51E.E104001(40(1000000011100111 11110
AOCOQA00C0011110000110(00000041000i
77 1 rE5E1A71440y400004/00001101y0I1
1f0111511" 777001177717EF6666000104000E
-P Of 1PPF,,A66660000041 AA AF
filli
0006000011100000000000 00011104107
SEF 1 645EttO0Y000090000C0010004101 1111
*.1.7.,tU5 y.14*/.0. 5 PP7 0066666600000
5,,3
A6000o0100000010110010000000000( E
14.11111X41"1,y75E7p7700066660=00140 1'... 0 000000100000011410000000041100100E 11 E 5.5544AEA619$11000001.00000010011 1143
A644,610000000t100000111100
140
:4A100111111111111.1144y000666666=001=0457A40000A C00000000110( 0910 000(101140
no .
4A3S6666000991490000014000000 lyi
vrift1111%1410000006000004100
43E77
----0000000000011004000001400(010000
0006075
A6A5000000901000)0000071 141
---0741100111.1.1.(10noi000000)100
EE1E577(100004000000(44fo000000100040(1011 I n 5X EEEA4 46AA60091,400100000000151 1(
0000Yy101110011000000001E311 1E E007041(000404100001(40000010 1000 0 _.
----- =EE
_AA66A66110$1400000000000011 41
41001,17P101100C000006004044ty
EC0T4
E
110
400040000000100119105090
U 15? A =A=
5654-6660000110000004444411 14
00071000A00000001100.0001 111
A 1
-...
111111111C0044(110501A011140900060EEEAEFA66666.66600100000411114415(14
000 0 ^64,4,64100Q060410411TiT K ___
5 c 0010 000000
0000E.00EAAA6A0A64666657E7AA5666666666664400430004011(144( (
,,,,, t19141110
viiitit
114.
II
.
nn'..-.
..
,,.......:.
.9v
.1
_
1/Xi/EEE:110v0/0000000
X
4111111110000A69v99999999vv-9v------9v-v9v--9---=v0-L,0040==
S
X
/i__,..7 0---v
,,,.._,.,,
_
000009999999vvv..X. ..... UN/ 4
191A11011A/WEEEE/i/AL' XXX -- ---- -v
_
dd/ A0AbO Ill I Xl (XXX
r. 090.
000/1//11//00.99vivvvvvvv
:.
119111099dda/iE00AvilJ/A/
v 00 vv9EE.E
U544100/10010999v4vv9vvv
vvEviE9vE9999
vvEEEEvviEti.
19999999999vvEEE
/ 1 11/t10/1V5 300
ivv0OUU00291...,,,===0,..00 X 1 DO,EE 99000iEv9494999v199.99v9vE
A90090w00y9999 00SI845h040 S
199194910v../d-o6000 E5E1
,999.900000v091009.999999v9990099600a...900999
0
000000SSSS1490.0
$114551-/,00
is
1
.00499EEE1v9999001E/1EE)15
i v 1X49911viv9d-dA099
.-0-09099S484t990944
4S096$9400.4900990400
E
000000/SS400440001411SSSv$Xte040/
illEv900-0Jd9v0030 X. X SSS0990h0SODOV00010000999vb0EEEE119E1
ISSSGSS0000001040000vivEEEEvE
09S1 05000041SSASSS4IS8S414111S90959
111;111,ivvy/d/dOvvvv000000 X bp*T0004S5S09444900v-----1-f100 0009.9=0 000
O54400458S4441S44S451144410S4415A08ASS858
705555455549$00000010r1544145SOOX0E0vEv4XX111XXIXEXX8544470 DOOSS8SSSXSA8O555S544
4
0000.000 000 9EEEE9vvX03EEXXXXvv0
O
.1v2111101)005. ,.-XXXXXXEXXXXv 440SSSSS4S4S4S44S4S44%44,44StS0S%4S440SsS400000001Shs/.414S9ScO
10100XXX.00E
ISSSSSASSS40444.04444%.0100,010.444S440444SSS0449004SSISSS4SSO
999X±;XX-W*15(XX0X0099
X.:00 0000/
45I4554AS54514591454S5S4448I45ISSS4959ISSII54S9SSS4SSS5S9S0
4444ASSSSSS4.0000$44SSSS44111S4S4S4SASSW/S00101SSS44.00444S00.0ivSS01X0XXXXXvXtE01f)/SSS1
SO0S4.0100001011X0XX00XXXX0ifi-ftfc4S)s4hs0v_00000000000000
9.0100 SSS
SS4SS44SSS4SSSSSASSSSS44410.090100014.0.0(4
SSSSASSASOSSSSASSS444SSSSOSS4SSUSS4SSASSS4SSSSSSS4044S4sS00440000/0=X9XX9XX000E01Sil
48000001 v900XXX00XX9xX0XE9
i,E0t. 100001 0 XS
4SSSS4060044S147SS4444$4SSSSS05444SSS14S4SSS%h01444h00444=0001000
X499XX0X9X 1'0000100/
vvED fi E14S 0 XX9
4.00/409004,1144S1444SSSISSS1S14000S4S4001SS4444/SOStSSISAS4
v
t
0
0652l09999v
4S4SSSS/044SS1S44h4444S4S11%1LSS4SOSSl100144SSOSS4SS4SSS4S9ESSOLSX44441100000XX9
98919
01999E0
1SS4S000004444.144041441444914S.S4SS4SSSOOSSSSSSSSSS4SSSSS=441914S8d19000,99XS
E5453X
1XX90XXXX00
if°
00(00001 448 90 0
SSSS4SSSIODSASSS1SiSSSliSh4...9..994.14.02444S4SSS4SS4SSASSSSA$1000S
090SSO0t4400.4SS14X00140014SSOW4.000fE90X ...... 940S59909994OSS4SS44.004S44..
000E400000000000
00EE0000000000000 00S9=9999999009S010SS441S19.=9990...99StX040444S1OhS4N4ShIStSSUSU..004.X9XX9900
9000E09110000000001 009999999999909v0S0S1SASSS9..99999.990X4X00SM.S4444,4hASStSSSSS4t1002XE4X99X910
4 104091000000000 9)099.00
A0.9999=^999909E9.....0049909.0),...)99o00.4/0/01,4SSASSloSSS44/4SSSOWS49999900
d 000000000 930011400 909 99990910X/0000,1,$/$4.04*579559S740540 9999999900
00.9999.999999.99
99.9999900090009E9.99090999990099999$$XXA/////'40MOSSNS1.044.44S4SSUz0.=4
999vE94000000000000
0 0000000 99v9vOSOOSO 90...9..9000090990990.990...0099990X/PftX/0.1MiitliSSIXOSSOSAS94SSM..S0ISS
/1 050000300 009311%001v 999999.999999999X999999999999X9X90001,0XX00$,X0000,$$$/$111$099001====SS000
0
50 000 000011040800vvv00 io,09,0$999400,009X90991=4.9450
.9999.999999994099499999999vv:vX9
E9 09900011 000004404400 099990.0990099999999999990999vv000X.XXX$00.X$00000$$$$.000.990009.E.4E=8
00 990009 00000114040000 199999999999999999.90999999999vX0MX$$$$0,11"00XX'$$//000,J9o$==.0990,
.894 000000000S40000G0v999v".99,9.,,999.9"9.-999,9999.^..,,,,,,.,.,...,9",9990-,
4........$/$/$0009.00o..9 OOOOOO
9..99999900,$99vv99900$$$
000 990E U00064bv00000 OD
.99.990/
00dd 99v 9i000039S000vvv0 v999999X0.999999999499909999v9XX0X0iti$00$0$00000$0$00$0000=499X09999X9
==99 999v
0000100S009. . 99=999099999999999999999EvXi9XXX000**0,A$000000$000000099%0909v9900S
4 $9
0004110$XXX009900. 199990090099999.9900099999999vX90//rnxX0
0=9 00X0 000000010000000 .1)0
1 0000v
avUS410/6000600000 9999900999999999099°009999000000X0/XX$000000/0$000XX000.9999990090
09 00 0004000000S10000009099909990.9999999v0099909001090000$0007/M000000000000009999X909
0014. GO 0 00 40090000001136000 .0.0009090..999990000000/$00/$00000$1$/$00000000*0000/$$$.00S4SSA
00===0 00 0 00000 9%0000E0040 0009999999.=0009909900000/MX0009001$$$00$0/00000,000//10/S0419
000900107X000,$000000$$XXX/A004104 00000 099999999099999999990000
*.obe0
0 00
0090500E4410130000
0S
/10/$000XX/$0009X1
3999009000099999999900000090000990000i0
.14,0900 0
00
9G11090003S00000000 000XXxXiX 00000
011Md000
99990999009909999990099409999900099000/100000000
0
009000v3000000030v00
-d0Mb447 9900..00v00909900000000v00 9990.900909999999090090999990,,0990,.,+0r..990o99009000gy0,$vo
09100 =99
990E49X9000000900900v00000..00X9$1.999.9000..90999009999990000009900000009000090000
0441.000000 90509XX00901.0000030vv0014 99.00099900.=9.099.900099999999499990000094909904090904900
480E4 00=400 9999900199900v00000000S0 9999499909999990099999099999900/0AX009999009
9010$.99
994E0 StOW:SSE 00004 F99EE09999090000 0$0//0.0.01.0099000999999999999999909999900$0/1$000000000
4 S0409.4S096409 D 9Ev99XXX499999900011 001X0/..".'999909999999999999X0000990X/010099000000099 XX
/9txXx0900009909 0000900.900099999999990000Xx900 /0000.0,0
09994X11XX4=it"'" v9499.009909999999vvv
1/09'/.=E6.0 0X49090 E39vvX999v99vX99vv00 0410.9009990OAO0O09O0o,i,X,,,,000,49,9 OOOOOO 00...00#.00
0000 SS
91
SS
0v999X0 19vEi.-X9vX00 90..o90,,99999v0,10099)99419xvooy999ootgisi/$090000ygyv
900999999009999900494900999X009999990M/009990009vvX9
91. 10159404 0 XXEX001 ,:gsvvx000v9y9vivx
0509911
0
-X09
vX4XXX 0E999119900o/00..000999099900o9999J9994y0;0v00voor00o000o000o949v9
00 ...' ==f
Ob
4X0iEXEX0 vEv0090EE099X99 99999999999999900999999999X90000090000009000000009999
0000000X0/00/009999 00000 909999999999999%009999900099
1.0000===
NO U 9.01990EX90X
v09x009p490
go,00g000tv00/100/00999 +0000
99999999999399999
9990 0+ O
d DO SOO
10
E0X004 .50000X0
900,0
90999909999999vv99vv9999.999000000099900000000999909909
981
0
vXX9vEiEXEEXIvEiX0
X9X09914.9990099999999vv9vvvv
o4 XX
9994vvv9
E0
0099999999
v9 /-.:X ::_,:X
9099999999vv99999999vv9999vv9999999vv9990009999999199999Ev9X9vv:.::X
b$,9
9099XX9999vv999999999.99999999099.9X999900099999X0099999X9vvvvvX9vvv--v.XXvEXX
99..999999999939999v9.99.999X999999919009999009v900090v0099Xvivvvv7.99v,,,EXX....9v=Ev
0099vvv999999999999999999v999999990$.99000009999.99000009409999XvvEvvvvizvEX09v99vv000
49
00000 1
00.00=
M
CQ
01
1495
A
00000001100
n
1497
1498
1491
1500
1501
1502
1503
1504
1505
1506
150/
1500
1509
1510
1511
1512
1513
1514
1515
1516
1510
1510
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1531
1534
1535
1536
1537
1538
1539
1540
1541
1542
1541
1544
1545
1546
1547
1540
1541
155 0
1551
1552
1553
1554
1555
1556
155,
155t
1555
7,"^ ,^,,.^^^10.1,,,e0 66^
77
1496 5 090000 0001A 00000..100=0,
TT "=7,E660XE...e.XXA.,^A,,,
X 1001.1,,O,Obtibbl,n^nn b1.64,6(11bbbbbhbbbnokb,
A^6orrereo666,.XXore tie toroworre,.X2 ^,
7000000 0a0000000==0 == ..... PxXO., 77X3A:47E.,A.7-6X760XXF.':^^3E3.,,,,E666...efer66666X776000etlflifoott,oX.x
7
1 000000
00000006QPPIIIXX.0
IT XX 7.,77-,X..7XXXX.A61,
00000000 =0---.0400001=0x..4 =.0
0116000====1,..00000000* +.0e 011.0.41.
00011,.==006=00077 .11A#04e'll
3
006=0,0=0 6000 +A
Q 0 =300000-60000
.666e0itleXo0X.66666wriotttiere?,....XF.F.7.X7.66.Axe,o6
.64/...Aer.rtoXoh,,AA.6roltitIttorrerolinA6.72^^A66661.40,
74.4*F.x.6,..667.66E666.AF^..,A6rto,ix,ixiitie666,66efitte$OfteetfeX66.666666,
XFAXXXX6.6X/C-7,,EA6fl.EFFA.ef*,offeiferAo.AAXAC6A0tficiifoXterX^...66
XX.F.4.7":.FYX1,.SXXA.Y^XXX..______6roX.6rei,..x..X....66600erooneritorXE
.19431X3****3Xi.-.S14IXXX:;XAANX.A66,.FE.E.SX,reerreXonorX60..666eotttror
7rxxisc-33x*p.+3,,,ixT9xxx,x,,,xx,,xxx,FEF,!..7 3 efeorXeX6orror06666666,.
0000=0
00056_,3 6000=,.1Q0=111'00004,,,If,X333.04SXFEXI..xoX.7orxxXE.,:E..r1.....xg,...x7-66ro,.....,
-- 660111100.pp5(3o
313roWV1IXXXXXXXXerl,XXXXXXASAA.5 A6AXX666re6r666A
OtIP*=x4m13..,XX3,33X1VXAA.XXXeroXXXXXXX
.A6XXX.X.^5X
== X(1,=0000000==Q00011 114
XXXXIX5XX00oeXXX0AXXXXXFEEXXXX.XE-7..
X
0==6=6 =09=00.=00=0000.+00sf4XIXXXXe$XXXXXeXKXrXXXXFAxX.XX6.X.
==4000 0000000 00 =1 =00
333XXXAAXXXXXXXXXXXXeerXXXXXXXXXAAX
0901110090000,11.6.=344100.33X3X13XXIoneorXXorXSXXe.,XX-77XXX
==4444000009000.00.0=0060..3311oXXXXX33oerw.roXXXx....
1 0090=0000994 0000,1,0
414..XXXXXF.'4.X4oewoerroto
1==40001410004010000/1/4=.,=X0X133PI.XXEXX3ren
==000minomiumnalloo.r. 000X:-. X..383X 3133
114,00000000001106666.-.0 X6X11/1.
100000400050046/110000000
000.004416=004000119ww0o.
=0000090000000091 T0
4900=0000091100
006000011
0400A
1246
1297
1291
1799
1300
1301
1302
1301
1304
1305
1306
1301
1308
1309
1310
1311
1312
1313
1314
1315
1316
1317
131E
A
N1
N.
VV
111
WU
XX3X
333%
(XXX
033NN
N 33N
NaN3 5
033333
VV31
NY( YIT
Y(11 IV
11111 31
(1
1
(3
1,331
13(9
3(3XX:iron
1520
1321
1322
1323
1324
1125
1326
77XXXXXor
YTTS$XXXXX
Y117113333
1327
1325
1329
1330
1331
1332
1333
1334
1335
1336
1337
1332
039
1348
1341
1342
1341
1344
1345
1346
1347
1347
1349
3350
1151
1352
1153
1354
1355
1356
1357
1351
X7.VYNNN131
$12.710471111
6$NNNNFNV1
.wwINNNII3tiN
^,,OONNNNF3N+
%.*Nr3NF7FFIN
NiNN$717):77,140
N8ti3sF3SY1NN
tW10418818433
N00110 83881 IX
MONO 017518 V
$18$1118
$38
VY$837418I
70073/00 100888
4461,48871888188
444101440091=4704
8 N44438E444003448
444444915403008444
.644.171444400448 ==
66666/184444=60166
e66X66,4-6,,66
6
XA6666X6=6X66666r.
16166erXXX66666666E
XXXXXXXXXXe6ro6666.,2XXXXXXXXXX6eo,XX666
Xenoo,Xo6eeeeXeoree,o
ereXpoweorXXXXXXNeoro
XXXXE53XXXXXXXXoeXXXXX
XXXX7X7XXXX..XXXXX7oXXX
eroX7XXXneX...00NoXXXXX
rettXXXX,ite87770XXXXXo
EXwoX7XXXeeroorroXX,...0X
XX..X.77,XX(t8eXoneXoeeoe
XXoXF.XeoXXerree7eXXXXXXX
XXXXXXXX7=XXXXXXEEX=XX
LA)
1359
1360
XXXXneXXXerXXXXooXX%wit.,=
3e11rX3IXXXXe47,70=w*te,,
X6 12 X .,-.,=XXX7477X
XXX
Ln
1361
XXXXXXXXXXXXXXXXXXXXXX
4,0
1361
1164
1365
1366
1367
1360
1369
1170
1371
1372
1173
1314
1315
1376
1377
1310
1379
1300
1301
1382
1383
1384
1.305
1386
1387
1380
1389
1390
*391
1392
1391
1394
1395
131E
1397
1398
0199
1400
1401
1402
1401
1404
1405
1406
1401
140i
1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
1422
1423
1424
1425
142E
1427
AAAAAAAAAAA&K,AAKARAA/lAK,KA
A XXXXXXXXXXXXXXXXXX7XXXX
6 xxxxxxxxx xxxx3xxxlxx
I
XX
XX
X1t$$$X XXXXXe0XXXX,Xr.1 XXXXX
1/.773XXX7///1X XN = ==
01
X177/7/XXX$////8X
XXX
XXXxo
X37 / / /IN X$1///3
XX
XX33XX
XXX7/./OX X(//Xt(XXXX(fiet
XX( /1.73 X,ellt(li/Ittli 3XXX
XXX31lsettXr**1 X7I/t*ex1(
XX
x X11(337/./11 X1////33073XX07
.74.13X illf/i XX3////1 7/$1! XX
././7X X(.///(X XX//1,1X l/tXXX
3.///$3
3./.10X XX//071 37/XXX
7/1..1
$///03XXX3////3 1/771
3.../$
1(....(6X13////$ XXxitei
3t/f//$3 1.7/7111X37///tXXXenIX1
=la/3X X33 xxxxxeristxxxxxxixt
=....1
Xe.XXXXXXXXX011X11
X87$03XFAXEXXXTXU71
T7/711$1.0
e//$88X0XXXXXXXI1XX
631$(3
(//iX XXi/f$XXXSXXXXXXX
7...1
1//$3
X1 //1/0iXEXXX:73FXXXo
=./..3
3.1/11 X87//$8XXXXXXE1,'XXXXX
=../.3
1.1/76 7:117///1X36 FXXXXXXXXX
7
(//7X7 X$//18X:EXSESFXX8XXX
=.//.3
31/13UX e$///8FX;XX1XXXXX
sT=..//3
17/1.1
X$///XXXXXXXXXXXXXX
XX$.7$11
X$ //t
XXX/f/XES-i'XXXXXXXXX
///$3U4X==UT11$/$1X XXXXXXXXXXXXXXXXXXX
OP $///.110 XX 71(77o$70EXE.EXXXFXXF.X77XX
-- P06.7(311 U U
3(377$781XF3XXXXX3XX
87APT-X311XUU
11377$7/71XiXXXXXXX.E.XXxe$
0.,,.$$$$3U
Xi711*0..XXXXXXXXXXXXXI/
3.$5.0..$307 7
t3XXXX11X1313XXXXXXX/f/
3..SSS/.078
XUTDOT3X33(38oXxAex7.
.3,..555888.7 77PpPpPom.35)(33(iltexxxxy,/,
11.8PP.(-P---EEPpPPPP 0,XXXYPPx,X31XXowXXXX
PPP OOPPP.P-PPPPP8.X03XXX5PPPP,PX XX XXX
UPPXX7P.PPPPP=8P4PPP)111VX PP.1PP
KNEE
000OPTPPPE-PpPPPPsy0P33XXXXX3**PPPPI...IXE8
171001 004078-PP43(31...33XXXXo330P00./...3(161
Y100.-EPEPP8f4..S/7/S, =XX880XUV4.1.,..33=
k10707EEPEPEP8x..S//SS8T X1XXXXXXS:XX17(83131
221!TITCUPPPHO.,.555./SS. XKXXXXYIXXIXX.03333
tOXXUTI1 P7P P=....S,5..,3XXXXSXXEXXXXXXX33..03
ETY11P U PP3././.5.547.-XeXXXXXF.X.EXXX 17....$
21117.7717.2T,.////..TAXT3XXX6XXXX6XXoX=.///..1
111117%Y.MVXN....S.,XP
XX,7XXXXXXXXxXX$/.3PT1
11217Xv. 11171...SSSS0 XXXEiEXXXXXXXXXXXxPpp
111qWatIANIXXX$SSESS.11.3111111EXXSTXXS7UPX.$
99981.171%* YS70...VEP
t f(/
1191.1.C/wy n zx.10,Ny1t vyw tvy fur
001/11.11_76914%7J7.7.X%%1T4 1111310171171 fT
6111131.
!./.PX.XYPPIYOf 011NYTYY1
T
pp,,,
00 XX
111111111
IT.7.87LLYT
ESOTATVYYTT 1 7
XXXX
1111111,101."17.11XXPZTY7171011117433YTTITT
1111173T1111111XUT7.7.YYPTV00 0000/11117O S1
X
1yEtf/1 101071*7121711121110YTOTTQ0(ifYY0007
YtOOTYTHWO11411YETIMITIT00011,1001(1$1$0000(10 1006
10001171471144CYITTIOY011,11/10/7711111800 IV00/10009
10%,Y7YIUTTOTYYVITT(1111YIIYYTY11141/09100041046666X
1(TV17171010V11117,(1001101,11(171(117111/10CA8666ET6N
1T0000(1(401.1140001144001000033111Y1111111488666EEX
104404800449447VOIC70090110111T71 filliTIO166666=70,$
0404444444000044000Q00000000111071t1117,0046666=y7/7/7
1429
1430
1431
A 4.04lowao444044444014,q3solittr.yarmilim..,,s4.-vo,/,
6 004000000044040048144430801CTXXX1111117111111661=407////
1432 g 4007/001110(14441(14/3411140061(.10CXXXX11113111-1(06666440077/7
1433
000000904044499041)0/700000(68,XEX013710016666411510P33
1434
1455
1436
1.432
143e
0439
1440
1441
1442
1440
1444
01.1.5
1446
1447
144e
1449
1450
1,457
1452
1451
1454
1455
1456
1457
1450
1459
1460
1461
1462
1463
1464
1465
1466
1467
146e
1469
1478
1411
1472
1471
4040qoa4o4o.o44441lottwuriowmtfAosoossibt,.4111Topp
44440440.0000004411/1//100100000011000186866664117C877
4449034044444004441) 111111700(11Q7Q0(01ID 111666612,18010PY,
4440001154444444444440151.140000000101131116166666115311107.
00°011000444444444444401111007$01180Q4110616666601//tafP2 XY
0000017144440044444440001/1H441M11111,,XX16X*311Z3C110 FP7.
0444444400004(14444414441414144144131971181XAXPP711211X110": XX
4444444%owoon444woolowttyworA4muLtilv(F=Yrowilv4tiva. 31
4444444044444004444444 11170711111444411 1 MI 11.71
1717= YLZILLP
444444444444440.°44444W4744404441W141111%1087 011032237
X
44$444444444440.04444H4471114$1644448111117.11791731227.771
X
13$4$44,4444444M444411441111WWWW444H111111111773,Y3R1.7.071FXX
44444444444444444444414440111111 1 1 143441011 11 11 wvy yrruaret 17
444444438448144401.44444414444118111111,(QVYMJ1LTY131117.71
444444444444.4441.4444444441.crimmtlyilyvirurtryvv133mRs.0
44.4444444147444444441131111411010111LIIVY13111.MYY711117SS0V38
4444445144444444444407001173177701111111f7111711.177737137723171,
4444,..4444444444630114000031.37/011U77311771M131lt111I111.111
4oenor6o66061466.86Q.01100077-71777731711177(1303111Y17311111111111
onoree66e66664666606.0QQQ11707TC037(LY1171771138331111,111111AA
owe,.4onoeo6666666669669000(8600,037,17VVM.Y77317117337.7111111111
onY.666.6666666666E6460416(11011600TITYTTY73117790737444471011111117
66ew66w6666666666666604264071C0001Q11113(31_3300440EN44413118311111YD
666e666v66
6.446446096800001100g0171070044444444141/0,1711$
=666rY66,-.666=666=-644%,866666,s66(111
11111/4400104444444444091$371 11313
6686666666666666466=.666',666666601 1 1 1014446440044 1 1//711731$71071111
066666r,..6e.666.66666666661110031444444444041111444448/1311111
666666Y're76Y.'666.,6666.e666666666613000444444404(16(01194444341 311311
`,6
..... rfoY6666
666666.Y66666666661666.66666.666.800174041444.4.4668000011)131/11Wil
6.66 6666680144444444004.,,66^1W0Q4114171110TH4
66666666.1,666..*ov,".6666666666.6.03664444y444444.7.044$844,,F44,..87
6666.666..,,,,e66..6
66=66,666666361188166.44444.4040....1113,3041141,,VF7F1
fo'reer.=6.Yeo4.6......6666o.6686816061444y.,4444441000Q481114,R.7V117
6..ev6.Y.,,,66..o...6(6....666666664=6ev444
4.+64400444441114,1,714117
6.166,66661.6.6
6Y...666446066 ........
........
Y..,,v44444044Q17140.,FESSF
.... 64444044444411711000FF13.43
eee66666,,,Y666666+.n86666,666666666=66666+7644444444QQ(11631144FEFF11104
rwrow6666644o=Y.6e6666666666.6666666666666,,46444444444000:444171-140-117V
6oeoeo666664e.vo.6,,,orowoorero6666666666ove-,4444444040000t44440F6FF1176
606r6rew66,66..6.wevore66r000Aeon66666664..Yo,4444444444406667444445171411F6F
06666erree.no.oneo6reeerrooeo,..o6664666.vo.644004444441606,014444011171146
666r000fieweoo,,,rorwor,oerroOoo ...... ===v44444644644,e666667414488147110
666,e6066ee1o6ee..en6rwer6rolreere6oe4==o6=466466416%0Y66666686031/0744444IFF
1474
1415
1476
1471
1478
1479
1480
1481
1482
1483
1484
666,6660,e467.466XX(66600eorr66666,.4X..008948,066666666.
6r...... ite666o,0,6660f.Owneeeeownweo,e,eent4o3ror,A
1406
666666666.66new66no666,enoeeee6rX6X66X1V48
1.461
1400
1409
1490
1491
1492
1493
1,
44444444444400444444400444811111118100111MPtyfre2VZ1IFSV,
66666666o066owe6666or6ro66rwewor6666r4.446666646,666666144484444144
666A6861eere,oeneeer666,,,reeneewooe6e44.4e.vv4600nvYv,,6666686611114404.774
....8.7A66ro,nonrooere66600rereoreeroo,44==.6vo666666.,,66666666yet4448
16.A..66668ro666wen6166e0oororenoreol144.006=o66.,66...66666ereret
,,66066e6on..6oriirereereoroerrewoowe,,444=06,,o6
6e6666,,,,
6666666666eY86e0r166refirrero466wereei4o910666(66666.
666o,o6r,.666666e6(66r6owere,o0w000666X15,
66o,r6wo666o6r6..66066666rev1.1e0,,,..1
666A666X6Ao6667.666666666o6rono,,
6668FX666e,666666666666666o6,
668Xwere6..6666600766466
6666erroX666o666Xofe...
6ee,0X11666446
8AXXX6wo66666
<q>
Lr
tr
LINN,
PPP °a" OCOOOOOOOO .........
J444,,v,v,v
,
rn
4 .4
O
P I
1
Pr, on I . ) PI
Nrytv
J 4
1.",VV.
VV. V
. VIPIVVV V. IV IV NIP V V V it VV. V. V.
V V N V. V V v N
N
tt
V
328
kr tr,1111.,
VVVNN,
1t,
329
Key To Appendix III, 23 Cover Type
Classes
2
4_ ---
3
a
\
8
B
B
Om.
..F.,
....-- a
B
Om
5
a
,
\
B
1
\
\
d
3
4
b
b
o
B
8
3
c
c
\
8
8
2
\
\
B
\
I
8
4
c
c
\
,
a
\
2
s
3Q
\d
b
,
I
;\
\
I
a
s
5
d
Om.
c
4
el
Om.
5
\
\
B
1
B -2
Cm
d
\
8
\
8
1
2
e
e
B
8
4
3
e
e
5
e
\
\t
s
Cm.
2
3
B \,
6
,
e
\
\
\
B
3
1
\
f
4
a
5
4
5
a
f
f
\
\ 8
6
f
1
\
B
Om.
2
1
9
\
Cm
Cm.
Figure 43.
3
2
8
3
8
8
9
9
8
B
3
4
8
5
\_____ g---
h
h
Cm.
Cm.
h
h
Om.
Cm,
The outline of Crater Lake
vicinity has been inserted
to indicate which portions
cover which portion of the
--- Park boundary,
data boundary,
Om.
6
. 9 _\
s
6
n
Om.
National. Park and
in figure above
of Appendix
park and vicinity.
III
Spectral/Topographic
Omitted.
1099 B
1100
1101 L
1102 u
1103
1104
1105
1106
1107
1100
1109
1110
1111
1112
1113
1114
1115
1116
1117
111 0
1119
1120
1121
1122
1123
1124
1125
0126
1127
1120
1129
1130
1131
1132
1113
1134
1135
1136
1137
1130
1139
1140
1141
1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
115 3
1154
1155
1456
1157
1150
115?
1160
1161
1162
1163
116101DDGGG6EGFCGGNIG61I66
110-101111111111111HD66666GGGGGII1F111DFIF66
DOKF861FFIDODOEFF11111000DHHIIIII1DODHDDODOGGGGGGIDII0E9OJEFFIF
DOUDIDOHKKK1F116[1101)0000.18KKEDEDORD0010D8.00CDOPOUOD110110000DDDOOODDIGIF6TIODOODOEFEJJ
16C1116616E61001110DIMICOVEJJJ0CJODOJEOJFITUFBCCOODD000401-FOOPDOODO000000000000000000DFOODOIDIFIGIEF
C1L6C610EFET0111100801111000CIIIKODOOK0011111000000001FEUTEECDOIDOOMOD000EDOKODCR9011001011.0090OFFFEE
Ect.GcLcicrcolktootoicccccknottcnIceconnorrooPnomoonenomecEcoonnoencocHnoKcconnouroctioonnotnontuticucic
GECUEFFEFIKKKH<G8FDPFDOCIPOkHrMMDMDOOD8DODE00084MDDIIIIIIIKEETTEDDCDUDDtEDDOODOCOODOOPOOKKOOGGatE
6EE66EFEUCCCOOKCF600000110000DOCHOD0480800900OMHDD81FEAF1EFCHMH118800PtICOIFFKKED00001111001111GDOOGGIFT
GGGGEFEEECHCEEKKO00100000CP0DOODDDROD000001000CMUGGEFFGICHHH8VAP90011KHODHCFOUDEMODUOPODDIOIODDDIE
11FfEEEECCEEEFFFEFErECH44?PHOFEEFEFDPFIDODEIDIEFCC(D4HCGCCCCDOODDBOKCCM9011DOFFXFDCOODOOFP000900111
1EFEEFtECCEFCCEEGGFGGCHD0PDEFECEEDDOODOODOKOKCDNHDHMGCMCCH.DHOODIEMEDIBICETIFOODROUODD000110100C
IDtEECCCEEWICCCCCCCCCHMODOOD11000001.0010CCCDC4DOODPICCCCCCDPCDNIKDCDODHODEEKDUOCHODOODIKH111.0000
EcoEccmcccccccuCcccccccccuccooccoonnoncommccccettoenoccclo<cvokol0000minmc0000nonnvotonontlitt11011
FOOFACKEFFEFF6CCCCCCEEFEFFEEEKCEFOODOF.CCCCCCCCCCIA09CHKKIOWKDKEEFKCOODOODIDODDODODDHODOOD111111(
OIDCMCFCMCE1FCCMCCCFECCCEECCCEFDDITCMCMDCCCCDHCOOKKKKKHHFIDOOF1060000000009P400000011110H11100C
KCCCCCCDHCECCEFFECCCCCCCCEECCCFFEKKCChM0050CCKITKFCC010000H1111CD00900EJOODIFIPOD0000000011110000
CCCKCCHKEECCFCCCCCCD1C81CFCCCEFCCKCmCOODDIKKEERD61000000DIFIDDOODPDOEE3JIMEFJOODDOOMH111110001
CMCCCKOEFDKCCCCCCCCCIPPDP1CCFCCEDMPMDC6018KDFOOFCC140011110OCKFODOODUODOIIIFFJJJOD1CDOPOIDOOKOCGI
cmccp0immmDcfurcccce8rwmcrDIDPIDORKKFK(00000FDGFIADOOPPKFC0001010000001EJ100EDD00000CDCDKGDO
CCEDOKCDCKKFIMCCCCEECCM810DDHDBOCHCOJDUEJ10011.111(60000000E0D00000000ED01160011HDHDODG
KH
G6KCHKE
CCCDOCICOM011KCCECFOD0CDMHD00CDOCFODE1EDDJJJ00CJCJJJ1000001C1011P1000MDIE11160001109.0
CCK1CHDDOCKKKCFECCUKFCCKIPIKKKKEErFFDPOODOCCJJJODEFF.J1FOOFFE9011900CDDF114CC1 ontotoonGritookor
CCCOKKDKIDOWNKCCCUCKR0OKKOODOFDDIEEDOODEFECROBF3JJEJJ1JJJEFJECEE000008CM6000 1001000661DCOI0G
ECOKKDKHDDCCK8FCCCCFCK8FDOKODODFOCOEFVFEDDJFEJIEJJJJJJJ1fFOFEEODOOFFFIED4PCCIDDOODOODDCGGDOC
EFKOKKHDDCCDDIMCCCEDOODKEKK1016FEEFOOFDOODOEIJJJJJJJFATJJDOJJJJ0000061IFF4C8 110U00/016614GI096
CFK0081001DCD1HCCCF.K00048FCEOFE0001090000000111JJJFEECJJJJ9001FJED01116T01061.1 HCOI00666611106
KKOKCHDOACHD1IFFOUCDDIDAIDJDODDOPOPOPODOODIFOOJJJ1E11111111110JJE16011166100W 111E lO1111D11OD11116
KICK110H110DIK6CFC000001F0J0FHHHDDUCDOPOOOD0IDIFEE66EEFE10000006DAAAAFO1IP.MM111(IC0CM140666611E
10HIDOCCIOKC8C0000000DCHDDODDPOCOODOOODPOFEEEFTEFEFEGID1301100FAAAAFF116TFID11
FGHC6CCIHIGGE
014(40 101C0466644U5006640('0I01414111041111(001),(1)001901100906666
0006 66000000000001#F1616606 144 FUGGGCCCCCGEF
001018DCKKOUCDOKHHCOPHDDDODOCDPC9DOD002011101031100DOEUDD0091001CGC111000166FEFFEECCCEFE
OOD06CC1(4400000111l1ND1101000000000000001)009K9011008001611011110011111166CC64111611G 66E6E6CC6CCC
01KCCDKKOODOCKHDOODECOODDOODDKODODOODDOODKXRKXKKODODHDHODHOODD0601MDLFGEUEG C1CCEGCCFCCD
0C188104001016101400F1E0009000000000810000488088K0041OOG044446CCHD0DIDD1D1K666666 66E56666E6C
IIKIDODOODODODCODOODOODODOODCDOODODODOOKDONKKKKDDDDOODKHKDDOODDHD88MCGGG6GG 66E666E6666
CCFOODCOODCDPDH00000000010066.100000000DEKDKEMEKKDHDDDHDKDKHDKMDCD1441611666C6 a GCLIDNIIGGG
0000KDDCCHHDODECDDIC0011118661910Dn0000VOKKK1.1106111CDDKKK0KKKKKKDDKKHDODC6GCCD1YDKDIIIIGG
DODDDODCOGODOCFCDOOFFEPEENCDHHOODDOODOCADOKEFEKEKOHDDDKODOKKOK408DDCHDD6CDDD 100110144111D
C0011000000E00000GF0 IE1CDCKCCE00P1010040804KUIFF.8001000K1(OKKKKOIDOKDDH00 D11111I 46111DCCDDH
000D1100DDKI9001rO060011CC0000DO0091100000848FKKKK000HDKOKK8880008001)OKHDOOD8DHO1(11111141111D
ODFODDOCUDDUCF011JDOD601CDFOUORDDKKKEDEKEICKCSF8DDIWKKKKODOKDOOKKKDD01111046K1401/1111DDD
DOHOUDOTIF9060800DKKCCDOODOODIODOKKKCCEFF1fCCDDODHK8x8HDDHODODOMH8KDDDPCCPKID ODODOADDP
DCOD0117EFFOO[1100[48C00E000D000OCKKTFECK616060016100(0800000011DI1l0KKK11O9D1001001 111114111111111
066E1FEFF0010100110000011C0100DCGECF1
EE?DHO1(11410I0D0001)9000010011888001/UK11UC01410110111
CGGEETEFFFKC109111000068061.08DCCCCCCCCECCDcHDDCKDOODOODOPDODDDODDDHDOPPPOOD10100DDDDI
FFEFEFFF.CmPODODOOD00001FCDCCFCCGCMGCHDCHD0DOODOD000090DODKOID110100111IKIOCH 0000001
ITOODuEEFKVIDAD0048GCCHMDDCHCACCMCCHUDDKODOOKDOKDODOODODUDOOKKKKC111016C6F1 H100001
011008KKHHKUOODkccCCCCC4CDCCDCCDKKKDOOODDOWDUKKOKHCCHD100088KKKI116666CCC61 .1400001
10008OKDKOCDO4MCCCCC6CCLCCCHKOPODOODPOODOODKKKOODDCDKH1)0DDODOK116116166CEE onootc
00060046011PDHK116MICCIA-18661100000001106DODC4K8KKDODDDODODOC0000000CG66666IDD100000
10o088T1I00KCCCCCCCC0145 C8CDIDD000DODO011614.DCKK111
111H0D01100000000001111FKKKKOO DODDC
10900000OKCC6CUHCC6C6CCCC61118800000000001161/08DOKI009K11I0000O0DOCFEFEF11811010 00006
1)f' -000KKCCCCPCHCCCCIIC000II ID IC, 6011111(06, 0011OU
0P000004fKNNH111000CHMCEEE FFE0440!10001 D010
10006660601p.CCcC6CCHDF/80(1408888D.88DED0 0OKKDF000t8HDOOFMNOODGF111190000OOD ODHE
01010608fMDDH0DC88011101388CDOODKDD01ICCKCCMDOKKKKO1)OKK80000IDD06EEEDDEt'DDMF000
0000
400606
m0MM4CDHDDMDP4mCIODKO1KIIMGD8CDMMHDI1E8K0D09000000004DDGEFEFECD000001100 UDE
08CDDCPDOPeCCGDGMPHHCDODDOOKMCOKK8CDDCD18008008PODOODODOCEICEEFOFft0FE,OODO HOC
CDCHOPPOD?411CHH000KIK000OKCDCD8810011181189KOOKOODO0010116U1 F.00010ODEEEEDK0E0100
CC114COM99111141HKDKKPODDRKKDDIKC/18/111.0KKKKKKKOKOODOCEDEEFODOOPODOFTEFFHEEKOKO DC
41:8601mDDLDD048.101HK4K88888888KC0WDID cxtccucccccoonocononnoncccutoicocccxcricc F
U.3
.
.
1165
1166
IS
1
1167 c
1164
1169
1170
lilt
1172
1173
1174
1175
1176
1177
1174
1(75
1180
1141
1142
1113
1154
1185
110E
1147
ling
1189
1190
1191
1192
1191
1194
1195
1196
1197
1198
1199
1200
1201
1202
1203
1204
1205
1206
1201
1208
1209
1210
1211
1212
1213
1214
1215
1216
1217
.t. vtion
Ott.<
III1111.1111111k111 t ,r1t11 11t1.1.(AILIKKKV.11
KCWAKKEOVECCCEOff4C90491/4CCKKKKCOIIKKKOKCC10000100KKEFfiftiC0C/CM14000KK64K4
KKMCKK0014-0001(041C19404LE101900CCCKKK000KVO/IDKOOKKIOWCWICCHNCKVOKKKKKKCEEKK
09444v4KK°000000394100r93Cm040nCliK40100:00000KEFFIF44CMGMH946FIKEEKKKKKIEUTE
YKY/KKKCCIEEMMMOOCC901/CHD04MCCDUEKDODOGP411116/4HCCCGCCFEKKKKEK100IIKCCE0
/1111EcCCUMIHM4M04MMCCCHMR10ECCCCCKK0KKOCOSICCUUKKKKKCCEuCCGKHIIIIKKKFUEEIX
CGEFCGCCCGOINHOP0600HCECCCGCCFECCCCCECIKCCKC1104000044ECCF.0034POOOKOOIKEE1111
c[ccuctomxtr.1,1111IntErAmxtriutcccrEccccmomKiacciwironner9oneecencioor
ICCCCIACHK0Km0 .p0MPGECCFCEFECFCCCUCCGCCCECCCKKKKIWK011110P10009001IEFFE00
mvC11147Cc0KF4c0InIFUG11111EEECCEGCGCCLUC114KK0KKOD11101)00001)0000EEFEEE101
1410011CCEEKK141CUFECCFUGCCCCC11ECCUIFFMKKE0004111/0C10000100/1EFESEE111
0141011GCGCC4m44(ICChNEECCCCC0CFCCMGEGCCCCC4144101G1100041131I000EGfCf616141
144CCGCC0HCHGCCC4EFEECCGCTEEFfilIFFEEEFEK0010001fE/FOOKKK001090EfEEEEEE10
141CCCECHGEOMIODIEG0CGIGEFFEEEIOF.0661CIE4040000CEFf00004040,MMIMECEEfl1Ai
11C114101144111111HIGUGGEGG06(010410(EtT(114000001EFEEK000000C000001191.1440
1IPPEUE/110~01-MCGGGGGLGEECUOIEFFFCCCCK00040CECEECtECCUKCROOPMINC90111
rEEFIG104014111D1100416cGGEIGGE001tIEUEEFT000001ECEEEEFFEECm000400.40GGGICE
6EE0.111[01000004111161H0CCCGCCC11I0I1E01E10101KEIFFEIFIIEHOP00000905GEECC
McGCCEN104,0010011GGcL6GLGCCGFOOP00010011401016111004CCHLGOOOKKKICCGCCO
GUILCG11/4111'40491CCGCCCCG0/00/EEIIIIICETKOOFECEFIKKKGEE00E000001EEE000
IlL III 111111$! 1IIIIIIIGCCCCHIICIGCCII 1111,1 IPCCCICCCCCCKOKOOI
110000001110000
11111601343104101111/41/016G16CEEE/00CECEE/11E11 I000000/0010110C1JJ11001
PIALGLCOMHOGGOOCOMACEM91011110000JICKEEFJJOOJE00/0000000044RU111100
ePoLuctfloonnoonempacnisnopocumitiwonJATErnoutfotononooltiman
000901.0010049001391[040(001000CCOCCCOOJJJJEWEJJJ9011.094004C00000DE
110003C1F00009CC400JC00101LIG6JCC9000CJGCTEjJJDFJJJE100DDJM40)110000
0000CCCOOODO4C00040DEFADDCCJEFT3FEJJJ0F3JFElEEI1J00/0JJEIJ0000
D011000000000000000000JJDOJJJEFTEECEJJ30CEFEFFITJU330EJEEDOEJJJFOOD
10000C0000404041Mr09000000001a11EE040.1JJJA3J1J3J0JJ4Jt00007000131)
0047111101401GmiCH0091W0MM01000001M00130/11JOJCCCCJOOJJ000JJ00011
CHEFECEGGl6G10111000401100CH1COOOKK441110GAIMECDEEE3100000014140/
OKCKCG1.EEFGGG100000003C16111G000400001FA1EECLU1lCH00000000K9E140C
MCCCOLGL11110000000000(ff1a04000000006CEECE14101111000001GOC1001
C00011MGLOOML10000000VOUFFEE1/00000000000000EEK000000000CIFEEE0C
11mo10KC9411(GE0100000000K0HEF10000000400000110.:1000000001_1(111(00
CHMOOKCMCGrEE00000001KUCCC111G1000011001000010(01100001111441GCEEEE0
00004004DEEFF00000KKKC0560CH10041110000UUKKKKK00014111C0091K11CC1
nrnenononnorlomolmyuccrwmcccmcmsmitioccccccurincoummommilli
011H00010410114CCCGCCCHM13404C00014WMW134100001011111CHMHWOimmflH000C4
1011.000000CUCCGA100 ht19/100044MHOM0ti0MMHCCCCCCCHAmmmmmm0OHMOCP
c0v0M00C4KIIKHCG4/11100m4WCCGCCGH9M1146,441(1O11111 t010/01MNHCOIMI1 I01IC
ACMCHMCGCPOINHCCOMMCMCIIMIIIIICCCCBCCWIIIMMCHHHHHPVICI011011111111111
C1.cctincii 1
1CC111111 1K 111141K1114100130111011110040111M9111i1111CCIIIK1111000000
NCCCC/041041G6C10111110131K00Ct1IM0HC041110404041C0/410011001/0140001
143CCIIMMUGGGGGIOICCCCGMCCCCCCCUCliC11141H1IG0011000KK01441CHHICHIC
1111111411141116001.1.1011K$441CCC01(001)01010KC1)00000KK001111100101
0111(0010(111G5E/CCGGLGGIACC10(0004KEKCH000040110000IIIIEEHHODI
11%404114441106GG1110449110M0HCC4MEM1444o1C0Mh91411WK14104:411000
1141111KKIIIII101141AGGCGC6FCGKCKEEC011H11GMOMMUUKKI44111000011
11%410144WHG0r01311011LGGGC1.0001011114C00104%000C0010410400011114
lampoommwmomminnennLGccmcctioryounoornonountioionetcomm
0094840500994M44911.11WC6t0110011000441911441411001l000940H0
1.149444640909m141073GIGNFC011611.40/PPC141141000040001100/1000014
171+1
cn000p80mmkn00Fr00pnwituvu09Porw00wnonon00lim5Nfitimc
1219
1220
1221
1222
1223
1224
1225
1226
/010000110440P40011.6W4161_11F/04000011000000000OHN5 00MMMMII
00GG0C0110MH0430411G6C11000/100414111010000000991140GUMG0/
122 7
1224
1229
91000110040141140011111/44100111. 001001141040F000179000CC0101000110
milinticlommiummlocmorIccmcmiucoonunimmorocummoumw
tiocHKG44o000(44K10099090000000000110000001'OK100 K66990111
clopowillonoonnonneonnonerpnomrunoneRvirotimcmwmo
1144100C00CC9009304444P044,,490000004011111130X44m0000/
m0000000C11.11111.114000004040011000001400044C1)04310041400
pinommicuittuonnwqtrnauttliticcmionwmnmwqme
100009/197101L010494990400OL411101.1 m04111100101CCCCUMMK0D
000000000014901004044400011010410110000011M0C010C0K0
0000400000440000400090416101M00000000 14141 IFECC0C00
1231
1232
B
1233
1234 d
.
1235
1236
123?
1230
1239
1240
1241
1242
1243
1244
1245
1246
024/
1248
1249
1250
1251
1252
1253
1254
1255
1256
125f
1255
1259
1?60
1261
1262
1263
1264
1265
1266
1267
1268
1269
1270
177(
1272
1271
12/4
1275
1276
1277
1271
12/9
1200
1281
128?
1203
1284
1285
12136
1207
1281
12e9
1290
1291
1292
1293
1294
1295
Oen 001101109eriel 660GGE EE G 1000111111911001GeGG EC GE EC e1111
F100911)(0OL LIGE FEEFEGE CE 0111cc11HcmcccnctmGEErir.c K
0000811911 lE1EFFEEEEGGCGGC (1101111111KOVGNCE
GGK EE
99595( SIC FEES FEE EEC FCC; 0911 wont iscccucccE E I1K0000E
00110CCCGE1E1 EIECCGCGCCG 9011 onnpittothrifirtmoknourmoo
poomm11(10000KKCGGEG661111110011(1ffitieuMMH1)000000EK
1100(108E009000001WEEIGCUGGI1X00OHIMMIMI110900EEEC
C01190111100011CC0OCIFEECCCK I [DOM: CKC19101113f ODFECHKE
001n000liDICH09000KUCGCGEf EE051011EOPEEEKE.GMCGCG
OEOOCMCHCMMC,0011011KIF 1E1 OKOIMIODOKEEEEGGGKKCCGIL
COUKKKKKCMMMDE 11110011KKIIK00U11EOEEE ECCCGGCCI: (ICE
EEODICKKKKOUC ritieliffitiODOOMMOKEEEKCCCEECECCCEEE
C KUM< «kommten(94990ok nom, EtEEGGGEFECCGCCE GG
CCKK1110(KKKECti9tInG11110001(FIFEFOOK IECCGGCCCE1 GE
GGCKI(KCIICKF 10111EDOOKE1111.KK 11DMIKICCCHEEEEGGE
GCCGKEIEEKKKEEDDEEEEFEE K Kent-AM:ICC KLEE( E GE
16617.161 KI(KG11FEEFf Eft KKGuHPF PKGMEEEGCGGGGGE
KnE ECFf ECC KIC IOCKKKKKG11C KWICHMCGEEEGG6G6GEE
LCMICH06COGI1IGE DI GOBCOEEHEEETEEI 16666E1
cfnenserkEttst OGLOGCOGOrlOOFEEEEEGGGGGGGEF
COEMFGG9GCRGrIGG99fc coeuthoc,GGGGGG6666111
I 11. GE ILECIGG4 66961001109(IEEEEEEEEEEEEEE
160661.66111.111GtinG1 0C0001101(KDEEGEUGGGE G GE
fci.Gcocc (IC OGGIL0000001000KKIIKGGIIGGGEG
GeGEtt EGLECLGCGGOIC0011000000KKDIKG1411GGG
E II
H1GGCGGGEGGGCGGCEIEE DICIIPOODKOK00111011 I I G
MI I I
1 1 1 ) 1 1 1
GEFFEEEEEEIECGG6G1 mu) minloommiumGcui
CGGCCISGGGCGGCCCCGrifleCliK11KH1101 tcnow4mi
ccu:GEGG6ccceccecctstim000101(Ht111011111
1011(CCGGCCL GGCCGGCGLCCGGCUGliCCG 11100 IOC
K(0i1161(11GCCGCCGGGCECtIefiliel GEE 11001/111
90)10001111iGlIGGCGIGGEG05161611191011111
OGGDDCHIUGCCCGCCCCEFEECGEGfeiDO/OPKG
C1100010(CGCCGCCCCEECEECIGEECGH0000UN
CJEJOOKGGCCCEEfEEECEEEECCCCKUHCOOD11
JJOJGFCGGEtEEETEEEFTEEEGGHCG09000C
1111CGKCGEEEEEEtfEEECEGECCGOGOOBUCGH
GGGGNEEFECCIEECEECEECCUE00000HUID
GGnftEEEFECEXGEfECCEEFF0890CGIIKIf
HUEEGEGGECCGCCEFGEffFEIGOPOCIIKHP
FEECEGGECECEEFECCVEUEEGC00001111IG
EGCGCGCEEGGCLEEECEEEEEEEOUGMIDDC
CGCCGG6666GEFEEFEEEFEEK10000001
EEEEEEECUEEETEEEfEEIICKEIIIKKKK
CEIGEEECEEEEEEIEGEEEEEOKOMCKe
EGI_Gff_GIMEEECECCCCGCGCIKKKKHGC
G1EEEC131.9GGGCCGGCGCCCCKKKKKKI
EFTECCICELII.CCCCCCCCCGCCK1KKE
FEFECoGfECtGECGCGCGC1GGEEEKKI
CUEGEITEGLGEEteGaGeGGGEEEE11
Cf;6111K.G4GGLGCCIGGGECCEEECH
EEFEGICCGGC1GIALLIGCfEECIIN
ECE(FEUGGEEECCIAGICEEEEEFEI
ffEEETEEfCGEECGGGLCCGEEEEGO
EEUFGEGCCGEFGEFGGEGCEEEEEJ
0111141111H+14.11E0f4000CCCE1E
0011111190090001EJJOJJEEDJJJ
(1I008019441GEWIEJJJ3OUEEE
G54909041IIEEn0JJJJEE101
oG9ORPO0AU10000CJJJJJEEE
WIII01.111(4111114G01101100EJJJE
noorwicr,looluppngnillEucc
KIDOCEIKKEVIODDROKEGHCKJ
VI00000P000019109KK900KE
12 91
129f
1299
1300
1301
1302
1.303
1304
1305
1306
1307
1300
1301
1310
1311
1112
1313
1314
1315
1316
1317
1310
1349
1320
1321
1322
1321
1324
1325
1126
1327
1126
1329
1330
1311
1332
1333
1314
1335
1316
1337
1330
1339
1340
1341
1342
1341
1344
1345
1346
1347
1140
1349
1 35 0
1351
1352
1453
1354
1355
1356
1357
1350
1459
1360
1361
B
A
.okINIIIMiummututommuk
CiECIEFOCOOPOOoKUO001
11FM11010009O040001
IfEFFEEEIEF0000011111
JJJEFKKKCK0(10001ECEE
1.1.1.1.111111KEEKKKCC1C
KCJJ4ECCFCKKKK1CC1C
JJOJJJKIKKKKKK1c1C1
"KEEEJJJJJEKKKEECK
EEKKUJFEJJEFEEEIKE
111011113MEEKM
1KKH0OKKEJOOEECCK
FKIOOD000J3MEEE
KKKKKKOOCEJEJCIU
0014KEKOOCCCEE143
11000011KKKticoot.
CCcCODOOOOKOCDE
ICHOMMOoKomMOM
MMEMCOOOCOUDO
COMME1001M1110
MO10000em11 mw
H1114000010EHO0
EKOOEFEFECO1
CFMEE.107101
CEDOEO000001
001EKKKKKKC
KOEOOKKEpK1
COOOKKEODE
CCM1fEEE
CMCCUEE
C1H1P4Ooro,
/CMCCE1
I:11CM",
110077$110
KHOOOOC
1111000
OOKOKK
OKKKKC
11CKKK
00001
00011
HoKW
IIIC
KKK
HIN
O1U
KR
KC
1035
1036
103/
2
1038 a
1039
1040
1041
1042
1043
1044
1045
1046
1047
1048
1049
1050
1051
1052
1051
1054
1055
1056
1051
105 8
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
10/2
1073
1074
1075
1076
10/7
1078
1075
1080
1061
1082
1083
1084
1085
1086
1007
1008
1089
1090
1091
1092
1093
1094
1095
1096
1091
Ilan IC
G6110109000000C
11111IESI111000000000000
1111GG1111IIEE101111116011100110001
11:1,G61111161(6 III 1 I 161- II ill 11G6111111110000001
111116E111M IEG1 131 tunoonnouo
11111111 MI111111166GGEEGGGIDIIGG
1 1111;GGGGG6GGGIIIIIIIIGGI1
111 IlFG1111
III0000000r
1099 B
1100
itot
2
1102 b
1103
1104
1105
1106
1107
11011
1109
1110
1111
1112
1113
1114
1115
1116
III?
1118
1119
1120
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1132
1133
1134
1135
1136
1137
1)38
1139
1140
1141
1142
1143
1144
1145
II fit 116/ It l l i t l I I (I
1,14,11110,tt
IIGGGIGGGGG6EIGGGIGGGG6GGGGGG6E1000°1111111111111111111E6G6GGIG6GG11111114;6111111G611111116FIII00090000
41H111111GGIGFOMGGG1GEGGGGGC,CAGGGGGGGCGGGED09001111111111111111161161EF66G.6610/11,616IIIIGc6111111G6111trIEFOOOODU
EGGG6611111DIDIG6GEA016,GGEGGG61666G6GGEGGGEEGEECD09110001101111111G1I111f1EGGGGI6M11111111166111111GG61111111c1OnOODODU
GGGGGGI1 101919111GG61,610G6GGGGGIAGGGGGGGG6G6GG611.011110111111191111111111.111311E6Iff,G1161
1141 IIAG111 116r,r,GIGI 11 1E111 1111909110r
GGEGGGGIIHOOPPFrIHH61166GG116G6EGGIG,GUEGCFFTEFIU0000000000W10091111000E1I1E66611111111UGHIIIHC66611116611;11091 DE1115-0000
EGGGCFGE111100DOEEGGGGFEEEEGGEGGIEGGGGEGUG66GGIU000010000010UOODOOGEEGOU000GEEGGGIIGII1IIIIGGGGGIIIGIGCG
1311100110100
JOJEIEEMODOWE66666FEGGGGEEEfEGGG6GGGEGGII911001I0C0101°000°DFFEFE011POOGGGIIIIGIIIIIIGGGGIIIMA
It IGEEG/tomEcEpoop
JJEJJ1111I00001If6G661A6000G61,61E1E6000666111101010001)10001901n9OFEEDIECOlIGIGGGfl1IGIIIGIG11,1 ,,6 11411GGEE11101EEFG1IlfOt
FEE1111I111110001(TGUCEEEEGGG16GCGICFG11111111111100001I101GID191GOIGIEE111111G661111(411111GGG1111fIGGGE1111EEIDOIIEPHDP
EFIfi00119K91161-09E1GGGGFEGGGGGGGEITGGI1GGEE01111IID90111111106111IIKElIG1111411fIlIGGIG111111666611111E11111IECE1000
GllUD1GE601601661FIMEEEGE6GGGE.G1601611WEIG6U1DBUII°00001IIInEU1111116611E111GtIGGIIIG11111111E111G11E1111EIIIIIIEGEO0000
DEIOGGGGIE99611HIMEUtEE601GFCCGOOODGGGGGIG11111111019111111OnfE10000ff_DOGa1111C16611IGIIDolIECDOIIGGGIIIIIIGIFF909(7,0009DC
tiG614nomm0
tiGIMGGGGIGKIWAGI100GG6G6NCEE100011EV,1113111111111114000D01F1003T111GEIDGIIIC6GEE111611G611P11011GIII1EG66GIGID09COU0000
1111ilE111limmummEcctolliGlit1111litt11tifiliga1ercEEfi0t0lcCEGiGlitGGGGGIIII6I1tl1tiGcoi1W6GGiliGGuGilit0010
611006CItIGGGIFOHDIGHGOGEEIEUIEE00161166HIGGI11111649111CCE61E1010111GGGIW111161161111E11116111100111.43111GG6GEIIGIIIDOVU
0IIMICGGIHIMEEGG116HEEDOECEICKGOOPIGHLGH11111111161111110M10091101GolGIGGII1GF6GGIIIIIIIIIItlIGGG61111GGGGIIGGGGIIDOOE
IFGKIIG611911GGGGIGEEDDEFEIJJEJOOD11151119111111111111EGIIIIGGIU10101111GEEDEF1111GGEGIIIGG119111G11113011GG11114GGUIDD001
EfIGHGGOGGGGIIIIGGEOMIDOCITEEJMOGNI-000I1G1111101)11011(0111161111111000FGG6G1161I1666111111111I1111111Ef1011116EUE111000001
HEEEECEIHD6MIGGOBEVOODEUDIE41JEEGI000601111114111E0DIEGIIIMEGG11101111EGE°0666116Gl1GE1116111111111111011I1111EGOIG1100000
OfEEEECCCIE1000001113AnUtFEGCEEJECODEGGIIIIIIIIH11116111111G6G1011111Git19FGGEGGIIGGGEG611G11116111111IIMIE(116611110DIC
EODGECEII0901DODdiffOOCCEEEECMDJEUGGGIEE111110111111661116G19011IIIIIDG6GFGH1/II6G6G1/III16611666G6G1IEWGGIIGG([111111C
16EEMSG,1 EN10DDOODETIGGG6CGEGIMMJAGGEEI1GF101111101I1G1111111111G131111111GGGGG111166161:11611GG61111IGGGIIIGGGGIIGGGfifillI1
u
1I04106
1_6C,Gr-KKKKIDDODUOIGCMGGFEECHKMEJru6fIGG6EFFE11111111916111100FGCH11111616GHIGEGGGGIMCGCCG1111111661GGEIIGIICUMIG1111111I1
H6DOGG$I1U1100000DCGCGGGG66GGELCOEEJOIGG6GGGE111111F11111101100G611G1111611G6666611GGGGGGIIIGGGIIII6G6GIIIG6IGG110011110111
OKGGGGGI100°0000FEEGGGG6GGGEGECOM/UHIGGIIIH11111111166100p0OGG011911116GGGG611661G116116G6G1111666GGIIIGGEIIIII61111111C
OUGGGGG900°100111EMGGCEGGGGGGOW111119161111111114111110041111E101.111111G6GEGGGP1G6GGG611GGGGEG111111,61111116C11011IITH111111
1104110GDMIDDOOFIUCEGGGEEFEGCGGCCEELHOGGIUID°011610101%0111111111111GGGGHIIGG66661111166GGGIIIIGGIIC1111/1111IIII/1110911
011K0166611111101ECCCCCF6CGCGGGGCKEEEOUGGGIO001111116011111110111111GGGGGFIGIKGCGIIGGIGGGGGG1111111GGC,IIIIIIIIIIIIM111111
DOGGGGGGGG;II0110FECUCCEEGGEECCCUGNEEOGGGGDOIIIIIIIMIUDWOOG9IIIIIGGGGGGGGGGEEGGGGGEIIIGGG1(11111GUIGIIIIIIIIIIIIIII1111
GFIGGF6GGODSC0001CHEUFFC6EqGGGP0611900of110110110111001910OUDIDDOWC1100.11G6GGIGGG6EEGTIIGGG661111IG6G1111111111IIIIIII1111
G6GGG611GGS11E10EGEGEIECEIFEIGGHGCHNKOIHHGUGGIIMIIIIIGIDOOGOEIIIIIIGGGG6G6HGG66116111116GGIIII6511111111IIIIIIIIT11111111
FGEEHGGHWEEEIC6GGE1CC1111116HGGMEm90KIMGRHG1111116191604110GHGI111904111HGUHGG604G6GGEIIIGEGGGEGIIIIICIIIIIIIIIIMIIK111111
tatrGGEEEIEECEEFEGEEEI111111HHEFUJEJEIG1911116H60014111111110116G1IIIIIIUIGGGGGG14C611fiGGGIIIIG6G11111GGIIIIIIIIIIMITIIIIIII
ETECCCEEEFFEGCFGEFEE01/11111C111191MCJJFECIOWMG111HCGC10:1111IGH(119M1HGGHG6GGGIGGCAGGIIG6CAGE11111IIIIII111111111111111E
ECACCIEFILSGGGEE6111111111010°111,10DEJFEEFGGGGGIIIIIIC61101GG6M11111101611G166GGGHGGIGIIGGGII11111111111111111111111111111
GGEGCCCEFGEGGGGEME0001111001111111W9IM9EEEOD10110110111111G11149111111GGG6H611116666GGIKUGGIGGG11111111111111111111111111G1
MGCCGCGGEETGFEG6ECE11000911(1111110MOKIWVAGOD111,00GWIGomiG1111tcttimmiGG046GGGtGIIGGGGG1111111113/11f111111'11160,
CCGGP.GCCG6GGGGEGEFEff0110.00CD100110DIHODKKI9W601:101001106G191011161G11111CCHMIGG6GGHG66(4666EGGI11111611111111111IIIIIG1161
1ACIfEGGGEEGGFEMELE1001)001100011tWUFWMG,G00111111111;11011141WM11,04G6191141CGOMMIGH6GGGGIAG116G111111GG1111111GG111161
GCCGIMIEGGC1:1GuGGGGEFGIIDID10011111106WOHuGGGGH10100111MGG6614G01119GGGGMHHOIGHG6GuGGGGGIG6GGGGI1111661111OUIGG111-111061
0 6601lG11, EFE660HHGGEEEE00110000001011111111101061
GC15,5111EG6;GGGGGEfEEECI0111001I111,011HIMUHUUDIIIPOIDIUIHGIIHNHCGI6GlIGH1fluGGC1OWn6GUMUE14GC1MGIIIEG111111IG1111111GGIIGI
101000011 1116001116,041101601114H9111001HHOH60661,
11116101111111166111111661111066
1A6G111116GGGGGENIIGGEEE111D1IIIIIIHOMOH116GE11111111111111DOGGGGG6G111611191GG.IGGGCHIM1466GGfiGGGGG1111116111111G1:1111GlIGGG
1lCCIICHUMCIEGGGGGGIIHUMEFI0011111111HIMOK101f1HU11111190I1090G666610111111H6GUGGG110,GGGHIHHIMCIG6OIG11111111111GGGIIGGGG61161
114C1916HH11EEFEGG11HMEG1111091111111H111911HEE111H110010000000111111001116HUMWM6GH006011119100004 46061111111GE6GG066E666666066
,
1165 B
1166
1167
1161
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
1181
1182
1183
1184
1185
1186
1187
1169
1109
1190
1191
1192
1193
1194
1195
1196
1197
1198
1199
1200
1201
1202
1203
1204
1205
1206
1207
1208
0209
1210
1211
1212
1211
1214
1215
12)6
1217
1219
1219
1220
1221
1222
1223
1224
1225
1226
1227
1224
122S
2
111)0111 11110 t II
CI, IUItt. I. 1.111114,1r HUU1111 I it
KKKEFF1WK0uEx010(00e010001011,011111111111110111001101111110000T110601166660666f06,6606F60GGGGG110106(.661161166111II116111
DOKKKKKKE0D001(0000I00000011t000110111111111011111111111110000000011000EfEGGGEGIAGGUX6fEr6061111061161166G6G1111111111111
00000KKOFon0000001100001110I0011111111100001111010001100000f000009111EGfECHEMWEE614:60010111111111G66166111661I1111111
000K1111610000008.0011111KM0C01111111111110000091000111110000000101011EIEW6GGEEFE66166111011111ilIGGGIIIGGIIIII1111111
910111/EFE0000000
KK1K001IflOOK01011011001fiCCCH11100011111111111111[1110111100000001100111EUMEGrFEUE0FFII1111111111166116611141111/11111
r
C100I11118CHCI0000111001100IC1001I1111000001011111000FEIWUWGET0f0101G66611111111110111111111111111E1
0
0010011-F1100D0002000010(118CCCP1000010101111000C1110111110W011111111006066(E661001066660111111611166166111111111111I1
1
00001011100101,0000000111101(60000001111111111111100000001000000000111[16606GU66601GGFE6F101116611116666111111IIIM1111
11
101T101GE00000000000111111100000011111111111111000Dr00110110D111000111116GGG6111116116011111661111116611111E11111111111111
10
00 101161-4,:0000101101KII0111111100111111111111110001001.110111001100111116666611161111111116611(11C61111660061111116111100
111X16C611000111100016.0111111111.110111111110101111111111110C19001HI111166666H11000016666111116111111666611001GGIIIIIIGG
000
000 000EMIDOIKKOOKEKEOE/010001100111011611111101(11011101111110100I111116611611110106111161111111161061116611111H0GFII
00000GGFOODOKOODOFEE00111100900001910011101W101101101011I111000101111G6GEG1110006101111111111111111GGG1111116611111
000))
000010EFF1011000001611110000100011111010061111111111161101H1111001111111EG66611110C11111111111I111111GGIIIIIIIIIIIIIGG
0000
notmcHroolnuoopoillilloilifilintwoinio111111IIITIFfoollooltHilliotlii4(rEtufolIGHGc11111ritilimi1111iiiii1GrAl
°KKK
00101E186100001100610I100111110011000011106100111110900110010111I111111Gfa10111160(0.11111116111I166G1I111111(1110111
KIII1E000011.000001101111111111110001061166TI1E11110001I11111111111111EEMII161010111116611111000111111101011111111
013000
0000010000000000001100000001110000D6F0011001H66666611/EftE1600011111/14110161111E1111I1116611101IG61111111611111I1111110I
0001(01
00000110000600001000011100001611100000EGGC6GOCGMEG101000000011111111616GE11111166011111661000111liG1I11I1I6III116G
0.1000F
000;f000010CEE.01000900000111600000001166610EGEFIE111111111111111111066111I11061111tHIG1111111G0IIIIIIIIIIIIGG6661
EFJJOT 000000000IIGGE011000100111°I00000011166666666EFEE611111111111011111116111(F10111116111111116111111111111166666611
°MICE WEIOE000GEE11000011I100000111101011IG06C1FEEEGEEE11111111111111111111101111111111111111111111111111111116GGGG6161
0E011)01 J01111001MEE010001010000001100011FCGE6GEEEFELEEEE1111011111111111[EFIIIIIG11101111I1H11111111111111666066066666
00)00.1)0
JJJJJJ1E0hEEEK100000000000D0000GEGGEFE66E6EFECEF111111I11111110111/111111611I101iG111111111111-1[11116GGGG66666661
00E11111 IF0,1100EE60E161°001K00000000006CEGG6G6GGFIEUGE00111011001111111111061111I11060111101111111111111166066G6GGGGIIC
E0080717 (THHJEIEIE01116016011110100000EGGEEEGG6GEFEEEEIIIEFIFIIII111111111111111111110111111111011611111166666GGGGGGIEGI
10011111IIIEEEK0GGE10I001100000£EGG6G6G6GGGGEFFEE011111100011111I11110011011111111111111106111115116666.661G6G111616
000001066
0000IFJJC't1EIIIIEEJMEFOKHGE11E10000GOIEC16666EFEEEGGEE111111f1111111111111166111111101111111101111060GHGOGG00666111160011
0010CM1001
6.111001216COEMMGGCEE0HU00016111666666F666661-11610111011110011110010111111011111111011IIICH00666>G000061116666111
000GCCHF46 JJ1IGEEDll100MMEHIFEC100066G6CGEG6EIME66EE1000111111111101111111011111111111111111I1/116666666666661/66611166
0000000111 FJ(11GGGEMM1004F160F1001106666GG6EEETEGEEEG61-01010001101111111110166110111I11111111111111[1066666600661111111661
00000000011 1.0011G6G6GCIME.161061100000066GEEEGEGGG6G6661111111111111)1111116666611111111111111111011IIGGGGGGGG66111016111C
00000000000 E0166GGIIEC0CHEJCHEE100001101666666606666GEfE0001011111111110011E666(11111111,111111111111111101000C6111I011I06
0000810(01110(
MIGGIGGHCEEC6JJ11100011001001EF600606666EEEE10001111110011111116F66611111111111111111111111111116666011I111111
0100X0K00008 0106101090CFCGEr1011E0MR00000M6GCG6G6661EIGE101111111RIIIIIIIIIIGG6t61111111111111111IIIIIIIIHIGC660111111111
0C1160110011001 1101016HEntifftlEHHII00100000HIEC6GGEECEEEEE101111C01110011000011011GE611111111111111111111111111610606101111010
000000161101011
016406191H0HGEFEJE160/1010011t000f406661M1E0M0000u0t1H11311111j16Glimi1111101t11111110DIIII66G66DIDIG001
011M0H1EE60001 1600010416600E0606000010011001I10f6GEFEfEEUI1101101111111111111006C111I11011111I11111111116011GG6G11111111
0000001E66111 11001001001KH0FE0H000000000000101:1011010H0116666111111111111111111110116411111111111611111116611000101010110011
HMH01K11E1101 100000000GUR0EC1010000000001001II101I11611666661111111111111111111EG11111111111111111II11110111100100010001
D111161111110E10 01100066(0006F101011000009002011H11011101111666666111111111011111GGIG0111111111111011111100011111011W11110
101110if000rG, OUEGEEEK0KK0HEEK600000001800001110111I1111EZEE110II1110I1111111IFIIIGIO1I1II11011111111C1III10100101111101
FCGGINKK101011061H1F0000000000n090011111/11611E100101100100010110610611G1I1111111111001000000011006001111001
111000061006666
11111110010066G6AECGCK1000101101Ia000000100000111611IIIIIIIIEEI01101101100100111661110I11110111111100001I61111IIIG00111011
1001001111166161 0tEEKKK000HHHIffEE0111001000001011110111111110000°100100041111111100101001110161111111011111160111111111
0110(KKHH100011UFFEF1111110C1000111010111011009100001000111I101110110016n0001111111111111111111166611I111
000000D0nr6G6611100(KKKH00101010100E600E0000190HuON401001111100011101101101111111111111111600GIIIG111111111111111166601111100
i100001110001IIFKK
001110000GGGHUHKIKKKKK1000011116000f00110(000061000011011I01001M1110101111111111111111661100111011111111116666111111110
000100010000110100( kouxKofloommilmommknoonoGioll/loti'llivnlitelovvolfifluituorf011[0161101111o0111111IGGGGGITGGI(111
08808000000E0KOK8 KKK0000000110000000K0010611111111111111111100011111IIII1111111tI1011111614111111111111111166666011111111
0011000000000KKOK8 01(010008010000HIMmt16100111011111I1D1111000001111111/11I611111116111111001611101I11111111666G6G111111111
C0K1000000KK8KJEK8 KOOKKHKK8KKHM,00106K1(00111001111901111000(111111111161111111111101111111110100111111166GGG001I~1110
f1000008K8KK0K8KKK F000(811010(HuHUm41100100KHVH110110000000001111111111111111166111111111111111111I111110116G6GCGGH10000111
00KKKV1001K100000(1811(HPC100000000000001101111111111111111111661011111110110101611116666666611CM1110
/1008000000001000WKR
1.10601<00500111KYKK10(1)001(10(10(008101MKMKK0011ccHMK00C1110000010009009010011110110011111000001110900000111116.060GIM466111(10011
00001(.100000KHEEKKKKK fiK00KHOKK0001KCCKOKC0C0c00060100000001E6111011011111110001111001000110111111111660606606VA61001I111
11101KK001KKEEFEVICKKH KKK001KKUMMHKKKKOKHW0000000001C001000110110011110001111666000900011160011011660606GGEF0G66611110000
011100004(K101M1F1000(11 Kiminticuomow4KCfm00130000000001110001111110111100/111000000000011II1110016060600G1611666H061000001
011101(8KKCKEEKF110018 00000100001KfiguEFEE100000000000001101111111M010110110160111H0001161111I01116111116606110661611161100001111
0GLE61E000(tECEKK0000 01100006K01016611F101100001000000010011101100000060600001061:000090000000000601666666661,E66001600000
DUEEOKKKKFEFFMKKKKUP 100000OKOOFEW10110C0000000M0000000000000000060000010031:60100000000006106606666660666009016111D2
000100(1EEKEKKKKKEE000 UOTOWEEFFEEfillonI0011110000000000090000101101E10101000106660091100611666666000111110000066006GE
110008FEEEEEEKKODE00000 001.111EME1G6GG110110901000000000900000000110016000000006611060010000066660001101E001110DOEIG006M
IntnEEittFononxCliciE 000KWIEEEEGCF111001I0900101011000000001100000011100HHOW:16100160666066GGE0011100.00066011CCGOGG0G
TO11116EGGEF11111001T1
0(111110001000001041 1U00000101001H01CCC661016117.6666666611H000016116660066614E1
1363
1364
1365
1566
1367
1368
1369
13/0
1571
1372
1.373
1374
1375
1376
1377
1378
1379
1.380
1181
1342
1381
1384
1385
1506
1347
1361
1389
1390
1391
1392
1393
1394
I39c
1.396
1397
1398
1399
1400
1401
1402
1403
1404
1405
1406
1407
1404
:Z(290
1411
1412
1413
1414
1415
1416
141 7
6
B
2
.
...,
,
iiiiiiiiiiiiii
trti
11,/
I_ 1
I /III 1,111101111 1 II 1111 tl 111111111011110111,1- MOO,
tpOJJECCJJJJ3JEJJECEEFG°0011U110liOlIKIICUOFFGGCGGIGEEFFEEOOKUDUOUDo pl0F000p10000000004IIIIILIIII0000nonjjjr/GGG
09150JJJJJJJJJJJJJ3EEFJJEIDIIIGGII0 011111101EGGGrEG000EUEEtKIF1001111
00°16(1001111111011111IIIIIIIIIDIODWIDFJJJFEt:
KKKKIFJJJETEFJJJFJJCOFEODIIC66E1111D1I01116t6FGC6GGGG6GCEEECEPUOIII 0000110910100101111111111100010011mmonrEJJE
CCUmiCE1363311.33.136611GGIG6G6FEIKKIDI0011116EFEFLEGE6EFECIEE10101111 IUDEt00110111111111110/110000IMMDFOEUFIF
RCCHICEMICCJEE3JEJEJOGEGCCCG16C1110011011EECCF6GGGFFFICUFCCHIKII09P4 11110011111111111DF11111111K00001400009DIIHE
KFCGIEIGIEHUJEFJJJJJJEEEUGEFCCGEIKDDOODIFFIFEECEEEFFAEFUCCEKKODOUG1 111110111111111I011111011001000110061c10011136
IDKcCCEECIIIEJJJJJJCJJFET6C1166CF6PODOUOCCUFFEECECEt(EffreCOOODGUNGUIDEF00111111111I000ffEntatUCI1000B000flOop00
imcfCCCIMUCKFEjJJJJJJJELE6ItHUGGIODOEIDORK.XCEEFCCVCGCCUFEDUODIOGID IIGOODUIG111/1011016/tFCCCUEGHCH0000000o000°
CchtAcf1"5106.611n3J4JJ3JJ6FEFFIWEEGGIMPOUKKKFMKKUCCFCFCC63'KKKOKOK1111 .00111.1116FOIEFUFFInfEECEEGCmCC6fI0090909001
;HillacKICCECCIEEJJJJJJEJJIIEFFEUGHOMOOKKKKKCCE6FEECCOPOPDGIDIIIII9U11111111GEEEI1901FACtiCECCCCCKOD000000flP
NectILIOUGIOICHHHHCEJIIEJJkJJKKCE.GFCGMOOGOKKKKCCIFCCIEMIODUKK111111161DOIWIMGET,CIIFECMECCCCMCCCA10mipopoDD
CCHG1116EGGC6GCCGIIJJnEJEJfIEEECTUEKODOXKKVKKIKFEUTCCKKKKOD010001 100111GGEFUDOECEGFCMCGCMCCECCCKoDUOUFED
FEECHGLUCGMEGCKGHG1IJEEJEJJK-EttrEEEFOODKKKCKIKKFACF0901000B009D01 001617FGE6611161UECUETEEEFCCCIEttI000DOEE
UERCHPI1101116GGCKGIIIEJFEJEJEIEUFEEECECIIDKKCCIUTODIEDOUDOUDID00911I IIIEEFEEftEEEEFEEEEECCEEUCCCCEUED000001e
FE6MHV61I6 %UGGGGIECETEEKJEFJCJErf(CGUCGKKEHMCCI°D0FID011011DDID°111)01
OWEVEGGEFEFTEEFFIFICEGFIfEEEFEEODUWHH
EATUUMNFMKEGNIEFKKI133,01EE336M1ALUKCFCWIEKDIUDIDKOD1100101111111 DIDEEEDIGIGEEEEEFFEEEEECEEEEEET010110111
flEGFCC10..H01WHUmMyCifJEJEDJFJCWIMMOPCKCmEDIGCCCIIKHIIKIIPKIIINIIII PII161116661GEFFEGEffECCCEFFUCCI1111090111
IMEtEEIKHoull1KHMCCHOJJJ3FUJJO0111PKIPHHCDODCACCKKIKK1OKKKKKKI011111 IIIIIIMOSOGIIIGEFEEFECCGCEECCCEKOMBUI!
DOK1H6011110111090Mn6Km4JJJ.00,16EJEKIEELGGDOUKKKAKKKKKODO°9009010110 161D0900911G6111166EFFECUCCCCCEEF09000D
KUKHEftliKKHDHHCIInGKMHI4JJJCCnJWIEIH.161G10009DCEKKKKKKKODIOOKKKKOIDI 11000010196IOC16101GGC6FUCCEEC0000KU
$1611010114113MIIVICHNIllitooM3333JDoCJ3FGGGGCEfloOODKVKKKIIKKDKKDOUKKKIII101 FOPPID11PDP0016/167/FEJDIGUFFEGC071111
1110.0sKt066HorIMMKIGKMAJUDJJJ3JJJEDIEFCCEDOUOKDKKIMOKKKPIDUIKUIDDO 110°9011000110DHUIIIJOJJJAIFTWOUflOH
MOIHEUMEH6PmFM101EMMF1IETEJEJJEJCHOKtEKROOKKKKIIKIIICKWICK0111105111 11111MIHIBOUCCEEFICHIEfJJJJJ663GDPOlt
1141CFKUNEHEMIHK000tuCEILIFEJF3JOEJMMKKterIA3AKKKKIWIKKKKUO°10K1011 10D1111010000((tEFGGECCCKJJJJEFGODO1
61M41111001,9.1.MHHCOlIGGEfIJEFUJJJIEJUKIICCEEKOEFXDKKIIIKICODOOODODKKI 10000011D1101114,0FEEEFEDIGGIIEJJJFDDO
MODOKNKCFMNNtHDIEUGHEIlltEJJJCEE60631GCCOCE010010111°M1D000°D9DIF fr9Unt11011.1116EFCGG00ODIGGGGEEEEIKK
GGI1DIWNEFEFIIHODEEFHUHFIIIFEJCJEFJJHOICC6KUOOKOOKKOMODIIMIDITGWE 6110001m10111G36cC6(C11100GGG6IIIKC
EFEHUIIHNIEEEEHMHIEEIGHKEIIEEEKCJ3J3GEECEXHOKKFDDKOODUDODOGGOIGGG EI1DBUD0001C66616GGG60116GG66111111
CIDGCHIINISIICWIMMOIIEEDDHOIIEJDJJJEJJ34KCCCIK090KoDU00009006F11111106 GIIIIDInitHIOICGGCIGEGGOIDIIICIMOIMMUE
1117641EHCEEECCOGE3MHIMEIIIEEJJJJEJJJ3C6CE000K000900flD000E10110E66 600100U000H1ICCCH11111111111111GGGIIIOC
C6climmytimittEnDBEJEt111111JUEJJJJEJJEFEDOODOUDO00000PCODIODOW:G6 6116000000110611110GHIM14GI0HIN66
HIUDDIMMCCHEEMIDffEl3MEECIIJOUJCIWCREEDDOODUDDOOD000010(11110°06 311100110111111010DGID°0111116GG6G
111HH11D)4Ml1MMMMENMMIGIEJEEEEf IS JEEE£111EITOODDn0I0f001009U1I J I II IDlll 0111011111166G111I066I0110111111C
11,1110111W,GHWIEFHWIGUEJEMDCCIJELFEJI3CEIKODK110000000911111100°00 11111001111611111110100001111116
1601110°101/111HNHEMHHFCCHKUDIOMMICEJCCFMEJJEKKKK10110000°U011111101°0 61111II1G11111011)011111111DGGIK.Ot
DCDCHHHCCHMW16EHHoGGCHMOCIIMSMPEODUMMKEKKIEXK(1ODOUDD0911111110011 1911IIGGIF011C110I1111100130°66G0
UOIDGEGCCCCCKEFFMUttgltEJEEEEFEJEWIWIKIKDIUM01000ROOCOOD001°D010111110G6GGOOnlIDIIOD0090DG°00101I
EDIICGCCCCCEcutiliNHCFCGMC6FUEEEIECTEJJFIEFKIEDDnDODOODODO9IIIDD001 166IIGUIDI0100111DODOGGn0n00GGG
ENNLCCCCGCCCumilimICICCHEELIEJEIED3FCJVCCC(61000100000001101011)11
6011666001117110IIIIIIODUDGGfili
03FAICCCCCCCCCKCHEIMVICGGECHIIIDDIPiFEEKEFtEEDDUODDPODOOD1110111°0 11111600000611010011110001)111600
EJJJMKHC6FCEECIKKHfM1CGGPOB111130DBC/JKCEFOPODOODP°10011101I111I 111111101111011111I1e0110000014
HIJJJEKCCCEGGEK6E(EM6GCCHIEllECEDOJIEJK6E10000000CDUPUDIPOODU11101100111100011101000011140MIMH
601331310E6GGDUEEEFKCDOKH6EDJEEIJE1E31 IFFE000000UOD0000000GGE0900 O000III00130110UGG601000000111111
ICGEEEJEETEDDDOEfFIMIHGWIFJJ1tEIEEFJJEKEE0000110°D°D0DMIGEGGIIG6111111111000111111011000010U6GGG
nollEfEEFfEELOOmpimmioltfitIF111.13311113EED00100[0000000011GlIGII D01111,10011PIIIDDDIOUDDOGGGG
POPDEJEJECEMMMINCHOODEEJMJEIIIJI1J3J3JCEECOOKKIDOCP009000G106611 00090DOIDGIIIIIIUDDEGGGGGGGG
HIIDOJJJJJEMMHIOTHCEnCGIOM11111.10PJJKJACC0000000(16110(111011UNI1 11I1111111111109111000CG6GG
MUCIKUJJEWEOOFEEMNIGGMJFIDEJEFAFJ1J6E6FOODUOUCCOODOIDIID011111 0°411111000TIDDIDNIGGCGUIM
D000DICOCIFUJA011EtC1011.10316ifIFJCCJFEJIEFO00IUe000o1I0DGODOn1610 00100006C011DIPODIDOGGGGC11
0000finlIGG1f11HEMOIMCCpEEPP11FonmmtipAIDEFEcouno0opno0000°11100001 111DOEUlle1101IDIIIGGGIIC10
000(10011CGFEFKWIMpn0IFJOI1FnumrCJIIIIEED000000$100r116G1110001111 11110GG11111111OUDIGGIIGG00
100pilamiliffmKtoimmotmCfnJfECDDIESSE130111I0DDOCOD0Dopp1111011000 1100011e311001POID0Inuou0H
OUDIstwoolimin1INNEFmmtKiHnn0011f1J13FETE,TID000001)0001f1M1111111 liF1(411111(11111jillutIC
ODOODUVOIECEMMHHMtMIWEJHGtB01101JCGKEFKKKODUOMMODIDDOIODIWIIII OCCEGII0100111001(1110000
1419
00000000(fum101mmolutt1HICKMMOIIIEES8DIIIJ6J51100DOUP10000011111GOIGIIDD :611)019010000906013000000
IDDODOCDIEHJElimfInmMHH160111111JOJJHCOW6FE,00011000DODOM11110161111G6 611661111110100101110000I0P
1421
1422
IUDDD009FhliNDMmMAemeNCEDIE1NMCpt3tiriNCGCGUDIDDIbUDIKEPFJ33116GGGGC UFG6E1I1111111141110910e1
DDBOUDOWIliMMIENWHEMME13FMFFNAn.FOMMIGt6GG1DODWOFIDEFEJFIGEIEGIIM -6G41011111101100(1000111
0n0040111HUmAtim.314FtWIIHJEmmil0urJCcEEFAIIGG,0001111901ERCE3fG111!tiv'F.G1110111111101MAIIIn10
1423
1424
1425
1426
1427
0000r4011mH4EFJJminumi0CEilmmiJp0MKEFuo0010EliwoulTEE4AliGGGcfr.11101UnD0010HG1000000
Da40000rwpMvmEEmmtviOmOCUrtif1FCCHMIEFCH110CelirE00.10F0Eillipin In010DU0000n111110000C
OV0noMmmtimm4minneDDOOPIIF1111.11mElillEff111110JEnOWEEFEF11611101 G1I01oornlIODOGG000000
00DmIlitiotimmtinEtHNOMODDOUCCIAEJ01111/116CODOOVAIIEEFE6GFEBEFEHHHHIIIITDDIIDIIOUGIIIODODI
MW.F151160164-nPrittteNKUAIDEtWEJ31111111C011106D6FPUDEBCFCJEUFE1191111 6111DIOOD000IIIDODDDD
10161(440EE0Onl1rl10 1f94I0D0FAJI4'0001 11111EMI000O0066611111101110G411111111
11I11(10000111111111T1flt
,,,,,
,II00111/01/01/1
B E8EffEEEr88KCEELEEIEUU00
tomiontnattAxtw CL;
2 EFTFEAKKIMECCEF.CCCGC109 00DOIFFECECCIIIMICODOOPPVFEAMOollOo00110110UM111110000polfiGGCG6GGnG6116G6CIIIIID000000000.GGGGCCCG
1233 d EEEEEKKKKEKKEFC1IEECkG101 00011PCEFEEEHMOOV0001PUbE0900010009011001111,00000014104001GGGGGCGIGGGG11011100000000011°00CGCNCII
1734
EUKKKKOKK8KKCLGUEEEFF1D0 1KW11GGG11E001111111100000EFO°11000001.0111100001100111000OOM16001,6,GG10001111090000000DDOICCIIGI
1235
IDKUCKKKU.1.71nEGGEGGGFCDO KKODDIKUCEE110080POOD0VOEEIODOU0110110111101100DI1000DDUOUP00111110HUot9n119FUOIODODPODUICGGGIIG
1236
1231
1232
1217
1238
1239
1240
1241
1242
1241
1244
1245
1246
1241
1248
1249
1250
1251
1252
1253
1254
1255
1256
1251
opooKomooKtnoopoponnomm000pinonormtimmitomenrommounnommomuffuttoitufonurinummormocucue
NFEKKKKKKCIDOODUGGGGFE000
KoE8KKKKKMWDOItEGGEEUEODUMODODMODUIDOOKKKKDOD0000ooplIODUUDDIILIDOIODOOUOODOUDHODMDOUnison006m8100010110090°00000DDIDOC
EKEKKCCCKDOODIDIIIIEEEEEDUI roommoupounommonoopoommoononononwoolowoummonorpoommouoloommolifl000loommoinnor
GKECCH1110000011110EfEE1110 ommouoloontnloiptoeuEktormoonoommooKommouloupommunolionnorolommooltniuotolitinnonnommoo
KicoommontommoomiCcckonnolomiumonoolimompoommoompoomommitoomminiononooponommo
1CODDIID00UDIIIIIOODEEEEE10 ONKODODKKOODITC9ORCKIDEEECKKOUCC00
ECKKKI0u0Do1KK11111OUGGGEEE
OWOUDD001100000000911101110110100111011111111110000min0010000D1l0
UEFOH1000WOOPIKKDOOODEFEEEF xcumomxoxiooliocuticcillookicrEcommoonommonoopotimpooltoimmtmorovonnommiotintronor
GIUDDUKIL101000118110011EEEFEE( EOOKOMIDUDIODOOODI1000000000EUFFUED0091)110000°1=9001100000110MOunD00009DPIIDOCHNDIUDOUDO
E011(008KK000000Oe00000H001GIEFFTEEEFODOODODU00(00111DU00E00000H0IIMM00000001)000nOODUIDDIIC
EFODU°000DODUKOMVKITEECEEEFF.EIKKOMKODUICODODOODOOKEEErCCCEtFOU00000011141101100DOIGGOD900TIIHUHM1100011000000000111)000
FEEDOIII10118101M96091EFEEEFE.EF000010010TommoonommccEfimuor9001°01I1OPU01000100GGOIU10118WHIIHP00111000n0D0110D011
11118104111IIIVOIWIMICEEEEEc
EF0IIIIIIIIII1D0000OKEECEFEFEEAECECEFIF0000090(THOHIEEFEEFEEEtEnDUII111011111101I19109DIFCEEH110000009000MIO010000000010
fICKIIIODLIIID000000000ETEEFFEt CEFEEEEf1101I11000f001GEUFTEGEEEt111111110IIHIIIHM°0100000011DODOUA88001111111011000011111001
EfE11110DOODOBBDUM9ODOOEEEEEEE .FEEECEEOKKOODOU0OHEGEFEEtftfEEE111111°1111111117,00011W110000DoODDOODPOMIDDOOODP11100(100e
EU1111110001101:100UODOODDEEHEE ECCEEEEDOPMODOODVOUDDEEEECEEFEEF1010000°1100DOOODDODDOOD0011C1111100000000000000011DOOODD
FEE1011110111000DUC0011000166EFE CctuftormenFoKoonDOoDuEEEEEEEcinopooffttlifEllimmoomminnuflounucoopooltotiniftnonoo
EEE1110100;e0001100000010111EEEE EME00000011KKK1,0000000fECCCCEE010001111191M110101i000000DOE0E00000000001000101100000e
EGEF11110C:RPH00000111000CH0OFCG FEFE00000K1C0KC01000KOKHCCCCEliEED00111100iEEKG100111010KKO0000CF14(000000000010100111011C
GGGG1111100141001K101000100000EEE .EffOOKEEKKC0100K0KKIKK0CCEFC1FEF4(111011000E1HHIKEEEF0KK0000111FAIOOK0010011110100011111
610611110111;00000000000000000001FE EFOKKKKKKKIOOKKKKVOOKKKUCHCFM/110000000KKK101010K0000K11111EF0000000000100000001000
GGGGGGGI.G1C011801100000001111111001 EE1K0000C1(0000111110010101POKDDOEEC0000000E0001010UK0000000KKK1101001I11110000000000000111000
CKIDUO0C00010111001011100000111(1111E1OKUUKK00010(00000110111B0111KbODIWOIDODDOOODD001111110H1e
1297 8
1295
1-A rl.rct trl. Il lli.1111MH1.1.1.1rKKKIs K,111,10111 1101JUKI:
IEKII1IU1111K1U11111WA
t
2 x1ff(ttEvinium6MuJAKKKIEGGGFJJEJEIEIWKUIIKCICDIKIWIEEEICIfCCH/1CCHKEEFJP1U0000KCC111501uKE0011GGGne000000001i900EfF11
1299 0 AWEE(CEEIOIIDIIODDUIKKKICIGEEKJJJJJJ04JJJ(10JJ3J0011:4MGCUCCHWWMEEKEEED001r1UnGlIg00110IF60000011WGGI0e000010I(11114I1E(71C
EEFFEEEFOD11100100111TKCCGMEEKKKEJKKCJfJK(JJMNCH
1100
EFEEECGCC0001000000110CGEMEGFECCCCC1CCCK5CK1HMMK 5F6ECIKIIKUODIEJJOEHOOOKOJJECE100011001110IIKOMWD01M0(D000111imfit0FEEI
1301
1102
1303
1304
1305
1306
1301
1305
1309
1310
1311
1312
1313
1314
13(5
1316
13)1
1318
1:119
1320-
1321
1322
1323
1324
1325
1126
1327
1325
1329
1330
1331
1332
1.333
1334
1335
1336
1331
1338
1339
1140
1341
1342
1343
1344
1.345
1346
1347
134,
1349
1350
1351
1352
1353
1154
1355
1356
1157
1358
1359
1360
1361
CCCCCCCCC110111111311EFICGCcCCCCCWINVmhmmimCCHFNIEIII 11161600°00000JJELIOKOOO1J4C170000000610(GC111000G11G1H14111111111EF11010
CCCCMCUE00011111f0011CCHCECCGCCCEEEECEEEK0001n1100 OWDOIDUHnOULEJJFIH090EnJJJF000I011911,011490MOIGGIU11111G111(IIIGGGP
FIECCE60011101,113,1110000911E3111111D0q910111)000HGG01010111I01G(4111GEGIGG
CGCCCCCEEEDODEODUPCOCEEEEEEEFECEEEEEEEFEE100010(011G)1000E114111EfEEIJEGO000011:11r001000100001111DOGGGGGOWEEGGEOEGFECII
KEKKKFKCHEE0001011EEETEfEfEECEEEEEGEEGGCCOODDIU0PG11
OFFEEKECIEODIEEIEE(EHIEFFEATEGEGtEEFO0EJJOOFAIGGIUDF FOU1131$(11111DOKKEEDOKIDEEM4KHG0Cn00D0D0OGGGGGGGGCIf1E1CCEEEflOGGII
tHEMCKEEE10611[Ff(GKEEEGKEECED00.13JJJJEOUEUE6IPOODOG 1.111KJJJJJ0060KUHCIGKIOIGGGGCGF11600OKHOFEEfE6GGFIFFEETEEGGGII1110(
KGEFFEEIFIDICFEEDDEDEfefffEBOODUWEEGfiliEfF010000KKC 1.111EJJEJJ11114Kk1111CCICCCEEEECCCC110000000EFEEEEGIEFFEEFTEEGONG9IC
1311J11(110M1DDEEDOEF6EED0FAEDOGMICCGFEEE0010VOKKKYK GOIKKKCHmEEEDIIIKICCCEGICEECCCCFCFEt10000191FFEEEEEECEEECFEINIUGII
111101
01E1111K1FOOEFDIFGEFEOOMOOIGGE1FCMLIGGE1000000000006K
111CIEF00110I1DOEFOOHGGcEEEEEECLIGGEEMCCitODOOpOOOKK KCFECCEECCECGIOCEFECCCCGGECWCEEGEOU900001-EttEUEUECEEt00001111110
MNIIFOIEEEtIEGGIIAGFEEFEEEEFEEEICEECFCCCDIC0111VC0001(11 KeCCEFEEECCCEFFEEFFECC(CCCGGCMC111111°00100ECTCFECEFEEEID101011111
GGHlinGCMIVIHMmCCCFECmmlffEEFEEEECGCCCCEEKKKIT0000010KKK KCCEEEECGEEEEACEEEEteFEGEGCmM111541miuDo1111EMEIVIEFEED0IIIIIIPV
1G1HHMMEW1HHIGEEECKLEIEFECEECCCNCGCCCCKII00011:101KKK KCCCEEEEELEEEEEFEEECCEUEUEEFEE111H111110110fFEEEFEFEEEE1011110111
(00(Htimc000ictincEEEEcroHNHCEEFHHCMHHIECCCCCKtODUK51101nKKKO ,CCCC(EFECCCFCEEECGCFEEFEFEFEIIIMHU(11HUHICGHTEEMETE1011f1H11
0000111ED09KEHNWEUXHNKEEEHM4FANMOGCCEECK00000KKKODK0U CCCKKOOFFEEECEECEEEMEFEEF110111011111111111JEFEEFFEUEEEE00111111
000m(1/1110000mUHM000001m1001000MIGGCCCCEECMOKKKKKK0000000 KKKKKKKKKKEEFEECEEFIFFMTEEE0001)09DOIONGEGGEOGGGUE(100601M11
MNIMMODU05000E00001(0110000ken0eneCeloWCOOCKKUCCCK000051(5K 0000000000EEEEEOKKOKEECFCCEE10000000011GCCGEIIEGGGGGOOHOFO00NI
EntIOFFP5OHMHMmOf000000:0000M15,01MMIMHNKKKKCCHmKOOKKEIKKEEE 10(110K10(411HCCCKKKIMHHCCCEEEGG00100110010EL:GHIE011,1001040)3011111
,EKKEEEWHIEEEFUCODINHCEEEEE15°01100011IEEM1111CHtim10100011111
UODEELOENCEDEUE00000HHH0ONOCH015MEEFEOFENNEHHMNKKIKKKIFFKKC.KEECCKKHHEEHmtimmGCMGEGGEEGGH111110DOIPIFIE10fiCCHmH1111HIMIOCIIH
OOKKKOODOODEDDEEDEEEEHUDDENNOODODEKUKtmHKHNKNMCHCCECEICKKK
CCCCNICCKKECCmiECofE0C0xEECCOOPOEOEKOpfaKKHCKmmliNfEEEFKKKKI ECKKK00011iMMKOINHCH1-11m1CDOIDOOUPDUOUODOIC3G111,111IMii111MIIII
IFEVKKKKGCCCCE0OHIIHUMUMIETITDED110891000060011111111110111H
CCGCCICCCCCCCCWOMP1MMEODOOFECOKEOttEOHBOrEFEEKKKKKKEEEKKKOOKEEKKGCCCCE01390IOICOODENIEEERDIFF66011DF901CDMIIIIIG111110U
fEEKCCCGCCCGCUMMIIHMKOEEEE0000KOEFOOKIEEMEEKKKKKKEKKKUOKK11FEKKECCEDDOOCIEEDD0000MCDOJJECFDOOOFF90FGG60011111I0DIIIIDC
EFUEFEANWICCCCCGCCGCCCEKEEKKEEECEIGEEEEEEEFEEEEEEFEcKKKKKKKK
FEEFFrC4CC:HHHMCCCCCCGCMHHCCCEECEEDIEMACEEEDEEENKKCKKKEEEm EFECMDBUDIMOr03E09DOODDE13310G33CCrprpC0OFFOOD11900011100
CEEUEECCCCHKCCCCCCCCUMHCCCCCW1CCICIFEEEEKKEEEEEnn0EK0KEMCCG ENt100001E00000fifFlI000D0000EFEEGHEEJOUJJJJOBEFIG10161111U1
EFFACCGCCCCCHHGCCCCCCCCCCCCCCCCCCCCCKFFEIKKCECCKOKKEEECCCCC00 POODOOOP00DE6091IIDDI00D0ODIFTEGGIDOODEEEEHJEUEEIGGGGMFEE
MM1110(CCIIMMHHHCCCGCCCGCCteCCCCCCKCCCCOMEEKHCCKKKEEEMEGHNK000 DOODOODOU0000001111100000E00(GGGGGDOODDOUEFEEEEJEEEIEEGGGG
1140FCCCCHN00060111451(KCCC(XCKFCGCCHEECECKEFFECCCCIMCMGEF00000(0 0001300(300000001E1.110000DOFEGCEEEID06OODIGIGGIEFfEJF0JJEEJ
0101011EFC1110111HCIKGKCCCCKKKCCCCEKCCJKCCEFEECCGCCHMKOK°0000001 )9900061100000001611110000ECEEEFCEC0090000000UGGGGII1G1E361
0000IDEECIAEFFICCIAKKIFEIKIKKC(51fEK3FEEEUCKCCC4MCEEM0000000 00000DOPODUDEfOOFM611101GGEEEFEEGEOHDOOD00010111GGGDOOKE
0000000001100510EOCCUMICGCCCEECCCCCCCKKODOIDO111IIOGGDIODOE
KKKKOKCCD0CCCCCCKK5KKOKCIKOKKKEIOKKOJEJECCECCCHCEEEFOUPOD°0000010090UDOODOODOOCEOGGIXECGGEGEGGCGE6CCEF000050011011°1(1100
CCCKKCCCUCEEECKiKKKGCKKKOOCKCKKKODUKCCCCCCEFAMCCEEFEFOODOOKKFEE
110900ff000000130EffyGGGE6G6GGGGcGCCGCCGDOOD1001001011000006
KKONCIWEECAEDP00EE1000000311060000000EFFECCKKKEEEFE00000KKKCKGC.:1)0DODEC0900000001000EGGGGG6GIGGGGGGGGOHKODUOU0090001(000
00HK0000EFFECCCIDOODOIEIIM141ItIKOltUFFEKIfEllIDEEDOKKKKKEKKCC'ECCGEOOFE001D0000f1100EFEGGEGFGGGEEE6600000000°000000000
1111111011E1MCKKKKICKIIIICCTOUOIDOCKKCCCCCEOKDOODDECKKKKKCX5CEEC
51111NIICCUCCX1iKtCH11110110101101C1011140CECCECCIWKUCKKCCIWKUCKKEEECCC CGCCEEEWEEFE4000000nOtEEEEGGEEGGEGGEE099000000000000C0
CHKKIIIKCIKCIX10(1111111CCKINHCOH1IIKKEFEEIIICEIIKCKKKKCItEEEEECKC CCCFfCEEK000EC1100000EEROGEGGG6GrGGGGFOIMCDKKKKKHMMM4Mr
011(KKKKCCCCKC1(1 1KK11111511111UKKI00110111KKK55EEEFE009006KKKC5ECKECCCCKKK COCCCEEE000000E001,0090EFUEG00GGEGEEEGGICOKKKKKEKKuKFEH
XCCCCCEEOOKKKUOE(800000EF1)09DEFEJGGGIGGCCUMHKKKMKKKMEM
KKCCCCKCKCCKKCCC' CCCCCCCCKE .EKKK000E000U00CE600000F
11011IIICCMCCHOUCHIMIICHKKuCHHH111110110051C61111111111K1001KIDOKKCCCC I
KCCHHCGCCCIIIHMUCC1KIHHKKKOWOIMCCCUHH11111611111111111KKKK11009f1TECCCCCCCCGCMK100(00000000000PEO0EEDI1Mf(50100EHEKKCcKFEHK01
CKIIIKICCCCOHCCCCCHCCUCHHIMUOMiCCCCCCHCC1G11111111(10110(111KKKKCFFIGC CCCCCCCCKEEKU1011100006UODEDEFEE001(1000EXIDYKI(JEKKKIE
KKKGCCGCCC17:KRUCCCHEOKIIKKO<KKKKKI110(1(11GGIIIIIH11111IIIKIKKKKKEIIEE CCCGMCCCKEKKOKK00°00150110nOWE010.01H0000JOKIMKODP00
KKKXECGCCCIIKKCCuIlIKKCKKKKKKKKKKKKIIIGG1111111111111/1100095E11160EUCCCCCCCK00KKO0000OKKKKKIJOBODOWEODO0ODMJJEFOOFEU0
ICCCCCCEC1110.011115041(1CKlm101KKKKKKIKKIIII;111111111111110D011190E0/21F EGG6IECCOEUKKKEEEKDGFCKF.K011000000000010F9000EF0EHGN
OfF6FGFOOECKKKKEEFEOKKIWK00000K00000UEEKK00900011008
EEEECCGCCCC10(11111101filluKKKKKKKKIIIIIIGG111191111110600100011I0110CE(11016GEFODDIMCKFFEECEHFK00010KMMHHCFEKDO0115611FCEE
CMCCCOMKYKi40(151K1KIKKKKK5111(11111C6COOPD00111K911001011001EUM011
C1CCGCCCESCHKIMUCUKI011131KM10111111K1HDTGEI11111CKIII0101tKKIFCC010KI1 1EEEEEGD010100ECCKKEFEEEJDOCEEmEuK(TH000011981WEHFUE
CUCCUCCGCCGICKIKCI5(01111HHIIIIIIKEIHIIKKEIKKO°10111111100(KIKI(F1111001 1W(310(floOlICFCCGCCCFECCEUTFETOKEHE1100911H1tEGEGG
MCGCCUCCGCHKKKIIK(11111111111111GEEEDC00001600000°0000C0CFE000011 1111FOIPIDDMIEEFTECCCCCCCEEEFEEfEG5r9UFOIGUEEFfEE
EETCCCM:CKCHRKKKKVII1111111111GGIGGINOIIIIDIK1101110111P00010011D I101000000o1OCCUIMEJECCCCCCYFEctinBCAMTEEEEGEE
11111111110CFC101A10EFFECEFFE00Kfill0011fEttEEEEFFGE
FCCCCEEFCMIKKUKKKKI111(11(11111GGV;(11110(11111110010111111000v1(11311
ICCCEKCF;CCCCCKTKIWKIOD01111111GGGGGGIIIII11111011111111111EFEEIPUOUD00 011100001G011111EfU,GEGEGEGIHR000111UFfET1tEEFEIFE0
JEKCIEFIE11(CCCC51(u1 1111(IICG11111CGGGGG11111111111111111111111EFJ111111111 1111110110W1D5001E6GEGE1110090p00000EEFUtEEUEEFE6
FJ.13003JJJECCGCCK0KKOW.G1116GGGGGI1111011111111111111CM(0001101001 1011111111EE011110000009,10115r00101T6FECCEGHGHGG
3C313EFEJ31JVCCCCUIMI(C6FEEGGCGGIIIIIC13111011111111UrEFFEE00n000110 1911111(11111101GGGGIGIODBOIIIDDI1lIGHIMMIDIWIIP
JJJJEC1FEJJJFEKCCH0F000G6GGGEGET11111111111111111161EFFEE11011011111 000000000001FOOUPIEF6GGUIDOOP000000000AUFIGG090
lEJJE1EJFE311F.3FCGIIHDOLOGGGGGGI11E1 II111111010fGEGF1FEIEfF111111/111 0101111F,10(4301110UFG1111100111100PG00ItI11110515
OCCCJEFJEJJJJEJEIGGHOOODECEEGG1111111111101111UFFUEEEEF111111011111 OP11146111P11E110101111110nr(100001000111911581
UCJCGCCOOJJJJFEJUEGKCOFOKUGIII11111111(111EFIEUFEIWEI10111111111 ttlInEttuttmoototttootitoolomounoonotGGitc
ItIE1111101111KUKKIIKKII1101I0010G000001G11116001
1429
B
1430
2
141,1
9
1432
1431
1434
1435
1436
1437
1434
149
1440
1441
(442
1445
11:4444!
1447
1448
1449
1450
1451
1452'
1451
1454
1455
1456
1457
1451
1459
1460
1461
1462
1463
1464
1465
1466
1467
1468
1469
1410
1471
1472
1473
1474
1475
1416
1477
1478
1479
1480
1481
1442
1483
1484
1445
1446
1487
11.115
1489
11.943
1491
1492
1493
, rt a VrifIr1t11.1ft t . 1 L -PA. UN; Milk It UOU111,111:t_
ut E I nu !lull unountji IIJIl110Uti
litutmol ow: 1 1)u; tionEE FE 1 0(1411131 FIII 11111000000F 00000000Ef 011111111 1111310000400000000010
001100100441100E0OC IEJE ICOMFG I 1 IEWEI000044101044440011EFEE1111G1
1111149401041111000
00411110111EFETE141400G I 0,1E IDE 11E1 11 I
.4, A 1 1 1 1
7
III!
0404440044040000EEEE DE I IE
i 1101
Eril DP 1 MU EEMHHHN001C FE D1111.116111IllOttNHOODP0000EDGE OMBEE I 111FF GI nol000nnol
MI111111001111610
416611411111E10111,10040011:101E401E0EIGIII00100101114000000/101E16411161, 011 1100110411001401
cootthclomEccomttemmlitimilimm11111EiGormitwoopeounGIOEcOEF1mAi Ifoinonopio000GGII
DIEF000opmiucummfmcfcmhtiv0111111iFTGOmmis9 mBe0n000nCCflin111 00001 AnIm411001111
OECCCUEMOOIIJMFMOICCFFCMMIIMIIIE 1Il 1ECHOHE9D800N00 01300110Fn001HI(1 14EE114441104011I
nomplmomojrmccElFiccmmoni1111111FEECtfouOnotmou0ollornonninfifitio 11064101111111111
010001GUEEMIE GC 040E FEE 11C114E1 I 11,111E Ec400nr0000000000EH
11-14 0110111 )01W-8111I10101040
BnoommycHmmmoonnOFGEFEEE1FeriffrAFG1OunownoonoOoomEOCrUMOF 8041GII001001001
086014141EEK8M0400ECJJ4FE1E11131111EG4440E0000004440011(3404114104 0001E14144011110
444404fEEEMCH8401FGJICO/EtEEEF111 EE1444KFEE014444004HFOEI1E44444100416040111004C
C0440EME040C0441114C04CEEEEEEEIEEJIF4141EE04144010IE0E0404440/4 4000/4100004400
00P41141110ContinficoGcruill(EFEVErfF6063mwoonOutuocGEMFlurOtore1110nonOrilon111000
PEE0E0404440040840414EIIEJJJ111E/EGGN004004FIGGGIFCEETEE4444110100000011I00001
EUEM0040048008444044EGGGEJJEEEEEIIEEJM04401C4G400E4E4OCE44440I 00000401144111
DEOnooDeounmtimmoloocuGGGGE.FUEIMGEtinmmmwmGCmCDFIDIm11110000 1 ouppoopolooDo
09040440400HMM03M000006GGEEEIEEEHGCMMHM MMMMIII01E1111H11 IEK000t 1000040140041
0004040000144410044000DIGGGEEJMIIIE0080004MM/1441111IIIEIEJ140410004444041004
404040084440844011400401,GG1EJCIIIJ4MHMHMEJ4I144411EEIITIIIJI0E0 1001100004001
OOPDUIINMKMl3M41HU004000136611EIEEFCMNMMM0HHCEMMH000El1EEFIEIGGEOr 000404040410
41410D4180411/04.041(0000GGLGGEF.11044844888441.31111411EFEE0C04HEI 000000000000
0404000100KKK01104000GGGGGIEF44C1004c8CCI4EJEIEE0FEE14031841ED 000000001300
4G4E448040040400400466G6666 E0000804mCGMWE11111EG8E4041/004 9000000010[
0000104040444440004066GGGGGGIFEHOH48044GCOEEECEEEEEEJ40400041 .0000040010
04401004440141'44K00000GGGGGGG1,F4401MC4000040G110011114141E1140004 4040440840
41144104040E044040066 GGGGG11144410606141G04001E44E0E0EEE8411408 0404411)000
4400400001/081800000084008010400114010440400080884JEEOPEK004401 000E40001
01410 110000041000410000001 100000D000004440000U00 00HE000FJEHUK (1011 1 0 0 01(40000
3144448084046111000000411011044740004E1MR8400EE89484001131101)00 1 4 0 01190 0 0 0
08040GCOOGGC44040019140001004684014180808EFEE4040E481131110000140040000
044449444GCCE044010004444044444844004EF6EEIIEE9EFEE0E0149EDDDD 0004044E
444044DMCCGGGGH4040004100MKOOJEE000400E/400414141418400411000 44400440
00141400444644644440400114414880040EE48/418041100400C4EUEKEEK400410414400
0000013000666611H.01144400001065001100EHENEm044.000E0fE01-EE1E40KK00 4444004
11000000066114,1111K000ncmoDOpEcnf000mEvrom1IOOFEEtl1TEf1100041I414 monocle
4140000Eff04I40E011044641404014000041180E0064440CE.0040414400011 4100004
0404444400840811111448040001E1148401-00E0EPOCETOOEK0080440444 144400
440404800880140100/11418P4100E30CE404E40840040E4E8KKKKEE0044K00 4E1E1
448040400001,8440014114414401048840001E0110040FEOEfEEK1E0004000 EEEEE
ottomitimiomtimommmOoKEForioptimiennottFEEouommEcitoDoliOn000DE 1040E
11808440080/10041)00f94000044000104144EUEMKOOOKKOKKK000040FEEEF ETU
01444444104ME414FM4G0(7.00000444E488444ME0C44404100(4444EEEEEEEE 1101
14410081101114111)OK74.441404041E0014E4480)14110P6K00100000EEEE440071 1011
mmitilimmtiocontim4mu000E11009tiEumm44EEEC4410(00EDEEUEEFEFOOOOKK OEf
440CHHC4041(0084040844440EEMNEMm0HENKEEEDEK000804f0ODEECOKKEC 1141
4F44C1(4004EJDEEE4000FEECK0444E80CEECKEK444000808004FEMKENFEG EE
40440411441J304400E0DEEOWEEEHHMEEFKKEKKODOxE4044FEEFEEFKKE EE
001.4E0000.70404,14E1041001TOEDEFHEEElocE884400114EFEEEEGMEKKKCm EE
0EE044488444444DEEPEE000EE40434EEEKKKKIKKKDOKEEM11440CMCC310141.E
4-001I0KMN8M0000147.0EE1444EM44MEEfEKKKI1NKKKKG0MMMM4HMEJEF0340
84fft4108404444044(E4404EE44EEKEEKIIKEEKEE.0048411MMJEEE3KEECE
FOUOOKE-0404)4H4FEMOOLEEEFEEIKKKKEEICG144111MECEEDE0M00FEEOFE
0141010444841000041EEEEDEEEFEKRKKK4m8Cm0m4EEEEEEEEEEEEtEEEGO
1090044401.14400167/04PEEEEKKKKE444,4441811EEEECEEC40EEEEEEEE
UTEOEEEO00LEEEE1444EFEFEEEEKCriMM0041mITEETECEEEEFEEE04EFEE0
JOHUE4001.111.00DEFEFEEEEEEEE014044MFEmEEEc6KG4E40/40JEEEJEEE
440440E141000EIEFFEEEEEKKEEGM0MHCE11ETECCEF4404000E1COEDEEE
00C110404EfEEE4OVEEFEEXEE640GC8KFOC48EFE040HCDEEEE440EEEDE
041440040114094fEEEEECE=CCG4KOKKC444GEKOKIEE1301101414041
00001EMOVDDEEIEEEEFEECCCFGCKKKCE:444GGOCME844EKEEEEE04JEEE
EFOE4114000EEEEEEEECCEGGEECGCCGMEEHGEEEEEEHMEFOEEEEEOEFEEI
9040EEEETTE1.44CEKCGGGEEEMIGKtEEEUMSEEE104044EffEE404490E
OnFEEFFFIFEEFucKMETCtinecCOFTEForn0nffvEtIconFEEE0ur000
1495
1496
1497
1498
1491
1500
1501
1502
1503
1504
1505
1506
1507
1508
1505
1510
1511
1512
1513
1514
1515
1516
1517
1528
1519
1520
1521
1522
1523
1624
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1538
1539
1540
1541
1542
1543
1544
1545
1546
1547
1548
1549
1550
1551
1552
1553
1554
1555
1556
1557
1555
1559
B
2
h
nEttLEALIALFkiuuluVHCCCulmummumillUtitirOUOLItAutwitmft
FEFEEEFFEEEKK1111t11941KKOMO000ODO0 0OF1000006001,000009000
EtEfEEtEEEKKKKIWIH100090000009001116P0000000000961000.01
6EE1EE1FE5110106C611CCOOPO9K10000010991701°000000000090000
CEECE111110,,K1W0K1C101000oKIDUED091106C011DPODOUDOODUDDODU
EfftFEEKCHCKKKCIIMOOKEKUVECOWE9f104000000000909000OK
FE1EE109911010010110OKKKODF11000001000010000000001160U00000
tErnmoNGKnoponil000moommimmloonnoononnuEcumoc
F0411409111600090 0101106000007019111009900V00000000E000011
winwincoontocmuwoopoommouno9nommotonoonommuit
M04147)91100001110L0O(C00000600C0 211111080000(0110010969E0000
miumnavimpoopoummucowintioccfmmEntImitt000mic
HOOCE011000170600000060001100F1100000100116100 01E11100011
11,001E(l5000000009000001)0000001.10100110001100600161
MHEIED°00000000119M000000000P90011011I01000001G1IJ
F110061180000110111006190090090000191111111010111100001
ECE00fOODP001ECEE4000CE0011DODU011111H1I111110100
CJJEU0009DOEEEJ000161180001001VI11104I111111(10,60000
Ed10009111t00080E60010109JE011041104111111110019001
A000JEEDEE000171.00001001109GHIW111141 111111110000000
EEonniocc000poocuommoicicElmittwimmomme
601-046FE0II0006610I1OODICGGGG1) 0M0110081WID9000G
0111117100016008001(MD01001166110010111H144911H000E6
EE1)71)00666D0000010108080MGEG#4011811111111U1000011
10110111011000E00KK1019011C000119-00MH111110000011
006606DMI1E60071KKHfifilfeC6D11111WH11101000101
0000000FOCITE0000X1000101111111011111 00000111000111
000000011111110001WE110000011H000111000EF0000
n01000IttittflomoimpormonoonteillimElmot
omatitttommoowwwcommimutccItitoe
090001111H10011111 CKCCCKK0011KH1110100006111000
0E001111019(1,11117..CCKKUKEKHH1M1001710010D00
0010016.10WIliKKIIGILGG008 DIMUCHH0000I100011
113161)EEEMIKKKK11111161100011111240100110001
11101FEEEOMKKKI1H1H061HOOKKHGHOD0000000
NEJEOEEHOCKKKKK1114014111001100H4MI001090010
DE1)1ME0100010KK01000111C11000401< 11K900900000
00119090FOKKKKKKKKKKUGUUDVIIIIIHOWOOODEOC
008901OCOUK11011KEKK71 llGE1111011111100000019100
06E60EK0O0KKKIMUHHHHIGIHH00000901100010
116601E0K061I61091091GCHIWEEE9EEEFFE
DM00WIK071:CCO(00KMHIMHH901160009000141
109010111 011*. FF0000119600510EUKKKOK1<E1 IC
01100101n1C6GECKKHMMUCD04K0OOKK001611f
110911161.11111CGCMIM0M0K601000011111616
KCKHGGGGCCLCH0110POKK0001(6K904I1111J1
CK0FCGGGCC09001MCCIOIGEE1110000011EJ
KKKCGGGG00N11CCC11CGECCOODUOUEE0161
K000C6G0001001CCG6l6F9011106961:00001
0111(10(10191(10(CMEMDDEJJFEO111)17D1K6
DOODOF1191000166000140BOOJKKIMICGC
KD00000K1111H00100191000KCCKEEEOCKE
0001(0909011600(9)0(01CCE1<E01 1E60000
Do70600KU098FEEFFEEI1F6TEEFEKM00
01(06000090KEM6fE1MUEEFfEKKKOKKC
KK0K00000KCGCEEMEEK0KOEMK0000
00001011101EJTECUFFTKK0KCX14690001
DKEEFEEELHEFEEFAKKKGC8KCCOOODC
6111.111E1A1E141AITIFKKKOODODE
EN0W11111,01CMNFEEEEFE109KKKOII0
11MMHMHINHCCFECCHEK0001I00000
10144MOCEETEEIEKEEEKKI1900900
CGCCETKrEECKKKKCC000000000E
MCKKIWAKKECUKKKKKOOKKKKKIM
E01000008080001<00100001(01
1141)00100KICKKK
10.15 B
1036
1037 3
1035 a
1039
1040
1041
1542
1043
1044
1045
1046
1041
1048
1049
1050
1051
1052
1053
1054
1055
1056 '
1057
1055
1059
1060
1061
1062
1063
1064
106,5
106E
1067
1060
1069
1070
1071
1072
1073
1074
1075
107E
1017
1070
1079
1080
1081
1082
1083
1084
1085
108E
1087
1068
1089
1090
1091
1092
1093
1094
1095
1096
1091
°
00
000100007(1(100n00"4
000300001000001
I 11006010001 I 1000000C
I Lit rjLGl t tormoonommoonnoo
IGGIIIIIIIIGGIIIIIIIIIIII10I11001II
it tiult
II lift Ili it irentm000lt nonoonc
GIIIti11ittit0l0tIEEm11101GG1000110110011000100
GGGIIIIII1
111IGG I
it 1 MGM t 1 It t t t lom Inoto00000000c
1100011611G IGGI1GI 1111111111 1111I1 '11II1II1Gt II 1000011000001000L,
1110160101GGGIWIGGIIGGIIII11111111611111111111
touttootoovionalt
IGGIGtiGGM I1116111i I t III III 11111611111111111001-0510110I0
If EC.616011601100111000046000IK 766666
t7cG0tinGtirJ666.)Eprim orG611116610,666 IGGGIIGHIGIG11111111111111111111111111,100006000101090000f
ttitill-tT6100000t000000000000
tit t IIIIIIIIG1
t tr.f; IJi rill ti of ot fnot
( I ottmoonnoopootm
1111100111i I0001100100000000110101JFEIOFE
00101111110 I I 1011111101100100000000101100W101CGEEDIMIGGIMGGGGG06160GGGI
0101011GNI1H000601166661116GG III 1 1 011111111G' I III 11100000111000010000DH
1111111-11
II IGGOI I I II WI it Dort toronimont
DD01110101111111111tom I it 1011111000011MFF1
TOCCC00060010110110106G0DIG11611§.611-11GG
I I I 11111 IGGGI II I IG I 111111111110110001100011
0011000100101G000001 It 10101111101100000E6 liner
out:
7011 ntimictsGmfGG IGFPG-1-1GGGG I 16 1G t IGG IGGI0016 0110011101110001101100000010
00000610000PDGI000000I000116111000010000n011G10160010GGGG6910611GT;CGI
tGGGGI GGG IIGGGGIIGGGGtoitt
0000G6GG 011000G60110000111 1001000f 0I 00000E IfE uunt
opium t inoolitioonommot
inmicomtifIGG6cer,G(AIGGcliGGGGIIGGGIIIGGGII0001111000001110001100011100000C
000GGOGGOU1001106006111I90I111111000013000GFE9110.1.11111110101111GGG116601146661166GGIIGGSIIGGGGI
nonnunor INDVOGG000011110 f II ICROMMIIIT E.66!'nrC101IIIIG11111111GGG
0GE11111110111111111001110000000 I
IGGGI1111111G1 IGGGG11 GGGGGGGGCL
1
000000066000GGGGGOOM II I 1 1110001
101111000111I10000011 I I
DOI 0C,G01 OGG1111101111111066660G116GGGI1 GGGGGGG
GGGGGGGG 1 W11111111 t I i i 1 I I M00[ Hoorn
1099
B
1100
3
,,,,,,,
,,1.1110111,111.
1101111 I
00o0floopoloGGIUD66GORDIAltt0000U010009CCoMM001,1416GGG6G6G6uGH(4;1i6CIAGG6GG6666GGGGGGGG6GGGG111000D0001101111111100001G110
-
1165 B
1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1116
1177
1178
1179
1180
1181
1102
1189
1184
1185
1106
1187
1148
1189
1190
1191
1192
1191
1194
1195
1196
1197
1198
1199
1200
1261
1202
1203
1204
0205
1206
1207
1200
1209
1210
1211
1212
1211
1214
1215
1216
mr
1218
1219
1220
1221
1222
1223
1224
1225
3
C
,
,
a
.,
a
a,",..,
,,,,, / 101,1,,t k ,1111.1,1,,111 I i ./ i
I I i.r.,,ablo 1(,,, L l I ll,W, I I VA, t 11.1,1,t0,1,11111
ti,l,
111111111111C60001000110011101GGCGGGIIII1D019WCHI1GCGGIIGGIIIIGIIGIGGGCGGGGCGIIGIIIIII66616GGIIIGG6116GGITGWIUGGGGCC6GG
1111111111117;001000006000000/111MGC1t1111H141CGOGGGGGIIGCG61166GIIICIICCHGGIO1116CCIIIIIG6GGG61111CGGGG6611CGUIC6GCcGcCGG
111111111(10011104PODOUCID0001011GCCGCG1IIDGCHIMIGCCGC1IGGCGIM6610GGGIGGCTAGGHCGGI11111GGGC611G1111GG611GC6611GGCGCCGC66
II111111o°01019490D000011001)1166TAGGCG111MOHMACCGGIIGGCCI1GGGIIGGGC1GCCIGIGGGG11166111166116GGGIIGGGIIGGGItCGGGGCCGCGCG
661111111/09013000000011D1t1IIGGGGCG1110101MCCGGHGIIIGIIIGGCC,111GG1116CGIGGCGGGIIIGM1GGGIGGGGIDIGGGVGGGII6GGIGIGGGGCHG
011111CG119001100640/011001001116GGGCGIIGHU0GI11111CG1111GGGGIIGGGGII6GC1OGGC6G0GCGCCIGGGII116116G6119GCOGDG6GGIIGGGIIGGGGIMIGG
IIGG11111140DOODOP/0111100100GOPIGGCGCGGGGIAHHHUGICUOHIIGGGGGICG6G016GGGIGCGUICW.C1IGC111GGGCDOCCGDIGGGGCC,C.GGTIGGCGGGGGCC
/11111110GGIOV4409011111011DOIIGGGC6GCGGGGIINGIOIGGGGGIOGIIGIGGCGGIIGGGIEGGIIGIIGIGIIIGCGIIIIGGOODGGOIGGGCGGCCDIGGCGGC6GGIGG
Dt1111G110111006171(0011HT10111GGGUGGIGGCC601090GGCCIIGCG1116G6G1IGGCGIIGCGCCGGCGGGGGGGII,1111GODALIGCCIUGGCOIGGGUOGGCGIICC,
IllinCIIDIGGD1111111111111011GGGHGfiGIGGGGOIMGCG6106GGGIIGGGGII6GGOICHGG1166111GGGCTICCGGDOGGGOIGGGGIICCGCGGCGOOGGGGIGGCC
61111111/EIGIP0111111110010011GGGGGGCGCGGHIGGCC66GGGINGIIGGICCOGGCGGGGIICGC11111GGIGGCCIOOOGIIICCOODGCC6GDG6GGGHGCCGCGGH
WGIC1001GcSOBOODOP00001011111GCCGCG1GCMCOGGCGGIGGlInG11116GGGIGGGGGIICGIGGTIHIGGHUGGOOAGA6lI11000CEOCCEEDE0011000GGC°110
GGGUODDOGGGOU00000100001111111CG6GGGIOiG6GHGGCG6G11CGGGIIIGGGIDGGG6DGCCCCIIGCCITCCIGIVAGTAIIGO609FFCEEIGOICE1CDOUGGGPGG
GlIODIOGGI1000010U0011011CIWOUGGGGFOIGGGCGT,GC611GSCAIIIIGGIIGCCCIGMGCGGCCIGIGGGCACCAAGDEFOERETIICEIGOOEUICOE00E(GCHGO
10IITC111009010010t111I111HODOGGGCGC6GGCGGGGGGUAGGO11111CIIHGCGCCGGGGGGGGGG1CGGGIOCC61000)JJOOGODOoCIETOOFE100EEFFOOHHHG
11)111111014/10DODIIIII/IlltifICCG6GGGGGGGGGCGGGGCGCCITTGGITIGGGGIWGGGCGCGtOICCGCDOCCGDOOOODUDGGCUDGCCEECEEEEDECECEGHIGOG
111191111I1001i1111101111CIIIICHCCGMCGCGGCCGGIGGG6G1IGGGIIIIIGG11101111HOGGlIGGIOOGGGG00000009TCGOOGGCGUGOTEFIEFF/JETEGIHO
111001G11000011110m0910110DGCGGGIIGGCGGCGGGGIIGGGGIIIGGC11611111GGCCICGGGGIGIGG00106G11001000ODGECOGGGOOGECOUEECOOOCCE6U0110
111100001110100001C11GGC1IICGGOOOGGG6146CGGIOCCGIG11611GcG111CGGC116HCCOICGIG101011.10000°001000EFICCOOGGCOUltanGOGFEETICE
IIIIIC11111100001101G6GIIIIGGC1001CHGGGGCGGIOOGGIGIIIGGGIIIIIGGIIGGGGIIGCGIUG1G00001000909000CEECCGGGGIPOCEICGCGGOTIEFEO
IIGG111111011II11000111111FIGCGG0011MGCGGGCCDUGGC4111CGGC11111116CGOTICGG611111100I110PIPOODPOIITE6C611C40lifElECEFIE1EGFE
G101111tO1111110111111111166GGGOOIGG6GGGCG0011GGIOOOGGGGGIIIIIGGGGIIGGCCOOGO111110°00100000DDFOETEGGGOOODOGGCE(IFIIIEGET
111ITIGG1HUIIINOIIIHOHDIFICGGG6GCCODOGHHOGUI111611116111G66Ct1001611116C1011101011141101110BUDODODEIttEEEE0o0CCUEEFFTEIITOV
TIGG/1111110011011MOIIGGGGGGCGGGGOUOGGGGGUTGOIIGG6G1016GGC11111C1IGGCCIICCGOOGOIOTOGGOOD00001900DC01/1110e6CGOGGGIECOUIETG
G111111G011010OftWOUGGGCGGGCGGOBOOGGCGGGTFOOOGGGGIICCGGG111111111GlIGGGGIIGGICOO11000U4100D00000CGIUMGGCOGIIEDEGHTDIEE
11111611111111DIDOODOCGGGGGCGODODOOGGDGUGG000OGGGGGIIG6GGGC111111611611G11660001I1GOOOODOCOOOIDODDGG600006GCGOFEEECITIF1
11111111111111IHTHUIIIIGGHGGC6ODO00006GGHOIGG0110CGGC(1666,1GGIIIIIIICIIFIIGGGGHoGGID000000°00000000flOGGGGOODECOOCECECCECI1
11111111111111100101ODOUGGGCODOOODOOTIECEIGGHOIHGGGTOOGHGGIG1110°91/110TIGGEUGEOCOOU00111000DODOODOODOCCTEGFOGGEETETTCCI
111G1H1t1H11110H1111006611000000000001DhCCCETTCEMCHWEIGGCGGCOOOOOFFOOPTTE00EFF1IFOOOFT040140000090PDOOOMCFEETTECCCEECC
CG1111111111111111130GGIIIIIDOCOOD9000EDOMEffEEJ/JEJEIGD1/16GHHGIDOODOODIF,F90/0/111Dlegt601B0(100(10000000COOOCOOKDOOETCCIEIC
001111611011111110000001OOODOODOIG0000CTCCOTEJJJJOJECOOUGHW10001090001FO84OTBFFID00111100000000G0900000OFCFCCEFFEECCCEE
IIIGCD111111111I00O00010004/0I0UDODOOD000RECOOOCARJJEOFOE0010(1001DOB0001/09/11F0DIDI00011000DUIDO000110P4OFCCCCEOETFOCCC
GOIIII11111111111001111004POTHODOCCOOOP00690CER4POCCCTROTIEGVIOOOD000000GOooFf/f00111100111IIKDIDDOODCCONOODDOOCEEEDOOECC
011I1GO1110111000010100Do00/00c0OCGO000040O4040POCOEJOCCREEE000104000000000/604OFC100I111000CCUOIODUCCODOODDCECIETDDEEEC
11111111111111011O/DOCOOPOTIOCODOONCOI4049040110019CCJJOOCJJJCC11000040004100/0n00404/00Do01900BPODDWU00000CCCEFFOCEIICC
IlitommitootwIconommcmcfccoucoonntwomeenticccoonciJJEcriongoonoFrovinvononororooGGnmaccuonoccumporciccoructocc
111111111DDINHVIDDIDODOODOPODOOHOCCOOOCCCCFCCCOOMTDCOOCCCCJJCJCF/D0000/94010440/104/160/10/10CCOCCCCUOCPCOP0000/MCMCCEE
111111100[91000060000000000010000000000000COMVUTTFCCCCCCCCFC00049040400094DODOOFFIDGCGCOOICCCDOCCCCDPOOODOODODOOICECICC
111111111O0OUOMI101111I111111101000000OCCECOOCOOTTCCOODGCCDOCC000440O0008000006100DGCCGTOFROIGGOCCCCCCDUOM10000011C9COIEE
1/HUOIL1110111111111101111101110111C100000001
1011011111061011011C110111110P011100000000COCODCODOCuCCFOUFF4400000400011604900000000GCFUGGGCFMETTOOCOCCCODOMOODECECCOFE1
CCO900004000140W!OUROODB0606401116fIDOODOODEFtEMET0061G000000ODP0001104C011ECTHE
1111I1101111[111110/0000010110CICGGC4HDODOIMUCOODOODO000000nro490340000/09I006060DootTEEoccEFEEEFon000ppoopooptotGolloulf
111111OHDOIOC1111000011004001100GOGGCCItOMOOPOODOODODODOOPOOOP40000000004/GGIMOODUCIOITCOOPECCOCECCIODIMOCFAMOIGGGCGG1111
IIHMODDITODIPH101001HOD0111111101GG0000000010TDO°00000000009PRO000901FIGGIDoOPO090400FEODIEFfCEfOUIIP0010POPITCGGHUGIIG1
1/10H00000010001100011101001111001H1C1069OoPO0040300400P00000006600490/11FECCGOOPO04000P9FEEFOC16CEJTJA0100GCCO111CCUIVIGNGI
101110120DOOMI;11)0D1HDOOODHINGI111011049400O401018000O1POODOOVROPPROFOOTIAGGCOOPPOOMODOETUDEEECCEFUCEECC61000OOGGGGGHHEEF
1111110004D0011HOMIIIHOODHIGC11111100100000114000POOP0000096108POVOBOOODOORFFTUTOOOPOODWOOCEDOIEEDOCEJJOCOEFIFORo001GGGFFOOne
141111001101;ITOROPPOWOOGG01101P0O0014,00114ABOOOPOBOOPOU4134009090oTTTODOIFT00000001000000/11TOOTIFECCCCCCEECOOORITTW99000
D011111111601IIPHIP101011GIG1GOOIOI110100C/0444000060000060091)0410FFFTF1E0000O0C0000040FGOOFUTOOTTCCCCCRED0000/0400440/0
19111000009;HOOI0P111101106101111111110D1)OVOPO040600461101,4060600664FT/0I6600EFFYOO90ODDOODE011EEVEDOFTTCCCCOCFC004400004/90C
11n00141101C5111111111111DOoll6G1100DOCDPOOOPOOOPOOOPMWOOM604/100FIOOFIGF0000000600D00/110000OCECOVCOCUROPODOOODOMME
D11100916611101001111101100101110000000OOPOOV0000800VOP4000089PPOilif041FTF900bOUCUPORUTOIFTDOOODUCIWBOROPODOBOolflOODAAP
11111mloommoopoomintlimmamootIlonreenowippeeepnenenneonpunulonpnnunnemmommorFoonomsenlipooP004464O460060401906
100111100CMHnovu0P010010010101100111,101CDOOPOPOOOOP090000FOOPOPRORPOOODOODOFIOC000H490004000000061114104OROODA4040rOOOR0666
1100111CWOOIDo0111111111116109111003011040P444060130040400040001,0911969110001099DDOD000004000004800699000POOODOP000090490000
11100D1HCCOODODOIDODUDODOHD00001000001000000110OPP0090OBOBOWBOOPROOP0000099DOODOODO00000049400600049460POO9O6499P990400
Ittumummemittooponimmommonoonommummepooe,!rnononnoltion000loopononnepoommoroonnonoonoommennonnonnopooqwmnipi
10000100114011011001000000100001111POOOPOOMMOrpOopeormopopp9p0400900flop000poopouGloopooftoop000popp9n94600100490o4n0oppeop
omoGGHoinornItummoopav000mmottorowienenemvietwegprmlueneeReommemigunnebnillimmoonneop000mmommonouneonowinntle
0001011HOODIIDO0110000000°11000011100C00004PutIOCPOP910490PPOPUBBROOR490904000014100000011119BP0400009n499009DOOOROROOM44604401
0090011000
ODD 011110 0110000K06000r /11100001100000
0(1000 000000001 I 001 E 1E II GCOGC 'ICC I
09000F000 F H/10000011F in00000000010000011000166661
MCCGNCCHHIIH11H11HHKC0
GCGC
110111101
1 Dui 100161110000 cc.01I 0lIl
1111CGC11111G01114111:10 GGECccrmilt
304181100001)0F1401100DGCF008
1111111
A 1)11GG I I III 011411111(110180141111011 I
LIGI 1EECKKKTIKKE1001101111F97AGIIII(10000000110000.400000011011000000F
I CG1010
II II I
IGGGG001111086000F 110 0011n DC nuotm AEG IGGGG 111111111
1111111107.111; FF1111111011161 ICGOGGG 11111
n0fIF0FME000000FCGGFFF0011 FF000001100F I
IIIGGGG00000000100000000GG0G I1441414011111GCC11101111G141 1 t 01 GG1111H141 C
0000FF 00000000 000
071011111
F
F
CMG
IC
I13111I
01100001)0F
I
00000000011000000GGG
100 IGGC1411GG T I4011 HOT I GIII6I(11101144011111111111 F41::
1011110011/1000000011001100000100411)0000901)
IEFG (HI [ 1
(000001101010141)03.0001101 ICG1011011111111GGGGG I 101 1 11111 1 1 GlIGGGGfHM[11C111 II II
110000000011FFG11711100130/
1111
Pt110110101000000(ioDOP0101000000101140 KOI0001710C.GGI KK OK TO1 K1 011 MI! I I 01111 I G ICC TII11II1
Fr IF
00000000110001011111111DU0000G11000101101400110041011118
00001111G1:110010111001/000000p4fmcoccKoonoonuolGOImoonol001
1000010000C110000000000t1000008000()D000000FIFFFIF I 000008inno0(100i
nuF
lilt
011011E E T
II1IIIIG3410111110800811110I11114810111111110100 11111
1080111100C 1111111I101000101001100PRO00000011GOOROG1100110013100011001011000000000000000 II 1 IIIIIIIICC111111111111101(0011I IT II
09000000T1101300001111)11411111GOMP9DID0090119001)000FGGGG 011110110CI1110000001110000e(1111416666
10006/1/1060 IG
(KG 1111 01[
11136116AAA!GI110101.1001111GGI111110e0000009001110110(1010DO010110i90000001111001301GIEG
GG1 000101111141100181C800711111
GGG
nomstilffil IGGGIII IOD1 T
GGFC0fC11111,400011nA1IIGG1000000000000000600010010001100100uno00001100nfloF 110D000Dl IIII1GGG
Ulf
0099r9(1npa EECFC IG10091)E00001)D00010000(100001100011011000000C0011110I It4141GGGIIGOC100010001001GC I IGI1E1011(13111I 00100
I100011000111)000000T1n(101)11100VP0000001)00101911111F
4 rcc090000911119011/1 1G
IGGGGIICG111010101111010000GG
01100 G0001116E1,001)
09111100111100111111111111I1r 10001101V! OI I U(TV0410000111( I
All A A A 419311)00909 JC
001010GG 0000000111000011GGGGLUICIIG1MH1111110G
KG(' 00000111)00FF 0000100001001000CCE
I n00000000 IIIIGGCC GGGIt1101)00111
IGGFC00000001301A0ArtAAA
000101(10011GGGGGGI 00000
AAA AA A c1111110011141111811 f1
1000009000000000G0GGCGGG00110000000111C000000000111,0000KK909CCCOOCCCM;0000110001FF
lilt
e
84 AAAA AA A 88G011111100011118 ococcnollprrAF 0cEcce nnun001000000000ccccc 1 I11100000cce
10041000001001100011GGGGGGG 3
80011041a940100CCCGC111111GCGC110C011111111011111GGG
01601111, 11000000110000110110GGGGGG1111110111101
OIAAA,1,1/1/111I1 11,00
.1.11".1
I It
B
7 131
131
1316
1315
1314
3
1
1312
1311
013
1309
1308
7 130
1306
1305
1304
1303
1302
1301
1300
1.299
1298
129)
,.1.tutulio),.....1 ue,i ivo,rnibill,,GGiouirta l lAutt.f,t 6, 6lF t.
etitt916(101.0(1t101,19-. 3.9.t t. 319_1$91%.,b10ictAA18..11)9,19)19,i)K19:10:01m90,41)0cuctleimutioutsu
1364 B GIGIE EE0OGG; 01 I 0GGGGGOIGG6610G IG
Cut I
1364 3 GEEEEE091G37;11111GGG I 1G GGI I IGG III10011110EGGGGEE
II I IEF 10111111GG PrO0D0e0e0010000BCEGGGG
000000000000011G0G6GEEEntIEEGIIGCGGI1G900000071100001401300000GOOGCGFIG000c0e
I I IGGEFIE CMG GGCG1111100011013010(101in0F11(0000c.G000C."31G0
1365
1111100110)1G1)1 0GGG0GlifIG0E11111G aril' 011000
(111001,C000G01100100110 e1106000GGGGGGE01110G I GGGD0I
1366
EJJEFE0000GGGGoof 600G7.110 I IOPIG I II 01 I IG MD01110E01
00110000000000011011000H00Goom 000E
t367
1368
1364
1370
1371
1372
1373
1374
1375
1376
1371
1378
1379
1380
1181
1382
1383
1384
1385
1386
1387
1358
1389
1390
1391
1392
1 393
1394
1395
1396
1397
1398
1399
1400
1401
1402
1403
1404
1405
1486
1407
1408
1405
1410
1411
1412
1413
1414
1415
1406
1417
1419
loll
1420
1421
1422
1423
1424
14 25
1426
142 1
1611)0106011nr110111GG(GG GGG 7-Gt 1-11G I
EsiELit 0001041114c1IGGGG i f,C,GC1 IC 1 11'11 1 riGGG111111100110C181Gi
013110110G ilinf GGGG 11H0 1111 IG IfIGGI0I00010011Kn11000I1190001001)000(4=9)10EE
1E711111001100c14111106 Glir it MEI I0KE E/10migk
EFEAJJ711GliGGIffiG 1111161 GG Gill 111GG I IJI 1 CEGI1E711I1
0000G00/111107000000 1mr/16666ciffl I Mut 111Gffi IEIGGG(10000 I 9I I FE GGGFE771,010(011(0)00kcii
0703JJECEIEGGGGG0GGGGGGOOGGGGOOGGGGGCIEEE14000000011003CEE00entIGG1irGGE.G011111G
I 0IGGC0G1006G0GliGG0IF IF f tGGI0104000I 1 101 IGGGG
0011EIEEEFJEFJGIGGGGGG IGGIIG !ICE EEGG6EGEEE10000000000001
E 000()Gccci11601111GGIDIGGIIIG011117,1 InicG6G110 Fr 1014F 1. I It I I 110100011G0CGGC
0E1 11,),WEIE JJ7111 GCGGGOGGi I GEE GGct EcEf ECG
ir0000007100e00G1G000000GIIGI
0c0G10010C6001000GGIGliimt
Fr Fir-G If III %Dolt iitItioGGI I
0066E 1E1 EET Et FIII IGGG0GGGGGEGGGE FE E GEES MMI
RE0C010)F
Counc0000000C101600VlitlooT000111GGIII111111111GGGGGGGGGGGGcliGGE Fili 160 tintthoDEE0M1110100
3E11011-EECEqfiGE(ErHEUGEEtrEEEFCCG01001101110110000000000000119000I001114011111110111G
IGGGGHGGGIRF III IIGGG 16 11110: IMMI IF II
ElEfieGGGGE-IcHGGIE1301E6G0f
tEtrf GGG0E.E.FGEEtt
80001)1T11017001:13001,01000001011116611G111m1IGGGG6G6GG10160G6GcnriGI
I GI IrGG110G006 I FGE-ri
E DEEOGG110EFE IGIIIII t I IGGGGGGEEE 10c111111GGGEG 00011001
I 00110f
MEI W670E60110( I 11111 I 6011G EGG I III 0GGriGG EE E wit 1101101)10100110G000r
n000000000000001GGI1111114GGGGGGGGGGGHIGGGG1017111GIG0GGIGGGG1100Gre
II
1000000,001G11101G0G110110:GGGI
I icGI 110610 IHIGG111 I GG1100110f
DEERE EE(100E It FGH0010: TEE I IGT GOGG00066011G IGG f D011011I IiiilliOoDEGOn0000nu9lOOGGG110111GG
1006[4f fIGGGGGGG0110G00FIIIIGGIGGGGGoil IPFi
GIIDEOFE9PosEr 001160101110E I IGGIGGGIOVGGGIGGIII GG0101111 111010 1 1 0E0000601 D00011Got 0011GGG00006GEEGc1IGGGGGGGEE
clir f1 tGC1111GG1040CF it
111101111 E DECr1(0001G1100G110E IEIIIIGG1001 I GGGG0111G 1 I I H 110111011100110000000F 10000000111101G1
00000GGE1101G1 ,6GGGGE1EHEFF GG 01011 Ft GlIGGG00
0EGKopf EEEE000110GIIHI0GG IE IGGGGGG tOOGGGGGGG IG IOGG1111 1111 I I 00001100000110I100110GIG00000000EEGGGGGGI)GcG6GGHEI
00CCG VIM EE 00000GG0GGGGCA
/GGG11/11. IF GGGG
11G6G6GOODGG6IGGtiGHGD11011111111160006091909000671000D00100060111 IGGGCcGIMIGGGIIGGEHI IGGGGCGGGI GG
nnieGGGHOBEEE
1000GGGGGGGGIIIGGGOIGOIGGGGGGGG001-114111111111GG00001111110000000000000il
KKI CGGGI OWE 00E
E 01104; FE GCG1iG 11GOGG0GOIGGGGGGIGHt
0000000GGG0G0G111 tIGIIGGGGF.7 I IGGGGGGGGG D
011410010100G000103000111001000011111011100GGDOGGGGGG001 1 GC,GGGGDFG1 IGGIOSHOGGE
1111EEEGEOWKD00EEROODuECE000GGGGGDOGGGGIIIGGGG1101GGG 1111 DON
1(116 It GC 6766 GC1149EE E8RMICE EGGG6G1 IGGI161161111
DOODOOO1000000011000101100GGGOGGGGGGG000111CGGGGGIMIGGF
rot IGE DC
119GGGI1I I II 10001100
It 1 II101100111/ 09111011
01-111CCC EEE EC.000O000001100GIIGEC IHIGGf. l
IDIOGGGGGGIGGC11001-ICEPOFIGGGGIttIGGGGGOOLICE
1011411M154C67777 76C(;1171)001)1101CGGGGOI/DOOOGGGODEOG
IGGG600fIlEIGG1100000010001111110GGIP0100000000061166GGGI1C11101410601GGGG141111GGGGOODDOE
1E0E116000001 MEM f I IGG 1
IIGGG00G0(1000000G00GGGGGGGI10110110GEEGGGGGGGG601)007EE
Hce0011101-.CcEGGEEG111100011000GGI11111111000001.1:001111100000001110f I I 1 II I 11660G
GCDG 10101 1 GG IGGG6G6G110011110071;IEFGGG6G0000PDC
CHHHHCECC7E1111111111111H1111111000061111001100D00001)100611166711100061661-11111116666GGG6GG
01111106601GGGES II IIIID0019EFEEI066GC1;011PCC
HOME EECEC10HOE0011IHti Mil 09C111000000010091)06G194006
EEE011111
1GG0GG101
II
ILIGG5151)40001119611)1116GGGG01101)001I
EEtICCKKCCC9 MOD 116111119006C011111111100011911H100110661611811H6GGGGG
00EECE76666000060
1G1 1116610016611111111116GGGGG00011 onnriBAEEEC NEP onDoon
TI00010GG0GGEHU0HGGGf ,G000G10IHGOOOGGGGUOoj 100000011 EEGEGI00000DOGGGGEEGHHFf 1900E
110.11E111001000011HHGGGGI I I ODDOODOODDIIID00111011DDOFGGGEEDDDIIIIMM4141
I I 14006GGGDOG 0000000000ElfEEEDIDOODO
IGOGIEMICIIEF10110G
011(.1IEEE0EI900001GH11IIIOGOE0000000I01990001111110110001G6G191060761170011111101111;1940000000111000FErf
IEVGIG00011G1111116OGOGG1013DODDOO
7,160110000C116GGEFf 11 1 IF 1 IL
1000111111110010110001GOGG IGGE IEE GOG
IIG GGGGGI I GOGD 10000110EFEEE 000006GGGGGOEFHEFFOr I I[
10001 10111I1OVOGGIIGGIOIMIGGIHODDDI 000130001M
DOI G1110IGGGGGGGGGOGGGOFEG1001 000606600W;
(0161001i IF I DIG IG1m11101GICH 11111011,110000704111111)(11
0000000GOGGEFEFOOGGGGGMIGGGOOGorntifIG
(III IG0GGCCGOOGG111)Gc,GEE
GOOGGGGGGCGGGGGG01)100EEGGGGGIMEGGCGGG011101GGGGG 1911701
ino0GG00GGGGE 01 IGG COG! 0007:1 Et I 01110001 II
111000100001 6000GGGGIGGGOGGEEEEGGGGGGGGGGGGGGCGODOGoGGGGGGGCGGGGGG11111111GGIIGo1 0016
10IO110G0066 DO II III 111110C11000000G000000100D0
I
00000G00D00I GG I I EEHOEEEEE D000001100 EDGGGOI111 COIDOGGGGOOGGDOODGGGGGGE I IGOGG IGGGGGGG6GG00/0110GGGGGGGGGGGGlif0140111114GGGIDoG
LH I 1000061 I IGGG I I IGGGOOGGGGGGGGGI
0001110001IC 100G 11111EDELE E E nODDODODOODDIG
IGOGGGGGGGDOOOOG0GGGGGGGGGGOVI11o1141GOIMGMloG
111111100000DoGGGGO I It 1 001 GGGGGGGGG 111111E
GGGG0G00090C0
GEEEODI 11(0000000E I C000000000001111 I11I 11I
DOE
Mtn 1101 Is013G1IGGI EUEIIEEE 10001 I
IGGGGGGGG1111110010iG1111000111)Gli
90010000000111111110000011111611010 III 060rIGDEF: I I
011110161I111001 °HOGE 00GGIEDEGI 000000001
1EEEEEGGG00110000010G600060I000011-01010011010140
IGGIIOGGGGOOGGEE 116 GE 11181001000000606GG6G11119011111H101110i1111111
GI 118;6Hr/0001 DOOOGGGGE1EEEGG Ht00000000 I111011100001110000111100111
(10Gc cii0000100001 flit III1301311
I 00G1)0G0011111EECEIE09001 I onCoimIGGGGGG13104GGG0110060010
GGGGI 000100000IGGGIO0If FEE 110 I 00000GGGOOGGGI
I 00E000000111 1111 100101601)90I0OGG 1E1 I Elf 000()GGGIGI)Dr)0I GGGE,G110G101GGGGGGGGmar
IGGGGG0Gc0011300001 111111 11000I 100011 00140GGGIEEGE17101111
101GG01011111)0GGG000GG I lift OE [EEE 00000 GGGG GGGCHGG 101010100111 I !DO I I 10001100000GGGGGGIEI IGEGGOI I F.000000IGG0Gc,C0111011111Elmc.ri0014
6601/ IT 0000060006,00IG0t EEECEIE-0000G
GG111100001E 110GGGG I II GGHIGGGEF100IGGGGGGGGGG00101000(
IEF0091111GGG011111100111011111E 110
001111111101)011111I I oGGGGGGGG IEEGGEG1100E0I1000GGGGG110011)0011111FrimmiGG
GGGG000100; IGG IGG,4GGI OGGGGGIG0G01 IHIDOGGGGE,GG I 0000001
II I I00100011000 I 11100GGGC,GGGGGEfGEHIOGEF 10001 IGGGG011111118161101100104GGG
G110000000 int GGG11GOGG0003GGGEIGi GGGG 1001&16 &&111114 000000I1110001,00000GGIOODGGGE,c6GG0GGIEE,,E
IG11600I I I I 611GCAGGICIII FIGGGGGGGGGG
009101001118111G666666600011006 int 16011100 OEFEE67,W;,01100450101111000000060600001 0100606 06060006167,066
101,6000I1011lioG6066HO666
1)1101)00100010IGH6G0010)00101.EGICEJF riGr000tE Elf
EG00000t00T100110000GGE001I00GGGGGGGGGGGGGGGE1010101PGGGGCCGGG0GMIGGGEGGIIGG
1110000I10111110110(1(1010900GGG00E7rEE00000GEEEEG
E0001111001)111000011.130GGID0OGGGGG0GGGGG0IIGGGE000014,00c,G6Gt IEthiGGGGGEEE0GG
14011111101I101101111111009EGGGGOGGGGOEE0TOGGGGcEEE00000011100000000GGEG00GGGGGGGGGGGGGGGEGGCCOE
j IC 11-09RGGIIGE 1GGE GGIIGMI0E1011
000010111i it 1 11100100011111 T ODGGGGGGI
EE0G0000600FG0G0G0111000PII1190CEEG iltiG I IGEGGGEGGGGGGGGGIIIG6GGc,GGCEnnGGGI1
MIMI NI 1 11 I1111)00091111111)OGGGEG 166E1
1 IEEE-GEEEGGIODG
IGGGGGGGGGGG00001 ODD I 000C0FGGG0060.0166GGIIEG6G6GG1311GG
1100
inG6GG7076GG0GGIG007 GIIGGGE
mouTD11101111001011116001111C0011( IEEEEGGGGGE,GGGGGIEGG0900(10071000000EG
IG90GGIIGGGIGIHIGEuEE IF 070000010GG FO FF Gcl3G IOIDE EEE EC C
06G 10G 1111011111.01 el) 1101100000GF.E110E7rOIEET
GcCGGL1Gc16160000000000GE 11000GGliGGGE,EF !Gilt
GGGC61 I I 119111( 11000100000001000GE GGEE
000000100160611AGG If 01000F EE00E
MILEEDDIEEGHIIGG t11000InCoGG IEEGOOCE HEE IF
IGGGG 11 ( 00001111111111010000700001G000EEEEFEEFEEE
0111GG0F11110111011011000111101IGGGG1fit 0000ECOGE
EEEGG11000c101000010911.110EEHEEIE
lic 013061104-0001914003 t0011GI0091300EGFG
if:6661911H 11111111001111000011 (909000GEETEE Et EC EP£(EE0110091000(/t1000000ECCEE 707IIE
111111010010011130100j00000110001100000GG000E
GGGGGOOIIDII1U0II0 0900000 00001 0000000GEE
IEEFJJJEEEEFC00000000010t0GooIEEEECUF0E0DI GE1 1011111FOfini0000000000000000000UDCCC00C
GGHG011000000010011699010000GDOE0)71001)GGGGIEI EIEJE f ME 00E1
()6661. 111001101 MI I 114G600000001G 01011400(10GG1300GE
IF9G000000GITGC,0(010001)0111)10010611F11110199100011601000nt 000000CCGCCC
EJEsiCG CIE CWIECCCO100000E-01GG119e0P7 /r)r D0111010Friff' 0010000009000001300 (GG 0000E
11061001 On09000000,1010900000 I100000001000001EEt: I 3666E0 60000E tCCE 000E c1301,00t
io1.01)(10900011110110110011111 111101000000001000000013G
1)0111GGIODOOD000001111)1[000(30M1000000001)010000CCGICIF
001011 G I 11110000000000101(3000 C0000101000119191)(lonny
EE700E-EEEC1300[EEF70IFOr7010700008111011141-01111U111)0000000131)1100000411100013110
[FEE Er
FE E0urEEJJ0rEFGrCE liF1115. DC Of 71,700011110010011
110000000013001400110110001ThE
1..ka
1429 B
1430 3
1431
1432
1433
1434
1435
1436
1437
243e
1439
1440
1441
1442
1441
1444
1445
(446
1447
1441
1449
1450
1451
.
.. Utt. Otto t t 1,1 tt10.01.1)110111111111111111W111101111'1
0001009100191000D1u000001100190009910000000000001MJC000009C00FuCCEECFEH10100110000900000VVDOVVGVVVVIDOC
000011010000010000001001000C000000090000000900000CECEE009CflOOVCCCODEFIDEEEFOIFTFIVOODOODOVVVVVVG66GGG
110vVvVVIIIKEN7vvv00000110(000Dovvi0000000008000000EIGDOpOenpvEECCFFCCMC91HRPFuOUODODIOVHHuHVGGGGGCGGG
DOV01100V141;11CCVICUVODDIIIVE0000100010000V001100098G110CCCCO,MOCOOCF09ME00H0FE10000ROVVV9VVIIG666G66r,
VVHIOOVOHIIIVEGYBOVIH109IODO$11000090VEn0000000909POODOCCOOFEm911D9MMODIFV01EMFMIVOMOHOv9HvIHVIIV666GW;C
IVIII10001196661101111111011010000090000000001090669000001100CUmV000C0011EV01 En01109000011000116GHIGGCHGG6
110010111110066GI1000101111111I11090000000P009606000017900CCCOOFCCCEEVEEOVVVEHHPMMMO111010010V110GGGGVv
IIIIItilonontmtlioltimmitttocoonommoboorooAnowinuicommovnforuoEronFimperstrffliwoonnoutonimcnlin
ImmutloominlIGIIIIItolitimompopnononnopoegloominFocccrifoomoonommocpotrwinftumnoommotommou
opmiloolompoloomottiolimmotmonommoloommemmenortruccconEccoononommoEmOmotoommumpoonommoonon
10010000111000001611091 vvVVIVOH0000006000001V190901416COOFCCVNOEFHOOHNOM001I060001FmHEFIIIIII4m000000000°900
ommootoomomoutimmitionttommovionoomioormcnooKccowimmeouommormommovonrommommumonnonontiml
D000000000140000011100001H900000PD00100090000000C006ECOCHVOE9POMOOPHDOOOOPOvvOMUF011COV0110000°000G010
DOIIVII10090VOOVHDOVOVOVOODCDA000010000000CD0000000FGEED0000CD0000000111F000900V001I111DVGOGVHOCICHGG1P1
OIIIIODIIIHUVOODOOPPV900000100000DDEOODORDOW1900000FEDOCOODEMPHOODOOKOVONMMCOKONVOIIIIIVVVOGVVICG6GOIH
10000PUDIVOCVOOODV100900010000000000POOP000v000900000C0000NvOlivm000000MOKMFOOKK400001000v1VOHVVGMHVIIHO
HimmornoHtflonnuotInuolommeorom000mmoconooponnocuominmommopoonolofimmiumommionclumummomGGummo
UI10000901)1100000DE0000000000009000ODUOVOOP0090000000C0OVv00M90001100009VHK0000001V0010V10110000OVOGVGIH
woopoonopouliOnconommoommommoopoommoommeonocCeoplimcwinownouoommomonon~ponormomononoimolo
opownommunlimmeopolimolcomoRiumpootwooponcownouponcooPrommommommommummilmmouonioitotictiFF
ofirommilimmummtnnonivoncomiconommuommoncommpoommiroomonommoommummoimumocmin0000polononccol
010411VIIOOD0O11HODV4109000V00010000091090HCHO0DHCCPOVODE0010000000000000001111011 0111I1I181GHOVID190000900C0RH
.01.
WWI I
t it LI I
IOU
iMin 21,1 I1 umoutio
£11E 11101100ELEt 1E151 I 1E1. 011011110111110011101)000161 0110000011000000
00000110006111611111111 I 1110E10)0001 01E1E1 0000006EIE JJJE 1111E61E1 011001101111.11 EEE (GEE OEF 0911111 ilt 011100111)1FGGG00001000000no G
1447
01100000000111 68861 1IIIIIIIHHG6011111561500111.01101110 3.13014311 01511E 0711066611_ LE5E00E EE 111)111,1111161101166111611.100101101101160E
1498 h 00000001)0004 Ell 4115111 I 111111f GEECEEEEEE0091011000000111.1101111161000161,6 I 1E1E1E1 0110(11101111
E1111111114111,616 000109011111001)01
1499
0009000000000FE111111 GFIFF.11 FE1161111115166000110000090161,100001_11 flOHHOI I IGGE EE 11110 0E1111011f IOU EE I 1116GGCLOI II l 1IH1000001116
1500
00000000000000GEGEGEIGEGE1 JEE IGEEE 1E11 1'00000900000911 I OGEE F.JJEEGMILE 1111 111110011110011110911FEEOJEFF 111110010110011091,6166
1501
OnKKO011000110000GE ELF F661611E3E1 11E1 GGG610900100000000000001111E EFT 1101 I 1111111 1110010111GOOGGIII DICOI EJE I0001900000011066GGG
1502
111011100011000000011011( EGGGEF 6 1E111 I01111111)01)0 1111900000011001100f T1EEEEEGOIIIFF1110 TGr ODLE11E1)10161,1 GGG LE
nn
, ,
1503
I I I1000000110011DODOEEI GGLEUG 1111E1
G 11000 011116000001)110000061611111100 I GGF EEELIE 00 OIEEOEFEEIEGGGOGGGGICEG100100091G666666
1504
11000 I10011000011000GEEGGGGEGG111.1 II I 00 11000110666000060000060E U1E11E1E01161E1E1 D1 014001 I IEEE Ilt I G61666661 100110001111AGGGGG
1505
1111111100011f 1011011111165,11EFGE 1611 IEDE IG I I DORGG 0909001000011901116 EEEDEEE E FEL11116011110 OIGGGG 1161E11
IGGGGGGGH 16661161016666666
111E G 11090E00 0001111161 Er E 1611)16 If f 111006 10100011000000 000000911111111E EE 1E11 661,6690661,66000GG 1161 GGGGG 166661016611666611116G
1507
GGOIG 01111111100000100,66GGE LG 1140011E ECU 6600000000000001100000001 EF Et FE I 1E131E01E 001111116666661 I 11111,616GGGGOGGGGGGGG6GGGGG
1500
I 061G GG 1 GEE 00000111( GGGEEEG 1001)000.1.111E1 ODOOP00011110000900110001,11 FEE FEGEEJJF
DEDOEEEEGGGIGHIIIIIIGGI I I I GGGGGGGIIGGGG GGGGGE GG
1509
E MCI III 665 0000110 IGGGGEE 10000000E0E13E1 G 00001 1009000101000001 IGEEE EE 1E0E1 E.IF E1106611 III IGGG11131,61)111110610;66666616666666666
1510
133331E110010110 1006666111) 0010000011110JEEFF 0000011001 000 01000010111GLEFECEOLEELEFOOlIGGIIIGGG61111 I IGG HGG66666666666116666660
1511
El1E111 rE 903E1 GI 01111611001EE 900011111900011EJJ31011001 MUM OE 0009111000JEF tE DEEEOCE 1E11 0619:G0111 IH101900110GGGGC GC1111166GC G6166
1512
I 06 IGOOE GHEEL 11)01E1 00.1111 00110001000GGG10LEF.J001901 9000000(1 1110100011 E JEGGGEECEEE JEL113066661 III 01111)61166GGGEGGGGGGGG6630161
1513
100016000000JEJE 00E3E1 EOEFG 00001100 OGOOOGGG000C011110111000G6661000000GEFE166 000 (1G1f
11111111111101111111666666666666GGGG0GGGG6
1514
I6111 1300119001E1 FEEE00111111VD0000111101161)101101101001560001)010011111100001011GLEE
000101666E1 0E 00111660E1016661 IDIGGGIIE EGG6G61616
1515
66111111110311061111)(11111 u91001)00166111 I 001100101916100000000000101606661HOF 01)1E11 CE009()GGIIll114101166610oDI 0000060011666668
1516
1
111191111
0 0 0 0 0 0 0 1 1 1 1 1 6 100006G11160110001000010000000000000000061061ECE01)16CCC0GOE011610991111111111011111)000000010100001,16GG
1517
1600011101 11101 0000166 06660161,010)46GGH6G0001111000009109000014000110000DEGGEO9010000CCOED011000K00F
0100000019110110000009000DI III
1518
HEIIHIIIIII 0000001 666666666066 GGGGGGGG00000010900000000000 1)000000000CECECT Gt111006910000006011 0011101111100001100000001)0000001(11
1519
WIC 1011001100900000001 G6G6GGGG6GGGGGGGGGG001 001 b00100000000001)0900000001616
0111101010000000010F00010130111001111111100001100090000
1520
11E11 011000111 000001166661,G I GG 66611 000060001000 CV0000010000000000000000GOLE 00000
011000110000001 I 9111016090111K/0119/01901/ 000000
1521
I F_HG1 II 90111114T 10000016G6166 011E1E61 110000 001100001/000110011000000000000
OU000011011001111011111109001H
01111141111011061001011191010110 1000000
1522
H 116111 01111111190 1811100006G66 013000E E OE I I I 01390011010100000 0000001900900900000 1 1
1011011000H111410001100661110111111111110104H111110011 110001000001
1523
1161,61101001 011014101004 006000000 (1)() 010 000000091E0901100 011001)0000110000011000
I16000011000110011111011111K10001111111111110111111110111K
tiHI I 1 T 11000
1524
1) 166 00090000000011000110011)F 0E1E1E11 0001300 009 00000001100000006000000000010166 0E1 0(1110
03110111011116HCHIIIIKK11111110010111100011100 1 1 1 0 1 1 0
1525
001 OE 00100)11000000000011010110913E 0000000000000000 0005000000000000000 DOI IG 00E1011100000111991116111101(11111111101111101 WM10000111001)
1526
00991 GI901000009000001111 00EEEEEEE1E1301190001)000000000000013000001)001)0010/1100910
1495 B
1496 3
152 7
1520
1529
1530
15 31
0532
1533
1534
1535
1536
1537
1534
1559
1540
1541
1542
1543
1544
1545
1546
15%7
1540
1549
1550
1551
1552
1553
1554
(555
1556
1557
1558
1559
C.
(9)()1100110(111 1111 I 11111 II I 8000[1:1011011OFFE 000001)1)f E JJEE Ef. Of
)11110011K111110/06119111100000/01101M114100(0101 10000
011001040110011911000001011111011110000009100010100000011101000010)090(1000000000016 OE 00110111119111111914116111111(100110119111HIEK1(010WI 11111
014101001101)130000E 000 01 00000 II I 11101100011011000KOCO00
0001)00000119000010001100111E1HHOOOCHOC11001011111100111111111161111H00001100001111111
00001)0001100000900000110011100111.1 6661616111GH91111011000011001109000110100000KGE.10000410011111 I
Till
00000 001 901 I 0000110010900111111111661111660011611 0000011000000111101001016110000016 00011111600i0 1111
00001 000(101 1001100E901 000 I1111IOICHGG166666116 000111009001 MOH I I 1111011111011)0()I G DCGJDOF0)1)0411101000(100011111 I moo OE 00 100161 11001000001
013000 I 11)00010000991)11100001111G60111 11/111666117. 111000091 111011 0On 009001 I 000001C10066000601/11110110001010(10/00106911 0011114IIH 11000 (10000
0009191 090150110001)111)0111100111HC04 1111611101011101111901141111000011901)1110100000001)090101131101H690116111100001
0019114111E FF0101)(1101 1 1100000000
000111100900900110 001100 I I I 100 IHHIICIMICEGME 101)000110009110001901110(1111u90nctcri90noncc0613141111H0100000110EEE(111111111111)(11100111000E
001 9H11,1( 901(1111,661111001019001111111 11111161100005 FOOL 10011100 110011106 01101104 1 10P(10,1111100911111110111
GC M( DOE ECG E GGGE 000110000110(00110011110000000E 001011110000000K I 00101000001/011100114611011091
E01111111111100110 0191190 00)101111K 011 11 01111011111m
1E1116611 010411 900110009M K111111011011 1 I OHMIC
E111011KCEL LEE I 000)10000001)0 I UHL 0099000001111001111000160 0009011901100000100601- rititw000Etinui
11311.11010 lOnnlioKOFOvriti0(11nof
00111114
6 0000 0E11;710(14)00(.11TIIMMEOFIMOJI(OCCOCUM1171t ODC0)t4(10070)0111)0 90001141100000111 660)360011011G11100 1E06001 OHIIIIIIKHOM1000009101 HIE 00000
00011 0101015 000011111111111100K110110JEL5110H111)000111110000101 000001100009
0001111IGGGEREEDI11160013111011033E1(141111001101000111111001101 1 00010
E100 EHJKEEH0E11111101111K1101 0111001100161011001 160001000000001391010000101)666611111610101)1111119CCIEJ111110101011
.1.111.111( EWE rt 111111111111/11410116 0901K I I I110111111110001)1)1000
10000000001,10000000
0000001100110109000DEEEHEGE11C1600110011ECHHJJ.1111111110111101101100001191111110010
3331MM-1E1E FE H)114141 000061)( DOI 1000011111100000160001,0060910)(11101)00090011 .1./G DOEE6f.aC 0000110014016.111111E
I ID0000100WIMIIIIIIIIH
GI10)C6C1(10(10)911(0.4130 00.10001006101001060000111111110006 9000 00006090000000011.10CD1111000000000110HHJ0311111101(000000000(110900
G1IGCC 611KOHOOKCII111140011101111110000100066610 0110 I 000000000000010100911000013101)0H01'0000011011111101400100 EFEFE 00010 [10000
KCEGC El( 010000 OKK000061119018011006 066106
I 111010110009900UPOC 04110013KG HOOLE E 00000111111K111111 00111111101100f
LOIKOKEEK10000001)00000116I0P9CAOGGH66666 1111 100000IG 00000000110001)110111110090E 1000E000HKK OKOtIODEEE
11090)11 I 10000161090110110000DH111000116016601110000100006010000000111101.100CG 001911131111)10103011111190
DoonoDoo I Oliril)110000000D00000000500G GG000000001 000110 0110000011000P090(0010/3L00000116
0911110000000013000111 iorthuolommootmoGrGoitomouoonuomooDuotothontirc IC 005
K000000900001100 001000000000000 0001 00000000900110011 0000P100000011n
olonoopoon000nonnoounnommouotwooponcoononontitrononnowm
lootlenumuonnotootiononoloHopoqoponommolimmo
000011000000110119001100000DODOUOUBDOOFOIMOD
00000000 (10014000(7001101001100001) On
00000000001100090(9011 00 09
09 IMO 0000 I 01)01)0
000n011
1035
1036
MO
HUIIIDU
GIAHUMMIIIII0
0001000GGHFIGIIIIH
FIGGHUHUMMUUG1000111GGI
HUHUUM11-01GUHUUEEUGH1(0461GGG
HIIIIIIIH111111111GONHIOKIINMHIIIIKHOl1UlKK
lOG6OM6111IUMNUUGG6GGHIGGCUMGGIM6
GHKUGGEECHBIBMGHGVIiiGGIOOSGIOWIWKKKUMIG
HUUIIIIIGHGGPIIGGIGHIIIGUIGGIOIGNUKKKKUUHHCGK
GGGGUNUGGIGGIODUMEPEEGGGGGCGGUUG1000001HGUKUHKIICH
HHHHGUUGHIIGHHGGIIIHHHIMGEGEMOSHGUGGIOOMKUMMEGKKHOHIllH
IHHIMG0UGHHUNHIuMGIIGHHHGGGHIIEGGHGHFGGG6uHUHKHUBUKCHHNIII
UMGHHMOINUBUGOUGGGGGGO1061GHINUMMEEGGIBIGUUMIGGMIUKtiNf
KGG
GUEIGHGGIMGHMUIIIGGGHCHHGGGIIGGGGIIGIIIIGGHGGGUGUHOGIUMIM
00110404IG
00HIGHIMUIGG6G6GIFMHI6GIIGHHGGHGUNGGNIIIIII1IIIIGHGG0GGH
04101KUBUKKKEKI1CII
111GI660G6GGIGBGGGGHUOFFINII11GG11GGOIGIG666666IIIUGIIIIGG
GGGUGHKMBOIHKKKNKKKGII
PGGOOHIGEOHUGGGGGIIIGGGGHHHOIIBKHUGHUGGGGIMIUGGGGGUNII
GUCIFOIGHHURKOKHKIIUKKKKHHKEG
GOP0000GGOGGGIEEGIGGGGGGGIIGGG614010111140414MBIGGI-MG1144GGII
IIGHHEFFIGHIBMUKKKKHHHMHKXKKKKKHGGG
14GGOOGG00000600GGGGGEEGIGINGHUHG111100411FIGHWHIOSUGGGIO4
BGGGIUGGGMOODDIUBNIKKKUWINKKKINKKMMKOGGG
DOOGGGGGGGGOOGDO0OGGGGGGGEIGGIGGGGGGGGGUGHUMIIUMMUHUI
IGGGGGGGGGHGGGGGGIMOOOBERHBFW11004KKGKIBMIOWEVIGI
000GG1GGGGOOGOGOOGGGGGGGGGIIGIIIIIGGIGGGGHOIUTHIG
GUGIGHGGIAGIG1IIGGGUBGGGGFICOEFFH~HUGIWHMIIIKUGGKKHCE
0110611G6G0DOCOOOGGGGGGGGGGGGGGIGIGGGC1IGHtly100011GGGGC0I610666661611611610-461GPAIFIFOOHEMIGIV0011441tIKKKKGEKKKK
000BOGGG00EUDOOGEGUGGGGGGGGGGGGGOGIUOMOGGG4004FIGGIBUMIE1GGUnG6GIGIUUGIUGGGGPGGIIHMIGHIMUHUGNIMORKKKKKKGCU
GOBOOGGOOGHBODODOEGGGEOGGOIGGyG-BGgUGHNGGCHUNIMHGOGUGIIIODEGUGGGGIIGGLIIGUMG10100110041000100101EKKKKKKKKKKHMI
0001000GGGOOG009OUGGC(5G,aFGTGBHUHOUGUMUUUMIGGIBIGUGIFTEVOFOOHBHUGGUCIUUMUMWOBB41004GUMUUMFOIFKKMKKBUNKKK
00O00
OGGGPOG6G00G,G6EKT01011GGEG00GGGGGGIIIGGG6GGGOGGE06E0606
OIGG4666660E1140040001101004104W01141411111IKKKKKKKONHK
U900000011OGG.GOV6UGGEOGGG0I6616666IIIIII1160HG6PGGO11GGGD0GEFFIAGIG1GG6GGI71141441WO0
11 14111111 1OGI11111I11611KKKKKK
COOMMUOBVCWOGGGGGGGGGIGGUGGGIIGGGG6G1f00t1GGICGGIROGGGGGUGHUMGGIOIGG10041IGGGIIMUGGIIGGGGOKUTHUmmlIKKKKIIHKK
000000OBIGULIGGGOGGGUGGGGIWGGGGGGGGIGGGGGEMMUUDOGGIOU0011110-004BUGBliGIB404411BuMUMMUGIII1001HUMUKUUKKKOMI
0001114110001HCOU666E116661166GEEEE16I41
UUHIEIGERGuDIE000000014111101111041014111 11101 111114111111
111101491110UOU4KKK6I514
0000000B00GG0DGGG6E111111GGGG666HGGGG611666I11I1, IIGGGG6000606
KKI
11111 MG000000B11HHHHKKNKKKK
HH1111UMUGIUM11IKKMU11OMMOMMIKKKKKK
IGI66,4166661,FEGUGGEGG6000GGFTHGGICH01101000011II01110101U01001411I111I1111MMIUNI11111MI1
uHDK11IMI
100100110110OPUDIGIGHCFGGBGCGGGIGGGGGGGGGGGGGDOUGGGGBGGHUBBWHO000HUUHUUHMIOIGIGHU10.0001UKKHHUBMIHNMHUOKOKIIM
10001110110000016MCGIOGGGGGGGGGGGGGGGfE0GGGGGOGGGGGGFGGMHH1100000UMMIOHOUMMBOWMUHUMM10041111B104441(0000
11101110100011014456605
IHMIII1IMINIUM1
00000010011000000EEEEGEFAGGHEGGIIIIGGGGGGGGGGGGGFEGGGGHGGGGGHOOBOUHUOUNIMOCHMUtIMGUHMIUNKIMUMWIMUKKKUMUM
00110011000000000GEE1EEEGG666IIIGGGGG1G00000GGO6FGGGGGE1.
0410)00101000001001141444I1 ;H14OMUUHUMMM444411M
100900000111900006.61116111 0EUGGGGGGGGGIGGGGGGGGGECGGGGG11GGGGFMM111UHG101141(
01011110011IPOOGFEEFEEEEMUGGGGGGGGGGNGGGGGGGEGGGGHGGGGHUGH0nDIDD0010401101)-0~10#70011HUKKHIUHUNMWOOMMBK
01100I11101110006EEGGGG6GfEEGGGGGGGGGGGEHGGG6UIGGGGG6GGGGGGGOP010100110H0HOH11IIHM111
E6146G6006661.II1111000F III IllllCCll)lIOOIll1llIl1Illl4I4l4llHIl44lIl4lIlIIIflIl44nl4p.14411144
00111BOUOUIBIAGGEGGGGEGGGGEGGUGGGGGGGGGGUGGNOrIUGBOUGGCGGiGGBDUITHUKKBWMUGGKUNUMIHUGUB0011900I1OPKOMUU4104110
010000000 001;66o66666666 Ill 4141614666r,6 66616614115
FEl4liIlllGGGlll0ll4lll4)lI4l44I4H444444l444lI44CH14U44KflI1fl4lKK54(KgK
OM000IMIGIGIG6UI1H410IIIN41440000019040001001MKKK141111
110001 I00901400l)CEEIE 66661 666661144166 I 116644661 1r,606610006611091
1037 4
1038 a
1039
1040
1041
1042
1043
1044
1045
1046
1047
1040
1049
1050
1051
1052
1053
1054
1055
1056
105?
1058
1059
1060
1061
1062
1063
1064
(065
1066
1067
1064
1069
1070
10/1
1072
1073
1074
1075
1076
107?
1070
1079
1080
1081
1082
1081
1084
1085
1086
1007
1088
1089
1090
1091
1012
1093
1094
1095
1096
109?
1095 8 00001111001000nOICUUGGHHHHGG6 (GGGEHHHHEGG6IGGGGGGGGGHOHKG11000M10001-00MHHHHH101PHGIH11OM10101110184OHMK11111IKKKK
1100 4
1101 b 10001191 1100U0DIGGGGHHHHH6GG000GGGGEHGGGGEGFIG6G561111611MIODEHUF100100110041111HUM11HM0100110100110010/00001CmHMW00
1.102
n
1165
14
111,0 I 1..(A.A00~..4,1 1114( I b61, 110P01 14,111 IDOHO 1 101
,
1231
1232
4
,
. , ,,
,,,,, ,
. ,, .. . ,,,,,, ,,,, . . ,,,,,,0 . ,,,,A. .. ..on$114A A 1104AAAHAANA4 11
4011110AAAAAn.AAAAnAAAAAAA IIM 0114.111,4,4( 46 (A I- tI it
ApAn6pAn6AAA6A68AAAAAAAAAAAAAA6A6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA(A601664/16AAAAAA66A6AAAAAAA4AAAAA60900011flOGGUEGGFEEEEF
1233 a AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAARAAAAAAAAAAPAAAA48AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAKAAAAA0F900MGIUGGEIF1711
1234
AAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA666A6A6AAA900PflOCUCG16F1171ICE
1235
AAAAAAAAA6AAAAAAAAAAAAARAA6AAAAAAAAA6666666666666AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA66nopumoorAliwrEGEHEI
1236
AAAAAAAAAAAAAAAAAAAAAAA6AAAPAAAAA6AAAAAAAAAAAAAAAAAAA8AAAAAAAAAAAA6AAAAAAA6AAAAAA6AAAAAAAAAAAAAAAAAAABOOPSDUCHFUICUIEE7f
1237
AAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAA6AAAAAA6AAAAAAAAAAAAAA6AAAAAARPK9n6POOODFCCCULEIE
1234
ApAAAAAAAA6466(A6A646666401A67,666666666AAAAAAAAA6AAAAAAAA86AAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAA6AAAAAA00006110000FffEGCEEFOP
1239
A6AAAAAAAAAA6AA6AAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAA8n0P00011000FOOFFCCEEOC
1240
AAAAAAAAAAAA6AAAAAAARAAAAAAAAkAAAAAAAAA966669AAA6AAAA6A4A6AAAAAAAAAA6AAAAAAAAAAAAA6AAAAAAAAAAAAA6A0P006p0O0pOoDEFOBEEEEC
1241
AAAAAAA66AAAAAAAAASAAAAAAAAAAAAAAAAAAAAAAA6AAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAH99011086014100E004FEIFE
1242
AAAAAAAAAAA466(6/4666A66AAAAAAAA6AAAAAAAAAAAAA66A6AAAAAAAAA66AAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAGGHOOORR400040000000Ff09
1241
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA8AAAAAAAAA6AAAAAAAAAAAAAAAAAAAAA90rOPOPOUCCGGOCOEOODFOO
1244
AAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAA4AAAAAAA86668AAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAARAAAAAAAAAAAAA90900990EBCOEDDODGEGGE00
1245
AAAAA6AAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAA6A6AAAAAGGGDOODEO2DCBDOCEE0OFItine
124E
AAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AA68AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGGWIDEMODOBE(00000GEFEFFC
1241
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAGGOODneggPREEpounGEGFEDDC
1240
AAAAAAAAAAAAAAAAAAAAA866AAAAAAAA6884A486AAAAA6A66A6AAAAAAAAAAAAA6AAAAAAAAAAAA8666668AAAAAAAAAAAAGGDPW1920EtECOOOFEEFFPFC
1249
AAAAAAAAAAAA6AAA6AAAAnApAAAAAAAAA6AAAAAAAAAAAAAAA86666686,4668716686A8AA6AAAAAAAAAAAAAAAAAA6A(6AAAAABBOODDOCEEFODUGEEEGOCE
1250
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA(64666AAAAA8AAAA6AAAAAAA669668666AA46AAAAAAA4AAAAAAAAAAAAAAAAAAAAGITOODOCOMIFEHOCOGEEEDOE
1251
AAA6AAAA6AAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAA966664AAAA4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAGGIOPODOOODOPPG010f7COE
1252
A4AAAAAAAA664AAAAAAAAAAA6AAAAAAAAA6AA6AAAAAAAAAA6A66/168AAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAA6AAAAAAAAA6GDPOODOWInOBCCODECECC
1253
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AA6686666666AAAAAAAAAAAAAAGFr0090600000ECCCOMC
1254
AAAAAAAAAAA466AA66116AAAAAA6AAAAAAAAAAAAAAAAA66AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGGOOOPPOOKBE00000FEE
1255
AAAAAAAAAAAAAA6668AAAlAAAAAAAAAAAAAAAA44668AAAAAAAAAAAAA664AAAAAAAAAAAAA6A4AAAKAAAA6AAAAAAAAAAAAAAAGG6B11211(floAC800pOOOODC
1256
AAAAAAAAAAAAAAAAA6AAAAAAAAAA6A6AA6AAA6AAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAA6116666AA6AAAAAAAAAAAAAAAAAAGOOPPOUBOE00000D006
1257
AAAAAAAAAA6AAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA66864AAAAA6AAAAAEBBOOD613909096601360
1258
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAMAAAAAAAAAAAA666AAAAAAAAAA64AAAAA6461166AAAAAAAAAAAAAAAAAAAAAAAAAAAA8AAAGOODOSPDB099006138[
1259
AAAAAAAAAAAAAAAAA6AAAAAAAAAAAAA8A66A6AAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAA00004000110%660000C
1260
AAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAA6AAAAAAA6AAAAAAAAAAAAAGGOODP0(160B99000000
1261
AAAAA6AAAA4AAAAAA6A668AAAA4AAAAA6A866.1646AAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAGG0000009P86090000E
1262
AAAAAAAAAAAAAAA4603666AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAABORB0009808090710130
1263
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAA6AAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6691100000QCO4000000C
1264
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA66611646AAAAAAAAAAA86AAAAAAAAAAAAAA0009°00130000090000
1265
AAAAAAA4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4AAAA6AAAAAAAAAAA4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAP900[01069P0971000000
1266
AAAAAAAAAAAAAAAAAAA66AAA8A6AAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAA64AAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAA090119090D°89060NWK
1267
AAAAAAAAAAAAAAAAAAAAAAAAAA4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAnDpg090pop9oBam9000He
1268
AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA4AAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAARAAAAAAAMMOBBIMMOCWW90011Hr
1269
6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAA6AAA6A66AAAAAAAAAAAA9OPREUCCOD9OODDR00000
1270
AAAAAAAAAAAAAAA4AASAAAAAAAAAAAAA444AAAAAAAAAAAAAAAAAAAAAAAA44664,184448AAAACIAAAAAAAAAAA6AAAAAAAA600(1011400060CCEUGOOKOPtth
AAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAA(46646AAAAAAAA4A6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA86646AAA646411p09BOOODCDCUCMD°HCWWFU
1272
AAAAAAAAAAAAA6(66A86668686AAAAAAAAAAAAAAAAAAA4AAAAAAAAAAAAA6AAAAAAAAA66AAAAAAAAAAAAAAAAAAAAAAA60740019COICRDOUDOOIMHKKMHN
1273
AAAAAAAAAAAAA66AAA66666606AAAAAAAA6A6666686AA6AAAAAAAAA8AAA6AAAA6AA(AAAAAA66AAAAAAAAA66AAAAAAAAMIORDOCCPBODUODFUMIDMMMMO
1274
AAAAAAAAAAAAAAAA6A06AAAAA6AAAAAAAAAAAAA6AAAAAAA8AAAAAA6AAA6AAAAAAAAAPAAA6A6AAAAAAAAAAAA6AAAAAAAGOD09000°D0H9ONBIMFUFM1100
1275
AAAAAAAAAAA6A6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6A9569666,64666669664A6AAAAAAAAAA6AAAAAAAAAAAAAGOGPOODE90141.0660000EF80Bal
1276
AAAA8AA66/1A6AA6AAAAAAAAAAAAAAAAAAAA6AAAA6666p4A666,(4665A6AAAAAAAAAAAA6546454151444AAAAAAAAAAAAAGG9990P090000fi9 e0070099DP
1227
AAAAAAAAAAA6AAAAAAA6AAAAAAAAAAA4AAAAAAAAAAAAAAAAAAAAAAAAAAA99666646AAAAAAA4AAAAAAAAAAAAAAAAAAAGA600DOCUODOHDPBOOMMODB130
1278
AAAAAAPIAAAAA6AA66$164A666AA6AAAAAAAA6AAAAAAAAA6A666466AAAAAAAAAAAAAAAAAAAA(460AAAAAAAAAAA6(6666/160P99009000DOPMFM1110e
1279
AAAAAAAAAAA6AAAAAAAAAAAAA446AAAAAAAAAAAAAA646986AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAA8690E80901(900600MFFIWOF
1280
AAAAAAAAAAAAA66666666/466694AAAAAAAAAAAA8AAAAA6AAAA666AAAAAAAAAAAAAAAA6A(04AAAAAAAAAAAAAAAAAAAAAAAA611600000130900UFENMFM7H
1281
6A6AAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAA46(AAAAAAAGO9OVHPOR9601(6901308B1WS'
1282
AAAAAAAAAAAAAAAAAAAAAAAA4AAOAAA6AAAAAAAAAAA6AAAAAAAAAAAA66,466AAA(AAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAGOOPOP0OPUM100998°FEMOO
(263
AAAAAAA(AAAAWAAAAAAAAAAAAAA666666AAAVAAAAAAAAAAAAAA4669AAAEAAAAAAAA66846AAAAAAAAA49698AAAAAAAAAPP99009011n9n9H990DEFFOO
1284
AAAAAAA4AAAAA66A6AAAAAAAAAAAAAA6AAAAAAAAAAAAAAAA46968666AAAAAAAA6AAAAAAAAAAAAA6AAAAA66/116A6AAAA0190909COCH090890998990013E
1285
AAAAAAAAAAAAAAA6668666AAAAAAAAAAAA*AAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAA6AAAAA4686AAAAAAAAAAAAAAAAGDOCHDOOORPOOROOB006090060
1285
A6AAAAAAAAAAA6A60,0.64AAAAAA4AAA6AAA6AAAAAA6AA6,4668646AAAAAAAARAAAAAAAAAAAAAAAAAAAAAAAAAA(6AAAAAADDROUCUB9000A0P093WIFFMMO
1287
AA6AAAAAAAAAAAAAAAA6AAAA(AAA4A6AAAAAAAAAAAAAAA008AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAA6A6AAAA9090996196e99H9A090FCDOHN(
1288
AAAAAAAAAAAAA6AAAAA6AAAAAA4A4A6AAAA8AAAMAAAAAAAAAAAAAAAAAAhAAA6664AAAAAAAAAAAA6AAAAA4AAAAAA13090139HOPRDP429DBFFODODIMMO
1289
8464AAAAAAAAAAAAAAAA6AAAAAAAAAAAAAA6AAAAAAAAAAAAAAA6AA6AAAAAAAAA646AAAAAAAAAAAAAAAAAAAA66666ADDOUCDOD(10006°ROMMGCE6DFCM
1290
AAAAAAAAAAAAA6AA6AAAAAAAAAAAAAA6AAAAAAAAAAAA668AAA(AAAAAAAA6AA6AAAAAAAAAAAAAAAAAAAAAAAA6AAAALWODCDOPO°9(Cfl°000UMOCDFDPIHM
1291
A4AAAA6AAAAAA6AAAAAAAAAAAAAAAAAAA6A46AAA66AAAAAAAA44A6AAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGqBaCnpoonfloCECCMC0110°D0f9RKKE
1292
AAAAAAAAAA(AA6AAAAAAAAA4AAAAAA6AA66AAAAAAAAAA68AA6AAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAA9UWEGIMUDUCOUEECCOOD°4(3n6K(
1293
AAAAAAAAAAAAAAAAAAAA6AAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAAAAAA6AOROF9C9FID99CDOGCCCDCHOODC9DDEC
1294
AAAAAAAAAAAAA6A66A666A666AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA99991CG°J17[F(WEICCCCoaCUKTOORBOC
1295
AAAAAAAAAAAAAAAAA6AAAAAAnAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA66AAAAAAAAAAAAAAAAAAAAAAAAAAA00HCOCMODJEJUMIDCHUCC093(1°DPCDC
AAA601698AAAAAAAAA894A4AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA6AAAAAAAAAAAAAAAAAAA8999°FECC7JffECCF7F1DCCcoR0090949SUB
im
,
1297 B
1298 4 880888888811488888888888888888AAAAAAJIAAA4AAAAAAAAAA4AAAAAAAAAAAAA8A88808480888008000080090000UJEECIEJE6GCLGCUKKHM9000Rfa/
1799 41 AA88AAAAAAAA88888AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA880488888488888488AABB00900H004008000CFJEEfFETCWIK80DCOGHGGGG
600
1301
1302
1303
1304
1105
1306
1307
isoe
1109
1310
1311
1312
1313
1314
1315
1316
1312
1310
1319
1320
1321
1322
1323
1324
1325
1326
1327
1320
1329
1330
1331
1332
1333
1334
1335
1336
1331
1338
1339
1340
1341
1342
1343
1344
1345
4346
1348
1340
1349
1140
1351
1352
1353
1354
1355
1356
1351
1150
1359
1360
8A8AAAAAAAA8A0A888888888888884488AAA8AAAAAAAAAAAAAA88888AAA8888088AAAA888/000000800000ftuffOun0GEGGEcEtfiEWF00081FAIGHGG166
88888888888888088888888888AAAAAAAAAAAAAAAAAAAAAA8A008888888808888888888888P80808080001140EU00800EJEFJJ4CEFGGUDIIDIHTIGIGG
8888888118888888888AAAAAAAA888AAAAAAA8AAAAAAAAAAAAA808888AAAAA88888AG6888000900000108080EnCro080GECCECJJEJUGOMDOODWIG11G
88888884088488AAAAAAAAAAAA8880888AAAAAAAAAAA8888888888484888848AAAAGC01880100P000P980040JJCF0900CC(CEJJAFFEGHEEGGE66GGG
888888841488488880888088888411088AAA8888480118808888888888888880888088868GGP4808P808008PR9CMCGC0008FEEtErTJECEEEEEEEEECGC
888AAAA8A88888888888AAAGGE00000A0BAA8AAAA8AAAAAAAAAAA8A8AAAAAAAA88AGG6600090010000001180CCCCCIEEMIGEFJECECCAECE00PCOBBE
AAA888AAAAAAA8AAAAAA8GOG000pc000000088AAAAAAA880880888A8AAAAA88888AGGGG0009100090000P0000floGCCECO00C8MEACCCCOCCODE0C00
AAAAAAAA0DOOJOBOOJOOJOOOF000000E0000000088AAAAAAAA888881188AAAAAAAAGGGG800009CC000800008800CCCJJCCOCCCPMMODCJELEEEEEEECCC
pEEE4E009°941F0000008800011D800000110001,00001188488888014888888888888088AE008000000009008P81098CCEJJJECGCCCERICECIFEEEVEEEECH
093,11800EFBOORD08090.1880000000000°89800008P0A8AAAAAAAAA8AAAAAPA888800000P000P008080P13000130FCCCCEIJGJ,CCEFFEEMEEEEEEEEE
OBE001,00003000050P00009000009000000CD000000008P0800011000000P8P00114880000110900110C900000098FHOFCCEFFEFELCUEEECEIG166EFFFE
03008C00900000K00e8800000080000C000PFC000080008080000000000000900001300008DOORPOB00008880CCFEEEMECCELECEEETECEGGHGGHEE
OCCOCOCFCC900010013000009901100900000900GO00C000088000PV000000800E600008C000099P000008011809000FEOWFICCEFEEFEGFEEEEHMEEE
ONMGEEFEEFF0FGODOROBODOU0B0080090000004000001100P8P00000000009P08800EFEOCDUMMOOKI0011090050000000FEEEEFEEFELEEEEIEFEEE0
00F1CCMC1.CHF80900000000800880900080000000008000006000GOD00019PCOCJFE1
DOD000900000110001300890011005011FIF01 )01 FIWUEEEFUEEtEC
60FMMCCCGGII0000800000000080e000000008000090DU00000090000C01300JC6CEEIG00000OU00000011000008088000h00011000CCFEEEEEEEEFFEFF
00011
P0000CCGCGOCCCOOODOCCFCC004e00000000PC00000009E009000(3080000800CCCOFEIUODOC0000800000004000008890900000088EWFUEUEEFFEE
ofFEDECFIIKForoCnounce00e0e96006611980e00000000898800B08ennecxxl0fEecce00000(108B6n0win996600eR96F09000FFIIIEEEEEFEEE
00P1F00gIfE.IDG00000C0001300000009880GAECOOPPEEF0086000B0800000000JECCCE000000UP089001100800000800008880009FI11001EHHIECEEE
BRFETreloolEffmoEhtiCCMC06600060080013066R1309CHISAAI060000800g006C10[
CcCEEGoncCO9U0000008800980M00080D0009oFF608061HHEEEOH
Don1MNFFHFEEHHEJoGtocOOUBrinpanBe4o009nnfinuo6008ppROOPHEMO0660800n061(104CcoCCCcouo001100130neenungnononPononmlonocOoFoimi
FIFI0000400mEGFCFGGDOCC009e000000890080008013800008000001100800CHDEOCECCOBGEEMCC00008900000008000009800000000000068011m
IFGFFF0mE0090FICEFMCGODOC80C01300050eD50000E000000006H0000000801100CNCJECEIFBIGOCC17.CCO00000008000811000000001M00000400000°F
IGG66F9FOCIOHOFFEHGGGAACOOBE0000119800000080000002000000908000080OCMHECEE11108FEOCC0000000000000013000800000000130130000013110F
DHCCCFEDOPHMMOEFO10111GGCR000090900000890,10000000000008M1800000HOPCHFEEFG6F1041CIWOR00000911094000008800908800090090100001
80MCCEECUPFHHHCOOFFFI1000C00000C000PDOBFK00890ME00000000000PDCGCCCCHHFIIEUMFIFFGFOOP000000000001111000898HDED0PD000998008
fitifFCCFOCEF8tim011OnF000000000000C00000890FFUH0000000800000000000CCEEFEFEUHKCGC1C00000000000080001311000000 80080000000006000
MICGEFICCEEOHNHFOHBODOODHCCCU000900099IFFDPDPF000000D0DC0FM08F0OCJEFIEEEGGGGGCRKFDIP0030ROUPPN408000000800BOOD0000000000
ONCCGGEMIEffF0000040011000CC6E000008000000009000899000101180C8090CJEECEMAIGG66110KKODe00000000068001P0PR0P00C0000FF1190000
OHCCCGGECC;EtOFF11000000DODOCCC000010009000090088000F0000UP0001-60000CEHH6POGGGHIMOD0001-09080088090000UPRODOOECODOFFF0DPOr
08MHHHECEV:FLI01100090000010DCGCCCCC000000000000081000008000000P00000CCHODPOF61014(0F00000000000001100P0ME110000CCECOIOF000800
CCHOMM16E;a1FOSFOGKODODODDOCOCCEOCOODOD009F0DORPOOCEDEFOODPCCOOFC001EM9080(11411GC098000UOU1188000UHOFFF000000UFC000FOOD000
Doutomm6DCFOOFFDEDG1000000011CCO6C°0090161n0anotimPo04011H6OnooC29BorCocconoreloCOODKDOPCOnononvntmootiFFe096001300cFOBFFFOun
HOBEHAFFfIrDCODOUIGCCOODODOIDOUCCP000008060AM00140000u00°80000D0CCCECEFOOMEIEIFG11466G000000008000800F1-080080PCCEIDGFEEFFOP
10(00MtmrIEECCOFFIGIIHHUODOOCD0000CCH000000110130000800P00008MDOPCCCD0OCCHOWIEIKEEIGGGOGG0000000008000UFPOOPBODOCUTHEEEFEE
0000ENHOOFTMLECIFOF6GOD000000000CCCO0000000000000580010000000E0CCODECCOONCEDFEGGG00010000000008P8URF000080CEECFFFIEHHHE
DDOOMMJCIIMMHCOFIrIG666000000DOOCOR900000990BOPIOPF9119000POUFOOOCC00000CCHEECFGGHDO001090008080008080FOCODCCFICEEEEEFEMP
(10:CORJCF;MMCCUCCFGGGGGODICOODCUME0088Mm110000E0F00011F0D00001)000000CPECCHEEEE0100000110000000000PDOODCCFEOCCEEICECCEECE
(14TOOMCDMHHCCEGMPITIGG6GDOODCDC009000110MMMHFOP00100000100801,00004060101CCCCOF01000.°111090000004100P018CCFCCGEFOODECEEHI
OUDOCGMHCC18MCJC6688FIGGGGGGG000000C00013COMMH0000900008FF0000000090MHHOrPAGE6CF00000ODOOD000000908011,10CFFEEECCEEEGGECtIF
0000CCDCCDGMHHC06CUAGG6GGG6GG1000CCCCCOMOYM000090000H000000000E000t10KOCPOEECf1001000080°00000000801,00P000FIEFEECEFECCCCE
13DOOncmCFEEKticcEG11661CGGGGGGGG°0900cOODOD000H0formeenOniononpouon000nCCHcmoDIEWD0DOOCommoonon°000(mumMuCcFEUCcE
00000KCOOCMHUGUFAGCCCHCCI6G6GGGGID000410009CODE080000PBOPOD110000004000MCFMCEEIOG°100DOECEDODO00000°0000841001GF1100000EICE
OCCIODDKCCUMM414E0118MHCCIIMIGGGGGGGODODOU01019000MHIF000000014810C104)000000HECEENAGOOOHOCCHCFCCD009090CDOOODUODOCH04000F0D0
0ECEEKECC044HEECIF841HCMCG6FIGGCGD000010000099M114-9001100001F14C000U9rM00ECFEEF6H1100000CMWIFEUEG00600DC00OMMDECGC0000008110
CEUJEEECU140104KEGO8MFCGUCG66GGGGC000000D000VEODOOMAPOCGCOOGEKU000000HHOOFOO1F8FOFOGECODH60DOECC.CC0900001180900C00090000POO
CODOEECC010001HODIHCCCGGG66GGGGGGODOODOOOCEOODOCDOPOFOODCCH1810110F011DOHOUDGIEOFH880EFJOSC9000Cff8C00000000000C060031100DODP
CCDCGCCFHDIGr4CMH88MCIG1166GGGGGGGIIIIMOOODUDUnDOOOFFPODODOGOU11000001HHOOODGECOOMUEE01111110000ECE10940000P00000P080089000
coUFGcccouRDHrocmitinnmCIGGGGG6GGCGIonD000000DoolmintioproDOOKOD0oWlennuouVloonnonutailmmoolionsoFfinqionoccnonn.egummoccp
DCIFECr;60C9DEKCHIDeMmr6mCGCGODI019000°900000000PMM000g0M09000(000000°1001MPOTEFIEECVADRFIDOE000C00000P400000800000090CEC
nexCE6DifouooKutimoolimoK4C641113111)090900n0OpouloommmuunoonoHneUoneoccwounolirocEcommonnin000pOnnflonoommenononCoOneo
EcoCCCCC06;DooGuilmICOMOCniwoommoonuonoUnoomeintionOuF0ocCtioCcrtmoopOommunGufiCEJJEDOUroliGGrimH0^11noonpontmOnono0OnoD
ICCECCCOWAGGGIGGH1040000014(08000000000090[000GGG0000flEnflOCC9C000F0401000000u61161MGEGDOCHHEFFGCHIDOM8ODDUDOPO9PPOPHODOD0
CCATCHIGGGGGIG6GH8.4110010C0[0000000080000BVPDOOGGGGGIFINCMHWICHOGEOP0000090MKKHuflUCE00CCFECHDFCCHF8CM90HC°8000P000811000
KEDEPFGHWAIGG6G018114110UUDOMOK001300060°D0OODUDOOGGGGHFC4COMPHDOOfF000C00114094M01114016G1000CCOCCDFIMM88004MORDN0130000000C0
HCCEEJGGGGGGGGGGGIII41000KOMUD000111000OODOU000001)66,;11E4101101NeltiNCOOKOMMOOHOOMIUGGGHGCCGCFDIMCUCEIMant91MDMICMIMIEMICCOIS
FECIEJOEGmlOGGGHOP1114-000000000000009001)00909430001411,COONWINPOU0841)110000u0OHHHOGGGHGCCCWAC0C8EEMMMPHIWM8M0MMMOMMHNiM
HOGGGVBEGGGIDOHG0(4160800000HOOONC000480P000o0000SHIU00B7514MMVUDDOOOP°00009MmOlIGGGGCCN6GGGGEOPJM8M8M8HUKCISCHMKKWINNHM8
ODIUGGEJEG00000C6H1118100000010160U00V-00410C0000[0008m00.0008mHW1n0001)00900000H000GGWVCCMGCHOE1FC80880011101MCHW448HHKMH
0O060£CIEW1lOODOW,4SHI11IIFGGGGGG6G6GG000000000C0091M11480048MmtiM0000100000000116,16601G0M84,18HECEIOFFHMOMUNHM1,14814MMMHP
0000EFFIGC0OUCOODIONMHIOIF04PIGGGGGGG6GGORODOUDOPOM80811t014mmONW1H8MH01110000DHOOIGCHG1111148HMMEM011141GGIEDDMINHMUMPIMMHK
. ,
,
.Immo DOCCOOK 000000011011K
.,,
.
, , J , , , , , e 0 1 1 . 1 , , , , , , 1 1 1 0 4 . ,,,,k..1.,,,t
otu.our,....4111,01011.101/111111J1/011111,1111,11 I; 1.1 1.1:0'131. Gt,l;l:JJ.It ll.,1 I 1,1,11111,11111
4 Dinntthouc Dim no 00 Dom Ho Dommtol
1011t16 GGGGGGE
001111101111111111GGGGGGGI1J011F000110110011011ERI0I001111111000K0H90011011103011)111111000IEFF011011J.IFJCJGJEf
IG IF I IGF 11 1 1
nf IEEC11900000130011tf F11000111.19K0110110110000099100000
IGG I I IFFI1F111111JJEJJCGGCCEEI I 11111 I
DE1)001101.01/10KOH/10001:110E/100000/1/0/019110GGGGGFOF1101311073/10000I0Ef
0E0G1111101.1011GOG10100001111111010G900016GGEE0001111E
IEF8OFI8RG1CII000
t 000000011FF00000MH11001100001111011110HI 000GG I III Ill1111110000C00000001
I IGGI I1111/1111111101101100010.0)11000111 I I GGGGEGGIASIOCIEJEEIEJGIE
,_
363
364
365
366
367
368
369
370
371.
372
373
374
375
376
377
378
379
300
301
382
363
384
385
386
367
368
309
390
391
392
393
394
395
.. ,
..
i
a
EE/I Ht.
IGG IIIIGEFF E FIEOCIEE If III DIJIEF
GIBGI I 011009000111300000111011110100001100110000011110K0000000110111111
111/1000000013001110111111HGGEF00000001100110011000000000IGGOI EtlIGIIEFFIEIEEEErEEEFIEJJEJ
10111000101000 100110000111110001011111111HOH13000 I GOF00111100194000117113F11100F11FGE I 1000011000.0000011000011001I
EGHFIG 01010090011000000011K11110111111000CC 0101)0 OF I
FE FIE0IIIIIIEFEIMIJ
1136131101011000000000001000o1011(3100001100100K I0C.G11011111 111111 11111111041101E
FEE 00110E00101000000000090110000 IGlEEICHGEE MOUE 00110FE 011E
HGGGGI 1111111001:000 I I II
100GCG110100110110100011101KCOOHI1,H0111101F11110101G0011FZEGGEGOI
000000010000001101000F F EIEFFEGGI I E CHOFFE 011110E0G
11:666 III I0; 000091116001100GGCCG101
OC HOOG 0 LOKK KOHGGG111111111111071110;11011G 'GIG
I IGGGGIEJIEEE GOIOOFE P000110610(11611CHIG6111100K0111)011111111111111F
M11101100001,0000110000011000001111CIEEFIEHEHHMK1111000011011110
HI I113111110 IGGIICH11/111000011111100000011U0C00000C7110EIFIEHHFEET110900011HHI
IGMAGGI IEEEGGGE 0IMEED0601 Kt. CCGCGUMGGIIIOGOEOEDE
[11111011111ff ED010I001)1100000100110000130006FOLEGF E
I I00000G 1E11 I110000001100011011.GGGGGL F11GOODI I
0811G 'MGM HGt1IlliGG I I 11GE GFG00011000(11100DOCCUOCOMIAC.ICCIE1
tIFFUHEEf MIDGF11111011114
1111130GG II IF: I IGH000111011 (03111111GGGGFIG6110(1.11011E1100
11160C00001111111F111111G11011IIIGIECCGOF.09000000GG0009000FICEJFJJGCCEEIEFIEOCHGGGGGGGH
I111011111110111FItI1 I16111GGGGG00000000110000GOGGCO000CCJGEGGIEIIECEIMIGIG111111G110
FIBIAIGG VI E131111GE 10111101001111G IIGG1111:11E 101110111I II DOI
I111111111111I 00010111 IGHEFEIG01100000000000OGGPCG000HCOGCCGEGEEEE
F Fo I I GIII0011016E 131E 011011009 09041 11011111110101111101
EEI1G01100KKI1G
HOF 101100111 S110EE011101EF 00010 11iGliGH/10E01101111GHOE 0101111114110110111111040GE11111E01300001101)0011001)0000EGCCGGIIIKCJICCOCI IFEEEE0000911111111
01 I 001011111101901310100IGIOIGI4C KKKK K
C0130000000C09DIECCICG IIECGCEEIFFIGEF111)1110010131
16111110111010E I13E1E141IE000913 00010011 I 00001111001300E009111111131111910111101010GC
GIIKK000000000110010E1OC1111000CCG6F_CCGCGIIHOOF110110111111
GGI1EHI013011uF Efl1EFEOIEJ100EEI000011011011I111EOF I 001011111111111110004KIHOGEGGC11
IF DO 000000E 0000FE0OCCCC
OM FFROCEEEEEliE E IEF.131110010000111111000001111
HCOFCGGCEEFFCEIEGIOT 1E1111101G
I 0000191111111I111311-1111GMIGGIGOr. I
11100 1E10410130EEFEE IFFOOJGO9I001:10C1/1 0001100IF
10300001011 131111101)UEIF 111613(1 I F000000130F9000IEFOOCCCOOGCGCCOFCGCFCCEF0000000310
000000 1100f
0101009FG00(10110C0CCGGHICIOG11090000,41111
F001101)110070101IIEEEIEIEUEG1100909111101100000F 0101G100001111114II I 071116EGG110(1 I1 /I 0000EGEE010099000CCODOHGEIGGCGOOGCOFF.0111110011111111
COOFOEC00111 I I IE II MEE 111111001101010 I I00000111111F
000001111I111111116IF101001111I 11000E11 EU Iff 09114t0000H4469C1660E6 0000011110001 001111
CIE JJI9E1.04111I6666EE9IEEFEJJEEI10101101001111111111IEE000110116G1,GGEL9110111111IE
I I 111111)1930E I E1t11001)0009001)04;OOCCCGC1300001100110110141111E
3311331 001 11111110GGG 11FF EC( III JJ100101900010001 FE
OCE JGEE1111111143161000E1011113 EE3E I
10001100EI66G6G1G WWI I I I
1111111C10100GGGIEGGG000011000000130911NDHODEE0110111111111-11001
1111111111111E6 00000000IE 0G813011000131100
0001111061 DI OF GC1131GIG IFJEJEEIE I0E01100010(10EIEFFE00011(1011G6GGGGE1111
EJJJGBIOO.CIF
HIKOHOOHK(100001-1110613F 0110
EEC( If 0001,0011666GF 00118111111011811. I E00000110001 I
KC 0110906011 GG6G6 EF GGE JJ JF. 1E11 1111I JOE 00E1
011011110100I00000000K30100000911110E000
EIIIEEFE 0000001/G6GFPH19111111111/11111EFID00000000001)Er011BG 000001100000000000HG OE ow (10
CCC COMIC OCE1.1011HIGG6GGGG1I JJOIE I Of 1
OECOC PC9110010 IFIIGGGC00101GIE
E(310101E11EII11611011000011091111H11111111111011Ea0D0011KKI1091111110E000091)0000001100011H0000FE00001
EOEII101JF_ECJOE00IFEIEEFEEDOOODIO(10117111110111111GEE
EH
013GD110130IfIF 9 IMO / DI00I011101001IEEIIE
11.1E
0000011000I1091111G100101100001100KKE1(1100001100110
JJJI00110EFEIFEK10000000900011I/10011I IEEEE f 000000IIII I I DOE1100G0000130011111111KICK0011110 1101H
60061310990010011900000100GG0000GIEFH14EJJJEIOOFFEEEFF111000000000110I1011111113GGI010000001)001001001000110900111 IG110014K00110011011110
.
- . ..... ..,
,....-.,,,,,,,,,411.- .., .- .. - ...
.!.01,.......1/01.3,71171,01,.7utut.114.4,0t
Lk uuumiumot 1101, (U 00011140 uulti. I cm.. Li tik.inj.r, I. (.1to..1.1,16(Gi I Lc. KKKKKKKKKlit.t,
1429 ". Out OE CcEE 15-31:CE C6C651:151611
166616166666661
16600[OCCOEOFCIIF
0000900000111110F I ()II 111111101411I IF FE E1111111111111E6G161 66 IIKHC.F I I I IK66K1(
1430 4 0000CCI IF E I IMCGC I I II16166666666166561611666666
0006
061E011EE 6011110011001101100110FIIIIII 11111111 IF 1 I
1431 9 FF000111 I IFIIIIGIGG661616666,5616161CG66166666660100EGDOOE
EFE11111111011111111161116EGHE1111111111 (1F11
0006.1011000001)001111001(
I 1 111 IFHI 111 IIIEFGGIFF 111111111
1432
000011DIFFE II I II '11161165161661116666 611616661666
riM1111111111111411-111111 I HU
Of1019161.E111111110001100011101110110011
I
1
F
1110
0911101111011
1433
010111 I I FF Ir11KHHIHHM1111F H11161
00001111 It 1001116661515566 166666661
616F,1111616111100011010111111110000H111110100000011W IOFFF /114011F
1434
/111666111114118041101111116111114F110111
1435
014100101I0011IIIGGGGEGGGG6GGfIGGGGG611666666GGGGG66600000116010011011111111001011101111E11001411010 If FI11111111116161011111111114111111111FFFI11 0[1(101110
1101111110100011011661161616111666166166 16516161616G
1436
6G601100611111110011100001111K 0000100111911111111101111 II It I
0111 i I H[ Il I I I HGG II I 1G ,GG6GGGGGG G666 G6666 1,
143 T
1438
1439
1440
1441
1442
1443
1444
1445
1446
144 7
144!
144 9
.
1450
1451
1452
Ilit1140141111111111181101160H111111011161
66666604E001 1 1C11411f 1010111111011000001011011 0611E 116E
1011101110 11 MG ILL I IF 1611161 16(116165666G
1116111411100111111111111111111E0 I IFEEHHIIIIE DM I 1
A616666111001 01166 000100i HI 01111111111111011111F I61161111
0011111) II IF II I I IF I I[ F,GGG III 116161661 616156FL GCCHH000
I1111110111101111111101111401E liGEEFEE111111H11111114H
011111100000OG II I 0011000111111010111111111111f E F 61 t 111111111111111111EFEIGIIEEFEEE11111611111114
00011 It IF II IF [111'11661 I 1 I G61116661 611661616191110000I111111011F
OCC 11
090110001I1Ei.1 01 11616 II661 66G661161 61606661 00111100011 OFIIIIIIIHE F II II 010101101101101000116601111111111
00011101011111100000111111111F.OF11141111111110114111114111111EFIHEIEEED1111111HKHil
00000 I I 1 000E0 RE 011666661G 11161 6666611161CCH0000000C11.111
900110110001001101EE I I IE IGEFEE61111111111111
EEEE011 YIF III1111111111411111111001111I DIG&
08000000000E 1 E 11EG6 G6 II II W111666616666 00000006011C ()EEO 1IEEE
110116111H110111111011111Ef 1111GEGI 111111K
EE 0000401111111110014044000100411111411014161000010141.401165
it I I 1 11165 Gtoli E IC
0000000011011011E0C.16 I II I IFF 16161616561600110110000001010E
0E1E1 EE 1E11111111111001I 1 011111-1100110111II1 1 I 1
G II CIO 000110066G' IC 0011161E 111116616 III 00000000061)11 I 165 FEEEEEE
11111111E1111E4110mott 1 I I 1111111E1 1 111
111101011111010101111140111111111011011
G III() 011100006 GGG ICCI1111
III 111 I11111111111IFF_E IGG 11E II II I III 1311
III1666166111110000F0DOOHI11011EFOHOEIE001011/111111110011110011111111111011111111451111111111101116111111
00009110000000066116CF 116666616
6661611)0000001100066011000C
iiiMIIIEEEEEEEJJJ
ECE00000111111101011111111111111101001110000161111H I I I 1 116,11116 I II II I TIME 111E1 1 IEE J
00030000((9)00D1 GG 0E016661611615611
I11111111 II I D11611161 I IIIIIII 116011111116
090110000000000066I1661 1161 6666666661 6100000000011CCOCCDFC60000001140011101111111111111116
I 000011101001100PIIC
Of 01100000001101110111111114114111111111111010161I116 1111106611666CA II 1111 1G0GfE E IE 1141 If
110000000000 110714106 4 1 0 1 1 1 6 6 6 6 6 6 6 6 6 1 1 1 001100000000 09001101JEE
01101/111(11(
11000000000000000000 II 1665566166616
11411141011111111010101116511610111111111011111111EEGE 66111E10111E 0191110K
1110011000011C0000111001100000011111110101)1111101111011110111111616104I 111111-11-011-1116 11E1E1E1 I II I1111110060111 H
11111 I 000000111100000 1 11 11066
01111 I
6666666GGGG0900010141110011009(111010111108411101100001110111111111011111111IGGE0101110101101116600HE1EEE11111 000111
.
1.1
1 , o t t u , t o o l o o g o l i r t m o o m i . . . o . i t i f i t 1 1 1 0 1 1 1, 1 1 I I I 11 10 PI
( 1 1 1 1 1 1 1 1 1 M I l l i 111:KNRK10(1,1(10",f,10110.1,11
1495
000000000090 000000000GGG111/C 661 Cc CFEFF111 111601101100000011011110111101101100011001111
11111 IF II /F11/11111 60111[011F1FIKKKKKKKKK0KGG1 11 K
1496 4 G c. f 0 000(11)0001)0000 VIDOCCCCC OGGEIGCC EEE.6 II Ell 11 I I I 11111111 10;110001101011011011111111
I [1 III II IF Fr 11 11111101101 1111 I 1I IHIIKKKKKKKKKKK KKKKKK
1491 h 11101;0010j000000000000ctc101:0000uF010(101110001
111C,GlIGGGGI00000111111000111011111100 11 01111101111031 I
KK K
1498
IIIHDIIKKKKKKKKKKKKKKKKK
OGG01) 011011111100000001114109G 00061106 CGCCI1C00001)000110111111161, 1
IG00U00011011K11K0111111G0 1111111011F 10111111 1111111111110110KKKKK1<KKKGGK KKK KK
1499
6E1 1011000 [011000000009000GG 00006 EGO 094000 00C11061001111,100116
0000000101110(01<101111116161101111114100 IF I 111110110111KKKKKKKKKKKKK000KK
1500
GGG 1 00
I11110 00011100000660GCG11106111100011100001 0011111100000000011000101111110110461161 0R) 0100111111000 1 F I1111111100011001KK1<1(1<1<1<1<1<41011111KK
1501
GGGG000010100000000011000C 01,G CHOC FOE 001100010100000101111100000130011011GG11110I111001c1111111 1 1 01 1 0101111111111110111111111111111G01110111111111110E E
1502
[1K
GGG 00090011000000001000001101C0E 0116001001100061011110 001100011011061166116 1 I 166101111011111000)1111111111101111 01110100111101111111110111661/
1503
KKI1K1<
GG66000000001, n00111000 000601:1 EE ODI10I 01101101111011101411111111110000006.1,61,GGGIIII6
16011111101110011111110
I
1011011104F11111111110111114101K11111FE101001100
1504
GGG 1000110000001 0000001110000000 0110000001010001 01 1 0111110011 IGG 16661011111<1101111001111111111111(0111111191101111 111110100101101111016,HHG111100KKK
1505
GG I 1 1 000011100110001100000090011H8001111011111111 0 III 1 [0111111101 I GG1G II MCI 1111010001111110101010111011011911111011001001KKI10111.1040011111,01010101<6
1586
116011 00001101 0010000101000001000110110001111111401111 I 110011101 116666 I IF11410111110901
1402
(101111111111110100104110111011111110111KKI00001111111KIEFKKKK000
GG0000000000 I 10191000061100001111001460 0001111111111110 I I 100 I I 0111101116666111 I 00111010111111011100110
1 01111119 NI 1101111010111011000111110.111D91(KKHM-11+
1508
GG6 00 0011000001 I 0000110K K0000000140011666611111111 10110111111111110111GGG I I1111K111
011101111410110111011111111 0111100 1<11111111100 M0013111011 I1011011001KK
1509
1,611100000 0000110 00011111101)000011111101111116616610101 1111100119
11111101111G1161,11000001110:1100011111111111
1001
111K101011111001001110101101111111111110001111011<1114
1510
110000000000000100000001111014010106 IG 6666666110 1 1 1 I11111111110111110116G6011014111101111111111
11411101110 11011110000001K110KKM001KK114161110011(14010101(KiiK
1511
GG 101 I I I 10000 I 00001111106 MCC 61106 16661161114611110 I I 1111111101111111111110616
111111110010110101101111101110110000101(3101KK K1011010011 010111400(131404KKK)oof
1512
G 1111110019000011000 OGCMGGGC 41106C 0166,611G6110110111111111111111111111
606661111019111110011110111 66666111111100011411101111101111(11110111010111411GKKIIK0KMIKKKKK
1513
00661011 000010C11[001G0HtIGGGtit9IGGGFIIGGG1111G1IGGIII0111001111111114GGGGGIIGG11000000110GGGGGGGII1011110000011111101101(111111K10111
16. 11(011111111KKIIIIKKIIK
1514
61011010000011GC11011GCCC1166613166 GG111)GC1163111111011111 1
151 5
[516
1516
1514
1419
1520
1521
1522
1523
1424
1525
1526
152/
1520
1529
1530
1531
1532
1533
1534
1535
1536
1532
1534
1539
1540
1541
1542
1543
1544
1545
1546
154/
1548
1449
1550
1551
1552
1553
1554
1,55
1556
1557
1554
1559
6141 111100111 I $1111166 01101IGG 011GGGGC, 1666661010111,61101 11111110111GGGGG10111111101011011111,GGGE1G11111100111014111110011111111KKKI1GFF_GGH1111011(11FIKK0KHHH
111111110101111116GEG1.H10101111111110161. 61)661101111616011011611110111011111111.666111 110101111100101101K1
G661111100 [116116101G11011K I9116641GG6IIGU I 0001111111101111 I I
IH0G1111111111GGIIG111111111111111111010G1IGGGGGGGG0001111110011KKI1111171 1E6E11110K 1.111110111011111111p
10 35
1036 5
1037
1038
1039
1040
1041
1042
1043
1044
1045
1046
1047
11
1048
611.111
1049
1050
1t1.LltLGGLLtIIII
1051
FLIAL 147.666116101F0I I
1052
G111771111674 001111P1111f
1053
GGLFF ILLIALLLELOLLL11111
1054
66I666GLFULGLILLUI TI It
1055
LGUI171111.1111_10011IIIFIF
1056
GGIIGFOLIIRCIIGLIALIIFF11
1057
GGGGGGGLIGGGIGGGGI1GIGGII111
1056
GGLIFFILLIGGGGGGGI16111111.
1059
66611GE000IG411136GGLIIIIII1
1060
16GGGGIGGGH4663666 111111111
1061
4GLFLLIIILFIIIIII1644614611
1062
1661611 ICILGG6GGGG1111101GGIG41(
1063
666(671 IL 16661G1016146600066611
1064
111111117,66;11GGGG61.11171111
1065
GL66666666411161.161111117771 IL
1066
61111_61G1IG6HGIILLGL111111IIG
1067
1111661 IIIIIIIILLILLLILFP (7(1
1.068
1069
1070
1011
1072
1071
1014
1075
1011
1077
1078
1.079
1060
1081
1082
1063
1004
1085
1066
1061
106,
1069
1090
1091
1092
1099
1094
1095
1096
1097
L1161611101601 117103111711.115 I IF IL
G7,G0066111611 ULF 000071111 111110
6666666GGGL If FFFF11100711117711
666661661 Lir 77711.137071.61111.770
6GEGGGLILLUFF000011FFL1IIIF0071
66666167411 n0110FL ILLF00F1119011000
66646611 LL111101376111117
1.71717100110
666610911UL( IFFH117111111f1FF 00000077
611611110110111 IL /1/111P11/11110117-1 IFF70 I
666GGI1L0PLOPILIFFFt1Ffi011710FF071I
666611.111110111101111700001-11F 1091111
GILLRI11111111101FF7011C111111777711007011
66111711001100011.11111101700900F00FI11
66611111111111111107111111171111111111771
6611110100091111311F7F1111IIPLIOFFFFROF1
GLECL11111300811111. 1F11111117009711 LILL 17,
LULL 00110111181+LLIALeFLF11 Ft (IPF1111.111
01311(1000011901111 1.111. OFF OF f FFF 000(1F 11111
1111111111111301199110111007117EE OF 790041111111
041111111111711000FF7110FFF7971100611711
1.01101 LLL110(1007FIF11117F0010011600171100
0001111 Ffir 9111001F 16I IM1Ot0OFLLFFLIIROl6
0019E Lilt 11119171 IFFFIIHM1777-11.11.
L
110097171r1711/3101L,17111ILF7H711111177111111
001307FF11 fmill/111/117711H11FLULL111111171
ltt Dr1101111111101M11111111111111.11.1111139661.1
yy1.t17871IMMIMLI 1411111111111117FL11100010011
1001111111117141'7111011111.1111177809011.11040
777FI11IFfrt MULL' ILL t 111100L11141711I1L
1 111.771117FFF7FLLtiFFF00711079tif FFFLL omon111
1099 B Hi MHHINICCFHCH 111GG1GHHIIIILILIFF199Ht4.101,6
1100 5
1101 b
III) IHTIHHTI11111CHIGHHM11111LIFFIHOUIF011
1102
1103
1104
1105
11111.EFF(111HIHHHFFFHHCHIFmnFFLIFIALF111t1111
1106
1107
1106
1109
1110
1111
1112
1113
1114
1115
1116
1117
1116
1119
1120
1121
1122
112.7
1124
1.125
(126
1121
1126
1129
1130
1111
1132
1111
1114
1115
1136
1137
1130
1139
1140
1141
1142
1141
1144
1145
1146
1147
1140
1149
1150
1151
1152
1153
1154
1155
1156
1157
1150
1159
1160
116)
1162
1163
toi HH(111111141H1111111/169111111,100FFIGMH11
HHIEFFF1IllrlIGH111111FFIttFONFF116C11116C1
HIM IFFFIFTFUHHIFFM11HMIHHHH111111GIGUCLIAG
MCI IFFIIEL1HCHIF1111.(111HIGLIICIIGGCHL6GGGG
HMI FFFIIHILFFLLNINF11111AFFIIIF11111.111111.
1H1111 HrfriFFIIHUIFHLIFFIIIIFFFIFLIF11F011,11.1
111111C9 1v11F(1111It11.111HOIFFLPF-11114-111111111111
HHCHH HFFF(FHFHFFHIFFIF1FFFIlFFFEFILFGFOPILLtt
GHHHG FOHOFFFrirMr(TrFF11FLLIFOLIILFFF9F111.111
CIHHHG voiv1 it(F11111IFFLIFFEGIFF1111H1f1IGHFFIA
CCHUHC MFFF,11IGC1rHHIFftr1111..FILFFBIH(frift.154.
CcciomillrFF1111MHLHHIF111F11FFIFFFFIFUCCIA.11G
1GGGHLI FIFF111.16.1,1FIFFILLIIIIFFFIFIFFIIIALLOLL
111.1G(Ht hmrFFILtilitlfilffItIfff(FlIFFFILLLIADD11
GGHHHHH r1FF(HrF1_11111I(IF1HFFICIFIIFIIIXECID09111
H111000111C HIEFFF1HM1tCHINFIH111111F111166G1HGI1.HG
GIMIHHHIf Frffiliti111,111FINFBFFFIIILFFIIGGICHGLCIAL
161164101HG f FFFlI ltLLLFfr .IHFELLLNFFITIiGMIGllllll
Mt
I1CCHHHHL rFFOBOPOPROFFILE1FILEII1F111.111.G111C6114
61111111011111 HEFFFELLE111411HHF(91F11(fiFIALLF(11EIAM111
HHHICHHHH1
Gi;614GUMIC 0111-FLC1.111111111(11H1aLFMH4111311111_111_
CrinNICIIHHH 404090911.13111111111111-FFFOFICOIALUt6sF
Hm1(11,ACH1041 011)
91108U1111061111111111FFl1111F11111111
HCL111LGHHI vntierreonenunoeuorrrMAIMAIttiLtfilit
HmlitilmON inIndoenGlOnnincimirFririmFifrrFFIlltrOup
10101001111(HC096011011111) 1LIOWILLIALHIHFHPF1WHorref6FrF
HCIMKH1000400 OOFfOillIEL1D1L11,101MFfreerifHttfrft1ffft1
(110101141KKF(011 FIIIIIIILI1011111LIGH101,011HIFFIFFFFFF119
1111,0111HHCIIRD OIIIIIFIFIALOLLIAILLIALowrimmtAW01.11
HI1HIFOOP9000
FINH60101130ROODW113111FULUOFFULIBFHLCHNHHHKINHH1111f
0004e1 wc6mini
CHOLCIAJELL1(101.FILG11H(WHEHHCIHOLCGILIA
139111(HHGGCH1(014111.1.111.11(11t11.111MHHGM1IHNGLGGHCCGG111G
IIHHIFIGGILAIIIHILLOF1FFFILL1111CGIIIIHMOACHHII0HCCGCL1F1
GIGGIIIIIIGH1111 H111111F11111ECLHOFFHLUHINHCICiic1(0F11
I1G160166GGCG11111 111111.111.1WIL1HHLIICChH19.411F(1611G111111
Ell1F1G6G6GGGHt141
OFFFIFFFFF111111111.(HillifltHFAA1H11(19_61.1.
IGG1H1111GfiGGGGG1H111HHF111F1115,1,11HLFAHHWHHHH6111C1FL3111(t
IHIGGCGGGGGGCGG1011'1.41HFFICGrICGCOIHGC6mHIGNHHCGLCC1111GGLG
HCCHCGGCCGCGG10111101141111111tUFFTCLHHIJILLCF$6666(1.1,6t60111C
GG6111C6GCC6101611H111HLL1FF1FLI1F1G1111L1_111(111111001T1LtIGE
cCC6HCCH16CHG6C1H1 ,FFH1H-IFFIFFUFH111111f11114M1PLGFL11166C
GfCCIGGG1_6101CG6GcH
HmilrFrieHIIHNFFHILFILIFFF9FFF111.11H111GCC
GGCGCGICCIHHHCHC16 IGHFLFNff
(FHMHEFL1rFtill1-11FFCGICKCCG6111(C
GCGGGICGH190111KHHG
GCCIICC111POOJJENCCI 11(1)HHFHHHH4FH11111HHILHFFIG1111.11(GC06CC
(TIFFFHP1m/ff1MF1111HHFIFDF0CGLLitIAGIHCCHH
IGGICGI[10411JCH((mHU1T111lff(1111I1M11115H11111A11111t1t1101S116
G6GCCGC6109PC1C(11H6
61111GCC00001HHIFIll HCFHHrHf110111(i1FIFFIAFUIL1c1111116fitiluGHE
1111111919:11111111FFFMAIFFIFF11.1.11111CHEPEEP:
GGCGCGG11130191H1111116111111411WFTIMH0Fr9FICLELFFO11OLHHIJEffEEF.
GGGc000HH,0191_((tH160146
G61411CHHOOH9DIGGHHGGGI mit1Fm1.0110(tH1(fritiFT1FIFP000HF111 t0tEEEEfElf
imarInMrimmmmmtutroprinogrorfirtF (crEFEF(
OODGHDDHOWIF61111011166 m(OHHENFIIHHIH111.001111F11114,6611 ECEME.
OHGGH11600010111CHm(1C1
IFIrFFHIH11MFIllIflObtt111_1;l11111 ffEEME
P111011100100HJJHHhritel 1110rfml1HHHHLIIIILPtL61:11.111.116 CCEEFEEE
11111(11HOHD9EPCCCoHNIIGH 1111.11101$4111((9.61LGCC6C11111GGCH ETETEEEE
110110010E0E000CeN9HCH( 001411H4mKHFIIIGIGCGGG6HIAL(111cH11 fEFFIEEE
(11160000E000ONC0CMIIIH
IFFILHNHI11161111C111GOOFM11IHCC
01100000DOUHNWOCC111/111
IFFUriFsClnuffiacroPfleoRmHtfir
EECEE(F.
EfEEUEEt
11011(1109BEEPBBC411111001114113L11G1ILLIF101_010_10C11HHIA1 FEE
OCHHLFLIFIFFT111l11OIOHLCOH1HHRI
111/I19000E11#00m0111111111
1165
1166
116/
1168
1169
1170
1171
1172
1173
1174
1175
1176
1177
1178
1179
1180
11111
1182
1183
1184
1185
1186
1187
1188
1189
1190
1191
1192
1193
1194
1195
1196
1197
1198
1199
0 OU111111111HOOFFILH1444itiq
-""""
5 6111161116;011.1.661M161101661110E1DMEG111100Zi1===
C
f1111111EMMPV1111166661;G14111 1111111180110011110FVUGGGMHfiC8M6M166111110
PC111100101=116666GG616106 CIEIEUEMEFOOCUtEEEF1011611101GCMIHWPOWGG116
1170111000F/CC114666GGHG111161 11111F011001111111111MHUMNNW11111111014.GH/16
111101161H1.600D06GGGGG61011110 60116000001FCC(01111PPHUH1001M7FIGGC10611161
61H11111fiCDOODIIIIGG66661001DE 00IED0IUDOFEEENH1mFHOE1011111M11111714111.66CCCC
1111111111IIIIDDOFIGGGEGGGIITOUGE ECOJII0001HUHWIDOMMFDIIPCDIFFFFIF1166CKHE
14110669F1100DIGGEG6GI1001100 GEECIDDH111111011001HFOIN971FFVFORFF011611116116
11111111119111101116E 111101111011 IIKODE11611111FF10110DIFFFFIIIIIIFf6G6L6GGG
1111111111011OUGGEG1100013016E HUDEEOEFEECIEFGOOFACEEONFF111f111111161111
G11111111110,10GGH61100110111E 000EEEEfiEE1E1E1ECCEE1E1141i114111111116611141011
GIF16111111H00111111611011101010E D0E99EFEEEtEtf7F11HUFFCHM4FF11110166900016
1111111.11100111106661111111111101000 p111111UCJFE11E1DFINIIGICE1111111110100611181
11111111111111611110111110111110000 110P011016EJE0F1ED110111WDMHIIMI1111110010111191
111IF41611111111111HGGHIIT1111111111(01110001000M8411FF010110000011111061101161106091
GH111I11111111011116HDDHo01010UM8 O0N01019MHH8MM11119.01H9UWWL11111111G11111EDIGG.
10109111111111160166G11111/M0H01110 nOo4)Mmismcnro4)m00OM1(l4flNW0014)10666111111111
11665111TIG6S181GGGHGH111111111010010 00010016MM811114M1N1MN1111M1118166160666111E11-1
UNWIN1I116/111GGGIGGGIHD0011111111 ODIDoOtioctintiMIHInnNWILIAGGGEGGCFCGIIEUDFEH
111010111GPIGCHNGUIGIMG0011116609 10011101flOcA01111WHIHrM9.116EGGGGGGG6DOECOPEO0
0E00001IN6GSUHG6 111101111011066000 1011011(1010041889118MHGGGGGGC16GG609DIDDIEE1111
6011111016661111C6111°06666HOOOD11H9MMMHNHM441111YMMC116160611166000001EGDDHUO
6116111EE00651 E61011661110600100110111 01111110flUtImul1CH0001111GMUIGGGGODPODOUIOGH00
0611611111EUGGEODE11101100111(011H111 4011011110111GGLIDDOIGF01181111166000081601600611
(66611EEI1ED000HOHCOEFOEF1001111411n 0HuolIMIGGGILIIODOGGGUCTUF1GOBOUOttoWDOGGn
EIEET.DOELFEEE00111001100111OHN111111 0110111101141661111H1IGGGDEtEEFUED9D1110DGDDGG006
(11110EEEEEEM1110010001611111111I11111 UHRUHIM66E11111114G610066(EJEE040100010011110010
MEECEEIEEEEE111001100EEIFFF711111H1111110~1161010016GGGGIIG6CIICEOD1100110/600GOD
UPEEECEEEEEJJEEDGI00EFC111M1111GHHH 11111101GEEHIG06GGIIIGGCGH1100091000000GDO600DG
DaDEUFEEffEEEJECE080.0mfr1101110111011114 181HUGGCG11611G1H611116G1G1011100001011066660
DOODEFEEEWEEEF0000HFU11110111HHHHHG 111GGGOIG60I6/111F1116666666/0006101GGH110111
ODIGGFEEOUJJJEE0D001011000001M1GMHUM111GOCK9G111011F1141-011111GGGGGEU00610DWD11110
006006060611 JJJ411116H61100011116111Iul1HGlifi 111110010906001710111HMUGG6666111011110111100101
12011
DUOIGGCGCGGGIFORGGGGIIII1ODDWAHOGGINI.OU1GUDIIIIFOlmitifilimitomH6GRatiiiiHUltuliffiKC
1201
1202
001167,066G61CHNE0GGG66 000DHG100016611116
1203
1204
1205
1201
120?
1201
1209
1210
1211
1212
1213
1214
1215
1216
1217
1218
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
11110066GG661AGOJJGG6161111DOEUGG61111661111611 0160016e13101111161111111111119111010000 111001041111666
00001 GGGG666GGGJ00660H00011101H11116111111111I6
/11001661771661608111HEHOO610ODI1166666CC1I14)14
0606610111111110000FEU6000DOODOGGGGIFF87F0
OUDI60110H7MMCCJ000G6GHDDHPU111111111H000, 1116111111016111066G0F66111M11166116666GG61
001016001,18HHHH00116GGHOOH101101H01WHG1 11100FOOOGGIMG61166GGU661101111G6GGGGGH6GGGGG
B016001111FHH,161111616GHUH10101101111401100 01/00166666666611UGGH1111611166661111160660
0IG11116E111,0011TEIIIGGC101111110111001101(1001 160000108IGGG1111111111GG6C1GG016666GGG6GG611611666
E11011EE0000U00111011111161661101110G606000GWG6G
61611111111111EEE0OUG6H66111100111H0011000GE
61111111111GGHODEF1I61166661106M10000001106 16161110001111011111GG1h110066111W6GGG6GGGG
EETEGEtEEFEGGOEI1100GUHGG11616GGGGG10110GG 1111IGDPF109111111111G1100116110°014101G6611666
(611110111071F1 E11.01101110111666661110106006°10001661161191111111111H0010061101110110101G,M101116
4660613UFEJCICEIE100101101816661:GGGC66G8PEE11 11011111flifC111111110010D1IDD1061661H6H6116666
666G11110CFCJ:;JJEECE1000101811.61411GGGMG9EtrECI 10P01111111111111GOGIODOPPIIFG6EGMMUGCG61G
G0000000Dfa61 EED0HUMusiH101101GGG610E1GD6111116110111411111111160110110011100111Ef1fi10166660
000001l0DGIE1EC1,E1011100111011981666660006,0661,1E 01011116/1181616611001011111106G66CC(1f1660011a
GODDIDOOLC:01001110WMpfiH01916000DOOGWIGCHO H111161511666GGHG6G601611166GGGGHtE01101110
U004000C0004000C11.81I01101116H00000pD16c1816/1 1116011111666111C11:141111G6GGG664(DED0f00f11
HEEEDFHCCHNHCF911I1110110101160660900001410M1111 r101°E61111111G111316-11111G00009HD11117001I1
61116110W90011661.H10111HUDGGG000000666111111171 IFOUPE0O91C1116161016661166CHM611H0101091104
COEECOF100,77116G6116611UHUGGGOOGOCUDOIGFEttEEF UffGOE1E00001661160116G61166616C4)EE111G611,1
OGGECFC111011716666666GGGD6GC011n0ED9E1CCECCCC 11(100G6Gf6E4007,016661111111IG61610061611c11
GGGICDElOnlIIIHGG11G66116666611009EFOCECCEEFEECAPPEOGG66A611F6FIG1111116G1111(111100H11611G
ClOWDOE110110OUGGWAGGGG6G6G009UOCCACCUE111116 Ittf£11111DEKOD111I116666111611161111161I161
IIFFROCII0OFFEE1106GG6GG6C1119000CC00EGffUtflE1 IGUE111FrliCfF0111111111I11111fT111111DOtnn
661PKEttEICIFEHG6.666660019n0C00000p0111EufFut(I1EIFIFIFFOlf0011111116H1111111F11111D910066
G1111E161111111E111DDWE9911ADECODOGODE141111116F CCUOIEffC0C(113E711116611666166111166610777111
KEEECEDU01,:661ff60000000000EF.001007,1111EFE1ftt CUC,:,0(9CFC.CJFIG1111166161/01111111I1111411r
111011:CM1187;1EGUE00907/90000[0100006816107Ef1EEEt. 10006COCJEEEAFF/16GG11116116111/1111GG61,11
IFFF0006GH116C616FDPIWOOP000DEE00006GGG111M001.1CF66671ACtitE0611IIGIIIG6G111(FIGGG6G641101M0
F/MCOGG6000611f1111000000090000001111MItrFJC9FC 1110916GGECECPOD11111111111f7111G111111080000110
0j03j3A.0000H991111/1100/IITOUT111103003310000
11001111111ITHH9m99H000001040111141.13339003Ud00011140
NOUWWW001/1339399993110011°3141/0000300030003005033030301001001M00000140
MMT101-1999999999911100h013306310393990A033033003109130109901014033.30
911311111101111419911010m11111mm00 LMA3133Om06000
03131110001111111(91
00001411000000900000600J00u01331134399003001.133333033339003390011311033303
13S9Hks1111H0111if40yAm3sidd6100/611011W0
I1i30110003000
IIIJA04100O0011JI1J/113339911.100001.0000066000d00300009003000101133331130930309063333000030003111003130414333
39991131 lii14 m0000034104lm11111111,110140031000000 0,1000000300090390090(11(111010)3301400330330133
.1033910300003(10039314H3333
000600000.43300900°000H3d0000334300/03133330303131/33000090J000th100330143
199111//i1/JJ/J1lJI3TI1lWWw0A,1.4130010311004060014(104164033114E9
06000(13100(
14000043)1311111030330903331/11001100001C0010114393HH0
111H11/11111/11111130031111000000.111.19310100010
1411411111 11 II31/19114iii(1010111 1.400//9310(1000(100. 4100W010000001100:0100W0d00333U30004000303 000030006030000390t00339113410
900:13054.14(10(13d°,1000331(1133
1011315300°300003.10°°d°00UiTOthlawRIG3,133300
0/114001401 T01 19991113000.1100001111H91009300300300
1001991011311191111130031110000000960000000000(10J000000,100000u0069310u0033M10M109d0A000001.100000130000000000U34/0
006(41/000311199911100/000100(111100110300 V300033,3 3300300000000.40000100300a33903fi00000G09/1/4000300000000U000:103033310
/3000I9JIII111303301[0000011106e0060103100310), aGJOIT3O1100000000:)300304000333601011600070/0000000028000WRIWUUNWIA001
00111011111000000001400011000003300010011303330 I33036diUdi100030000930a0000033300)000000/001/000tbdU00000030000010UU
31103-336000000010003000
iudalooll4wlaimo0319900099a0000000009000.90900
010111110111110190J110006110019101914414301.11333111
01110JIATIO0U10111000000100999111JUI/1000001/ 1033110m0000000000a00m4300o000000000000000fimiuua4909&100000(1000900
01111
60000000000000W310000000000000003003110/000000000000000U0143O
0411111111i10010(1U(19000000010951:1133131009900.4
1.11.91010i09000093000900000000000300000300111 4111330d009009000011000114
1100111331/0160000011000000111311333313340d00 10031
330)910000d00604Jua00000000600000010101911014000d0009000000006H33
1111111.1011111110.1101113,91311111111113130000911000.131490.14913006ou1cAm00U0030b90000011100101000a1101400d09040030H900
/11/1031111100111010101110M01939990111110333ii/
0001101111000010001901110011H9990013011.11140°./ 0900909001J00!)0940awaDu090(10a0000900000(406000,300000°H9oudetwaibe
13001i301111011111100on111000°0060001111131°0.1 U30,100800000a0a00a00,190000u9o90000000000oe000090009000911199003006
T/000b4000066dJ000000000000000o0000000300000611000001M0000NOR98
11300)111111013/00330300/040000000300000Aiiiiiii 33003fali000DBUd0000000
9011066000000000390000000000600110000000400
WHOH1101011ITTATOJJA301100(1000W/00,143A00/3ii
9000111111113110(11333111113339AUA003910000990 3331,94nm133009900a800110009000999009003339000000001990uu0due9000000
00000a000010209404109309990003000 000a33330000000w20000u0000001310
000u11111131111.13313331100)0013311310900300000
01101103111111111113113I133)3101113/1000000000 00900091100090d301100090090009009009e0330330019999909000969o.000
011111111110101.1.11,143/119311313931 44303003300000OU6d00001.0090110004d0009000000006900393003000a009000009400000093
OHHOITUOTWO10011113333131314433930300000300006 3000000dil300003000U4600600300000.011090330000000030009u00000000
06,4100000u02(10000000o00U006000.10000000100000690000960uOULIOJGOO
141000000011011/9333331133331060333333300301/00001,000000090000600000000008000900000°33000000000000d00000000
U0100°101111111119911639/1930/0133333/33103030'004090116600R0011w183060W300000060a00014000034U00001300060014H004
016101000600110111119103331333391301311°30330033
0J110006da0u60006000060400033100000,10000000006000010000006/311144)
OU001001000W11101011333133333333-33333100433 3311o0o0
0309990060.180011933990000008113
060000900000,10000009004014
01110111100m3113m01110003.1313.1n33333.410311300
9999991990011100,11100a00133390333133333133331 w1000009090000000090000000m10000009000000000900000000000003
300
30000000990100000
00110333010000900000000000
009000000000000
9111911191111111n000310130331333333333001311
aud300039d40990900990,0003090030000001.1003060000000000u99000
11111111111111111001113031103331)1313333411333 J33/100
060930000100 006000113000610J0000000006410900e0410000110
0,40
1111.11111010011011011000M331333/133333313f33.993333a0339a01330000000000009011000dU0Q0u000000i1O0dOMMd09119
9911111110(10,1011011101000113333)333133393/333
991111111111111161113)13333133111331309933fai 933333.13/30030)0000a000030000000U0600000GU000(Ia1111/0000[10
9999111111106110HUT311313313313333HH591133:0 3r33333313e/311993r93101300003U30090000000100/300400/302003
99991111100011111044031.1311340J1333JA09313031 311133331"33303933303/0930303.10)11600611030000093C0300f30000
100011111111111311111133AI3i33433333300331'33 331T3933r101303a00f1333331133303.1100.11333.0103b193:10993331
11110111111111m1041)1003331/33JJ13334391°0333) 33rreff33)3N1339031T1C9333.4333AJJJ1910990o35333f0303133
199111111111111140113111311133333333:1900033313 133rrre3333frr3u3343403511191311111300i110000013fr3330031'
19911111114111111111333),0133433395990001:1133 33333331333/0003313033131311991333130433106000011333333300
999109111110/333/113 3311HHHH13133999010003333: 93333933033303033".33333313393/333310.1333/000000333333333
99199911103A1311/33133WITINH3333333:)000(13333A 3331333/13/30003133333333333111/003.1/3113000310199333/3rr3
91190011m11111JA/1111031999999333394(1000033331 33433/33033000333333333111313300/113/33/3000000333141T3
191199311134.1311103331999999993333000051,033 - 3333333003/0003333393 333J33313JA3IA11.11011/0000031'fr3f3
90,010011111313333933131)91333333303003013-33) 13311139518,193333/.1111/3133133J331101)4330(100900931331'3
001100/11/1)/1339993/3)93/r1333d3330343)333.4 3113334100091/1/3140031913113311114333j3000009003993333
000300039.1/130000000.0111JJJJAJJ10013000000f6M3333303
91191I11110(1 0411999031400/3010033j913)3900000
991199301101193)19999G333331313003(10333311/3303091313330140033W00)111111311/19110010013003003/33333000
149990001130 333/00113033 33)300301/331310(101.01/0110434
1334.006,410/00034/A111.111911(000Ula000000300933/30003
aa103000U33 33 9 A19111100141000033095993113f30030
999909110011101333030033333001°63)JHOHAMAINJ
ti4990110(131090133009901003100133T331313/414J W3330033/0033/91113413J33330090000)330(19999933/33333
-43333U0991/199/1191131911110060000JoB09S999H33331/3
191191,000991013111999110611309111313000014030593099999991111i/A/1399119000000(10019309999300333
9119904111143/3090199900919999:44A11-13J3J10.10
0991091309Q1131110P/491010091199933133333u140u 033331511999911/11113999009900003010003)319999335133
1133339999339999999999331030300000003399133999311'1 3
11005001100/3/3101111/3991119/11A33300933013-1W39391119999999911333193900000000011999991013333
10119/1/00310141/19/111171411119113313331d010
11063316M011001111111001Hm11109w/00333130339 99991931/333393333333)30001100000009999999933399911i
330010-11"10111111/11141HUHHITITTJHJa9911130a3 99999/33993311100.1/1910000110000009999994999331011/9 p
1:)6NA600010mill11111991191444.10331339130A39 199999999999110011/110000600000099999999013)391/11 s
twq4m4t4OTTflmillitilr11194114110%411:144444141 51119jn995,0°99/100t100(10000999999990999331331.11
Inill113141440o444nnnowinerinn4449441,4943114,r1, °
5624
4621
ifitt
2671
1670
0621
6921
0921
1921
9971
5971
0921
1021
2021
1021
0021
6/21
0/21
1/21
9721
6/21
1121
£711
2/21
1/21
0121
6921
9921
7921
9921
5921
4921
1921
2921
1921
0921
652[
9521
/SZT
9521
5621
4521
1621
2621
TSZT
OSZT
6421
0421
1021
9471
5421
.
4421
[421
242[
1421
0421
6121
0121
lilt
9121
6121
9121
7121
1121
.r'r
129r
129!
1299
1300
1301
1302
1303
1304
8
,....,.,...,,,,,,,..,",,CsOltri...,,,,04,t,to,PrIIIIHWIttftll
ill:1.14.M 0011111111.111t I 1U 1 1 1111 I 111111111.t.t
1.1.11t.1101 it5 GGGGiutGGuti9019COKDOVOCDCGCCOFOOD000000CCCCC9DUOU00110GGGCGGGIIGCOHHHGOIHUDDU
e GGGHHHHH$4010DUKttU11100100CDHCP0600000UOGOD9P60000000119GHGGGGGGCHIGtH1001000011 0100990000011000011110111111)011111100FIIEEtcODUGC
nuononconnnno11111n111111n1111TomOinficottInn
GGGfiGGHIOICHUMIKODIOODOUOCEOODODODUD00000009UDOHCCDO0IGGGGGC1IGHIUMHDDING.GC6n00699°0911061/1[77/111119upoonttnnff
cr
GIGGHGGGGG;411PCIOOPF000000POIDD0000000090DHC9D009COCOIGGGGGCCGGIIHUGOEUIDH
GIIIFIGHlifitm4390
900000090119C101011GCOOUOGGCGGIIIIDIIFFIIIEFEF G6110001190DUO11011111111F1111100D000000EFC1001
GIGGGCHOGGGGIMGHUHUCCItHOODDIDUDOOODItOutiHMGCCCCCGCOCOOGGGGGIGIODIEFEDEFIFFE nfinnHOOD000101nnnII1Ilr1111111G000nOnCelnOnlr
CGWIDU000000001911IIFFIGIIIIGGPCOOODO9IIIFfIt
GGGCHUGGGICGGGUltutiNNH1110001HIIDODIOFHGCGGGPMGGGGHDODUGGGGIGIOCIOEFIEFOIGICE.DGM10100009901001010611GGC9ODUOIODOMINHHHII
.
1363
1364
1365
1366
1367
1166
1369
13(0
1371
1372
13/3
1374
1375
1376
1371
1370
1379
1360
1301
1302
1381
1384
1385
1306
1308
1309
1390
1391
1392
1391
1394
1395
1396
1397
1198
13 99
1400
1401
11,
1.111,11 4, t
0,1)1
$0W4i II
t/tt 1.1161Ul. 1,1,1,6M.1.111111.11161,1, IlltArt11,
5 t101G61101,6;11J301K000000EnE(C900E00GW:GGCEE[116GGIIGIG60011G001090000116GIFE0010100000116(11GGIIIII I GGHG1114660660611311GGGGGGG
B
11GGGCHIGHG0101.191G1.00000009(E00000GHGGGGGEEE0GGGGGGCGGGGGG00000001GGCG(.000EE0G0,01CHG6G1110GE01106 010816110601006166GGHGGG0
( (011III1101910019(1600100110900009I00GGGGGG0(01001190AGGGC1
01(000001111 110111
.1111000140016GGGC00F1011309001000110CE11001(60 GGH001414001100GGHLGGGGGII0
ECIGCCCO0F40(00(01101600001011000000000061031110DIGGGLG6600(06.
OGHUG08070G0GHE(0CE10000100010100011(00910GGGH0
1(0190111(11110111(TFICEEK90011000(0101GGG0H10000000811100110110011111166GG86660001010060061060000(1101GOO IGH1001001110011DGGGGGG6
JfE3E190E1E(1101
11(116E1000H0D0E(OEGIGG001111110111191118611100E0000000(1.066600101000RGEGG110111EE0UFEE00f 1101111G110GIIF09960GG000
013,07EFEEE.1166111110GGE(001010fEE(106116610010011139110001F0F119000000006G111E11000GEGF10100(EfEE11E11 7(11161001101099016G0HG
09FEEttEEE(JIII11101111G1(10100PE(0G66GGCCCH1111100110000000FDP0011000000000001000110610010090EFE(Call EECE111101I1104nr0G6G0
DJOEFUGEFUMMJ1111111100E0000000FEEEGGGGG10001011000(0000000(00F00000110E99001110011IG1100000EFEFE0JJE FECEE1101G1IFFFunGG6,G6
GDF10111101EHEJ111111100160000CDOEEE(06411GH11100001(00000000000000000000000E00000I101100000100FCCEEJJ1,11EFIEUUGIFFF90001100
0000001100fE333111)t110101000001000(E0GGGGGG111110(7-00(0001nE0001000000E000000001010100100000E1Er(E(C0 EE0C(CE1111FC(091G6GF
1100010000EAJJLE1
II111110000(0000(EICGEGGG111000110(01001F10(011(000)000000000000001100000000(FCCEOli JEF011(001F990406001
01100011010E083F(111111100110E000017(EFGGC61110(010100(111(E10EIE1000000000000010000000000(E0OCE0(4.111C (C10E1IFF11(10911000
H11T0000000F0HE9KI1101111a10(00000EEBEGC(00011010001001HIEOC1101000000101100000019000EMEE(100E11F 1(111101(0111000160
ccfinnimoonultfo!.mitimIttltociownruBtorfentiormolion000ttlEttiountlentioononommoomiltomoselmoci,l(mmimmutlirev)m
00000001180EFF110000(111111110E00M(0000EUE000000E00C11010011EIGH000000000109110000090000000(00E0000111( 0001011100010190000
$000000011100EIEJ003(1111111111E0000CEEER090000E00000000000(EECK000001100000110004000000000000000009(((100071E00100101100910
10(10108KKKK4OFFIBEJj(U1
/001000K90000/E1E(080G011111116E(ODEFRECEE(00(00fE00000000E(CC000000008081(K000000000000000(00000900f(01000(F0100091(300111
100111111W0000EEEEEE0AE(K0K00000000(C(6110111,00001(K0001000000000E00EE009F0(00 HP10000I1010117-001
01(000K4KKKK1HHHEF111011106611110KEEE0000009110001017(800000KCCE(0110100800000000000000000000(E0000000000 000001100101I11(991
HH1IH0110KCKHH0HI00100111006011161
GG0EGEE00130000800(8000000(0EFF040194(0011100000000000000000EE000000 00100 000000GHGGGGG1009
00800000611110111W1.1011111101111111WCC(KKKrAKKOOK00000000(EEFM41100110000000000000000000000000000000011801IEUGGGGGGH010
100(01041010001101H0(00.13100014114111116I010MCCLCCKKK08DEK000000DOODIEf0D0100(000000000D0000000000100001(0000011 HEGGGGGGGG1111111
KKKH010001CG11111111111.19J1111600011IGG0KKCCCCCCKKKOK00000E000E000(F01111(11111000000000000000000000000K8KKOO 1611666666611110
810(000119400011-19901EllEJJ111111001100011HKCC(KKKIK0K00(0(f((0000010111101100000000001000000000IDOOKOKKKOO OEEINIIIIGG101110
01(K00CM00149001000011(E(JJIEEIIIGGFIM010(CCCCCMIEOKEEFOOBFE(0000000010000EODOOD00000010000010008KK8KKOKKOO 06001E0111111U
10101601100001111011111101(E3JJEJE11111011FFFBOHCCCCIJJJKIC(0E00(008000000(000010100100000011000I010010KOKKKO000 000(FEEEE111411
110006COHMM114101001011061
101.900001MMIDD11101G(EFACE01331
E1EJ9J1111101101-19010606611JJJJKIEEEK00011000(0(00900000000110000000KKKKHUKKKKKKK0000010001(166111111
11088KKKKMMCEEFCCCEE133111616000000000000100010000001010MEEE4mKKKHKK0000In000 00(EFJFECrIFEE
008000091109009IHIGG061(10110/(GGI0IIGGKO0ECCCEFF(E(1111FELEE90000DE0100000000(001111KKKKKEFEKEKKKO000(100001 1.. 00EEEEEEE(336
11000000010119011101KIG66111001101111111/1/II1IGEECEEEEE111116(fIEF(00010011100000000000888KKOKEEKK8KOKOOK1000FE 010;110ECEEJEfj
0000000001101940111(0FEIEIIIIEECE11E1111111EFELEE1011111G(fEEEEFEK0(01000110000000KOKKKKKKEKK100(000000110000( OGGGGGIEEJEEE
111004011C(03080000000110101110GG11(j0(011(EMEEME11111108CCEEFEE0E(010100000KOOKKKKKKEMCETEKKKO00000000100 OGGGGGE(33(1
0101011410081110494(0KOF00190100AFGEE111110111110C(EE111111401101(1(616100010001810(80100(KKKK01 E(000KKK00000090000 00MAG0111(fEf
1010911001199404C0010(0011F1O6G6EG611111011111111111616(1011101(KKKCCGtEKKO0000000KKOKOOKKKKOOKKEKKO0001(00000000E000 00(860111001E0
1011001001010(9KKOKKKOOODKOOKEGGGGREHtE0EMK400(GICE(1110KKIMMKKCCC104111(81101(000081(00010(890KKOOD0000800000011100 00000011CCIJ
1000(1.010011041(0010(011110100111166110110101041831001011INKKKKKMMCCKFJE00111(00000080000080(000000000000000000000 1099000000EE
000000009044800/00(1100100011GGG6CBE010000100(3611111111000(80988(C8110E14(110000001)000KOKKOKKOKKO0000900000009 00008000000
-
-
.
1423 u
1430
1431
1432
1433
1434
1435
1456
1437
1434
1439
1440
1441
1442
1443
1444
1445
1446
1447
1444
1449
1450
1451,
1452
1453
1454
1455
14ss
1457
1450
1459
1460
1466
1462
1461
1464
1465
1466
1461
1468
1465
1410
1471
1472
6471
6474
1475
1476
1477
1478
1473
1480
1441
1482
1443
1464
1485
1486
1487
1488
1489
1490
1491
1492
1491
5
......,,,".".......v,..u.iir.......rittctKKKrvicKcC1lAccikil,r5uCtliccicicFCGCCCIAXI-CNKKKKKocuo.oullo
c
fic,f,CMIEEEEKKKKKKKIKEGGEFE111D1UPIIK10111111444CHE116HEFEE0111ftEKILEEcEEIFUECEEFfIfFEEIEFFECIEGFETTECCCCCCCKKKKKOOD0000KKIC
9 166KCCCCchci41HUIIVH1111/171(1111ENKKOK0
KKritiKEGFEFEUKUMIKHEGI1IFF/FlItICODKOIO111111MICGOIEEMECE/MTOEUFEEEELEEFEEEfFECFCCEUECIFECEFEE(FIFFCCUKKODD000110KKKK'
11001G1111GGGC11EF14111FHEKCKHEEECEICffitutEfffMErCCEFEWEEEEflCFFCfCCCKOKKO0KFCCCK
GiiKKKH4CHICKKHNUTIIIIFEG6GE11EFFCCKOPHOIIHU11116,4014IFEDIFFEFEKKUCIEGEECCCCEECFEEICE1FEEEIFEEEFCIEEFCCCCCCGCCCIOODKCG-KK KKK
141KKH1413K4HmCMHMHICIKKKKKKIEKEEEJEKEEHIDOIHHUMIGHGHOIOICEEKKUFECFCCUCCGFCCcCCCCUFFEKKCCFEEEECCCCCUMECULICH114-#09kTeCCGCHMC
UHUKKMUKHKKKKCCGGHK$0444r0MKKKKCJE(EfEKIHUW4OHNIECEHEEFKKKCCKKCCCFCCCCCCECKKCCK(KKKKKCFCCCMICCCI1CNACIIMLCCOCCGCmtimmIlt,
MOIKKHUMWEGIuKKKUHEWHOHKMKGC(1.111611E1111H140411G104WOUE/DOCIKkCCCCEOFEECCCKKHcCuKCCCCGCCCC1C0,41reitCLCCLUCHCCCCHIMMCC
HKHHKKuOu6SDKMIK1101140(Kii.H7HEIMCKEUJECEFFIIIICCIHHHIEDDIEEECKKECCCKKKKOKKKKKKKUCKCCKCCCIGGRK18081.CCCCCCCGCCCE1CCCUKKKKCKK
1611KKCCHIGCGCM84C6KHEH.FHIIKKKKECEEKAKCEEIIIHICHHCHuffEar.EEFKUCCKHKKKKKKCCKMCO:CCMCCKGCCOCCCCCCCCCCCCCCCOCCHCKKKKCK
UMUMGGEfo0uH111111G6GKHWiKKKKKKEEFEKEItiCFCE111H11101ECOEFEEECKKCGCCGKCCCCKKKUHKKUCCCCCCCKCCUCCC4CCCCCCCCCCCCCCCCCCCKKGCCK
KHMIKKCG/5I1MICHKKIIIIKKKKUKCCECKKKHKKKOIGGEGIGGIIIGGCCEIEEE6KKCCGCCC.CCOCIgKKKKKHCCGCCCCCCCKCOCCCUCCCCCCCCCKCCOCCGCCCKKK
HKKHKCEKIWKCCIIIHWC4CHIIKKKEKKKKHUKKKIIKEEGGG6FTEEGEECFCEEC4KW,eCtftCCIKKKKKKKCCCCCCCCCCCKC6CCCCCCCCCCCCCCCCCGCCCCCCKCC
KKHKKCECIIIKKKKIWKX1EGKKiffEEEKKOOK01111EF1HIGGGGEGGGG6CMEAPPOIKCCCCCCCCCCICKCCKCCCCCCKGCCCCGKCCHGUCCCCCCGCCCCCCCCCGCCIICCp
KODOWTEUMMKKliONMOULLHGG6KKOKOOE11.1411111CCIACIAGGI-CAIGtGCCCHI4KCCCCCCCCCCCCCGCCHHCCMCCCCCCCHCCCCCCCCCCCGCCCCCCCOCCCCCCC
OKOKKEEEKHKOIKKHKKKKHKLIC14IKKKKHUCCCFFICIGIKHHECKmKKCCCCCCCGCCCCHKIKKCCCGCCGCCCCCCUU000CCGCCBCCCCCCCecCcCGCCC
JEKEEEEKKD.4KKIIK.KK4KUCKL01111CCC
IEFETECUKIK9KKKKKKUKKKKLILE1KCCCCFCCIi,60$4.5-111_66,61.1,GGLGIIK1KKKKCCCCKKCCCHCCKKCKIKKCCGCCCCHWCCKICCCCCCCCOCCCCCCCCCCCCCCCC
JEJE6FEEHKKKKKKKKKKKKKHINGKKKKKC
CrFICF1111AGGCGCC64CuKKKKKCMHCCCCCCCCCCCUCCCCGcCCCCCCKCCCCCKCCCCCCCCCCCCCCCKCCCCCCCCC
IEFJJEEE1111KKKKKKKX14 KKUEFGHEKKKKI C16KGGCGGILLG6G110EMKKKOKKKHCCCCCCCCCCCKCCCCCCCCCCCCCCCCCCCCCCCOcCCCCCCCUCCCKKKKCCCCCC
HGIEEFEKGHTRIVOOCCO1 KEEF91111CCOE VKH1161411GCGIGGCCCCHIKKHKKKCIOICCCCCCCCCKHHCCCCCHIMKCCGCKKKCIICCCCCHCCCCCCHCCOHCKKHCCCCCC
KI7,50CLEEn/44EDCKCCCCC
ECCCCKDICKKH111 11G6HHCGGIULLOCCCOOGCHKOCICCCCCCCCCCCCKGcCGUKKHcCCHCCCCCCHIICCCCCCCCCCCHCCCCKiWCCCGCC
MONgfl110011EMEJOCCCI;CCK*KEICEEKHGKCCEEH imcccucccuftfoomEnumnroccmccccccccccccccccoomcccccccmccomccyccolccccuximxccuccccc
1400000KKKIENNENMCCCCC IKKKKEKKHUCCHHKCLaG6G61C4G1HKOIMKKK141CCGCCCCCCCCCCCCCCCVCCCCCCCWICHICCCCCCCCCCUCCCOIKKHHCCCCCCCC
100301100KcCH4C14KCCGCK
KKKKKKKKKKCCEKKK 1INHULCLIIKKOOOKKCCCCCCGMHOCCCCCCCCCCCHHCCKCIMmitimPimmGCCCCCCCCCCCO1KCCCC5CGCCCGC
1041[111HUIHMEJtiliGHEFKCC KKKKKKKKKKKKKEIKK C1KCCGGCGOOKKO4KHKCCCUCCCCCCCC4CCGCCcC10CcCCHP1m1CCCmmCHCCCCCCKIKCCKKCCCCCCCMCCUL
0401MIWK14011KKIMMCKCmCC10KKKKKKKKKHCCKEKKK 1111C6CC6011611KKCCGWCCCCCCCCCCCCCMCC1141CMGCMGCCCCMHCIICCCCCCKCKECLCCCCCGCCCCC11
00H1011flUDODOOKHCC10(00KH KKKKKKKKKHHKCKOUKK accccconctoomcccauceccccmccounopoomtucceatcnuccrucwincEctcccciviceccmir
E00CHOE-0/00(WKKCCKRKKKK
CCIACHKCCKCCHOCCCCCOCCCC0000e94911P80t001CCCCaCCCCCCCCLMN1CCMCCCCGCMCCCCML1
1011FAHOOHCK9KKKHKKKCKKC KKKKKKKKKKKKCC7FCCC
KKKKKKKKKHUKKCOOKKC,Cail$10M4KHKCCCCCCCCCGCCCC6C1C014006080000CCCCCUCCCCCICCCCMCEC111CLUCCCECHGC
KDFUO1FUCICKKCCCKKCCKKCK KKKKKKKHUKCKKCKECFCC CCCM(C4104CCCCCCCOCCHOCC114800049M040°004011:CCCUMNMICCUlCC1CCIC111101MC4HH1C
IIKDOKKEDEMICKCKKKKC1IKK KKKKKKKEKHEHKKC11KCK
IKIKKFOODCCCGKKKCKKHKCKKC KKKHKKEEEKKHKGKOIKKK KKKCC411114NUCCLPOC1140000400044080011099111CGC6CCCGCCCCCCCCGCCCCCCCCGHCGCCGC
KccolowiccucccitcmccoomenucLestrwimucccEmcmccmcciccccceccolccccy
FEKIKKE41WCKKKHKKKKiscKC IIKEECCE1KKIMCC0KKKKK ccmtcnitictuccmtum000ponaLoontionominatuccctcccuccccccecitccilitcccct
KOIKHKDEUKHHCGEKHOKKKCHKK CCEEECCIIKKKKIICCOOKKKKK ccuccioitipotccutorannottwinopoopoominiGcccccccccucticccccccmcccccccc
KKOKKKKHKKHHC1MIKKKHHCCCmC ECCCFKKKKKKCCKKKKKKKK CMHKCCCHIACCC11111001101,11t16131.1H0004LIACCCCICCULCCUCCCCCCCUCCCCCCCCC
KKKIKKKIM1104CCKKKCKUKKKHCC fICCHKKKKKEKCCKKKKKHKKI HHWCHMULMC11114048ALIAML41,1111100110011CCCEFteCt1CGCCCCHMC411.(01CCMCC4
EIKKKKKKKK/K6111HKKKKNKGCH4C FCC1111KEEFKKOOIKKKKKUN1 ICGCCCUGCCC11111181.101111,11,11PLOL0484tGtGGCECCGC1CCGCGCCCGCCCCH1GCCCCCC
OJEKKKKKKKKUKCKGMMMGCM4411111, ECCCUNNHHECKKCKKiKKRIME CLLCCEC1CleCC11111t1.011.1111_00014011AGGGCEGEECCCCCCCCCCCCMCCC1CCCMCC
O1NKCHKKKKKKHKK4HHHHHImicH1 EEGKKHKKKKKKKUKKKKKK14110( KCHCGMFUCC11846011101.1111.11011000041CGFCCCCCCCMACCMCCCCCUCIACCCCC
7DEEKKKKPIK4MKKHKHHKW1411411m11C'EKKKKMIKKKKKKKKKKOFCCKEK KKC1ACCCCCGKUI110111,91.80111110'00016111111GCCCLUICCICCCCCCCCCLICCCCC
1NDOOKKKtim4KKKCKKCCMHM411MCnr CKIIKKIIUKKKKKKuCKKKKCCCKK CKCGCCCC111.11.1.1111,111tiOn4n0/1100111C1811C1CCCLUCCGCCCUILCCCLCCCue.
MOHKKKKtiriKKKKCCKKKKOINKKCCM4 KKMHKKIIKKKKKHKKNKKKHKK cccccummloiatrutuut.ep000twunneepoitittticcccooltetcutHIr
OHN000OLKMM4KKMKKKHKCCKM4HKC1C KKHHK141KKKKK111KCKKEKKKKHC ccucuteepoiteauespeanoonoiciLLoppoottLitmccittmmccmccILL
11KCF000KH441KHKmCKIKKKK4MCCCC fluKUKKHHKEKKK1KHCCIKKNKCKK
C1CC118114.0008114t9901T11.0111011C1C1111t111L1CMCCCCCCCLCCCCCOCCL
KKKFE044F0CZCKC101110111KKCKliCtCC KO0111KK,111KKKKKKKCCKKKKCKKKCccitemmagenntaimentettticcuccculatticccccmccaucucccc
walmoirmocccccutiuKtmitimmnir ArlutimmocKEKKKKKIaKxtEktow,K oPnPonttuttationtiumuccikicccecteccitcmccLccucccLcccc
UNDIHKEJEML1VCC411KKKKKCCCK4HCP'KKEKKKKKKKKCCKCUKEKK44KKC Luoitcctlicuccutccuutticcicticccuicant.cmccctcucmisAlc
1105470041MJCDCCGCNIWKKKGCCKGIWC
ilIKKKFKKCKKCKKK1LKCGCCEEC 1.111CLULC1,111511CCUL11.1CC0CGC11CCUCHKUCHCCC4401GBRIMMIA
loomiolummiroccectwiletowccxcmow CHKKEEKKKKKKKEHKCUGGCEEF ALccicucLciccecccttuitccmcccccccutchecthemmwetaRnticc
MNIKHK11KKOOFOTHCIKCCKKKCIKK111(KCHKK :1<loorlocKKEKKcccueccucc 1C1,14s.teCLC000041CCCCCUCCCC:CFCCCCCCCLCCGCCCCCW14111CCM01,00C
DIIHROMMIMMEEFIK1106111.CCUCHICCIKKKC CICKKKuKEKKCKCCCC1,1E(CCE cutticcupoRonacGcccweccucccceccectitccurintitmummei
KKFINF71K647C011/1/110001GMUCKGKCC4CKCLC KNIIKKKCCCCCCGcGGCCET CC(1111.11CC10110491CC11.110CCCGCCCCCGCCC1CCCCLKIMCD10011a0
KKKK4HUm11414°000flien6G/76CCHCKKC4CKKCCU1 CEETCCCCCCCICCIAECCCC CUCC1111C1000004111C6G111ACGCCCCCCCC1LCCHt1C11.110414c11CP
KKKKKHK41111HPKWHIFFE0OGICECCKGC181KUKCICCG
,C1CC114110p080001,11CLL111111CCCUM01,1111111111014111011111.
KKKKKM414KetvE11007117F111CCHIPCCUHfiC.UOUCWEI FECECC6FCCFCCCGUECEE-ECCCLMCIAOP090011CCCCUC6CCCCCOXL10411CCCCCHUCIAliC
tCCCLC1101GEG6ffEC.
.
immorRouriirsnoorGircHrictuctimlionaluiEGEG
GuccucittAGEica ccfccmcccisonnoicccmitGcccacccutcccccucccccctic
KKKK40947141161.101100100mOCC(CKCKHHUKIMMICIGFEFEE
GGGCCE/ECCCGCCCE ccccut(iicautilitutistcecccmcctucmcccrm1101
UKKIIKMFFIKmmiC4OnFFIEK4FKuLC11,411HuliKKiii1HL6ECEFEGC,
CGCC11,115141C11t1t1C511c1CGCCCCCCCCCILCCCCCCCCCCCGCCC
11/01KKKK4FF/UM44C14-7111COOFKKCI111101KCHKHGCCGEECGGECE..
GCGCCEEFFCFEEEECCCCCLIROLP091_11.111t11111CCIAICCCCC516CCCCCCeCCCCCCLC
Ii4K1u4KKKKNIMPteirpc14KtitEGHKK1WKWOOIKMMI1C11WEGtfEEE 11CCGCEFIXEFC*;CCC14,411000904111KILP011.1.11CCCCGCCGCCCGCCCGC.CCCC1.1.1
EFIEEEC
CLCCLCCCG11111111tGC1,11.1.11,1CCCECCCCEICCfECCCCCCCLCCCC5C
KKK4HKKKHN41K1FDDE114011/00141finEuKBHHKGEEECGEECEffCCW
FEFECECCCCCCCCCUCCUCCCCILCCCEETUEfCEEFCCCUTEFFECCCCCCGCE1
KKKKIIK4KKKK4110114HNIIKDOOFHGCHUIWIIMMICECECGE6EFECIEFEGEffEfCCCEUCCCCCCGCCCCCCMCCCEECCGCCCCEFGCCCfCCCCCCCCrUTCCCCCCCCLC
1001(KKKKKH41141141KHROIGU/DOM4fuHHCOOKKGEE66EEffEFFEFfEICGEECF/C6CGCCULGCCCCCLIACCCC6CECUCCCCCCCCFCCCGCCCCCEECCCCGGCCLC
OKKHKKKKK4KKPEKEKKDOE71116X101HUHEEFECEEUEGC,XEEECCECUEFEEGCC11_11C11UCIG1LCCCr1CCCCCCCGCCGCCCFCCFCKCCCCCCCCCCCCEECCUECC
IIKKIKKKKKKKKKCCCGCJOKOODKOK61191111011KKKEF.CCFCLCEfFEUECEFFF6CCCI4CCURIACCEtCCG11111CCriliteCCCCCCCECCCCCCCCUCCCCCCCCFEECCU
1495
1496
1497
1490
1499
1500
1501
1502
1503
1504
1505
1506
1507
1508
1509
1510
1511
1512
1513
1514
1515
1516
1517
1510
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1530
1539
1540
1541
1542
1545
1544
1545
1546
1547
1548
1545
1550
1551
1552
1553
1554
1555
1556
1557
1558
1959
KKKKKICKKKK14111111C ODE UK nt 011HG111111111HEEFCCGCGCLL EGGS EEEE HEE EU tEC111111.1GGCEEGG11110111111111.1
Lill GEFEGEMCF EtECCGCEEFEEEF
5 1(KKKKKIIKKKKE111,00(1(191110(11111:0141-1111111FGICEEEEEEEECG1C166111 1.111
h I KKKKKKKKKOCKKKK101HKIIHOODIMF.GGKODIIGDGEIIET
OILCCCGCGECLILIOOIOHLLOOLI GEGEEEEEEEEECCFECCEEIVCGC
EEFE EGGEFFCC1 El:FUME cccitnonnt f,p CCCCCI_
KKK10:101141(KKKIKKKCKICOODIGG010111H11116611EEEFE 6116G6GLECCE
(49011011001,1nti 'AGM EFEGFECCEEG1 /11 el_
EEELIEEEECC1111.11101 GICEEEECLIPOOOIIOLLEILL111GCEEEEIECCGCCCH
KKKKKKKI(11101/111KKKKKKOHKG0f1DC11K101110110111-EE61CFECCFEFCCCCCCEEEEEFC1.1111008130110011GGCFCCI
10<C10(101114T4, til(10(10(KkK MOW( FI1KHC KOC1011GEUGGGGCFCGGE1t11.1
ennontoionwints,cci cccccc
EEC( EEFECL0011001f1L1 01EFEGI UCCL P8900010081 GEM-CC
1011110111KKI1t1HP1PIKKCI1KKKI1111101E0K0000611GGFFEFEGGEEEGGFEGEGGGE EFEEt urctt.GECIA 01101 CEETECCCIALL1111101161
1111-1101 ?<KC t11(iitiltv)iCKKI(111311111015116100110161 EE EGGGI GEFGGEGGC1 EETEFEEFFEGLL111.1.161.111GGIFCCCC116110109
111111KIIIIIKKKI<KtinCKKKYMIEGGCEIIGOE00111.11EIEGELGGGIGEG67666EEEFEFIfF141.1/1161. GCLU/111CCI:CCC,C1
10IKKK 141KliCKKK HI1KNKIKFKKKKODCF 00G 111116116E1
EGE 111616E ELLGGGEEF. IEEE I ELL GC11.1.161 CC11101111
IIKKKKG0H1HHHHHi1t1CtkEEKKOCE IFIEH 11111001116,000661611EGGGGGGEEEEEEFEFCEGGC661.1616660
tiKIIIIKYIKKKHKHHC1011111KKF011GOUG IDOOGGIL IIGIDGEEEGGGILUGGGGGGGEEEE
EEEEECGGGEGE ECG
11111*0361019KK 10IKKKKHRKKKK 0117100DGGGGI
61GG1LLLGGGLIGG000EFEGGGGEGEEEEHHG1 11tE
11K71r16/1C1ItikKH10(11,1KK hKKKKOOKK100G1GG1G11166GGGLGG61G6GGEEEEGEGG4;(61)1141
/11101K /01KK IOC KKKIIKK/1FMK K0110000111GGGUGGGGGGGGGGGG1AIGGGGGGGGGC
KKK II OKKKKKKK10( Kt111101: MOK111 11;16116G 11111.116111 GE GOAL 66161,1,
HHCCCCKKKKICKKKK 11KKOmitiKe,K11011111GGGGG111111111.66GGla
100111KKHKKKKKKCIIIIGKKKOOOK11110EIGGGGGEEGOUL11.1.11111
10111GICK,Kt1C10(1(kCICKI(K1c1(110)114116111111Efl GGFGG11.111
11111(KKKKKKKKKKKKKKKKOEHKKKGEEGL IC 1011111
1111111KKKKK10(100111XCCCC030101GC131111010,1
111111)K10(KKCKKKOIKKCCE001KKKKKVK
KKI(10(1)10(C11KKCKKKEE181111406
Ilk KKKKKKKKKK K KICKDOK
CIO< MIK KK K KKK KK
KKG111e.KKK
KCKK
tr,
1297
B
1290 6
1299
1300
1301
1302
1303
1304
1305
1306
1307
1302
1309
1310
1311
0312
1311
1314
1315
1316
1317
1315
1313
1320
1321
1322
1323
1324
1325
1326
1327
1322
1329
1330
1331
1332
1333
1334
1335
1336
13ST
1330
1339
1340
1341
1342
1343
1344
1345
1346
1141
1140
1349
1350
1351
1352
1351
1354
1355
1055
1357
1350
1359
1360
1361
,
01
00
90
166
GG6
G116
FGG
01109
011110
009141
010111
00111111
0004011
0900010
10001019
004110011
111106111
IFIGGILIL
000GG6GIA
09111966666
0000111111
09000009111
00090000011
11C000909001
EEE0000001100
TEXK00000190
0000010900000
0000110000T000
04409T.9014404011
110010(0701414911
01000(00111914410
1411010(KH1011109H141
11101490099901090
001101H101011094191
OKK01910010KK11H1111
06000609000900011
CCC4IK1106KK410061106
HHCC6110416C3KKHGCH
CCCCG6K111162114(4(11CCG
1GGCTHHGCCCHHCC1010
66000011066G04-4C44v0C
3664;66t6069G6114101106
60061666C9.:36CCGC90
GCGCC1161664:GCCCC000C
66666666661".:11.6666011
1.6666666667,7,1t36666C
Gat11G1Clitl611_11_1(1.
13.1611.13lt66666661Alt
6666116666666661.366GGG
6666TGE66631.666660t666
1.1t6E6G6t1.31.1_11.61.61.166
11.014166661109LP0091666GG4.
F611GEG661.1.11.1_11.166143A6
6616114036100016(1161.13.1.1.
6GLGEGIAGGILIJAPIGG66666
G6666666E1666666E11E6E66
66GUAGGGLIGG6GIAGG6t4ONH
ILFFLGII0GGAM000LI9400ttl
GCHGTHGHW6GGEEGFETTEC666
4-IGGGG6666666f1T66666666666
(J)
CN
ON
*363
1364
1365
1366
1367
1366
1369
1370
1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
1361
1 382
1383
1384
1365
1386
1387
1366
1389
1390
1391
139?
B 666666666666666656E66G616166
6 14666G6G6GGRGGG6IGGGEGGH1010;
GF00116611666;611 GG6GE6E11666G6
11708801GGCOODOOGIOH6GFEEHHH66
Gr8000066666600t6HHGG610166461
616680116H6690001HHOG6llfi66 1166
GGG000666116/6600166661F0I611
1466766661M6toRnor6000660611E6GG
66610066061.06111110161109106111166
016101118890011016106001100166GG
686001611/03801116610054111100611166
60866611676006761I6G06009611001666
10666P1 111110086000A0600001106666
H00660FHHHOB699166616606111fiF8066
H16801101016,66007666166969116606011
H101401411HHF0006166616866866611161
H11666081611511HUGGGGGODO0FGGG6GGIG1
1.6160600Fu1UMO1m6F 1666666666611;11
HUHT009071M0H1016tOPPICE6G7666,16611
HuliTROarE0096111111l60011GGGG6GGGC1166
611611/611-176614046010611566E6EFE666G66
06141711fi11iK00011MGOE00DGEGEGGGEEEGGGI
H6014I101111306/GUGLOOPOUGGG66GrEG6666
1166641111M1160606611/6066066161666446666
HUp6666iiIHH70666/116806616E6EEECGGEGG6
Un111100011114100616GHL0O6OLFGEGGGGGGGG1
DIM60061104110061611HGBOBOAGG6GGGGG6GGGG
0446000666111311666HUGG66666ttEGG6GG1666G
60881666611;6f6ROBFGH666GGGGGGG6G6GGGGGG
CU1106686vGG6G6H111/661POLEGEIGG6166tGEGG
1393
1394
1195
1196
1397
JJEGtpr16614311116111117160001E6EEG66EEGGE6G
COUEIGIFFGG6111416461E001300RGE6GGGGGGEGGG1A
1396
1399
1400
016Bett6C6CE11111ECEM16E0116117fBLGUAG660
EDET6OFJEJJJFEECEFEEHD0G0GI1E6061I66116666
OFFEH00EMEJEFEEEE06016G4FFIEEDEOGUGGHGGG
1401
1402
1401
6DE00PEEEETEFEEEOTEFGIDDGUHIED0EIE111/HIHIGGrE
1404
1405
1406
1407
1408
1409
1410
1411
1412
1413
1414
1415
1416
1417
1410
1421
1422
1423
1424
1425
1426
1427
600686669IGmit0~66006811666666666666669
10860P606151H1HUMOIGG66116111/6666666606
1660660061111IHHH4IH0000001611111166111.1.0613
010110FEEEft31UFEECOMIIG6G661009UE1DOBBGEF
000IH000EFT1frolF170601166661.110rECROP09IKC11
00006JEEttEEtC0668613PPOWEGGULGG606660661111
600801E1E1E7E6000000900611666666GGE6GFRFC1716
006011E6EETEM0D0159080000116666G6E16G1G601111111
000ROOlEffEE600066656001G6G(FG6EGGGG6GGI10661
E00000OIGHEE18608600106J61.6666E6E666111869006H
600060ROPPP000666060f0601660:66GGCGG(66660DOr
00100C0001000006666060EM6GF66666G66G6G660176/
BOOFE/09911110665966000116GGEFEGGGGG66GG6GGETEH
E0EPT606060166606066661f111110E0E1G6t66GErGE0OG
00061FE0006D1101106VD0O0ETI110616601111IEEGGEEEEPOGEG
E10051000BI0DUBM00EDE661)161410001001111HH4EF01141
611/00006rEF01,6406900614001111HH111110001161111 1NSIMH001466
ME000010tEETEWPCBADEF00aimantion00001647mHNHHHHII
100000000EFETEEEOM000001110 1060(16100001 6111 TW141141116
1)1111001MD0DDE!D50009E0001610166160001166011,14441114 44 46666
0000010600000969008B00604KKWIKKKKPPODIOW4 1HHoi111116
0000D09H6m6P1V0006006600060006110/109KKau14114INHM/6
OOKKOOOmmh4CDOODOOKKK000DK660001,010116111KKKKKKIIHrocc11
BKKKDOOKHH67:600000a06000DP01K1100 O00116600,60KKHilvarK
ODX/6.0166K00K11010 rCOP009019000DOODOOPTIKKok8KKKGGC/66
0006110060-KODOODOPKKKOOK100000600061110111116166666
DOKKKKKKKur76KKKOOKKKKOKIM0000001111111EFEETCCCCC6
DKCEXCKIOCCCMCCHOKV6OKKDKKDrir111111111111MKICCCCCP0616
6614666CCC6611M161(KlaKKKKI0(KKKI
10144 It 1 ttiaaamemaaaalm
0"
iI29 8
cnnct,KKKim:ct-cctx,cCKcEKIIIIKultitroulul IODODDEEECCHO999q
1430 6
11HCKKKKKKIC;CIICKKCI1KCCI1KKKIOIGGG11111)60130011111CC1111C080111!11
1433
1432
1433
1434
1435
CKKNKKKOKKCCCFIKCE14CKI1CKKKI(OrG60G 11100111111KCCCCCCRI!91,130
1436
3437
1437
1439
1440
1441
1442
1443
1444
1445
1446
1447
1448
1445
1450
1451
1452
1453
1454
1455
1456
1451
1458
1459
1460
1461
1462
1463
9
KKKKKICKKC MC CC KKKC EFK1811(KI<KKCCIEGEG K 1009K KOCCCGCH111111,11 IC,
CKCKICKKC tiCrifinCCCCEEK111)1(1(11CMKKC KKCIC1-191-1KKlitmCcncti I I I 01111u
CCCCKCC119181H111111CCEEEEEEEKKcAKKKKK111000011CuCCCCCIMI NW III
CCCKKIICKCCGCCHHCCCMEEEEIEKKKKOKOKK 011011,111I KCCCCKtilititi 10E0101
CCCKK KKKCCCCCCCCCCCC KE ()MK KKKK KKIPoli1OuriCiiCCCCC11101n001E 01116
KKKKICKKKCC3GCCCCCUCCcKEEUUKKKIP1111(K/4110xCICOCCCI(Milf11001E
1(KKKK KHCCCCHHCCCCCCC NI< KOEF HCC111101MOOLDIE GGCCC 09119 CO 0110E E 01111
KCCCCCCC1111.1t4CmCCCCCFCCCHritici1CCIIiitiK1111P*11GEEGEI000110001)GE1111GG
CCCECCCCIffitylmICCCHCCCKG1111i111KKCCC1111D1)0000EEOEKOEIonnononntm
CCCCCCCHCCGCC1111CCCCCUMKKI-4,111FCCCCP101)K1)911001)01)1E1101)BODOEtilING
CCCCCCCCCCCGCC11011CCCCCHCOCCCriCCCIP10110001111017000410090001810186
CCHCCCCCCCGCCCrint1CCCCACCDPSC141114CCC11000110111100K001013909909111r10
lit111CliCC11CC:;;CCCCCCCCEECCEEEElititaCCCrif 1171110000000017000010EDIE 6G
CCCCCCCCCC:NECCCCCCCCI1CCC3111MEEEEHI1CC111(0000 COm01)00F1198118911111160
CGCCCCCCCC!;C KKCCCCCCCKKCCC HEDOOEEE1110(1101:1000U0E DOPE DOPE 0000000
CCCCC CCIitoCCIMCCCI<CCCCCUMCCCF10E 000000100011011190000 IG 10008000013
CCCCCCCCCCCCCCCCCCCCCCCCCII0K13000000000000P0110000000111198990e0e
CCCCCCCCCIIKHC CCCCCCC1111K0013011KDOOKOD001100110000001)(100011111000800
CCCCCCIMCCCCCCCCCCCCKOKKODDI0119C80001100DDOIYD1)1109900110001)08000/ 1
CCC1 lititiLCCC CC CCCCCCI1KKCKKKK V0000KEK 00000013C001841109000011011001111 VII
C1.1111C1CCKCHCCCEECKEKKKKKEE000001)01101.0910001(11001100000D0013001)091
1.11111Cel CC CECCCCC8CEKKKK 1)(11KOOKK0000001301)1090DDOE 000000000001
LULL C11,111 CCCCCCCCCKCCKKKKKECKNIK0000110(11100000001111111)00000001)(11)111
UMW:CC HCCCCCCCCCGCCCCKKGKDKNCKK 1110101)(1110010xK0vocccc00Kno900000
CC( IC CLCCCCCCCCCCCCCCKKCCYKICKKK CKDOODOE1011110 KKCC8110CCCIIIIrmi100011001111
1111C;C ICC Cu?, Cm011114MCMCCCCICCKKVEK KKK 0010(KKHOEKOK8CCCGCCCCHOOEK1111100011
MCCCLI,CC1111CCCOCCCMCCCHMCCGCCECCKHIDIIIKCCK811KCCCCCCCCCM01111131)001100
CCECCCCCCCCCCCCCCCCMCCcHCCCCCCCKOODOKIICCCCCCWICCE1111111111111111111111K0011DD
LCCCCC1111 ICLI CCC /1/111.1411CCC CCCCC CC01111(1081C CC CCCGCC KC El1111)CCCC111 FM 00000
CCCGCC111.1.C.:1MCCCtICCCCALCCCCCCGCCCIII<KKCCCCCCCHHCKCDKIIIIIICCCC1111110091)017
CCCCCCHHCC.:CCCCCCCCCCCMCCCCCCCCEEKK1111CKCIICCC1ICHCCCEKKIIKKEEE1100000roill
lictimtottcHcccostowcrtectstitoicecccuotccccccccritactirccr lovi(cricfoeEtinnticn
1461.
cccuccciltt cceritifilhlitICCCCCGCCCCHCE KKCCCCCC fiCCCCccEEEKCKII1ICCOOL1C000011
1465
1466
1467
1461
1469
1470
1471
1472
1473
1474
1475
1476
1477
1478
1479
1480
1481
1482
1483
1484
1485
1486
1487
1488
1489
1690
1491
1492
1493
CCCCt4CCCHHILCCISMC111CCHCCHCCCCCCHCKE1111CCHCCCCCHCMCKEEEDKOKKCE11011000001)
C1111111111c lit-t1LCHClifirinCCCCL HCC11C 1114CKCHCCC 11C ccothriccitxximsEErcononortooti
C11111.1101111HCC11111 PIHCCCHMOSCCCECCCCCPICLOCCC1414111111CHITCCKKGCCCC00EC0E018)101)
61111Cc HNIICC NNC.NNMNCMMHMHC. 111116666661661601.4 rrnitin111111CCCCCKCC111111111000111114011
timi11lit1titiM13111inilnrinCCIINC000CCCWItiCCH111111,0111CCCCCHCCCCCC111111EHrth00uCcil
311 CC CU: /114,4C CCCCC1'111 CCCCC11CCCCCCCC ClICCCC CH pritimcccc CCCCC KKKH11HE MC011000HOC
111.1.1CCCGC:ICL H1111C1CCCCCCCCCCMCCCCCCCCCCCC1.11CGCCCCCCCCCKKKHCCCI1DOI C1101030
C11.111CCCCU:111,11./114611911111.11111CC6666166C1.1,1/1CCGCCCCHCKY,/(1(11CCCCW00000000
CGCLCLUCC13C11CM111M111CULL111.111CCCCCCCCriM171CCCCCCCCCCCKCCCIICCCCCM)0111/001)
1CCCC11.1.11 ILI H1.111.6111.1111111311CCCCCCCH111.11CCCKKCCCCCCHCKCEDICCCC111101)160
CCCLL
C11111.14111111111.111101.11.11H1114m11p1111,CCCCCCCCCCCIACCCCC11C,11CCMIHDEE M
CCCIICLCCLIOL61 1.111611116111,11111C1LCHMLO4CCCCCCCMCmtICCCCCCECKtent1t1CCCCOF
CCCCCCCC11.C.n LICCCCUMCCILL111CCCC1CMDCCCCCGCCCtifitiliCCCCCCEFE111CCCtICCCCHCH
CO CCC CC HIIL.l.tF tit LLCM!. It 111 11 IA 11111661161 Ntit1CC111191111.1CCCCCECCOnec11C(1118C
I Et 11FCf.11l1L ULU 11CCCItt
11.1.1111CCHrinCril CCCCCCtItiCCCCCCCCH31166611
PC1Er ICCCCCLLCCCLII000C$LL111.1IL it. toccrint C111C C MCC 1.1111. CCCCC1.111..111
11 CC1 CCLCILL1 ILL au 11. 11111_111ILLIILLLHICC .NLC mcrimintititicictccin
cmcccccctiEctiicccucLL tu.,cciu oPcintmaccecctievaticcur.
CCICLCCCIACC0CCCCGCCCCC11.1111CCCCUGG111H/ICCUCCCCCCCC
C111.1.11 POLCCC111.1CCC1111.11111_11.111. MIA FOCI. 111.111
CCCCCCCCC 011.1C CLIACCILICCC11111.111C1 CCGCCCIICCCI.
CCCULC1 ICC CCCCIA CCCCI.C111.1111.11111CCC61311
CCIALCL 1CC::.1 CLC1CCI.CCCCC/11 rihtirifit tit*.
CCCICCCCCAL CCCCICCMCCCCI.C11111.1
CCCECGCCCII CCCCCCCCCCCI;Ccc1.C1.
ccEatiLcucccccu ccccm
CCCC1.1116Ccct CCCGLCL1
CUGGCGC6,Cc3r
EEGGCCUCCCCC
(J3
00
WO
:^M*M00.0.00 ........
369
.'.NNNNNNNNNNP07,,m1.4.4.4..441.,.1.4.7tP01.1,0O,ONNN
370
Key To Appendix IV, 13 Fuel Type
Classes
Om.
c
C
C
2
3 ___...----4....
e.......,..-
,- a
a
C
--
5
a
s
Om.
,
1
,C2 '
--
b
12
\
C
C
3
b
4
C
,
C
2
\
1
c
\
cm.
1
5
an.
1
\\
C
4
3
c
a
1
5
b
,
'-C
\C
\
c
C
3Q
(2
1
C
C
d
5
d
4
d
cm.
\
C
C
2
e
e
\
Cm.
C
2 \
C
3
\
t
5
4
e
e
\
C\ \
C
3
e
f
6
\
C
5
C
4
f
C
,
\
\
\C
6
f
1
C
Cm.
9
C\\.......
Om.
2
h
Om.
Figure 44.
._ 9- - - 4
g
Om.
C
3
h...------Om.
Cm.
The outline of Crater Lake
vicinity has been inserted
to indicate which portions
cover which portion of the
Park boundary,
data boundary,
Om.
WINI=1.11M
--/-
----
c
5
6
Cm.
Om.
h
h
9
9
c ......----
4
C
C
C
11
h
National Park and
in figure above
of Appendix IV
Park and vicinity.
Spectral / Topographic
Omitted.
..v=.5,0=Yxu.0.GuWw0OUJ
=
.... ZX.=m1...cm0=
cum= a, CJ a+ 6.,
02==5.,0 YYUC(6. CD=C0=000... -%.
0 1.n0C=0===
= 0Y0 <ICC 0= === 22.= 17.000=0
0
S=00=1-.Y2.CM000000000
t..
371
L.+ I.JC)C. C. = 0.. 5.
00C2(..)0 ISIS=
*.Y0W0XWSCCC=CC00CCOO'r.0=0=0====.0.ssz0.50155=7.0=0::=0==0050.0=:..^CC,
=22,,,00XW...000C0==M00.
M.=,...===.-C...1422====22.027:22=2.20===='
C0uw=Y=cr*0C0=G=."C=COv,
51...a=,..o..==.....t..0yMG.T.T.G=S=S00====C^
.....2
W0.4.).2 4 .4 .2=X=-0MG...0CC5...".0
00,.;.t.:0(2=======00=06=7.
=.tttlf::
..2==t-6.5p.w.27===C17.505=.05050
5 5 0 .= =QV 0 VI U.
2..0CUW00CCM0C====fr.W0Sw. 6....=,=0.441[WYITY.....V
-YYC00110.=0.0C.U.V.
00DUCC0v,0000NCOM00M.....=
0.4:0555.YWCZY0220-051[CY0W0=0.0004.5.0
=let,====.=f1====.00000Zu
opuppr....=us7=7awr..:GmaccacrAwoc,.c..9.014.0*=
====,==u:beJO,.ost.,=raull:
CLInc
aCt;,,,==ar======^=c,
U
D
U
=
:=X-ful,.ccoot"..0.0.-6.6.66z
C5-C
L
VC0t:ocD.re.gc
=2rovl...so.t4zeter=0-p,pilc.c...
y0F;01e=cUS05==.0.20CMG.:=2= t.)cw=ces.wrrle
0=005
C
55.7021.,==a00.50=,CYEIC,.:5.0
7 5^=4
4 00.--Sc.O000 r le2:224.,O.W.
===,Y0C-.==.0.:.C.O...06,400==
=2=
2,200=.-Wr..=1/00=0.C.)=20
=2:X=X5=7M.2:6:Z2C.2C0.2525wwyZZ.5.
..,.fg(.>GC.....14.===i1.2.U0C
CO=001cleZ2==0.02(..C..2C.=22)-...2CC..45
..07.-0.202=20.2.C20:L7C11.22-ZZ=002X.5.6.UCli.
2._,E,,e.l.PW0WCJOW15,0005-Wa.G.-.C=r0=0.
C.^.'....=0GaZyx,...L.Z.O.,..
',--L:Q.,,6,-000UU=6.WC...0.4(..."10,....d1722.25,517.7..,5.0,=c1c.c.,..;,y.5.c.Qc
20=U0C=OL..0====1...WC.0.0..W6L,=0USX..,2-2251NovI=ZWV.00=OCWG.
=.5=0.5.x,5.,-.....Clnumo.=Senvt.../..,==.0.)=0,-.0.
.. .2=0,ACOVV.N=.7..V:55.=
500Q,0.7.,c.c.mvpue,merww5W.www50000.x..,..20.7.C=1,10VIC.T.400v0C0,ICUS6.5.Ut..
=.2C4,2.0.*G-1,20.666=0UUM001:0,M.CC=..7.0.2yZ...0014y^C0.-C=0==OCLWG=
=="0=C.:14Ya...000,5wC:=00=0=a=0X>xE4r..
E00EC=0.C,C04.6t.7
=_=-==C.C.=X....Za.Q.UCWW=QS.C..UQ=z.=D=YX.022=2.020=00C°0=0=c0""
.2°C;Q.t..0...t.,==W6.==....^000==>=>Y==C.=-2200O=O07.C=G=C0===C00Q.04,0.
..-7-c'.=.,,C.200=,=,-.=V0,,W=C..0.WO.U000=2.,..C2G.ILC.17001/1MCG.=====e7:02,002C.C.C..00U,
000Q.Z.M...-.00...====000.11.UDU=====>=C=GO.NONOO=GCP0======.5....C.C..
22.212.G0=WV..x...p...CUCI.a.W=U=,POUV...w22.002C=2.0o.oNG00=0:105.0=v,r....=...065:.
5500?..050251 5--570=0===a7C.C.4=5
eD0004.==2025..X0.5.====^=6,=WW5,=Y00==2.004.,,t4.2=CC,C=102.0C..000.=41.1
002C,U=Scp=t4
=====C2C.5.5..W0i-UEU=E=.022
05-5.2,00000000'-222.2".
4,00NIAECOG=85.0"..T.=C0=OG,..
c0ty.,...,.0,:t.,0,..Oli.UXUQ===0W=0W=U'2,2'20-a..-..000r01,2=U0W4.:=45.5.W0===0....=4.2.tnNo000N0C0==1.,-E=20C.0
,==gpcny000=0====u,&C.C.00004.
c=0"=6."0..,'00...=,..=*.OU.OWQ0WU00=7.0._=-=140==CIAL/1.17,A2.00=CW.
ECO,.:
-255%.".,...00'00=,""MO0=00=14.wwC507.:CCM2SC.C.02=2.0ON00CGNOtr.o0=0oNOCI4L5
--0205.5...00,.70N,A7..Y.WWwL,Gle0=W2.27-2G.02.====0.T.C==t,t0OW,^051,,,OC.0,.
QZ2..5=00==WWWW=Y0>Y000.20.02.019....C...5.5O=0,505125=,0.=0L6
..
S.
'.=",...7,..WV,02=2==0.70WWW.w6XY4e===.2=2NV,04.41.2.TX==C=0.-C.CC.,OWW.
.-1 ...t 5.L. 00.-...x *Sc. (/) ta, NU= 0 MCL)1.w
OC.../00t.Ost...*410=UU0QUCW454,145,01[XY0004.2=4.665.00.-,===.NMCCMUMG.C.===0N6
5J14.1W5. IS'W
WG =,..n = . It: ., 0 u. 04[2
,. 0,5t, .0
=1 c .. 0 . .CUMCD=w4.www..=<
leGOCcn
wr cr, ow. u. N_ xxc. = ...-Cr:- g""c`i
itt 1.7-;VIV'16.
=LOQ;.7=1[....X.404,1UGG=W40WW=.7-=:0'.00'XZZXX".
:X(L.Q.CyZac447:00UCVYWW.WWZZolg,MONN....
St.,...04W>YW,-.a,nOGL,rCW(.:WOWWL:WZMOCOyw,,..Nv,W,y.u.t,X."50CGggtE
e'..C.X.....tpt.07..VW2...L,WWWWC.WX=CI,OV,Ot.O11,001,1114,,,,=;====CC,,,...2,,=....w
Y,,C.,,L,CY3,.......00=0.22.c=-IWwW.60yy0=0Ot.B.NPOOL4,0Li.t,=-C^=0^=r...,NO,-w
"'11...202,..0,.:0=00.,..1MCW0y.====O014.,0104,=04...05.22i=a5,4,23
yre.0,...0..,=2066VVia.5.-,WC.)4.0000X0=0C00,..4.C.,,C.U.c6.4.222,00=C=.*=0tny
"..,0G,..701....r..........X:MGC.',...065=0002=0-3==.=``'m=
'.'""''Th."2=2.,...G.W.C.,===;4.0====0006.5.22=00=2XEVU,n.2V.
,)4.;=,,,,,.....IX=X12=XN6QWW(.;,=====U=W=0=0,:0..PM00(40=22220.0.27.V,
.-2= ", ", .000 00220= G.00 60(.)4.,1,L.)C20,ZOcP(4...222=0.1.tWW:C.0,.QUQ0====C:.=0=L.,001,,(43=022NC`.....200^0.
y=Q... ." C..; t:.,=ctfiSMS.....:5 V) 6.0c.
Y. =V0C-)V= 0.0=VC. 0.06.0,-5
=F0 c-v0v10=
v.,
;.Ur.,.. 5. ,+===.: 0 ===C-C C.-, G. C =001055:10t:',C ^-.550.2.,22'0C=C.0.=In=Cy
XXYG....C1.:=Y02r2.=,001.e=0==(;),..)=00(z0=0065555.,032'ic55000=CV.
2
-X
0...0 0514
W-YGG.0.1..120.0v1.22====%5WQ0.U=%===,=20=000==01,00X25.,..0=,,,,,0=CL.
tp, Cl. Q. 01=474,1 :0 ....=00 =u00... .4 ..,=..m =06 ,55,0, 0
N.C.,=,.*W=C000=5..Mor=1.1.nwp.00c...c.p.vic...o..=2=0G.JVCJwc.,00030x31.-,Z..c..y,
;.0.4i3.....66UOZZY^WS.[OUG=0.1.,6.11-.=".;COUXCW...7GC7==f433SXXXS,T_
.
1.,1,4,0.,..,,,,,Q.,,,,,C.1=0C.J.S=...0.05.,
, g L L , CC -104.,012E,:p:>.
C
W.'2WC.00020000=205.6.0..W^0.'"=====GC42CM0.0002VY.5.2=zx=.....,
we- =6. 0..tac.:00e..1cOotn..t.2,:26.
s=. ", zmoecIr ..ssx 222 ^'L s3.v, -=
=0. t. CC SOU 00-0.0 == V, - 2,..,== =0 01 .0330 ..= xx......-,...
.""""",""=")"00.........0t00,=====UPOOrE,ZSG=XXXX=22m........2,77
C..L.,0=6.7.,QXy2.811,K.0.14,..ZQ,,Q===C,OZWOODOUW=G===3222zxm2.....1*,
C
:..C.0,..MXV.t...7.7:=NC..6.7.==.CUUt;=WUPOVIVIC-=CCX2MZ;7.===Mr.1=
G.6.42'...20.2.2..4.ECOGO=5...uaG.::::=00C,NOC75022.222227.
Lia...,.M.GOW=..S.X.-W:C.6,..7.00.::=4,1KyuW=0Y=CO=C===007.22
..... ,p1,pz.
,,,C.X=0.1.C.6.0-XWZZZ=....0C)NeDWGCLWISOZCLL,U==MQ0=04.000471.X.
11.-0,500.5..tCCXY5Y...2=t,V0(;CUCCifjP=CY=OCII,'=C==55::222.....VL,O...,
Cw4=X0.00,40.*
......
ZW.-0=0,...g.2,.....47COMWOCC1.7MTQUQGOO.X17.2e14....:QC==p.z,mm.pr
.05.0=,,,I.,,:n...xxa..-,..Z0VIN2w.OW=C.
.,..u.5.0c.J.,0=2.20=o=6.1,0.0.0i.,=y0wcos.sc.2=
-"G.C.2=OQUOLn...V,.NO=COM.*47222Z
5Q.0.0..,0=...C..0c .....
YW=QX-,Qt.,...-.ale0.02c0==Wera,....:===c,22=Ci.C.,C.L.G;0==.0=y.2.0E,=CfAM.C2==...3
0,-000.=0C...0CC.0.06:11.XXWY=COC.0.000.v2
N=1...,C=.r.Ww.stc..44....24.L...2==,J===2YXYWY,025222....02
,. '-'
1. 4> = =2= ......... 2 a 24W.4425.2WQ=UCSO..-,7.5.00=.UYX2V,.,4,V=0,222.-.V.
. ,,AtetcaStny. ==== 002. 0 = :WV . YxX0o000.=...22
,MC5..1.L.:^0
.0
.'""-,=.7W5.C'4.2.1.20,1,1.=e2.0.,2=00EG.C.2217.C.,;00X/CY====a===
5v1.05.,LJyza.4.21Zw.(20O.22z==w=2,,,170200CUL;YYX0C0=c0=
000,04=x2acarar.c.c0CO22=m05CSNM0===.Q4C=CX5CL0
,L===2MCXy.24425.04C0.====:.0-0200C...V--=1.-.====0,
0==,,,,,,,,,x4xwaZ24.c.45,o0On=7.===25222.00=c2,..,Q4.Z.UC
CCV,c,c.Jwya2.7.XYstu,V005,0
C
.... Or20====0.0.514.0.
2.W.,,,,020XX0ZWyr.N=11...0v,0.0====M020=5.0030.
=00.,21CyxwxY<CU2T2XS-*V.W2..'=200.11004.:0
C==c,,MaxXUYXXXX2717).=Nr.137.00000..CM
A.=...:CZYW41.-.0N.,210.,=====C0=04
ZYZY2.244.2raiXWMO00000000,A0000
YZYyy2ZZ.^.....14.XXOC.,.,02216.u.N.
M.Y=X0X....x.(aW.X.225.0235.5.0
4.......xYZZY.0.,22=XXX02+
NNfticvNryftoWNNo.IMM,Mm,.fmo.M.4.4.4,a14.1,34...1,nM17,0Les,00,
22..:VWW22222502.5.21
201
=..200=000122
is=2.1,ZgY=
=? =V
E27WX=r.m2=
cr===
..i
= X 0 0 Z 7... 0 2
3-
`0,000000000e ..........
1165 C
116E
1167 c
116e
1169
1170
1171
1112
1173
1174
1175
1176
1171
1170
1119
1100
1101
1162
1103
110%
1165
1166
1187
12611
1109
1190
1191
1192
1193
11 94
1195
1196
1197
1196
1199
1200
1201
1202
1203
1204
1205
1206
1207
1204
1209
1210
1211
1212
1213
1214
1215
121E
1217
1216
1219
1220
1221
1222
1223
1224
1225
1225
1221
1220
1229
41 PJ.,1., ,. ,,,,,, , ,V1Ja.1 1V /1,,,t/k1...1 If H14.111.,;>Iltol,1,.1,1,1 I t
I 'III it WkMMJI.t I 1
SH twSSsfPpf01A009KSUG666mes0055554191SSSOSHW9C00099USSrfffFtw1HFelliDOOSS0SSS
I
,,
J
f
5SINS50effPPPUSKAM6G6GMNHIGGGNMWSSS0.95°096PSOOSS5S441144110SCC5555SSANNSS
SSSSSS5!SOrPFTPPimM6666HAIGGGGIOISSOOSS00009SFIFFFSSWIWIIIGUKPSFFSSSSSWONNNI
SSSSSSS6AKKNIIIPPMMG6MH0I6GGGAA604KSDIMHUNFFIFSSHRWAUAAKNTSSSISTIDOBOSAKKOG
MKOmKNA414A111111661160411GMAK444AASSI1SSIWUNWI05 5SSSAAM4A144s11POIARSsSNNKN05
AtIeMAA4AA011111GCGGGIAN0AAAAAKN4AAAANAOS00SuflOPOPSSSSFAANA414SPOMS°04SKKNKOP
AAA4ANASSIISFIGIAGGGMHANA44466KNA06410WIAAANSSSPSSFWWSS6NOODOOCUPOOKUOKKOOC
503300MAIISCSICGCGGPUI944NAKKNKKAAAN0AAAAANAAASSSSSSWS0967.611C0C11000040NKKNOC
0111141810A4CSfSkPMflAKNAAKKeltalKA1604644PIAN4OPSSSIISSG0966000011600604KKNKK60e
HUDIOIAANNSSAI;4VOKNAAKKNA0AAAAMPNAAHNNNKNASSFCCCCNNKKPOPODODOCCKKNKKKNNHEIP
P161HUU4A4ASHSSMINTINNAAA4A1AKAMMUNAAAAAASONUO011UKKOOSt06690P00UKANUAUUSe
101WAAAA110HWHIWSKKNNAAA0HKKKKNORKNNKYKKSCCRUOCIIKKKKOOSSSOPOODOKKKKKKKKOO
1044AANA1AKOODe006HUUHUUKKKIWPON°40KKIIKK00DOUDOKKKK00S$50D051111DKKKI(KMMP
101410101080H6PMIIHOUMMUUKUUuNKOOHOOKKKKNNRCODOOOK4KKKSOUSOPONGGPDOSIGHMGGP
M6111110(6614101HPHHUMUUWOHUNNKOM4NNN440ASCOPSOKKKKKKKKKKKSWGGGGUIHK6fdthe
AKKk4UMPCP011110GP^GNUMUN4OUNU691(PNNNICKNCCODORKKKKKKKKKKAIG6G6GGGPUAUX44
U0KAAtiwPPPPPPNIO019111614AAAAAA60009N0CUNN0000SUNKWIIK09NIGGCGGGIGGGUNK0C
GMW1164unlie811WHHHOUUANUUMU0AUK090000809KOODOOKKNK8DOS4A1MUCPPSSSOAAAAWC
OMPIMAU661110110116,01AAAAA4604NCCNKKOON(19KKUSOOK0KKKOSSSAFFCPFGOOOOKKNNCCE
1,101mmumm9h011110HUOAAAAfiliuNUAAKKOKPU49NAAANAAAAAAICSCCO660000091100CCCO
MMMt1mumitomiffillf101614001UUOUHUANKURCPOORPRORKKKPACCOPOD40000DCMFOOCCE
090-4111wPIMPWWPP1,11NUFF1111611ARCPPPCER0SRRREEPPEOGOK00000OCPGGGH9996PC
GGJM4MAMPJPPPPGGPPW1MAG4JJA00cC690FftypeEORRNOOCIIPC6P6GGGPOn6EPfc
jjeAptijjpippopPGGAPJGGJJJMJJJAAJAAAPPUEEE94600EFICGOOPIGIIGACCCCCCR
GJJ.111003./GGGPA4GGPFAPP4.011011111eAAGGJJAE0ARREffPFEEfftreCCCEtIP1800CCC
JJAJAAAJJARPAJ6G6pp04HREEEPPAA1-991MRREFEPFEFRR1100611fCPFCEFOREPC6C
JJ,1,13,176GJJJJJJJJJJPPEFPPEEFRARRRRRfeE6fFFP0000fleffEFFffCCeEEFFCCC
IGGJJAJJJJJG6PGNILJGPPJJG1P011011199PGPEEEEFOCCOECEPUECEFITCPECCEFGC
PG6tittePt6G0U1411i4ICOCHIN111G1100GCCCUPPGJRAOICEAAA0fPPEECPPtfCccpc
WHICHNNNOUNUMee,090DOCCHWIWINKODOSSCGBIr11668119KADFPOEOCCCCCCOSOVOC
DSAFAUUNKNUOMOUDD0004KKKAWW00CP000KKVKKKKKKIM000CDCGCSDKKPCC
100HoMuntitiMttUDOOODOODOKKKKHKKOCOOOCOODUKKKKKKR06010101)0008TOAKOCC
MGG6HOA1IMGGIMP06000000000NNKKKD0600000000001110S0000000000000001)t
Ifiolos1416111001)40000°DODS141KKKODUOODUDOODOODON0000000CPMKtOMKKOC
MI1005141110KKK000000011S11NNWIMUMO000MMH000SHS51140000018,060ANKRN1
OCHPS11000KKKK00000SSSWGGGPWM0ODSH11111HHSSSS.SOD011111114PPHAS66446
ouommoommoponnustiwictITIwwwwwwillimwwwwwwwwwritilatmoomm
owitiouummisAwwwwwwixcGummummwitiatopofloHummitIttlimmlowG
H11111111wwwwuseommilawritimum[11111IwwwwwwwirtimitHonuorwe
wIlillimssmisH00111I1Iiiwwwwwwwilifiummuummlifillwwittmonw
10!wt100011110011I001000011110 wwwwwwilmulippw11111tnol0110m1111liv
000411$0166044511H0O5016615011101000I06110111RlinHIW11411110016511HU0000C
IwwwwpurimmuusnimwousmommIlwinumnumiliwpmonmonomelormse
motwflimunouumisnwwwww1wwwwwwwwmmunommwtiGroossmommusuoc
uwwwilmommouttwww.nnvothowwwilsopoostiosuGGGGPossnoolvinAmoop
H9fISS1 1US9f1PUKKN4AuUMUUMMWW5SOOOSSFSWIDWiGeliosOpentINNHHC0e
04$110611000180UUM4MMIGGG1111100StftiounH6w611GrUFSSM0114111100t
Rp1611,linHilm,111111mmitutmAMIIII00111witHIWPGPLIPP11111106001611IN
04101PPPPelltIGGC111GGG6f.M0A01,141PPPIIPPPPPPPPPPGP0000914GPHC
IIGGGCGC.G6GGGIGGCHMMNUUKAUATIIPP6per$,P1411011,51WPHOOellIGJHC
7411116111111111CNIPMIFACIIUMWeirNOIHIMPPPPR6GPIIPHIGGIPV
011111611111160.1jGGIIIONNMHPGGPPSWPPPPJGGCGGGIIII11114
11,01,161:11GIGI1GGLMOUIAUM041.1.fPPGP11H1' ITP6PP6G61161111111
PPot#4111111P6HUHUHUUAIMPPLAPNPPHOMIPPPI,PPGG111110111H011
5II441015 GGHHHHH1041111P1041111HernP501111
wrI,PPCPGGCPPHWw1111m01)111'
11M0116114fil4HH141161S5HPOONWPWWOHHWPPe6Gep6G66PAtimils600HiP
itpwswss5s5sS5S0PPPGG1PPPpPrePeePPPPGGGGPS00OSfr1111P
WHIISSW9PPPDPPPPG6GGG0GPGGG1PPeePpPP,G1,6606061-1H1411I11,
PoNiperwww6GGGHGGGGG6666GG6GGPPPPPrU6RAPHWW,G111CIP
111,PPH4WWINt9110111MM66G66GCG0GPepPH11P4O1116IHNIGIIGGGIPP
50pPv160,14t14MH9MHG6G66GM61f111.116111600414111,111411161110111
OP^JG6PPPP4MGGGGGGGGGGGGGMG6MPWCWIPHIIPPVIHwWWW101ISDO
CG6GGGPPPPMGGGeiGGGGGGVACHHP61111finPPPPPHHHWHWNIWNISP
(AGGG.PPeGGGGGGGGGG6GGGNUOD01111PerPpPPWITHBKNWWIWDO
(.0
--A
N
1231 C
1232
1
1233 d
1234
1235
1236
1237
1238
1239
1240
1741
1242
1243
1244
1245
1246
12%7
1240
1249
1750
1251
1252
1253
1254
1255
125E
1257
1258
1259
1260
1261
1262
1263
1264
1265
1266
1267
1268
1269
1210
1211
1272
1273
1274
1275
1276
1277
1278
1279
1200
1281
1202
1283
1284
1205
1286
1207
1288
1289
1290
1291
1292
1293
1294
1295
coo
PGP6PGPG6GGG61111110161N1W1101)11919111PPMH410ANAU688Ms
66PGHp666101MUKKKKKKUNAKO01PWW111W1HWW4IAAIAKKKKKAS
64,6666MMNPINKKUNNMNNOUAONW0890.0fiRDSOKAIAKKNAUSFF
PP65611GmAKKK66Nti6NAN80019181100C014111101400KKOSOPPC1
PPIPHHAUKKKUNNAAUAAAA000Pp0110M11111111MSGPPECCC
AAAH11AU110PODU0500031101PPPPPCCFS
OCCPCPrPPGPP.0PPuuKKUAriwwilSOMM111011PPPPPFFEA1
CCPrOCCPC1m09019,814nAAASOMPOSNWS1111PGPIPPFFAISN
P0994.1111081116,PPPSNA8AuKKNK000011ORCOrIFSEwt4880
0NECWIWUNIllePH0eS0866NOSBOV0PCCUPFFWAASS0801.
80P5SSSSWIIIPPH560uSSO05POPPRPFFFFWA8484114166
WIDPSSSSSOHNWIIWUDCGCCOPOOPSFUSAAANNANAAAKNN
ASH1155SUOSSHWIIIHOOOOSOOPEFFFFHwANNKAAAA88011
AASSMHSSSSF141111800008S17EFFPPSPNAAAAAAAKKUK
AHHSSSWWWSFIIIFOCI,F6F6FFESI149159684f1:KKKUUK
ARWWSFFFF5SSE44,(4FFFEFESSwGuPPANIAKKKKKKKOK
FRUHFRES5541FFFFETFFSSWHAIG4IPSNIKKKUAUAUUU8
SOMNAkKKAWSKASSSSSSSAGAS1POTWUKNKUMMOUKK
NSWIATMAIGUAGUNIUNGmAGGAPEFHKKKKKKKNUUOUKK
06MAGGAIMNNHKH6U4GUAGUGGeOKKKKKKU1111OUPUK8
WPKICW161186118GUAGGKNPGGC800A4AAMIU0011U6KK
DOMUNIMANU0HUAGUNPPFPCOKKEIHNKKKKKKKKKK6
086UAM9AHMMIMUI6UMGWRCUPOSSOKKANNUUUNUUN
4/9111010860146MAGUAMIIHOPCVPODDSSUSUUHUOUNU
AGUNNHKAuKAMuAVUAINODCPCOOOOSSWISE9MUUU
INUAAAAANAAAAA4ANKKDOWPC00050508HUH110nU
NAAANKKKAA6KKKK88Mm66107.6051)11SHOHOnH000
OKKKKKNKKKKKAAAUUN666611USSHUSHMOMINH00
NUOAANAMAAAAPAAAA1GGIOISHSHUP118WPP0111111
AtimpUNUUWAAAAAAAAMGHMWHIMPSHUH0110N0
IIHSWHNU0WHAAAAAAAANA8UUMPNU1180014000CC
S0IPSHVINAAAAAUUUANAGG66691,8890C60HP
ppIPP93111,MAAAUN8ANOGOIUKUMWM8601106
PM411'P0116116400811810N14W1400118101r4HP3 SW
iliorrNOWRAAAAAAAKNANNAHUUNAW1160PPlitt
AEREPPSHAAAAKKKKKKKKNEIMAAAWSPUNPPPH
EF8E8NAAAKKKNKKNNKNNUNNAA11WWGGPPPR
11111185 AAKKKKNNNNNNNNKANAAAGWP661114W1I
U80611(511441106048910411N7. 7. K31PPGGPM110
AAIAKKHMKNNAAAANKKNAN810(66GPNWHSF
IKKNANAAtiAAAAANNANKImKNNGGP4USHH
KKKANAA9NKANKNHAAKK8KKANGGGPM106
10180408881480N6100<8K040K1(00104PPPOC
AAAAAAAAAAAKX11111(KKKICKNS000011096
NKKUNKKAAKKKKKKKKKKKAASNP085SSS
KKHUKKKKKKKKKKKKANNUNNOSSHOWSS
NAMOKNAIANKNA80488AAUAO5SSSHWW
AMKKMIGNIAAAAA004400AASSSSSSE
Kt441114811K4S6mAAAA6606006ASOSSO
KKUK86UKKAM1JNAAA0A8AMUUKK9558
KtiNAKNNAnUKKHGUAtiAAAUUNKKKO0
00894KKAUHAAmUA0NU00KNAKWINP
N9KNAHAAAAAHANtin4huANN8A00S
NAH610(NNANKNAAMIUMINK140449110
NKKKKK144N0AKHA000mA4 ANNUKUC
KKKKCHUAAA81AR11UU48AKUNKKE
CYDGIMMPIIFEEFGEEA84888886
61,1666.6/6PC69966666EEPEEE
FIGGG6666flUNNKUREFEEP6FFF
1466666601n1IN11CITEERHP00
PKG66666GPRCEPPAEFEETPN0
P.GDHP4m1101HO6GG6GJREEEP
PPPESHAUSSHH6GGGG011NRRR
SPPPPPSSFETPPP6JSEWINSE
oflocrc6PPPe6GGIISSPCCS8
lJJ
J
129/
1298
1299
1100
1301
1302
1303
1304
1105
1306
1107
1308
1909
1310
1/11
1312
1313
1314
1315
1116
1317
1314
1319
1320
1721
1322
1321
1724
1325
1326
112?
1328
1329
1130
1331
1332
1313
1334
1335
1336
1337
1318
1339
1340
1141
1342
1143
1344
1345
1346
134/
1340
1349
1350
1351
1352
1351
1154
1355
1356
115
1558
1359
1360
1361
C
1
OK1KONNNWOPPGGCS90090
N11NKKKKKKKOCCGO000000
NOKKKNKK0KOCCODOOKKKW
fEEFFSSSASCOCCOKKKKO
FFEEEFIFFFSFFSSSAAAA
SFEFFFFFFASSSSAAAAA
TEPEFESPSSSSSSAAAAA
ISFFFEFECEFSSSFFAS
NOSSRUROCFFFFFFUSA
KICKDOOROFFFFFFSCRR
ASSOINSS1FPPORAOS
OSDOODOCCEERPHPRO
SSSSSSCGRREPFP9C
DOSSFSPOAARRPREF
nenccoossstam
UUMWOPOONNSHAOK
10111110000111011
11FiliDOHNIFF00
AII11590411110
tte1l000wt1115
1110000111111
FSCPFFFFFFPF
0000001Ft:1PC
FOPPFPPPPPPP
PPFFSSSSSSA
SP1PPSSFOSA
NOOOSSFPPF
AAWrIFFFFF
AAVFOFFFF
AA1A11111
AAAFAAAFF
WFAWWFF1
OWIG1111
S1GGGGP
0900000
OOSOSS
OSSSSW
KOWSSS
00000
00100
NOSS
OPOW
SSS
NOS
HON
SS
SW
1035
1036 C
1037 2
1030
1039
1040
1041
1042
0043
1044
1045
1046
1041
1046
1040
1050
1051
1052
1053
1054
1055
1056
1057
1050
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074
1075
1076
107i
1070
1079
1080
1001
1062
1083
1084
1065
1066
1067
1088
1069
1090
1091
1092
1093
1094
1095
1096
1097
9110000
uunoontionopoccc
onnimrloonnennoonnocccor
omuunprinnelommoommommocopor
9110000000000000008000001,600300000000000CCCOC
nnonnotmuumomuummuutwonnoloonnonnownPopnwompooncco
nonmitonnpn4nP9nntrouuuummuminfinnnumeommuplopotomennoc000lic
1091 C
..,A,,!,u.muttitkwwm~kofwillqimutt.ct
1100 2
UUUUWOUOUUUUUKU011016009000NOPOOB0900119005KKUWKKUU0099KOODOBUKOROUROUUM1000011KKOUOCCCOC
1101 b
0noUU0111/UUUKKOUUUMMUUUMIOUUKC00000011800009406900(1,1110KOMMOKUUUUCCORONIU050110u1100P911109U1(01110DODOCCC
1102
001103Gpnwmummuouumpuommuummuummoulamprimummonvprimpnpunoulwummuncrmununnimuummorneuumumoimmccec
1103
emmuumie,3oecaumevneutio0KuuUuK00oVuuUKuuuKKIIKKin0OPRonoun04eneremietlonmomummemeitemmilieswIted6rmaenovueppronKuDDnoCtic0e
1104
UUKUUMOMICCGOKKOHHUD5U01l
UKVOUUK111
UommunnoprinccouominroimuUMWommUuuulluuuuukeontwoofinunno0040onne0oHnu0OKUnNuo00u006000M0ponnumforillOnn0NkenegnnOTIDDe
1105
1MAIKKKUK5KKKKPODOC110000DUC00009110,113001(11110K111U11011WIONOM1IHUUUU990911UK000000VXX4DOCCC
1I6s C
1166 2
1167 c
1164
1169
1170
1171
1172
1173
1110
1.175
1176
1177
11,78
1f79
1100
1181
1102
1181
1184
1185
1186
1187
1108
1189
1190
1191
1192
1193
1194
1195
1196
1197
.
.....
COM 001:
tr
,I.111,1,K 11111 I
I
Ii114.11#1.111 1,.1( I 1111111j.
1)...
I
I 001 l'1)111111,11.,11'.'..11M0
sssivcs8sPPrsussuc0910090e[0000000990000000000tnn0P00nnhoccup000,0801UuuntmmultammOuutilo900F01011reeto0uun0990091001)
COSSSSSSNPAPPS0900E000000P0000080DAPPAPAPAP0137PAPPOPP0000VC000001010000KkAUU,K7011100(TKNR1170140041000APfKU0100110890000000
00000SSSAKD0000000813000001140000900000000000008000000000000C000000000APOWKKKAKKHAIKKIKK100110010001000100001000001010000000
000snsnOmmtpon0s0000060s04wwfin9011000e9919100v00000000110000u00000010300080008000008081-101100000949000Puuuminuo000990809000
SSSSAHAAK800S0000800000904WAHROADOV008A008091108P0OPA0000000000000100008810(KKOKKKKKKAK901000010000901100000000001001000008
000APAAKKK0000010000000PACASKINA0000P0000PA0DOOF0001,0070100000P0APP119001NN081KIKKI8/0(00001111P9AOP80OP1110CP(0000310100080
onpo0m0100000009)000000OnswwWu00000000000000010OF000000000110000000800W71(T1m0I00000tu010000000o0n00401Fevp0090g000000
p 1100000013P00110000(000000090SWAD00001100008APAHOPOBCDV0000A9007000000000400000KITIPRItKKTKO0909000000010000174040000P9A000
AP 0n00001180000p0c00000000900Fen0000009009e00900000000000000000900008rBeimum0000111890000uu0000000u1180000000080090110fle
OH 0Hs00(109000000001045
Fica0o0000D000o0e0nS91000E0s0n090100900000000Pc000V000008Cortin0D0POntinuouooknnuf19009010Fu00000uunflneummutin0080u00000c
1Ix004cp0000%00000000e001,p0p0090110009090090009HP09n011 0
000
001810/11911#9mu1Jungne090n09981.81ammenuu9049P0if
000 000001(10000ssucSFsK00010,0000000000009100090000000o0000008P000900000000801(xu0000181000099uu00000000euunmm00090NmF800
000 0000001180009SOCOOKKK0000000000900000000APOBOPOORPV0008080POOPP9DOOP1POU0OKU90P00000001038009900013000A00000000B000000P
00000000ANKKKAAAC0100KKAPAOCOOOP000001010CACOIAPP0000U00flUABO00080000000004KUltT011000100100000001030000APA0000011ABODOOORA11
00001 000nouAHF0000[0o0000000800110000900cc000c010000000901100001B0000H911000061:01000110000000rwAnnnPnenPOPIIP00~0000800901100
CSSS 0040PKASA000009P0000080C000114008403CCCPODAI9009410<000000C09008400060091YYKK000OA111T000010100000POUOUP00000PARORODPRA
s00P0ti1cce00t00000800F0000900000CCc00TrourP00000000000000400000009000800811011111P01111er9ntu099000000,000001'eun00009pe
HOC
Dot
CCOCCAWCOC100110700100000001100000CDIKOCO0CCDAIYIKIMPOKK8K000000PR00UP0000PKIWROKB000000011000000110AP0001100000090A000A0
000SCC OCCOOPK000000000P0000E00000001401CCCCOVT10110018100(0110110000009001100P00NOTTK00000001100000110000110080087019001104901,00
CUPCCO PC018110000000009000000001000MCCC0900111118709100(000000p000000090009D7Ie90000111080001101fl0998800mnfleen/100P0nntiom1110
FrfECA 000001.10DOOPTAKOOOCCOOOVOPPORCCCAPOP80001100C10(8KKKKAAPAPPA01010000000AIIPAA0K0001,0000,500000000pApAp0000000000000000
C000008 '09,F0080Cc1aR8000CC90000009ceP090C70.40,u8000000AN00000000000000110.00080m00011000009000000000001100000001410131uTF110000
CFCAFTC CCOAPVCCH0RAPC8000B0000C000PCCOAAKKUKU11NNANNAN10(091POOOP09P90P00088110000001100000090090000000000000000000000Ut
CCECCEEf FEUFFF00cH808000noCc9000000CCCC1KOuto(00000100(AKKO000400111000000000000e09100090911118990008010100009080111J99W1u1Wmuue
CCF EHPDOI 9'RIFFPC0R00.070000C1000000000011KK1111011000K810(1K0008POPPOOPOOBH01)0001110000,10100009006B00000110000PUOU11U11000111100u
F4IIFFORPRDAF8001000000800000KOOKKNUUU0KOKKK80081(8000PI3000000000(100000000000000080(300C0POSPPAOD000MUU1J0U008UP
FCGGGEOE 1111PA000fiRRIVAT1N0000CCCOCOAKNOUVUOUUM0000(KKO5
CCCCP01F8 IRAPP799079E1RPOS1I9
pAII0000090000000040000000000110010000309010A9UAAt19 IftlAtU0000001
CCCCCFAA8
K8ANOCC9000KKA9iOUOOKKVKAUU1(0013000000800900080000000000PW10000000900011000010u1110111180799011103
CC9*C81111 AFFTCCARPRROR11108110H19H000100001800UKKKUUUVU80130001/00DROPAAP009000A000118100108000910100010100010700006111101300077008
. EFPRKNKNHIIIIIRHKKKAAC. CCTUUUAIIKUUKKKKKKUIIKKKO0D0A00
C000AAILI1
0A9D08flBB0000011BBB0P00000800D000800fl113TITTITITUn9UU10001I
000000000P 01-0001118011110010KOPAHOIAU00007KKKKUKKNU0KOP01100000110000001010AIKKKDOSAAABAAAP10100000007013i10110017009810101-10
00000000009101C1003111711841FERtHU000CDOHAOUUNNAUK9j0UUUU00000PAP9P010015060801ITITV000000009008100300000009901 11IUUt0000000900000
1238
UsswIffuvr,I;r1IN6ASNNKAwf 1WOKOKKKNAN98°OrupOUnPuu1011BUOvOIMPW;HuOuuout8PICUUDfluilAAUfilivunlsoilinottuop"ououeogo184418861I
1231 C KSFIFFIFFSSSI<KM)1001110100 000DeKKKKKAAIM0I)00000t11010C11013009000116P09000141111(10110CCOOMIUMUI I T 111U(IIII Itomentitrtmonopoort11 TnAllti
1232 2 FIFFFFSSSSSMIIIKNAAMIA.01) ottotsAtocxxwoononeolm000nKiwoonnononvonimoneopoononcounopeuvutTAURUOU(19101gROMIDOMM111)000ATAIMIC
1233 d FFrFFSSSSNSSMNAHNKKKKIHICT SWIIIIIIVOUUKKOOMIE11)70nDETKIMPOP000011013FOIDUOUPDOPP(MPTD01111111310111UUU(11/11011f1P111.111,1)(MOM)011000PAAtifIllf!
1234
1235
1236
1231
1238
1239
1240
1241
1242
1243
1244
1245
1246
1247
1248
1249
1250
1251
1252
1253
1254
1255
1256
1257
1258
1259
1260
1261
1?62
1263
1264
1265
1266
1267
1266
1269
1270
1271
FFSSS514SSSSSWIWOCKNKKKOPC SSDDEIFS411KKOIIDIMDDOMWDOKNIIDDIMDP111111)P9P131011101)101130DODDOPODOMMP3APPIMPIDDIIPPPODP011111)POWIPALIFIr,11
FPSWFWSSSNO1110KUUKU0011A110 ocoosomosnoonneoncyPctoxponufmoononnoimstownorn000uriumnounmonnitiminnoup000noromnouppmpun
SPFS5S5SSUMOODWIKUUKKKKODU1DOOMUDOUPDOOSSS5DCCCCCCODfl861100(10C0000080000000GODOUP01000001°00UIIIM0901111811UPODOn0098800apc
1FFSSS5SSWHO000BBLUUUKKODP to°00DoommoneSonnoroucccvcucunuoccosAnoonssomocsuommonrcononoononounnimmlopoPoonommoropoo
NSFSSWWWSOODD806POPKKKKKOO nswommoco0000OunnoCKK.SurccccnooppprosononooppocoonnompoPounonomm000mmoowinP000D000nopor
ASE1440880001,008940100001000 ssuomoopoononoonnuenAnnstwesss:Fprrccoonolmovuommoommuccommummunongenennonommonoorm
HAPCDUOD0000b8PROOOKKOMPU oSSimossommooposwsommKASsPrrwitAKOToommooponopoopornccoominonommocrwionoonnmmingoonca
K8SSS8(1000085 S8008911KKWUKKK simussmospvrontopergmenePrseANKKonocPoroondenneopoonounopileoonueuunpeneuournminvoonounrign
HNKtminSSWIDOnoSSUODOliKKKKKK KOUSWIDOODU9901800000POCCCPPCODKKKKKKKOCC000000000000W11000D040110011000110130C011000014HPO0011000
UKDOn05800,10000SH000BKNIOOKK
KOOSDOSSSUMMOODOUCCGUCCn1KNKV10001001)0000DDOODOBBBOUCDKEIDODU11009110001190000BODOODOOMWOC
KKDO00OPD1108DrSSSOSBOHUANNKKK NnsSSsossnonnnuouprimCccIKNKKAAAKKKounnommouPooponcccnortnonvonnoflumom6uatiooponon000Roroc
loocopm080801IP01100(00KKKKKKWK KK080(161,98011081)0080,PCCPUKVKKIwyviciwgqop000100000800080ouroonomis11Ni1Rntio0m40000000011ou008
KKOBAMIIIP900fluODDOOSNKKKKEKKK KKKKKKKKKDGCCODeCCPCIWKK88KKKKKHKODU081109°1108111)0110600e0DON118fluDODUODUBOODWOODUDDOU°DDOUE
1008ssit6008118000openunlaiNNNuKA 881(8810KIWOOHOMPFCDOUKKUKKUHKWKODOODOMPRIIBPDHUDonDODOODHOOKIPC660001.606001110000118114PDOP
KKASOBOOODBOOODODUODUDOKKicKKKN AKKKNNKKDSSCCCCCPDMIUKKKKKKKKKKKOflOBOODOBBOOHBOUDOODUHIMODOCCCCPCCPOOONICODOODOCOB110011DDIC
11106PROMAI0O04DOPPOD00088101KK KNANKKKOCCPCDOOCCO°001(KNKKKNKKX11006°00°U8OPOODOODPOUBUDO°090801111KCCOOPo°0000000000000°01!
NNIMPP00600A0D80000008000KKKKKK AAKKKKKGCCCHKDSCDOODOUDKKKKKKKKUP90000800006HKOOOPUOD0000°81380,1H0C000000000000110°9000900
KKKOIAR8MMIOAD00D01/001M0DOW(1,11 1018KOCCDCDKO5SSXDOODDOD8NANAAKKDflUDOnOUBBOqMNIIMOMOMDUBDOUDDN(IK1)00001)0000110DOPD98DOODUC
KKKONIU9011WWPOWVODDOOODH858KNN KKKKUMCCSUMISDOOPOOSDSHAAAANUKKODPOROBOCONH11041111H8DONSS008DUKKKS080P0000000000011080000
NUKKOD91114WWGCHOODDP6OPOWYHOONAU KKKNDCSFFSAllellUSUSS1355101ANNUKKKKSHe0000011NPHHOSNUKKIISSOOODB1111KNBOliSVOPODOPPPUOODOOODBB
UUMIPP0ANGGOID0OSODOODOPPDPUDH88 KNUSSSSSSSPDESSSSLIDP5SSOMMOKK8K6OPMPOCPDSS58DODDHSHDINDSOO880KKINWPODD001100000000110D
UUMWDHHRUW6GCP°011[C°008001100D8KK KKNSO000CS00e[H1190DSHDn00SOUDKKK0U0DOOORPPOMMOSODOODUDSSSH000OK9101001100000000008911000
uuumuummw6ciwne00onnowq0er4onk KAsPoommoDoectmoostmeoneenummosunsstworsounpoun000rmiscommo9rnouponopoommonuoc
090011011011UUGGGGH01,00P9000PRIIP900101 KODODSSSS00°D0110PPP9DOOtS9SSSP6665SINSUNCPUHOPPODOPOD°0901)000000UDO°00800HPSHHODOUROC
9VUOUOUUOU118GGGP00000POPUSIIDDO9RAN 816100UOGOODOSSUSAOD9SUSM907106601811686811HUB080PODODOUODD000001ADODR9ODDOOODOSHOHOCin
HUUMUUUDUAOGGGre0000601111DBCDOMAU
unnoOlunnrnssmmopooDoWoopu4AuummumummssoonSm000nimponmonnoNNNommommoriermc
600UKKKU009116GGPIN000SSDO0SSOSSOn68 KKgSSSSSrsHvsnorpoonstmcntopoSAminuouPomnntmoconossonqopuonnoponenAunmenoDoommuo
UNAM000DOO981tGGGGPOD000000OGOOSOOKK KDGOSSSS5uSUPOOD0000°000SSOOOSH1W6058NAOPSSSOOSO°0900900D0000000OOMMMODOOWIWO°C
AUKKKONASSSPRPGVIDC601,000(16(908KKKKK ounesSstmepKommoopeonosoSSsoounossqvimussssRoommopoomsonitommolmoDoWmisioncy
KNAANN600000SH°11110060ANPPrlle0O9UOKKK umenroiowoomellsomoDosssssSOnnssunfienlimmfirinopolowommoOssopouPonnooponenionioone
NARKKODOIWOP006611PGPPP809p0E68881#110<
6P9S00000DSPOSSDDnSSIMPHIMS01008111HUS11111111101101HP0681(118u08110000ROODMPOOOODOODUKODU
HOKKKBAAPB11611061BOMOD9110°6HWGMMUUUKU ASIMOODSVUSS/HSSPHWWWIMIII81181141901411101HIMMIMMIIIHNK88111MHBO611101PUCEM000088(1008601
H4OKKKOM1008110DOODPOPIU6GPI1OKKKKMIKKK NOOSSSDOeSi1SODSSVISIIMOISS5HOHUSNSSFSHM1HHH0008S888NAHOODOOMP0811000001111CG980UftlefiC
WHOONSSS009SPn0O006PGPPO009MKKKKKKKNOM OSSUSSSEDSSDUCDOOPOSSSSSSHHHUSSOS11418111fiPUHOODOORD6114110°011HWA000t484B111111CCIIOUIDOC
1414INNAASSUVISSIN11411601A00SAKOKKleAKHKOCKKKK AUR!SIOSSSHSPSPSOOODPSSIIIIHMINWSODOOOM,14811DDODOOOOPORA1411611111141111tIONHIMGHAMITTNIFIDO
OSSSNK°0111.46P90DSOO1 )O0AUANNKNNNKKKNKKN6 IISSSASS!HSCSSSS18144151,160WIROSSMOSHWWWHIfficOoDD04000DAWION111109P8PHOMPIHODINNNTOe
IISSSPS806000060000HPGGPUNKK8NAACKHNKNNA usss5S5Sw.stimusAmmiluermocieumstmwwspoqussoccoopoofiermunnoomminnwooSftemikone
1,11,
nofilio1hwve,11:>',,MIWWWOCIct If A KlitIZAJI,,'
14....4 11:,!!, VAICI:GIAIIA,GC:4111451111111111UN,AIMIIIIIKKK
1297 C S0KICKKKKS0040101P1OFSSS511KUUURIERFROtenS3S0PIISAAV IIIWA A A AA KIMNIMAK rINKNA111 I
1294 2 0100WYKN9C9 0091300DC15559NHUNUSEEEMPEFUTPPEETEPPH S9IINKX04P44M11171411FrFF90000UOSNHOROGCnOSFCC9(111T000000000000000100(00
1299 0 KKKKKKKICD911P00000(809SAAUKNN003SSRESS4Ert-SREF1131 IIIIAAANWHIIFIRRSFFrPCC9RFRCUMISCOCCMONO0C0011A110CCODP0000110941140KKOO
1300
NKKKKAA11711,,0600D000OPOAAKKKNKANNAAA4A0A4455.4SFIIIS SKOK40511S11PC001f.CRMPIISPEERICKUCCI:CCC11110CPOSH,:flInC110011000000Q0IIHIOKKK4
1101
AAAAAAAAAHPODP09060KKRA114444444411111111111141F1H4P00 PPUMUOCC0OCCrUfPKOCSCCCREUP0CCCCC0010C0TH0DCCO1111191101p000660910(10N00
1302
4AAAAAWIKPCOu90PKOD0RAAIANAAAAAAKKICKKKKKSCO0O1149CC CRR0CCPCHHOPGRFFE0111PPOKCFCFRCCC0060014410WCHUONUP0000911I911040600141[
1303
FOIRPRIMCCHRC604EEFOCP000KKRHRflOPDODPUIOPPCMITTCCUOPPPOODTIKBE9UKOUT
1304
0AAA0AAK6KCCDK1100009KKNNNKKKKKKKKKKKKKMKKAC009RSC0ftu.99E07,011900FrKKOFRICCDOOKNO96°09nDOOCCGC000999113110130K(CANOKtioW90
SISSSFS4110(PCUOUPPICKKKKKKKKKKKKKKKONNOUOUCCGCGCC14144
1305
C00003019 0P411KKOKNIOINNNKHNNNA000001111RCCRECCC9HU0PCCG1 RCCOWEESPFIRPCCSSRRINS90kKHUSHT04000000CCT111-11111111109KKKKKKKK9HUll00
1106
01FIASFFrIPPKIWNKHOSU0K1S01400CPPEEEEURCGRRXKUOCCMC1 E09SEFECFPCOOSH1A01500NUOVUAIMMOCDSHOKKKK0110N9KKKMKKKUUUD0R900P
1107
SUFRP, FFRROCOANRRCCRORRRRRRRPPPCCCORRUV99KKKKOPOCCUSSAI 0100FEFJEFOCSS5P0113A4KAANNNNAAAANNOCVCDUOKKKIWK1KKKMOINKNNTUM41000
1300
RERREFSOSSCCPCCRRVORRORRCCRNRCCIHK040UKK1040[010003-WSSS ANSSSAUFRPC000SDAAANUNAKNA4AANANKNPCP009FIKKW1KNKKKUNKAKKBOODOOTOP
1309
COREIBP0SRPCGRQC0RUFRRCCPRI150TINW01100UUNK0000000P0000S AKANNNNNTOT110061(KKKANKKKHNUUAIA0HKKGPOOOKKKNKKKNKKKKKKORUK,ITIBPDO
1110
1311
1312
1313
1314
1315
1116
1317
1310
1319
1320
1321
1322
1323
1324
1325
1326
132?
1324
1321
1330
1331
1332
1333
1334
1335
1336
1331
1334
1339
1340
1341
1342
1343
1344
1345
1346
1147
1340
1349
1350
1351
1352
SANN44NUAAKAT004KKK444N4ONNWMANNTKOCOUODUKIWKOWKKKKKU000040e0C
006POPRCCPODOPCCRRCCHOUAKKKFKKAMMOOKKKKK41(8000PCPP005S.SAAANNKKKAAA0KKKNNKKAANAAAMAIA00000CCOA00400(KKKKKKWOOMID40110P50
1111PRC000P90P114PWAKNOKKKK4KKKKKKKKN4A40nR009Pr00003011
S44101KHOWOOCKKNUKKINAKKUNUAIIMUIPO1111C009001(KKKKKKKKKKK000000000C
11411101A1161111AAANN0IIIIKKKKKKKKNAA6604045550000(e0605S9,SAAANKKKKKKNKNNNNNNAANKKKKKKKK99011006OHIPIONNKKKKKKKKKKKOP6906660
4110111111(1(1(1(1114UNKKAIAnKKKKKKKN1A41AAA600S041/0C115900S5S
0161111AMMSAIDIKKKKAIIIIANK011AIIIHKAAAAASD000SSOU005SS0 44441(KKHAAANAKNNAVANIIKNKKUNK1190M0HOW044104UKKKKKKANNKR00000t100
PPPPIFFFCCC5FIIISKKKAIIIMKKMUK0111444KK4SPP00155SOOSOD AA4S5050NNN0N41010KNNNKKNNNNK90000CH09001100KKKKKNNNKNKKKO13000002
PPPIIIrrPP4P1111PCDOPF11WHIGGGIYAAA446004105555.3500000003 SISSSS5SSSS0ONNNKKKKMKKNNWNW(00000000000MMUKOFF1KKKKOOT0011000
1111PPPPWPFPPCCIPPPFTPP5A1G(GIWW1111S4WS53SFWWWSOCOOS5SS PPPPP0000011N01(00SSOSMONAAKK0000000009KUA4OKOOKTITTTOCHP11,1410
FliarCIPII111PFPPPFTSFPPPPIIGIIIIIIIISSSSNWIISOUSSOSSFF1' SSFFP5HS11044AS5310110144444KU0001100101130411(KKOWMPCP1111GGC,GP10111C
CGGQQOPCIFCOFFPPP1011IPPIPFIPIIFFFFPFE11FIIIISSFSSSFIFSSA rSSFFFFFFIFFEFF040111IANKKKKOS0900000ORKKNKOMODAIIIHWGP00001,
PPss51,PrPFPFPpF0PFFFF1Prvfl1PPPPPFS05F1ISIISIINIEFfft-4FSS5 SFFWWSS11174-111111011140K1IKKFUH0000001)0000N0N00UW0111111141nHUPNHP
4AAA4AAASSF401IFAPF0P7PSFrPPPPPPFPFSCPFOS51051111rFrrr$555 NASS5SS1111114111101100190flPCC9CCCUrP1400000AHolip0119011H0nriMg6p00
AA4AAAAA4.4464111111131444,11PP5rPirFPCPPFFMSSSSSWIFfi5SSOP K05.555$1044APFICH00#00141/1100CRCHP0.000904UUM0000009909C600H
SFFSSAAAAARCCGC4C64CPrRIPRRRCCPUGGP06P1GGKAPP01199111119990PDC
FIF5AA44A4AAAAIIIIII5PfIFFPFP0SPFUTSFFFIFITCSS5S5SF5SSOOSVPFFSSFAAPPCCCOW/PCGCCCOIAPCEEr41JJAIIAGGIUUUCC00000001)90000(
FFFFFF111444AAAAAA44AAUSFFS3FFEEFFPFIFFFFIFFFCFFFUFHSSSSSSSS4FF414PGGC6111141P1RCOCCCPPRtEFEPAfE441,1634eCFRCC090000090PDC
FFFVFFNIAA41111A41134404111344FF1FFeFFVFFFFiFFPFFFISSASSWF1
f1
FFIFFFAAAATIAAAAAA0606111A6AAAA10A5FUFFF5UFFFFPOSFS55F1A0A1 I999994CPPPOHRROACCCCCOCCRPRRIIIRFUPG4EEFEGG090(009T996PUV
???1AAAA000411AAAAAAAAAAAAAAAAAAAAAASFIFFS5ArAA5C5S??FONWAArp PPCOCVOCPPCPTCCO0PCCOCCCOOOKKKKITACOCCOVFFGE00001q111141e1(1(
IIISS0A1111IIAAAWANWA6006600ww6s00AAASSIFFSIAASSSFTFIFHUUSCCC CCCCDDCC000OCCCP99990GCODKOOKflirrOODGCCORP0000ER900001111
11914140111W.GGIHS3S6AAAAASFAA6AIFFAKASFFFEWAAAS6141wFFPOOVOCCO CCODOflUCCOOCCCP0064C00000KKIKKKKKUP00D011611RRP00EOCEURRI
PPHO6KKA44M:IMM1149365AAANSSS6601415AAESAAFFVFNAAA6110905000OGCCf COCCCVDCCCCCCCK1300000000KKKKKKKIW000CCOODUOII11909190E6E
ODU000KNAMNNK44BAWK0SSONKOSOSS4VS0,10SErfFCFNSAA4I1AKK4CCCCPOCPP 0C0CCCCCCECPFIVON0H11100811KKKKKKIN00OCCC000110090TT1OODCRR
S5SSOSAAGG4AAAAASSS5SOSARSOESSNOOSSUMAANAAAIANKKKOCCOOOODPPP DO000PCCPPGGFPIC64H1PAAAA4NNA4AAAA45514.00000,10001100C00R
WWWSSWAAIAKK04SOSS,544SSSOPWSWS5500054AAAAANK5wAAKKKKKOCCOOSSrFF PePPPPPCCPPPCCFrCITTANAITKIKTrATNIAAK4CCOOS001,0000P9OCCC
PPPPPFFPGCCCCCCIECTITIM1I1I1 AIAAAAAT0000SHH6050990GOCC1
S5PH111010KKVKOODOKK009000K0000000000PONNK4.114SSSKIMKNCPC005SSMSOA
0011HOOOOKKNN4340001001,0049SHIISRAOSIMKNMKNSOKNOSPOKKO0SSSSSSSS44 0001WFFPRPPPCGCCFC001411114110AITITIITO0S00000000r0050P0
N44A0OPITPPFPCOCGFGPCKKKTININMKKK1100000090000000000P
OF0114(11199K0NAAASSSSEASOOBONWe01)00001435444A4KDS000CDN455SSS0SSAFFA
SHEIR1019A4A44SHSKA1100010001140SfiWHIMMOOAN44KAOOSSHASS04SSSFFSSFFF1444 4AAAKKOOPFFTFGCCPPPPGCOKKKKI3KN11Kftk,(000000°000000CPWG
4AANUANNSPPPFFGPPPIVFFG°1(111111K1111UNCRIWOS5SSSIIIIIII
0115S06056MAAASS0M061106404S0111110.110011551(KKKBPIIAN0PS4SSS5FMFF1FASA
SEISSSSSA44A5ASH5S040H10100SSNHUH1015555504NNN00110005351051-35FHWWWSSS 4AAAANKNOCCDPPFPCPCMCIFCK111011K1KKKTIPW055SSSFSSISFft
SsumMAAA0SSMIAAHpHOHUHMISNIMIHRMISPOPA0111,E0000.00115SHWwWSmSWNSswA6 4444AANKOPS5SGPFFGCCGCCFFC000000E11111410110S551SSSIFI
111100914AAAAS4410001115SHWHSS11NIOIHHHHIMS1004404400POOPP9SIWORSI011SSAAA4 11646AA4A91FS55M;PFCCUCPMPrerCr111111SH441hAASIISSFFr1
SNWHUNAAAA4001001041/SBHH5SS1000411410410040114Hu009049P99911SSSSOOVONKKHAA 404.1644AS5SSS00000CCCCCGCFGGEFCW21001CCRIRSSAA5FFIS01
WSIMHAA44DHWAA0101141111001H101SIMWWWWWW014111014011090POPUHSSOPOS5SSANNPUA AA0A04445FFSO9OMCOOOCCCUCF11160SOCCCRE995SIEFSSSOC
444/114445F53PSS00000900H1,0006FOPS1110010105115500669
SSSAAAAA4444S10101410400S0055A3SSSSSII0SSPPO1001104020114140SPSSSS3NO0KWN444AAAAASPPSSOCCOCOSSSSS009OUPPGGfrPPPGPIEE4RCGFfC0
55361411666660PSSAAHT99SSASSSSS5555555609U100061,00969PP9011MOODOSNI.NKO3KIII11NAAPFFSSSFFfS91N6Sr50000CCCCCPPPFGFGPCOrrOMUll
11AAAAA0040040510111HuSnAH5WHH5SS5S5055600U4909969E0009000900PP9OK00011K DICKIKINOVErS3SSFUTPSSI1SS001:COCOPOPGFFFSSCGG06GGGG6
NNKNAA4AAWSPRI01PS01406FISS5SSSSS4110,16.110601411)90P009005)961W0P9PnOR0091POWitNNUCC5SS4SIFFFFrFIFSPOOSOSIITIFFFIOGGGGUO0KKKK
4NAAAAAAAASSSIMSPSOSOSOSSSSSS060110000411400000040PSUP0000000DPrIKDO0C0 01444444444
tOCOOOONAASSFFFFriPrrif11131111,PGJGGVOKKUNKK
Am0AAAAAAAlmcnioNN5mmstow4HH1100115911D9UNP0OPPOeSPOlop°90SS0NA0P90501,
04004SSr611000KK446664FFVFFFIF4FCSF1411JGG11131WKIMUL
AAAAAAA0AA6$3505w0590t011110091,0f3040HOP5SN4SSP08P00P01411553 P54N115.POPPI II
00NC000C0000NKNKNAAAAAAAFFFIFIFFHGGGKKOPUKKKKKKK
AA0046444431001S5SROSOP4P0C0P000011401001KC0000V40000000110001.00NK0130000
9PDPCOODDOOODKKKKNKKKKNA4AAAAFFFM4IGGKVKKKKKKKKUKK
1361
1364
1365
1366
1367
1369
1569
1670
1371
1312
1373
1374
1375
1376
137/
1578
1371
1380
1301
1382
1101
1384
1385
1386
13117
1588
1309
1190
1391
1392
1391
1394
1395
1396
1397
1390
1399
1400
1401
1402
1403
1404
1405
1406
1407
140E
1409
1418
1411
1412
2
1
sCCEF078E6FEEEFEERRRRROCC0000001100n0S09PUOKNO00UUNUNUKKKK7MS00000002 10001(0000000001109000911110000061MCCCDOCEEF00117
OGCCEIFEEEFEEECEEERREEFROC110.1111,0002CAP9P06NUUUKKUUOWNKKKS0K0000(109 0000K00011090 n9nne8!1880990omicmccGGFFET061;
SSSSPPEFER009[EirEEUG0RCC0911111699900P9OET011NuKUUMMUUUKKKKKKO00008 DOOnnoonornmormtip,molinRponecconcccrcomfup
ww9S11AKRFREERPEEEEFROmUUPU0UUKKISSE000000OPWIN110UKUNK1(0NANKK000009694PDDKKGC116101011990999909110,!9000PRCGCCCF0RRRRa
WIIHNK0HuRAI9REEREffPUrvo080N44000096PO09NNA0NUOUUkKNKANN80140SUCCCH ti000ccoM101160o0omKP8000099snoc000Gc6c081t1R
S,WWWNANNIIRFRREFEEEE9012906NAdUKOSOOCCCIIKWOKNNNK01(0NKKKKKASSPPP019 09119C000411P600009991.90KKO0SOCCODOCGOOOD000
OOSAAANNAKiwEEEFEE0fIRRO09110110KKOMGC0AUUKKKUKKKKKKKKNKKAACPPCA11111 OKKCPP90159009011099KKKOKIWKNA0CCMCCCO9CCCC
411810801PHUKS0PEFEEEEFERRRRPNHKuuN000CPOSSNAAKmAddAAAANNKOCCC00011961HICPCIIOU4210900WWWWuNAAKK01811PCOOCCOXUCC
111110001-14161011HORCEEEEEEPRRRRHNKKUMIDOCPSS1,1111SSSNAANANN00NSSSP5Ds00000 CCC411091;0060KuNN6oKKNANKAA1AAFPC0CCPqouCc
AIHUNwfwpAINAAIRFEEEFEFRF(091INKNNUNICCPPCSESSSWANKNNN8NOCCr08r00001, CGOOPODB0TKKKMI00KKKHKNANA8A4wSPP9UCP0PGG
111101M11NHIS10111IIAREOOFFESEESSUNUNNOHHePP0S5SSWW2KAOKK110005500000851 6GCCH8011N1 ImTA1AKNAAANA0AAAAAAASSPNICPGGCP
NWHUPPEtHUOKKIAlts0FECFEOF091W0KKKK0SITPSSSSSSPSKKKKARSSSSPOD0000SOICCEIKTKUN0ONUKANAAAAAAAAAAAUAAAsPC00efFc
FF/H11UPHKMANOISTI(700EfFE0fEHRKKKKOMK0000011050550001<000000000000V0 09011KKINNIKKKKKKKKAKNNKKKKAAAHNNOCC0601F
Ff1114111011061141-1ASTRA4REFFERERNVXKKKKNNAIIPSSWW0U17000K0000C6C000000119,91,11KKKKKNNKKKKKKKKKNNANKKAAAAKKK9CCOOp06
c/FmtiCIMMUUVAORTFOORSEFFERIP2KKKUNAASSFIINHS009000DPBC0000000E00011 000100(11KKKKKKKKKKNANANKNNKKKKK00000911N
1,41711171SRUCHR01500FEEFFrEERHUHNHAASSFRIIFSOOKKODOS1/06600000110000 000NKHD0IIIIKKKKKNKKNKHN8m1MKKNOOPKRlie
wwliftHCsOftHRIIAOREREFCEPEAGGIIGG0SWIFFHAAAAFPSUB0SIICS,10M011P0091 11OPA099111111(KNNUKNNNAAANK06009101000H0
SilFfIFFS1191000SUIAAHUEEEEFFEEJ31IISMG1111PPP8S0ASS0SS9CSSSSSSEICPPODM t DOD090001-0117001KKKKRKAAAANKAAANSONWHI1
qnSF170101N1011.0011951IFFIEFCERREFSTKNHUACCPSSKASSSSSS0000000008000C I RIKOD000011111,9110RUKKKNAKAAAA8KNNOCp002
SHstIFFAISSIPHHAIIISMEEE80CEIIFPIMAHUKOGPPPSNSSSSSSSD°000SSSSD000 N1400000000113C110q00011UuNKNAAKNAAOCCSH
HOINHAHIFFFIPHA1111111111EFEFECCAEE0u0WANOPPITSSSSSUSSOSSODOSSS0000P K000060000DC11001100900EDRUKKKKAA0005S5
OVEMOISIOFF1PIIISOfSIEOECCECCEEEIROMNN00FOPPCF.OSSOOOSSS06009SC0090 000009000000001WORECEFEEPOKKUKKOON014
H14101Ft1HrIFIIL110011 11009RFFEFEEREAIOSAUKUSUPPSSSSUSIMSHS50ESSSS0S9
011001010110000NNANKNAH1RRFEEFF9NHOOCCH
011110-SCIFIFIIISCCCRAROAFFITTEECMISS48KOSFrSSSSOSOSSSSODOBUSBO°0 000000011140000KNKKIMENAAASUEEEPROCCCO
A210001501011111180013,101711EEFFEEEPRERSHAAKNSPFFSOSSPOSIISD0000000SS01 000000901000KKKKKKKKHO1110ROECERCOC
01010005ISFFIIIIJC0.WIROPPFFEEEAR0Pownm,60pFrP0res0H000OCUDO00000K P11(900911,01000000NAMMOOPTITIRRROPSE
UU11001611FIFF001PCOR101011RP0FFEAFFFECINIAANSFPPIPPSSSODC090110901111WKKRODOM000141UKKAANNAOOPOOT1119905,1
KNN1101111 IFFV1401100091HS0150FEFEF0EEFEUNNNNSIPSSF2CS00000CC011001114
0000000000BAHNHOUUMU001700111000014
AAAW4111H411111.11600001090RECTEMEEESAAANSPPPSPPOOODCGCONK0006111414 1110CCOMOIHUMMAPUKITUHPRHUHU011110F
NU4F10111F100-FFFHPTI/E111HHor80EFFEEEPEEECANOINP.PSOCC00000OG0K0009KT7 1C000000001fUddAkO1P101100OUOU0U0H0C
1NA01111111001FFF1IPORER9SSOPEEEFFEFEEFFERKKOCCCOOCCCODOCCC000000011 1 1 00 0 00 001'10HHAO90001 1190,1101URUHOH11
HOCCC91MIAAIFFIIPFROPEIRRR9OECCIAJJ1AGKKOGPC0000M00000SSOBORODOf opoRpoOsoonlmonootoconenontilitit
FINHHHCHIIIIIIFIIWOOERRRFatenEFUFRITOFOKOCPUMBCCCCO0C0C081908000 BROORPOMPUKUBOBPOTTOOP001009BBC
H9tipcmpsAAlitFfiltninapErioanOFFrRRFpmrs.PswiCcoCpcCe000159nonoon 011640000069011.0640P0000001100600C
WflorrtmliiiirluillrliPAJ0P011LGFEAAFIREERsssSeCCCGOoopotionagAtinDO orm9p9nnu90ti90000001100e0 90111 tor
01011P011108111111-111,111011C08P111GFCJGIISRSS0U5SCCC000CCG00000P00000 0c0000110000900000E0000000001T1c
0C001K1AAAAASFFFIPLIIARERPRRRKFC111160SC000006C6CCCOK0000110000RD'9111101U11001701.0000000000100017000
00001TAAAAANAH7111NtAIHAPORROPOrFFOEE0ENUSDKOCCCCC1100p0009009D1100
FIIFAAAAAAAAH1 1711 N8IAIROROAERfFCERAFRAAANKBCCOPCCC000000000000B190113011100600CCODO0000TIDOCCCITY
KoervutooPepimonOnnOnCeCifilli
GE0110808AAAAASSIMINTIA1110811006CCCILRFSN1INKKOCCCCGC00000111000B0000 unonR100000nomoommoCCCCOHICc
REEEISIANNANNARSSIFIMA11136000/IRCGGA.ESANNUCCCCCO000PCC00110000000160000600900PCM11100BC096CCG0011
I9EFERSAAAN181(5FFEFlutid110F0PR0FCCFIVESUKOCCC000GCCCCOC9CC00001100 0UDO8PSOCCE941111000C000CCC110011I
OUPEEOERGR1110CFIFFSWPOSITOGEROBEFFFER0KNKPCCGCCCOMDCCO091100000 0000917600000001111)6CCGCC6u000
911900E1111911CC0CFFFOUP4fOUREF.0R0PVFFEERSKKCPPGPODOCCOCOCCIKI1001-1( C09R0Pon0CrAnNiunCr.CCC11001111
PP90RRR00RPR4CCIIHMIN0RO9OFF001EEFFEFOKNKPPP0C000DOCOCOOK01091011 nogeoPOOMonnneCcocc000rm
nCCp0E0ERP17111P01FIP.CROEVI9P0EGFEEEfANKCIVSS9CCPOCCDTWOURDTT110 13000000110T09P1100CCCRI11111111
P9r!CCEEEEERIIIIIFIFFIFYPOEIH090EGGEESEEPANPPPPCCCOKPURCIA000D016101 0000090000990011CCP00111001/00
Pve0SFEERRRRCCFFFIIP111EFFCRERREFE9FRUNKCPPCCOODCCCCO000CC00000 0000149600000000001100111100HH
npp0006000017,EICCriAPAHOFDFFRu90FAAE0RF9NKCPCOCCPCCCCOM/CC000160 0090000100000,4000000111100e
1413
1414
1415
141E
1417
000OHNITI000r1FICE10000PMFPRG01IICFPPRKKKGPCGCCUOCCCCCUCOOBCOCDo 10413C0K0990860110002611111110C
Pppp000077FFFSIII11100016001110116C8F0DOnKNPCPOOCOuCCGOItH00006000 911600111.00BP0000009Ti11uuCC
4000DCO1ufFIS1111111AREEPRAJOOR9IRREERBKKKCPPCCDCCOCCCRR900009001 onnoonormonnonotaeponoCcoicf,
141 8
ncormwonrIErtlifil 11e011109PPFGEfiAOROOOECCOICPCCCGCCCHUHUrROft11 UMOMOH0000000000CCOOOCC
9CoPPPrrt111C111111 11060110911ACAF1110UUOUC0000PPCPFEGREERHUUTUUU 66111INP9P09001,9110900011Ccf!
.9.GP[mP^1111F111F
660P111,11111IFEIFF IMERilip:JGFClimmouuncceteGFFC0FOrroTtmiumlimuulioneonononeoonoCoenn
1419
1420
1421
1422
1421
1424
1425
1426
1427
CC0111OIDGE.1111111F1110SRIIGJJPIRPPEFE1010RSKPPPPCOPCPGPORRHU99080110 0116 (110P0e011000fle011119 nonne
pep0cPCE9FFF111111110RF1ALGJ0MPFAASRPSSSPCCCCCCPCOCGC011C910491109 ologalownoolOpccaonngccec
pexcocccoritlItilIF
115S113e00110G00010C8FRCPCCPPC4CCCC0J6101111091100 1<1111170409100009013000Gc0CC
1181FRIlifjj0F680K0K0UMWMFQ(106CFOGOOERtn1111111( KInnrononpfinoonlinulnuoc
J,,GPOloillirrEF11
1J1101100110EEIS0059141mpCCCIUGP0FC11000EI1180111 v04611090000000111000CGCC
UPG1,000111111FF11 1 ijil4RR294PFFP1001136661101C/GG110FOCEGOG*91101161e00P000P01100609011CC000
CCPP011111111E11 1.1.1.1G6J1999PEEI811000KN009CPFT6FF GIGC011-000110111101 190090000111100071000CcO
090111111111IFF1
111F1IFFIFFI111 1J16.1J3PR6n1FECW10,6048pp.P661110fFF110fGR0011I101191101.001,00990M98P000DO
161116JR6IARET011000000007CPCCFO000FGW1'W10110H010 11008000000000000000c0
111111FFCC 11116
IGIJJARMAJJJ4W9nKAMIPCCCOoFfrGGGGIoicGRRpoft110 wiennonnOontwiloWinnu
14 2q
1430
t .
2
1431 9
1432
1431
1434
1415
1436
1437
1436
1439
1440
2441
1442
1443
1444
1445
1446
1447
1440
1449
1450
1451
1452
1451
1454
1455
145E
1457
1456
1459
1460
1461
1462
1463
1464
1465
1466
1467
1468
1459
1470
1471
1472
1471
1414
1475
1476
1477
1476
1479
1480
1481
1482
1483
1464
1465
1406
1487
1480
(489
1490
1491
1492
1493
1
41,
1111 100,0,(11)1
.1.1111111,1l1W,U1011'
Ct4t.l; 1 t
C''% s a t Atiortoi.tkv, .smw,otmonvIlftmmuuu
1011111110r1FOCF61161R0006C1JAR9901300KKoupppcF5cPPPC0000090090HUK 8P711P00000000000000(
10110114t400PICGFI1A9FFP0AC118190F00001DCCOPMGCGGLPDPP0000690709Us 0901100000p000DIP000
CCH09014HIFFFFF11110490F9193900F9000PPCCHPPPGGGPPP65500005009p0140 noonounnpoommonror
M10090POIFFFFFIIIIIJP9819911911f191POOMPIIIGPCG5PCCFCIOGGG0R9POLI1180000P000000000tOP
111-191004pFFIIIIIGGJPRAInR1IFFGF9100P9PNIPPF6GerPPGC005PPPAJ0M0 11000P01300191uppillltio
PCCIIA0CIFFFITIC.118161111111011090KKUGIIIPPOPGGGCCPPT0GFAJR0811914 19KOIJH000OHPPPPUUOB
CFFFOCCC11FM41110101_81111.0900094PNK0,111165566500PsGPAA99000101 s 000000CPOWIPP0P9S
PFA0APFICCHFILIDPAAC181111P4B09ORKKAIGIFPPGGPIPPPOCOHOOGG674499P Ono(011010m00PPPPOP
1C1F11016EQ1A8F931AAJAIJ110000080KKNAFFPOPPGPGPOPOM006665011,090P 0001IHOP0000008000
IHIMIACOOFIFAAJJAFFFIAFIIFF1,00FFIKKNAOPJ5FGGOOPGPUCCPHORPRIPP401 0051101150409115,300
Gts11111511I11166G1ARRRPOPPRPORPFEKKAPCHGPFTWPPDPnHURGFR09110FR GD1000C0014u0009
GlwGItSFFSSIGG6JF6FEIR0999091001FK0MHOFPPPPPOIPP005810u1000011 CC1161000UNP4OPRE
IPPPPGFFIFIAIG56116F871..00000000PFFSCHISFF0POPGPP000110ROPROOMO CC08100110800000
PC611F1FIIGAJGGUIPIAJG8F00000000FE9911101F9P59mpimpsc0010POHOK0 CCC010900000000
GPGIFIIFINGIIPPPPUAIJJPOOFOCOOOPAAAMFPPPOIMPPltROALROR01411119 iC5C00913989000
CFF1FGGGPUODIPPI6PH1610sOFEE8081111861IPsCP610010PLAP09P01001V9P0 ODCC009900000P
OFFI1GP000111GGG6s1411.01110EE00009013PfEIFTPP58111010F,POR$1099m1HCOO CCOCCP00900000
p,pporrtmrirriGGIrtmpuTrroommocinnitimmeitirottocnowomocccct ccoormonopou
PGPPITPPC17.0111GGIP0000I1T0008RRRHTA114111110011050000WHOOFSOCP Pcnoccconotioe
PPP1PCU6001111GPPU0000611109EMPRI11111111EPP90PPOMPTIREFFAMIC 000011CCG0P0OV
HCP0000111111PP000CCOOFItB0E8900F111111FEtP010;000130008P0 E00K00 0000CC000000
POOPP1011S11111003001PD00119900091611111P114$11101000094011130F90100 CCOMCCDOODD
PS9PPUPS111000USOSOCC0lITIT00FFJGJIIPIIIIORER99P90899175768100108 000000CCCD0
PPOOPPIIPDOSSSIMPOCKU1111-60F1JJA0P1114198090FOOR1000994110EFSODN010000000CCCC
pml5F0--6000910-8,pcc0091-311171-0jGGGGP11149M1EFER110000128GFHOH40000 00000000011
GPOOPCCC0004100HCCCC01171111191801P11 IPP088000000RRRIFF-HGCPCCC 100005T009C
PUPDOCCC00.011t1SCCCC011111,1191663113111PPP00450D09010115FFFRCLCPC'000CCPPGCC
101HOPpCCCOF0CHCCCCITIFIVA001.JJJ1114PWIIRGGOCORMIRGFORFFGHOOOPG POODORCCP17
1,04CCECCMCC19SC0C090S0011S0P1,6G01111411100065611GG0E1100GFSH00PPP;PPCR0000C
CH9CPCPPPplISS0001)1100000PODAJJP11IIH00GGP1'PGGIJGFCCGFENHOSOOC 6661001000
HIMPGPIICHAUS00000CCOPC9RPPPLIJJOORIIGGPGGFFIG1G000PFEPROCPP
PppGP141044AAA110000C9C90000LPPPAI0p1IIIIIIFF00GG5F,F55FFEimppC
PPHP6G00
.eppppccc
PpHHPPGINAAAN000009000OPPPDPIIIG6GGIPFF0076FFGFFFF5FC0PGFCPPp CCPP0pP9
11PHPCpJ1858111000PODPOPISDPIRPPGJGGCFFIPFGEGFGRGFGCCPPFPPCP ,FIPPC1PF
Ppfl10401,14MMIUMU1111110000011101SOWFOGI11116GGGPP5FGFP4sFFsH0cp 14349pC0c
OCCCCGGPAY11111111119010000PPG6JJJPGFIFIF111PPPGF6FFPFOOFFOOSSOP $00111PCP
iFcccoospiteettnusPeonwiemmmuccGiocitIccscrfrpFvFipoomigmomppcc
CO0C5CCROFDHPAILOPOOMINIPOPP16GGCCIEGPFICAGCCPFFPPPP000PsP008 HOOPCP
CCCCDC118J11X1909PPIIODDPOFFFFInGFPPECRPPFFFepFSPOSOCPP.001 SUOccP
600CP11111101010010P1111016FF56FICIFPPSPPPCCFPFSSSSSKKOCPPsPP CFFFF
0C1s1111JJJ11111011111PPC011711CCUrPoEppPeFFPFFFFSPKOODPPPP FFFFF
CIP111110111.111110059401CC11165511FFFFPPPPSPEFFrP11,090CCCPPF -PPCF
1111111111111JIIPOORG0,16110XCCIfleuFFIISPPPSSOSSSCCCGPPFFFFF FF00
PP1111111111111R116PPIACC6666F611C111F68CPPPPSSSODOCFFIFFFFF FFPP
1111I711111:1110111IFCCCCFFCCFCF11111,111060CFPPPMFFFFPpPPG5P
PSP
Ili/
ICIFFCCGIFFF1 11FIFWITSSDPFPF FFFIFFFPGPPSS PIP
if
Mt it56
IIIA1IAOUIlS111CCG IIKUGGFFI IFI 11 triSfFferOPPGPT.FfTPFFAPSSFW
GFGPOS00004FCFTFICCCIFFFSC6CIFIIFFFFSFS0CPPPPSVPPPPFFI51 IFFW FF
cooviroRRooREEmccrtcrtcororrrilirrrssissrcosuPreerurrrrFssr FF
0001R000SEI1CCIIFFCCFCCFF5FCFFIFFFSSFSS000PPPEFFFFFNIFsssw1 FF
Ors[00011111CCCCFFCFFCCCFFIIIIFFFSSSSPSSSCPSFF11111111AAFFIIF F
OIMPPOSIIIICCGCCFCFFICCCF1111FCFFSSSORSSSSS611111111F£00CECC F
SC0011S1155165C6CFFIICCFFIIFFSFFSPBSFFSFFIIIIIMEFOOESFFAF
pce00sFCCEICCC11FFICFCCFFEFFFFFSSSSFFFAA11111FFFFP0CICCFFFPFF
OPOSGCCCCG1FCCCCCFFFFFCFFFFFsSSSS111AIIIIFFFFFF7FFFFFIFFFAC
SPGCCFCCCFFCGCCIFFICCEFFFFSSSsF1171111IFFFFFFFIFFNIIFFFFF000C
FFFCAFFCCCFFFFFiCCCFFFFFFFFs911111111fFFFFV61FFFFFFFPP0000C
FPICGCCCffifT,WFFIFIFFIFFF HU
ifFIFFFAFSAPFPPCPPIOQUECFQ
53:66c5FIICCCFFFFFFFFFFS'SFFWIIIIMFFFFFFWWFFPPCCPPP040CFPOOC
ccwrrccecrr.-EFccrrFfFFSFFFIAAASSFCIMSFFFPGCHAP0000111,PQQFPP
CCFCCGC1IFFICCEFFFFFFFINAAAAAOSOSSWGGIHFSOSF000(11P0PFPPPO
merrmcccrrri-TuFirFAAANAAsssww[vIwweNutwisrvonovwonc
FrPrlitccurFIFFFF6AAA899AAwwWIFFIWIFFFFFIIFFP00001CFOFFP
FCCCFFEEFF11116FsAAAANNFIINSFFFFFIIFOFFFCPPCIFFFFOOCCCCC
C I-FFFIFFFEFFFAsAAANUA7GAAAFPFFFFPRCCPFF04p9pprFFFptiNCCP
1495
1496 2
1497 h
1#141`4,4
1,4 MAA1.1,,A.LtAriLi' UWII.11:11-1 1 !.1;1',
FIFITUFfFFs5HKNNAIINSSSCCCCCPCCCC^QFPFUCC6CCCCC0000IOC
FFIFFffffFS5SSSAIIMODCOGCC5PPPOCPrOPPPCCOGCCCCC41000D1
1490
ffrfffF7F7555141110144C0CGCSIIPCC.PFPPFTCFCOCCCCD000D09090
1419
1500
IFFFFFFFFsssHsssNwsconsosfppupPcceFcccmcccommoomme
1501.
1502
1503
1504
1505
1506
1507
0500
1509
1510
1511
1512
1513
1514
frifl-FTS41145SSNO0000SfSFIFFPCGICFFCCCOCCCCOOOD00001PS
FffFFFIGGINSS0e0G5SSPeFISCCPCFCCCCCCCGCCDP000IUNODOU5
fffIIIGIN5DODOCIIPPCCSrXCFFCPPOFCCCCPP00P00000KAODOOC
rtilicAFupcossrfFsotoccrcrckcurFcccoccGccommooKonooto
116711KCCeSSCHCMCCGCOCCOCFCCOCCCGFC6690000111KK0101111
111161PCCS0PFCCIFCCOOCFCCFCOCCCGGGCPCGOODPOOKDKC000
1101.CtISSW.CPPCC000CFVC0CCCCMDCIWCPrPIIMMODGC0110
IGP409CCF0O0ECCCCCMCCCCUC000CGFC1100110CCURRuCCCH
IrvEKurrPeccmccmcccceclucccrfumonneccuccoccoue
itKPFPrucocccccccccccccexccerAccoponnescccecoronc
NOM9 CIPT1 CXCCGCCCCIFCGCCMCCCCPU6P1004GOCIH9CCCGI
NANOCFCCCUCCFFFFICCCUFGGOCPCHP0e9P11149111P110V00
AUF6uCCOCCFIFECCCE6GGCCCFPPOC111101111HOP9411UUCCCE
OU0C.CCFFFTDCCGCFFCCFCEPPERCepinplifl09110080ficccc0
HoopEfFCIFOCCffCCGCrPCPPC1d14191010P011110BRDOCCDDC
15 15
rwrcecrFcccccuTrcexcceummumnonsineurmccecce
1516
1517
1510'
1519
1520
1521
1522
1523
1524
1525
1526
1527
152e
1529
1530
1531
1532
1513
1534
1535
1535
1537
1510
1539
1540
1541
1542
1541
1544
1545
1546
1541
1546
1549
1550
1551
1552
1551
1554
1555
1556
FPOCCF710940001181)11CGCBAUU1101111WIIHNHUHGCCCDU
OffIFF6CCUTCCV095i1C051010UUOMPPM1111101HHHHOCCKU
f6CFCCUFFCCCIMPOSH114115HAUWWPHIM111101110C0C0e
CPC011 FCEUCCBK005514W1P111AUUU1M1111M09190000DH
CCFFCCCC011KK000 55110HONAAU111@HH001000K00C0CC
ccccccomkeermossviustamutimptionnnonmenoccum
CCCGC1900P110K1S5S11IH9GPPPDP011000PCCOOKKOCCC
CCF000060011160HHIIPP0pe0pPPB0011100KKODC000
CCCCB1500000119141155155550500011101000019KU9501CC
COCCC(001111111H1M1141ASAAASSSPHSHIMOROODDKIROCCD
CrC00001011501141011006A5505F9 110I10111117000000001
conommonArmssnounimorPommomoominonnoH
Do0111RRROMSSS50P101HUPPSSSUMBPODUR9fiDOC
1119R 010R1101)1555110P0PUVII1'0551111H11000O1O00C
IMERORRU005555511511111111110v9100110S1111004IDIMA
URG011ROJUSSSSS5SS11I111AII0P00051150001000C0
0041000010555SSS5SS51011NIP 014141140400901MWPP
G6GG110ROUS00eSFSS0011UKI1N0H11111)091PPPPC0
GIARR015 SDUOSS5111PHURfi001111100PPP666GPPf6
G40IRSSLWOMNNOCP11flUMMUHHOUfF5GFFIFFF
01001 issiwAAnsptsimI1IGGro-GpGp0pplp
R000 IIISSNMNMS00PP14,16GfPFUSS5SSSNNNA
005 O011UNAUUKASSHIIPAJPPSPPPSS001UNKK
11GOOMW1HHHHMAAAHIIPISSRPR0r0PD1190UKK
SASIMUO0AAMHHIPPCOESOODSOSPC04101R60
ASSNAUMIAAODPPrIWWWUKKKAPCPCPPIFFE
SS54000UPP114W1411141019RRIWPPprFPERE
SSSSANUPPSSSUNUUHUFPPECFPFPF6PPCCP
OOSSSPPpSSSAAKKRPPPPOUCIFCPCCCI,511
OPPPGFGPMWRAPPPCI;CGPPCS5115r1tAAA
SPCX,PrVS1110WPFCPC6PPSSA4Sff,Fri5f
SPPSS90PS1111P00PPCSIAAr5FUFFFPPPS
0)ORSAPPSPPPSFF1f1FF111161115140
P5SA510PPP5F111111fFFFFFSSSOSSC
SIS5CPCC0S4WAFFFIFF5SSSPF15e00C
010.PFFF0rrcifffF5SS5WSF1011000
951-16f466110FrffSSSNWSSHWO0000
1f-16fF0'rFFFFFr111111555000000
1111111 111-11 friffIFFOOSSSOilfif
itilitilmarww1Fsssuencime
,-11111H6f1frffSIFF5S1PODGCCO
155 0
wWwwursFrrwsssmosonow001
1554
1559
twssnsiss!;furssssssssssso
Frsonflosssgsssseownso
mormossssss
1035
1036 C
1037 3
1030 0
1039
1 04 0
1041
1042
1043
1044
1045
1046
1047
1040
1049
1050
1051
1052
1053
1054
1055
10561056
1050
1059
1060
1061
1062
1063
1064
1065
1066
1067
1069
1070
1071
1072
1071
1074
1075
1076
1077
10/0
147?
1000
1081
1082
1003
1004
1045
1006
1087
1000
1009
1090
1091
1092
1093
1094
1095
1096
1097
DC
DOPCCDOT
ommucooncnom
49PD0I090OCDP0OCOVCCC
mnimnortvinoc0000pococuccce
nvIrmAnnotinutqlroosnontIncmplccpne
mourniolnawirnpinqnwowinennonimm.Pcnoccc
19PDDRUPDP9090904PKK09900000TIR00OPOD0000CCOOPCC
1DODOBUDDRIOCU1094PDB11111110901R999111911CDDDODCPDOCCODOCCC
In0DaDIDDOUID1(101100011001311111011109eMiD11(109DD9tDOCMODOCODOODDODCCC11
01411141Dt1IMMT19P1U0401100PPADOKKDOP99119944P49110999(190CC440DPCODDMIDE
ItteroDDDHDDDDDHIDDIOTORODUUPP490011U94011969004940PDDIUD00901400911DDf1190001,D0c
ofTwrrForoRimmiNiumittrylitortrtyPouPorIpmmoonon9nnwmponwmpyr000lfoommoncillucccc
ountmArccPwinEppocRounmiltftwrimmtnrtioomortiopronnotienngnotoponpuplimmoopp9opootooncepo
mounnocoocoT114:00cptFcrowomronpurmnfitivim..Gummummornominonoutgatoftwinonovngcoenonnommocoocooc
nowmfilloocccppinvocccuximplpirtRfrqfrommitilumnums.PnottonyuireBentloPolfigegolenoopnosouuroneenonor3ccccim
ccummoominnctilnoccoquomoccoccer.,PprPTIPAAFFammittimittirmonfmrloounP1
upwriTmloPowIrrowympnqpqncowineopocccococc
CCCDDHOODPB0001101190CCBBOUDDC110010,01,0101111110004CVDDODHHHDDHHTIHPOTDOOD
CCOODFC4CODC0100000111.1009CtfliDDPDCGO0PFL.CDROPA4tmommtAittmlitIquist
IDO009r000940111900100030P00990H0000P00045CCCC
TuuungIneiRonlorgurnponrcommownennmpcntleclooccepc
ocuctoommorenrotoopornemomoccin.qmcv000ntniomiporttur
rTiolumnituuenutineurivempittmonoorpenme.woommocccese
commoccnottommonnivinenemonrnoncecaG000rmnnom
ormittrequ'unommuorump,00tounnnouppoopootinen000nnccomonocope
ccommminocctommogeopneeeonocccoconcworGow
.10410 DOUTH11W.11110810OU4DOUUDP1111901(49.409PDON194130110001,119CCCCCV00
oconomenmccumocceopooromcc000pecs
cccovnwunccwIttirocanponnnornecnn
.
siteemennitomp9uirrnnlottiontonmuuminuollIrtft901,99fionnommtonenenrcconol9qp
ccr,PHAAnFriurimmoingnotirmunrimunnuuuutoouutroyufunonntirmAnnui,nnpqpnimccgomccoop
1S1111111101D001)01111111111101111011111DP1138011001100061ounDorovolneoP0908800000800808118AP A P 1041114P PPP1161C PPP
it
t
0001CCC 1'00 0110111
1U11101118011/1168081111011111181111011111109PDOPOOPP)00015001101101100000HPT FPNOS110111,1 F 1100F 17
00090000146p
111)101111110m0n
000130r,GG0FGGC1IocC0ttspispotioruG0pt
PIII1111111UtIU10111tIowittiniIIIIIIII1f9 III I 00110P1111111 S DO I OOF OF
111frf WORD CCCCCCOCCCOPPOPPPWP f MDR:
8010)Donfomn 0 001 Flon101111111011P
PT)001118111115SS001111011001/11110110818111 01201800 0011E DAF070 POP Pf WO P
DPP OG OP OCCO110110 ont)0F1-0
101111190016090090110080138000009000080F
01100(wellet9:10141119MITHomilIflgitutlUttMunn 100 r R 001110 OW
0010.110000000 0888
001040
0DGCCIA0CCC0000PPPP
5111111008000111111PIR1111111)110111111101111101100011111000000 COPP iIR 111111E tit 00f F
00110000411.1101/001 CC CCCCOOC DOCCC
111P11111111.11111/10011011101911110101118011011016111111PPVIPP01111000001)000C
IR PPFP 1 MIA tIFF IF r A/114At
10c
PP OOP 00001110/11111100100090P(WOO
F OF DoCCCCC00104C
ontfeCCCCGC.;
CRIOIR011110111140111111011116100001 1
001100001110111PPOlip 911(0101110011111011110111/1
00CFCDoCC.cGGC00CC0CG4131FEG0aicefIFFFAAIIIIAPP09P
OGG 111111000010 RC FOR 00(
f OFF A A A 1 of FCCrll f AL9 CcIFF ODDC WPCCC 90CH 1CFCOCC
11(181111101101111081100011111111111n111111PPPD0001)000000OOP PRIIIIIIIIIIMItirnit AA Pl A A A WO OF
11
T
FrPc
F
Ff
P
Df MON PUP Gr,CnriCGC
PRO:Frill
10UUU11001/119noulmuticiuMmittiolin0w1Frovp1109.0900noon0C0000090F00110F 1,1A PF WCI, 00RPT10C010099
tect;CEOCIAPt;IlwituttlIF
1101116101o160109100/101601110161t/110000014P1,19,1100e01301r0001)1m)00
01110T A A A I I 1111. 0110C11161_
1108 ORO
f
1119
1118
1117
0116
11115
1114
1113
1112
1111
1110
1109
1100
1107
1106
1105
1104
1103
1102
t 0 It
1100
08011011CGC.0 CCCGCO00011011111PP1114
.........1,.11A.0uul414t,100000.060068111utio0110001091$60180000109100P0019:0000cuDOto!
C 1099
Ilff
100 OM RORF or
OCCGC000CC01/14CIT
11111010111101011111pP000UIMUU111101110106/01/001101111001PPPrOlPti
A A 1 ILL
0000010006
8 PO
luptPruLt 11001 t 00000G00930cF
cGc000CF.c.CGGe.
n RP.91111P0 0 PO 5111411111111111P11U1M111100111/111/t/u1101111111141101101now 9 00AF PPPI,9311,1170 ocC0111001 0/11F OPCC GHGG C
00CCC CCC PCC
El01810/0111101/010.1111.)TIJMIHOMOU110PPP
01101111011191111111
7
A
P111011F
01111PCC CD OTCCC1111 FOCRF P FR F
CCC0CCCCCC8CGF
POO
tPOIIIIIIIIIIIIIIIIIIIIUMIFIUU10111111UU1114UUMPIUMIUSIIRII5HGPF.141091111110111,000100CCOG9(1910900
0000000(1110 Of,P U011110118 f f noon Mt 011111 I
1C CG 00o0RPGGRif FE
$ 019111 PF 01100011010GertfliGGC,ptCFR
00 P81111CCC000CCC 1 AA. CCCCCGOCCGEO
9pP0111,0tIC000110011)0110 I Tut riLlulmf 1101 t f f 1 710111111101111110011
11/11001/411110UT
011T
n
090001111PFF7F
OCCO 111CCCCOO
oI1111611,1100010118800110009000110nrIntoloo V P110111111101111611100oUto1Ut8 IHFOOOF 1 00000111)01.
CODCCCCC118DDP3(1111111f b
OCCCCCC 9.1-10147 1P1.9 1111 CCDCOOCC
3
011UU0011081101111111118110194,901)011011011PCIpollOOOPPOCOCIIU000 C110011011110011 0008
6
.
1165 C
116E
1161
1168
1169
1110
1171
1172
1173
1174
1177
11/9
1100
3
.
1
00U01),U11MPI,U.11
',11U,II,111.1411/0(11U01111.!IP1,1",1A111111111,11:1mIlt111/111IIMUMI 1111,1 filluiluk:
40AAPA080999UAPPP1WPOOPCPPeA0191UUDIA3nn01,90A1011111591UOUATMAP0PAIOAUAOUIAAAA01180W419APROA101ATAAAAUUNPOUOAATIAAV11111f11
c
AfirBAPAAAAATIPAPAPPPpPrPerAPPen9AAAAAPA9MAPAHATTAMMU11181Muu0911ASOAUBAA11011AAPAAAU9AA111113100AAAA0qUITIEUInPUUHAf11711111.1
118APAPAI9F.PHOAPPPAPPPPPPPPPPAAUUOUIAOPAAAIAAHAUMUIOAAAUAPPAAAOA.00UPOUtUUT1AUAUPii9000UUMIPAURNI41110111UUU9OUffftt1111
000e0011981PGGAG6PPPPPP90008PDA1
AAAAADAAPPPGPAG6PPPPPPDAUCCOPTAU1100110000A01111AUI111110AUUMAAUAU0000100011U9UOIAARMAUOA909AUBOUTTA01-11-8111)000MUOUUTIFIIIII
/UAUAAPAA4AAHAMAIHT02111AVAAUW01190U09081AAAMIOUO11POPUPPBOAAAA1111900111110011A01111UAUAUttTiA1
8811000009141PPPPrPPA110P0AOCIDOOA11UYIUM11UTANAA1110
01108AROOPPPP66661,PPAADA9C0e001UUTUA0AUHAAAAMITAAUU111391100U9PIA1UAPUUOU11MAI700110A00000.81AIIAMDT1010111181,111vAPIAUE0AATO
Ai 0410010191/0084111100114011111111MA01111114tit
ORPINIA9011182PC6PPP899[1804110000(wwuuUuttiAvii11111111010111611AWAIAUu0BOUUMBOOPORBAUMOAD9U1000110011111111DATUttfUtT1Oft
DAPPA111091MTAPUPOOOADAHO00000011ATUAUUOUFAAA11110811101113111°1100111UAROWAHOOMAIUMMACA013481000081.118A111DAITIODTUUTApf1
80991)190DAUUPOOOP998A80e9099131WAUHAAUMMAAAMI0011TTRAUOUlnA111C91AU1PAAA90D06018VIAJOADOWOOTIIIP811111111001111181T11
FOODOPOOKKRUDCBEA00139110000000EUUWAUUUUOUAPOIttU111tHrIPAUUPOIA11311110BUUU9PARAUMAAA11109010Ail1U00011111011111111U111111A
1101PIDOURITIOD0000000000P00000UUITUA0U1111010A111111tHeAt000011110111111111AUUNAAAATAH11000VEV100900CCFFOORRAORCCS000011,010
10100°P°1111000000800090091800ATUAUU1G9,11A1111VIDA1013110AUUUOCttit01111JUOPUOMMIU041101,110119UPGP6F1A001310PROOOCC9RTTICOU
1110DOPP1I114CCAD9ADE131100,iPAAPAPOWAIA1116811/V11111POUUM890900OPUtTIOIATIMAUBUMUTTUATIMIPTTGE6RFA9008111CRAOTC000F011AuE
POOOK18911ABOD0000001191100APAPAPUU18111MOTUMUUUUMUMUAT1389AUOPAU11-1111111311UuOUUUUMUIACPCEE6C1CCCCI009CCOOACCORFF9MIAA1
.
.
1231
1232
C
..
....... ....
k,
VV VY V V V
p0P9DPIOD9091100UAAITAIRruPPPGGGGGGPPeGGP4CGPCG6G64G6GGGGIGGG6GGGGGG6G666GPOPCGrGGGGGE.G4GGGGGG6G6GGGGCG664G6GGG60VVVVvVvVy
1235 d HP000000009000RUMALRU01664GCGGGGG08PVP00GGGGGGGGG6GGGGGGGGGCGGGGGG6GGGGGGFPGGGGGGGE,GGGGGGGGGGG4GGGGCGGGGGCGVVVVVVVvVvId
Auppi,m0ums,5pDVIAUUP141-,GGIAGIAGGDUPP999PPGPGGGGGPrpGEGGfiGG6G6GGGGGGCGCG664GP6CCPGG4GGCGGGGGG6G6G6GGGCCGGGGGVVVVI/VVVVVVV
1234
AROOPEOUIPP9PFP0UOUURirEPPG6G6GGPOOPPPOPPGGGGPPPP/G66156GGGGGGGGGGGGGGGGG6GGGPI;GGPIGGGCGGGGWAGGGG6GGGG6GGGV0VVVVVVVVvvVV
1215
1,901,09H9HrperPPL0A1UA106We0001,0004P/P0PpG41PGPFPPPGGGGI6GGGGGGGGGGGCGGCGGGGGGGGGGGGC1G66666G,66G6GGIAGGVVVVVVVVVVVvvvVV
1236
o$10MIAPPPP7vPII.GGE41.60P,WPE4PBEIAPPG6GGGCCMGP/P646r11,464GGGGGrAGGG046G6GG6CCGCGfiGGWGIAGGG6fi000.4666644VVVVVVVVVVVVVVVVV
1237
1230
1239
1240
1241
1242
1243
1244
1245
124E
1247
1244
1249
1250
1251
3
000000001UWWWPG116GP9pPPP0PPPPGGPrPPpGGPP9OFOPPPP0PP611P0C6CG6GGGGGGGGGGCGGGG6GGCGGGV,G6666666GVVvilvvVVVVVvVVvVvvVVV
DOBIAMOOP00000DOPMAGP0pPOCP0P4P.0PPPPGGCGGracCCPPPPPPPILIFPIEUGGGG6GGG6GGGGGG6GGCGC6GG646G66G4G6VVVVvVVVVVVV9VVVVVVVVVV
00D70000Boup000g0p0fIAGNAppepppp11001,PGGGP6GGGPCCIWPG6GGJGPEPP0006GGGGGEGGG61,6GGGE,GGGGG6GGGGGGGVVvVVVVVVVvvVVVVVvVVVvVVY
POOD°11000090009.00/9091090000P000C0PPOPPGGGPPPP0PPPGGGPGA/PCWXGGGG6G46GGGGCGGGGPGGG6G6GGGGVVVVVVVVVVVVVVVVVVVYVVVVVV
SOCOODOPOPoDOPPOCOIPPAUOIMPF0PPrP079PPIPCGGGPPPPPPPPPGGGGPI-FPGGGGGGGGCGEAGGGGG6666GGG6GGGGGGG4VVVvVvvvvVVvvvVVVyvVVvvVVV
000000590119000000CPPATP00P0CEOPMP70CCPC,GcGGGPCPPPLEGGGGPAOPPGGGGG6GGGGGGGGGGG66GGGGGCGGGGGGGGVVVVVvvVyvvvvVVVVVVvVVvvVVV
pflUDOOOODOMODUI1OPOOrPDOPP0P0009PPCIWPPGCCGp4PCPPGJGGGGGPV0PGGCGri.GGGCGG6G4G6G66GGGGJGG66GGGVVVVVVVVVVYVVVVVVVVV0VVVVVVY
00000POODU0DOODOOPEOP0PCP09P4PPPPF040CCCOPNICCPPPPPCG6GGPP0PPG60PGGGGCGGGGGGCGG4G0w4G6G6G6G6VVVVVVVv0vVVVvVVVVVyvvv0vVVii
1101100D0q00900B0a0B944PPOPPBPPP917,19110PPPPPPPPPPGIAGGC1FMACPPCGGGGGGGE,GG6G6GG6GGGGG64GGVVV0VVVVV0vVVVVVVVVVVvvvvvV0V
(10000000DWDOOOVUDOOROPCOODEPPPPPP10099,94P6GPG41,411,PPPPPLLOEGGPPGGGGIGGG6GGGGGCGGGEGGG666GGGVVVVVvvyvVVVVVVVVVVVVV0VvvVVV
00000000000UUDOOPDEROCCOong(PNWPPPPPPPP/AGG,,PGGGG"PC6FIGGE.G6NAGGCG66.66GGGGPG6GCCAGG44GGyVVVVVVvVVVy0VVvVVVVVI/vvyvvvVV
ungoo999400pooD9BEncoOcCOODOPPVPPPPC.0PGGCGGGGPPPPPPGPPGWPGGGGGGGGGW,GGEGGEAGGG6GG64VvVVVVVVVVvVVVVVVVVVVVVVVVVVVVV
000000°00M1000°00t0009CCCDOODPCPPPPGGCGGGGEGGGGCPPPPPGPPGG0P,0466C6GGGGGG.GGGGGGGGGGGGGVVVVVVVVVVvVVVVVVVVVVVVV90VVVVVVY
00000000000V011900000CCCOU0010C000PP0PPPGGGCCGCCEPCCIPPCPPPPGJ1G66466GGGG6GGAGGGGGGGCGG0VVVVVVVVVVVVVVVVVVVVVVVVVVVV0VVVY
.
on Doc
ODBRUPOUPOOMBDOOPPP01141111U1100110000UMCCPBCO9PPPIPUPGGGG6.8rPPGGGGGPPPPPIUTUU111°A8AGGAGGIWGGGGAGGGGVGV
,,r,
0004fiHUMAPOOnP.P9911001D4OPPOo0000004(11.1UDOPWWGGGGGGGGPPPGPOPGGUG1111181)00W6GGGGJGGGGGO/VV0VvVVVvVV
HODTITMOD4001MOPP0607.11PPOTWCOVODOODOPPPRODOOPPGGGGGGGGPGJGPFPW67.69IfflOAGOAGGGW:GGVVVVVVYVVVVVVVVV
11flAUU81110BPUHP9PerlIffeeDROUBODOOPOOPePCOCCOURPGGGGGP0PPJPPCGGG61111,170°F0GGGG6G61:60VVVVVVVVyvV4VvVVII
011PIPPPOr0561018DOCODOUNIOOJCPPrPPPF.11J6W1011111488GGGGGGGGGGGY0VvV4VvVVVVVvVvVV0vCDOCCCO9HOGGP40111Un8AI1(1
111900UPPUPPDP148°99.1008141POPPECPPOODOPMOCCCCOODOCHM1DOrrAGeGPUGUIAAFEWGGGGGGGG6VVVVVVVVVVVVVVVVyVVVVY
e
AW0111118110DPOOODPPPATTOODPPCIODOODDSSPCOWWWOOWNWHWHODUJGGGG11111T0383GGGGW:GVVVVVVVVVVYVVVVVVVVyVVVVV
!
'
'
1307
1306
1305
1304
1303
1302
1301
1100
1299
1TTuunolmone00opPP333peroPPPPonewirirwwwwwwrwwcwrwwePcGucciet,wo;c6GGcGvvvvvvvvvvvvvvvvvvvvyvvvvy
3 1298
VVVVVVVVVVVVVVVVV
r
u
mumoommoccoccrmmuunueonoomminiviwtrrprPrpowinewwww
VVVVVVVVVVVVVVVY ii3Owok,,,,(111s r
1,7404
C 1297
"
"
,
1363
k:
..
,
.
.
.
,
t
.
.
,...,
,
..
.
1
4
.
t ,,,, b . . 4,, ..,4.4.11,4,1,4,1 l 4 l 41 l,. 1 . 4 , 4 ,\ , l
1
4 , ',MAIM ,`10'111, 04 11014PHi'1'rIM11-1.ffitH14`.1111111. l F
,
1495 C
1496 3
1497
h
1490
1499
1500
1501
.
r 1,c1 ....
1.11,1,11,;111.X1'CIA,..11(11M:10!. 10,1,1%11111101
P000D1PRUCCR1000000/130001MV000U00000100(00fCCCCOOFER9ORCRR0RW,OORGGPCOOORR111191,00POCCCCR9C00990011911000MNIKOPP00000000D0fle
110000OOCOIKKKT0P0WMPM001100F1000090KKKKKCCCCUCIOP9atROURRRO,,PRCCCGCCGORF0R9OPIROGRPCC99PUR0ROH0C000K1011CUD000000000001
PCD0000DnPKKKKVV10090090001111POOKKKOKX0CGGCGCPP9CEFECGERRORROOOCCOOC111009912P9CR99CCD91PRIMUHOOfKKK1KKOCOM1OCR01109100
001:10DPOCHOOKKKKVKKK90011000914KIKKNKIMKNKVGPFC6CCCCGCOOGFGRARR01RGCC131110000011P000BCCHORPRRIFRARI11IMIUUKTOODPOPOP0009001MP
PO00000MPO9PKW(KNKIRRPRINFRHNN1MKNNKNUtePlfPGCCC00PU1RGGGGRRRCC110111611011C0009CCRISUC11000901290RPUITUKKOPn9011110I00C001101
POPOUDOOCCUM0INIK1UN1K1RRERPOINNKKKKK1311GCMIIGCPCCOP09C100°V[POIC000099000RPPGCBOBOCCHMIGRORPRGEW1.11KOOCCOCOOCHMDOMEt
3
0300140100010100000011
4001000900106,110050000010001111061100100100000J000000066000000000010110.1111111111011010811111,111.1010011110&1099903114110000
141H044900/0104001000040000100114000000000000400000114111111011111006111111111111111/011/1911333390000000900
d090600010410011110500010101110015500104000014410000000000000010.00010111011110931111114111111d11111011,10110103333000300030004
4601
0601
1601
1099 C
'
I
l lu' I I l 171111111111
1/' 1171 111' 11111IIIN19'.1H1111HHi11111V1111N
1111111111V11111
111110 witimiltmlimmit4muliummeuts
1165
116E
1167
158
1169
......... .,
.
r ~IOU, 1!*) lllllll
C
1 101101,!,1111KKKIMUOM10111111111. 111111/1)1WIMIlJUI-1119.11111.01,1.
4 WHPUOuT11111111111111RODCC11 lllll 111H11a1101P/0111111510110110116111011111110111111111M16111u11000011111MMUUnu95M/PIINCCR9P6RPRP0OCP5U1Mint1
C
PI
111-1111,11-11111100110B101CC0001T111~1190111I11111111611I UD9MI11TH/UU11U150011111111(UOI4I$P00011101111151(/1IDGCRRGPRI7GCR14M9OPU9OH111110H
11100(11141411111PTfirCef00011111110110461100111111-1UVUIP096VUHO11IHUM000 113CRA59PRRR11/1Mo1111ccc000IMOU9pCCD5111M91145UP01
1231
1232
1233
1234
1235
1236
1237
123e
1239
1240
1241
1242
1243
1244
1245
1246
1247
124e
1249
1250
1251
1252
1251
1254
1255
1256
1257
1254
1259
1260
1261
1262
1263
1264
1265
1266
1267
126e
1269
1270
1271
1272
1273
1274
1215
1216
2277
1270
1279
1280
1201
1282
1203
1204
1205
1266
1207
1202
1209
1290
1291
1292
1291
1294
1299
,
4
vvvvvy
,,I,.34,11111111111111
VVVVVVYVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvVVVvVVV8VVVVvVvVvVVVVVVVVVVV8VeVVVVVVV808880VVVVVVvVV8VVGGGPPGGPfTr7fTF17767
d VVVVVVVVVVVVVVVVVVYVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVeVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvVVVVvVVVVVVCF6GGG8UntufF016788
VVVVVVVVV8VVVVVVVVVVVVVVVVVYVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVGCG6GGWOWUBGIBilleOFF
vVVvvvvvvvvvvvvVyvvvVvvVvvvvyvvvvvvvvvvvvvvvvvvvvvvvvvVyvvvvvymovvvvvvV00vvvvvvvvvvvvvvvvvvvvvvvvvVGG6GG66wtnuttfurenre
vvvvvvVvvvvvvvVvirri/VvvyvvyvvvvvvvvvvvvvvvvvvvvvvvVvvvvvvvvvvvvvvVvvvvvvyvvvVvvvvvvvvvvVvvvvvvvvevvvvvcGGG6ppauG9AmIFFEL
VVVVVVVVVvVVVVVVVVVVVVVV8v0VVVVVVYVVVVVVVVVVVVVVVVVVVVVYVVVVVVVVvVVVV0VVVVVVvVVVVVVVVVVVVVvVVVVvVVVVGGG6GGGPIWPFAAAH0780
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVYVVVVVVVVVVVVvVVVv8VVV8VVvvVVVvVVVVVVVV8VVVvVVVVVVvvCGGGGGGGGGITFFIF10006G
VVVVVVVVvyVVVVVVVVVVVVVV880VVVIIVVVVVVVVVVv8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVYVVVVVVVVVVVVVVVVVVVCGCGGGGGGGICCOOWHOOCW
81/VVVvVVVvVVVVVVVVVVVVVVVVVVVV8VVVVeVVVVVVVVVVVW8V8V888888VVVVVVVVV8VVVVvvVVVVVVVVVVVVVVVvVVVVVVVVGGGGGGCGGGCCCOOGG00001
VVVVVVVVVvvVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvyVVVYVVVVVVVVVVVVVVVVVVVVVVVVvvVVVvVVVVVVVVV8vVvVVvVVVV6GGGGCGGGPCCCOC8GLOOL7
VVVVVvV8VVVVVVVVVVVVVVVVVVyVVVVVVVVVVVVVVVVVVVVVVVVVVVVVyVVvvVVvVVVVVVVVyvVVVVVVVYV8VVVVV8VVVVvV(0,GGGGGGPPCGCMCCCV7JG
VVVVVVVVyvVVVV/VVVVVVVVVV8vVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVG6GGC66PrwwItCwC7CCPLJG
VVVVVVVV8vVVVVVVVV8VVVVVVVVVIOVVVVVV8VvVVVVVVVVVV8VVVVVVVVVVVVVVVV8VVVVVVyvVVVVVVVVVVVVVVvyvVvv8VG6GCGGGG7GKOCCGCTFTU176
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVyVVVVVVVVYVVVVvVVVvVVVVVVVVV0VV8VVVVVVVVVVVVVVVV8VVVTUO888PFGGGWCPCWOOCCF8.1.JJ
V8VVVV08VVVVVVVVVVVVVVVVeV8VVVVVVV8VVV8VVVVVVVVVVVV,VVVYVVVVVVV,VV0VVV8VvVVVVVVVVVV8VV88VVyVVVVIUCGCCG00c6FICCCCCITIFILA
VVVVVVVVvvyyv8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVvVVVVVVVVVVVVVVyvvVVVelfCCCGGGGGGFFDOCCIFTF1JJA
vvvvvviovvvvyvvvvvvvvvvvvvvvvy00vvvvvvvvvvvvvvvuvvvvvvvvvvvvvvvvvvvvvvvvvvoryvvyvvvvvvvvvvvvvvvvvuoccGCGCGrwFwmC1FFUGLA
VVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVYVVVVVVVVV8VV8VVVVVVVVVVVVVVVVVVvVVVVV6GGGG6600FOGPOLOFFAJAF
VVVVVV8VVV0VVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8vVy88VVyVVVVVV8VVVVVVVV8V,VOMPPPP0GGGEMPHCFOOOJGC
vvvvVvV0vvvvvvvvvvvVvVvVvvvvvvvVvvvvVvvvvvyvVVvvvvVvvvVvvvvvvVVvvvvvvvvvvvvVvv0vVvvvvVvvvvvvvvv0vou9CCGGGpis6GGGwcpCorApt
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVV0VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVIO8GGPPGG6G0mCC767140
vvvvvvVvvvyvvvvvvvvvvvvvvVvVvVvvvvvVvvvVvVVvvvVVVvVvvVVvvVvvvVvvvvVvvVVvvvvvvvVvvvvvvvvvv00vvvvvvvuLtaGGuGGGGGGowwwejnow
VVVVVV8VvvVVVVvVVVVVVVVVVVVVvVvVVV0vVVVYVVVVVVVvVVVVv0VVVVVVVVVVVVVVVVVVV8VVVVVVVV8VVVVVVVVVVVVVVVVOUCCGGGGGCHCOPPPGG1F7
VVVVVVVVVVVVVVVVVVVVVVV8IVVVVVVVVVVVVVVVVVVyVVVVvVVVVVVVvVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVIIUGGCG6GGWGGGG6GGGPJ
VVVVVVVVvVVVVVVVVVyVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVYVVVVVVVVVvVVVIVVVVVVVVVvVVVVVVVVVVVVVVVVVVVVVVVVVVVU6GGP66GG8G6GGGV166
VVVVVVVV8VVVVVVVVVVVVVVVVV8VVVVVVVIVVVVVVVVVVVVVVYVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVYVVVVVVVVVV8VV,VVVVVICPGINGG6GGGGGGGC.GP
VVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvVVVVVVVVVVVVVV8VVVVVVvVVVVVVVV0VVV8WVVVVVVVVVUCGCGOVGG6666GGGP
VVVVVVVVVVVVVVVWVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvVVIWP0MGGGGG6GPP888
VVVVVVI7VV8VVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVUUPGGIGGGGGG,G6GPPPP
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVOVVVVVVVVVVVVVVVVVVVVvVVVVVUUGGGCWGGGGGGGGP8PF
VV88VV0VVVVVYVVVVVVVVVVVVVV8VVVVVVV8VVVVVVVVVVVVvVVVVVVVVV8VVyVVVV888808VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVGGGGGGGGGGGGGPPPPP
VVVVVV88VVvVVVVVVVVVVVVVVVVVVVVvVvVVVVVVVVVVVVVVV8VVV88VVVVVV8VVVVVVVVVVV8VVVVVVVVVVVVVV8V0vVVV8VVVVVVGGIAGGWNGGGG8P888
VVVVVYVVyvvVVVVVVVVVVVV8VVVyVVVVVVVVVVVVVVVVVVVVV8VVV8VVVVVVVVVVVVVVVVVVV8VVVVVVVV8VVVVVVV8VVV0eVVVVVVGGCGCCGGGGGIAJGGP8
VvVVVVVVVVvVVVVVVVVVVVV8Vvvv8V8VVVVVVVVVVVVVvVVVVVVVVVVVVVVVVVVVVveyVVVVVVVVVVVVVVVVVVVVVVVvVVVVVVVVeGGC6CGGGGGGGGC6J8PP
VVYVVVVVVVVVVVVVVVVVVVVYVVV8VVVVVVVVVVVVVYVvyVVV888888VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvvVVVVVV8VVGGGC6G6GPPGGGGGITIJ
76
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVYVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVV8VV8vVVVVVVV8V8VVVVVVVVVVeGGGfiGGGG6GW6G1IGGGGII
VVVVVVVVVVVVVVVVVVVV8VVVVVVyVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVvVVVVVVVGGGGGG1WPGrP0PGGGGGJ
VVV8VVVV800VVVVVVVVVVVVVVVVVVVVV8V1/8888VvVVVVVVVVVVVV8VVVVVVVVVVVVVVVVV8VVVIVVVVVVVV8VVVVVvvVVVVVGGGGGGGGCG6810,811,81GGII
yvvYVvvvvvyvVvvvVvVvvvvvvvvvvvv0VvyvvvvVvvvvVvVVvvVvvvVVvvvvvvvvvvVVVVvvVvvvvvvvvvvvvvvvVvvvvvv0GG6GGGGGcwewpwtvPINIIP1H
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVyVVVVVVVV8VVVVVVVVVVVVYVVV8VVVVVVV6GGGGGCGGWGP8P8PGLIOSSIII
VVVVVVV0VVvVVVvVVVVVVVVVyvv8VVVVV8VVVVVVVYVVVVVYVVVVV0VVVVVVVVVVVvVVVVVVVVVVVVVVVVVVVVVellvvvvV8wCGGGC18466PGGGP1.6j1P1111.1
IvivvvvvvvvvwvvvvvvvvviNvVvvvvvvvvvvvVvviromovvvvvvVvvvvvV0vVvvvvvvvvvvvVyvvvvvvvvvvvyvvvVVvvvvvroc6GGGCGGPrAGG6601331.111,1
VVvvVvVvvvvvvyVVVvvvvvvvvvw4vvvvvvvvvvvvvvvvvVVvvvvvvvVVVvvvvvvvvvvvvvVvvvvvvvvvvvvvvvvvvvvvVvu6nGGGPGGGGGGGGCGGJftGG6Gt
vvvvVvVVvyvvvyvvvvvvvvyvVm/vvvvVvvvVvvvvvvvvvvvvvV0vVV0vvVVvvvvvvivvvv0v0vvvvvvvvvvvvvvvvvvvvvouGGGGGG6GGGGGGGCA3GGGGG
vVVvvvvVvvvvvvvVvVvvvvvvvvyvVvvyvVvVvvvvVvVVvvvvvvvVvVvVvvV0vvvvvvVvvvvvvvvvvvvvvvvvVvvvvvvvVvivv6GCCwGSGGGGGGGG,GGGGGGG
VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVv0V0VV8VV8VVVVVVVVVVVV8VVV8VVVVVVVVVVVVVVVVIOVvVVVVVVVVV8VVVvVvVVVVGGG8GGCGGGGGGGAILGGGG
lovvyvvvvvvvvvvvvvvvvvvvvvvvvvvvvyvvvvvvvvyvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvawcGs6GGGGGGGiturGA.
11_I
VVVVVV8VVVYVVYVVV8VVVVVVVVVVVVVVVVVVVVVVVVVv,VVVVVVVVVVV881,880/88vVVVVVeVVVVVVVVVVV88VVVVVVVVVevVe6GGPGGCG6GGGCGGGGGCGJI
1
166
VVVVVVVVvvvVVVIIVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV808VVVVVVVVeyVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VC666G6CGG6GG6G6GG:011166
VVVVVVVVVVVVVVVIVV8VVVVVVVVVVVVVVVYVVVVV0VVVVVVVVVVVVVV8VvVVYvVVVVVVVVVV8811YVvVVVVVVVVVVVVVVVVORGGGG648K8GGGCGGGCGGJGGG
VVVVVVVVVVVVVVVVVVyVVVVVVVV8VVVVVVVVVVVVVVVVVYVVVVVVVV88VVVVVyVVVVVVVVVVVVVVVVVVVV0V088VVVVVVVIGGCGCCGG6GGGGGGGGGGJGGGGG
VVVVVVVVVVVVVVVVVV8VVVVvVVVVVVVVVVVvV0V0VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVvyVVVvVVVVVVVVVVVVCGGGC46GGGGGGGGCGGJILL116
VvvVvvyvvvvvvvvvvv4VvVvvvvvvvvVvvvvyvvvvvvvyvvvvvvvVvvvvvvvvvvVvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvvcc66GGGCG6cGGGGc6GG(0JcGIJ
16
VVVVVVVVVVVVVVVVVVyvVVVvvvVvyVVVVVVVVVV0VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV,VVVVVVVvVVVVVVVVvVreCCHG880GGP6306.11101AFGJIA1
WvVVVVVVv8vVVvVVVVVVVVV8VVVVVVVvVVVVVVYVVVvvVVVVVVVVVvV8VVVVVV88811881/8881/41188VVVVVVVVVVVVVVVCG8PwrpP886(8JTJJJJIJAPIJ111
VVVVVVVVvvvVVVVVVVVVVVVV8VV8VVVVI/YVVVVVVyVVVVVVVVVVVVVvVVvvvVvVVVVVVVVVVVVVVVVVV0VVVV8VVVVIGCPWW,0008140(1141AJGJJJPFGCSS7
vvVVvVv0vvvvvvvvvvvvvv0vVvvvvvvvVvvvvVvvvvvvvvvyvvvVvvvvyvVvvvVVvvvVvvvvvvvvvvvvVvvvvvvVyvcCCerww,P0O000gowliprJ111P1G1wf
VvVvVvvvvvvvvvVvvvyvvvvvvvvvvvvvvvvvvVVvyvvvvvVvyvVvvvVvVvvvvvvvvvvvvvVvVvv0vvvvvvyvVvvvyGGPFPwuff,GGwomiwwwPwIAPAJJ614
VVVV8VVVV8VVVVVVVVVVYVVVVVyVVVVVVVVVVVVV8VVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVVV8VVVG6GGQWWCIOFINLPGPWWWWPPAPIAAGGGGFW
Vv0VvvV0vvqvvvvVvvyvVVvvvvyvvvvvvvvvvvvvvvvvvvvVv0VvvvVvvvvvvvVvvvVyvvvVVvvvvvVvvvyvvvG6GwewPwCCEOELUGGrwprwwPJGGGGGGJGA
VvvvVVVvvvvvVVyvVVVVVVVI/vvvvvVVvVVVvvvvvVVVvvVvvvVVVVvVvvvvvvvVVVVvvVvvvVyvvvvvvvvvv6GGGCcowto-FRor441,319Pwwwv6GGGGGGrAGG
UJ
,40
ya
1291 L
vvvvv ......vry.,v5wwvw6vy4w4vvvvvyvvvvvt,LGIA.,tw.GIAAlittimiawiluiliiiluvwivi.61.1,6t,,LA
1246 6
VVVVVVVVvvvVVVVVVVVvVVINVVVVVVVVVvVVVVvvVVVVVVyvvVVVVVVvYVVyVVVVvVVVYVVVVyVVW,C,GC,GGGCW,GG601.-0000F1011AUAAPS511GG66GiG0
1299 . VvVVvVVVVVVVVVV00vVVVVVvVVVVVVVvV0vvVy0VVVvVVVVVVVV3VVVvVVVVvVVVVvVVVVVVVvvvcr.GGGGGGGGGGGGGGGAFE001-0091601.011GGJWOMI1UUe
1300
1101
VVVVVVVVVVVVVVVVVVVVIA/vVVVVVVVVVVVVVVVVVVVVVvVvvVVVYVVVVV,V11VVVVvVVVVVVVV0GGGCGGGGGGGGGGG666GilfwWPWF0eRWLGGGG04111A1110uU
VvVVyyVvvvVvYYVYVVVVvy0VVVvVVVVVVVVVVVVVVVVV00VVVVVVVvvVVVVV0VvyvvVVVVVvvGGGGC66666GGGGCOOJGGGGIFOnfErw001TOOPLA11100013.00
1363 C
......
illf1(1,)1 iiiiiiiiiiiiiiiiiiiiiiiii I I 1111 1.111,1,1.0SVillti
cAllivc,c1, "1.4 mow wi,IA RAAAA11. 1- nUlft`/N11 I VIII 1301114
Stw111111lAAAG,W111111 .11 on
1
4...,,,,I4.1/1j./1
...
142?
6541
4451
CO
lT
1"41
9 :::
5551
S551
£551
OF5i
6.451
OSSI
9SS1
1S4SS5:
U0
6£41
0066003333006606004.1011
11Ud1A0333806600011004600011000
0 451
363361161100,141611
f:::
110114,1d004,1
1wittivi004 u33930011111 011 3ed1100011 1(44 3o
u3atiovtatatiouttooeue0093003dinownnetow
J4wa33a338001 n000111 t900000atimidv0eou0000wklm1
4441UL1181331339146001110011111600060360400001011A1A00014
60111111011100633,1,100th110111110191611116004 331011111000)100000 6)0111
11101011011011111,11101013:1011116,010110 111111611i10%/1/ 1133304060000000011000)010
033304111111 01000001 00 9314130140 d0310,1,j(044014103i1110160D3:1000000U f.00001109)4>10
11141
/Est
9451
S£51
4451
1451
141001111011601111111162400083.110Stlhed33100000111111310111110/16006333d60 MUMMA 61100310
00(1
(I
III
l411H(I1114(4Il441114(I(IU11 404
Ou..01141130113441118fl4104111-lHII)Ifl(401 Ill
IIIIJOIUIII11.ltIBO0
W4(3(441411(11 Iii H III
II IO44/414H(1111 I II Il 1111011011 1100H1110HUHN 1111H(10441111HOIII11 I(11.000101(14 OO 0,114111100040
vudtifittudommoonmosumitmotimmtvolmononntiluileidaautututommuovhvmvuonnItubmiuddooeuttultdadvuddHuou
iJOHSS101401016811040WOHHOHUH0600110011000011111110140004000600006000110100101040000.4060,010410dH40d.10100100000
5445101610111UOLOO6410001OH100001H10060006000041111010104001016010000061060111010111001100600001410110001101110.10006000
5540115551105S0S00600016806111000006000000006006041 0OVA0401000000000001f116000101001110411011e41066A00001016Ht400d000000
44444 SItS S 1414141(114 SIIS (I 111(11)111044)441411341 VIII))) (jfth(lII(4lI(l( 111441141)4444114140444111414411114111414111414114411111 iHllIIllflflH01111
1144111)4111 4141441110 1114 .l1(JIIllII .10(10(1
HO44H054101SSMN011501061016611111804H10441 041 01010006660000111114104011 01(H4111161000111000011046000000161130011116300010111400006,1011d1111U000
6251
92.11
9251
12111
1035
,.
1037
5
loll
1030 a
1039
1040
1041
1042
1043
104%
1045
1041
1047
1048
1041
1050
1051
1052
1053
1054
0055
1056
1051
1058
1051
1060
1061
1062
1063
1064
1065
1066
1061
1068
1069
1070
1071
1072
1073
1014
1075
107E
1077
lore
1071
1000
1081
0002
rot
0m010101
m61.611166 eft foot
0101010101 M61161114111160n,
1 017110160001)11MHWIG PLO19
111116311511361300666 Mt166006111
U1111116161136911101961116.016001,
U1113000614114Mmumminmenntilvt
111161101600 mratit161166111196161111
11606016 Mitt nuturpiwIrlitlit. OP
1111111.101111,10011(1110110116011111100M
1110041.1.0m6m110611t1UUDEU6930011
31011110K Mt100MM
OPHP
111101101181m1DiUtn1M111.711019611100tmi
1101111111000111 01116101111601101100613
muuRumM90616111111101101911111111101JUS
3103111119,1911110000011111114UUOM000lm
111111116/10/11101111616.116JUUMM081. "POP
UMIJOUtmlut/UU rimuomu r 1606)01 le 0811
111116611011116116110119mHtl0101H611/10066
rM61616116610106000i11116m13M1111 Pitt
mm1111160011106116111666111 /11111111 not 000
Ut611161811111111116MLG666t limm61311901iG
606061.11111111111911111 PYM6G1H08H110001
tilitl111111uolip911.111 6111119,61.601313/41.9.16
1.10K1811Vit01r100t 1666611111 66161661H
311111UumU11101MG66611191161,6611 1 666666
(11111181UmmmKG6610110111 MR 11116606
6061114666mmmti11611111111111.6666GGGL
101110mmmG669NO1MMI 11 I I 11166111111.11.69
U16111616166mGC MMLLL t 116 GGI MGI.LGLMO
0001Hntiri0111666661611.666611.01.66666163
116111166661111m11G6Hll 6116661111666161
10111mlit. 9116666660mM 111016666616619mm
00IURM HGG mlimm114661 LP 76116.050000101011101
110111101 m6m6666MHMG61111106666111.16614
10 83
11M001mMmG61-,6,111161.611116661. 666. 9116m101011
1084
MH1M166666666/16961161.1111111661 mmtimnrim
toss
1065
1087
1088
1089
1090
1091
1092
1093
1094
1095
1095
1097
6666666666666111111160161111 66661.0961111
6666666611116666116661611161166666609 P6.11
666111100imm1l1m1.666611.1661111 G1666311611 PM
riGMliGm/fMti1a966661161 I I116616666660t_ GGG
Gr,G16113111 Gll6666.11111461111666t1im1IMMtiGGmo
661161 Itmt11166611181 11 I II 11.11.111611mmmtimmmi
666661111111111111116111. mmloimtiltm m-91144
66661.1111111011611 /011.11Lmt_ e01Y011000801111111,104
1611611.1161111111116114111111111614613 mm66 tmomml
111611101161131119961160163606041.111146666666m01
4661.113111.61611114.101016.00"94.16666116GGG6
n1L01L MINNA 1 011111790.9641+1111 114fitiGG116661136 MN
0,
11111111111.11111611111_6616616Glit.1mm6,66mtoi
1013 C H 11111AAL;1100910001113BPIIMMMI4,1 LGGSI.MMGGIJ
1109 5
III
nt 08114104111
1101. b
1414
I (150011mH101000111U(11011111GGLL 9MMH46mm
1102
1 1 0 3
1104
1105
1106
110,
1106
1109
1110
1111
1112
1111
1114
1115
11 1 t
1117
1110
1119
1120
1121
1122
1123
1124
1125
1126
1127
1129
1129
1130
1131
1132
1133
1134
1135
1136
1137
1136
1135
1140
1141.
1142
1143
I I 4S
1145
1146
1147
1149
1149
1150
1151
1152
1159
1154
1155
1156
1157
1156
1159
1160
1161
1162
1163
rA IOU II 10110P PH ELIAGGMHMIC mm
HM)) ILI.L WOMP010HUIONHOMPILL POHL GRA_ 00 UUMHHIIMun
11110 ttl.0gl HIP I II1 CI I WI 0111111MALMMAIHAmmw.
MUM PILL 011 Mr 11011 1051 Im 1111 rtIMMMMUMUmMA Hrm0
111111
141(1 OBI MN II ILL 0000 11141 I utl Et110001011MUUMum
MOM I ILL 001441111 Mm IP It M0rmt11,10001 HJImmmHmmtiMm
11.11 P I MM01 I MPL1000m1. UPHAM. mMIGUMNmm
m0MAI I m11111 11000117801G011111101 MLL mmi mmmmi 444%
41111411
1011444'111111 IL ill 11L11 t Itl1 MAUL Hmt LlG6HrutH1
UMMMU 111G11.1141 It 1111u mt mMLIG MO0m11 1C1_ MON mmm
U011401
1011I 11301.1WILL HP7 1 1111811 mum It( HOU I lt_Mm
UMMINim IL 111 r 00MANI I Mt 01, mer1H7001A
Int L11011mm
40111111414 5191110001111r1 11t H4)P100111111111151Ww hflM50
MuuUM HU 101 I. mmtrnmmitnit010100PLUL 0101100m11000mm
IIMMmU II Matti MMI rmi_mmtt 001171. it5911.15Mmm rtt0P Mr
Gutimrmment 0113IL1 LGIANIPPNA m,)prpripH
00111441411
milm1011616
um 1 0110m 1
IHMM1 MI 10/0000081 Ommtimmul)mommmu
01nOuriwMumwmpti
(.4.11 01 IBMPHOHLO 1 t Gti t
DUe [MIMI )1 CUMOPHHowt (LIM NH0111.060PUI11OMMMHHI14
tu3A A IMMNm
iGGGCAGGIL 001 ULM. 00MIANtint1THAMMAUMMm
U1175105H0 1E1 IALMMMIIMMIL II IL III FUOLILLMMAIMIJIMMIHIMMH
0110UMMIMM mintsworrimpli ria nom Ltrimmi oPitimmtlivitomiti
ImAnumniw 00 OLl Mtimti mmg5 m09 rem I 0140111 199mH Mmm r OmMn
III I IPUMMUM It JGCGG6 IOI14m000mr1 mMrPilit_CL Blc MtIMMttoGGL
H I I OM m5Mttm5 GGGSGGGGGIIMPGGGIIM0 perm 011 'Intl) PI 1401.1100105
I AtIPDOMUMMm GCG6l1 CGGIIGGCGGF07111.10008t mopprimmeimnmn
11IP0000011wr CGGCGGCGMUMGGGG
ILL (AI It ^(.1111 tirmmt. Gt 6
MUMMHMHSMUSG G6GGGLI1050101064IIMMHM I OIL 11111111111117:111
HU11USf11111MHPG CG1161000t1MmUMMMMMGH117LCCIAL 1111_11UL NH
1505000551),GI I 000E00041t mrriPM0mMMUIMIL1 I I m11 PI.71111 Mm6
0001111,0104G0GC 0 minentnimm rmtimmtimmin4n66Gui. YIIMM001I.M 114
110PMPLAGGCGCG6 911800HHHHm14mmtimmemmiami41mplinb 1 Hmil0H0 pmHe
IA I IGGGG GSGCP
OttiMiltU4141M1 MNIIMmPl71540MG1 (MU( I I I IS I I I WHIMI
GGGGG IJIMMUlltll0 101irrt017MIL MMMCmGmLMMUMMI I I IS 1100 I IMUUMMIIM
GGPOPPMMUU05011 lImm900mHmm0915110010m1 11010011UMUUIA A UuMt. Mu
PMM4PHOUneMP011 (Merl NLLLHHMHHMUoMM001 I t M0011001 I AAUA ell m
IHRM010000191,11,05 0010.0imM1.1'PUM41MAMIGLIS. NH HIP 11110UHPOMMGCHH
npueGoitmuouomo rircrwmtimi.tt fi41mI1113e0110 I 11W1,90.1. MUmmUmt MM00
L0001 MUUMUMOOMMI Pill011111 HMSO HM0001181 7 6111NH7 I MmLPIUMm
VUltmlimplotOluU0m mIilmmmLittirum 101 MtP I Ii1 I 11 IMIIF rum11011Hum
MMOMUUUUtAAMMIUmM A 1101 lintJUIRUIJOUI IMMIX 1 ,.0111 6100)01 HmHUMHU
muommuumomuum1001011411011 ,11111111111 11111 I IMI41 m1.4. I UMMUIMIUMUMI MmA
OU000000UUM5MHUMII PRINtIm1.1010001.U4114414144450510507m1G500001100
UMUUmuuflOtAMMUUmMI U11 I II I 111 11. mM1 I h4P091111 rHe31 rf; Hui HMHNOUA
000UP UUOmumHUUMUUM 1/101_110 11001 ILL innitmt 4. 1.1114, 04134101 RHMUA A
000UM00Uunll11m1 mAHO on 411111111 114. Will 1 mHE 011101PmG9401100110 A
utiMmU 000 110500005MM 40100 111.1 I I I ItI Turn 1 1001110110 mMNPMHOUflU A A
UUMPO UU0mCCC E 71-1 wpm m..11( 11711 It. A IL 04111111 IL Ot GLUA Wolf!
AA)m
00001009501 120E911 PM 1111411 I 11111140010015 I LIIIImmte00004m4OMMuMBU
UUUMUUUMOPPr A DA II OMU 114.111I1131111)1101114411 rem11uP0HL)01010um1uo0F
U11lImm0UUPPP.1111101005 01111111 IL 1108 Flu GC( min IL 1111. WHipmmAllrGr00
uuummtimmlomim
P810(1) 10811(4 PI 11110 I IGCLGIIIIMIL Mit GGGMUMr r000000
00000001000004101000040 lett T 11011161 111 PILCHIAAGGCGCL HMI 000000000
UmmuuMMCCM01.110rHmtnmmt0111.101111111169t"GGrAGGPPLGLHG 00000000
MCCUMCCM11410710MSMORIA 111311111L501101109M1'pl4MILCIGMU0M
00000C11
ummtmlimpirM 000A 111000 !Pi 0111 I PMMICFMMIL mut, mtiMM mum ommM
m005400PPPC GCE 71 I 110 Im 11.H.1 It MI II I Mfl1310110MM1m411mr mmmu
111-00,0PmrmeGFC A A AC 10100 11411110111 latoteiMUMmUmMANNWIWIAll
00000055
00000000
51100000
PRPUMHH4e00oc6c AG111000 DP10911 I Sift 000UPUMUUMMWMMMHUmm 50000530
^OWN, prFc Dm I AGA 101101 0770m1 I / 1,000U0EirAMmMUMPIMPPm0MUU
5050550
00001'mmCCCCGG I IC AA 9MIWOR 44111 H011 I A 01100n00Pet rHG644))1010,4e
0000100410
etlecenBOCCFr C,CGAIMMOHRH OtBeimm081169,41,0. HP mrr4t1004011117110 500
O1P11011PCCGFC IC711'0.505001 U9 f 1 I HI, Mmuut 4nmmumwHolummHum In
,,,,,
P,110.0
1165 C 0611911B4llit111P11.111;111111116UnU IIPOSIHnnnuoiltuy4pon91110011104411A4141$161prim1
1166 5 1101110069P6wptimrioUV11111In1 fur 011.07-00100(1009nIMPRCRsoAndwill5ArmAHrtiMm111
1361 C to0ntt001701i110n11 MI3.U13MONF t00009R9PC0r508PP(FFC0ummu1161110111011111111
1164
PrOPPCDDJ:0144,111411M0011114C1 1914 a RRPCGROCCR6CRRR4110111111141441(1119111U1411AW11
1169
1170
1171
1172
011115.11P44114AMIUUMOW1114111111 MSRDWGCRCC114RPRRFIF1111416111141141InG4M144111
4614,91411HUDPUOUUllU1M141494110 1C1141CGCCCPRR.4DIGGIIIIMHM111.4(11)3 epipOtHiN
URUHNI4141710(91HUUU004009CR Cc49CC46CCR96F117111J61111111111,111.11P1181J114444
111001,419110f,00K4114141411/^411CC1 ;04C1401;6C4111113J1110.4141101113^111914149116
11 73
11 74
tim4PUIC111POODOUUKUUTICC94CCIIRPROCC141.11#119-0J911J611111.111G61.1644014m011
1175
1176
1177
1174
1179
1160
1141
1162
1101
1164
1105
1183
1167
1108
1149
1190
1191
1192
1193
1194
1195
11141MALL0191^PWIUUKU0947.11T,C6014mpe40cp60p44r6nor(7711761134441,11.1406010011H
09mmtimim0000110001111e0CGO0C00G0 cr,e000ROFRR0R3Fp0140RRRIUDIL1111P4PHI/Ol1Hmm1
U41Hu11H00P511 3)011144199r44POPCGO PPORG600090414F1111110RFA1113116110140UCCUMU
0110011MKB00110m0UTOefil433UmmuCOO H0GC4900FRRRPRPOIN00AAr1tl909.00guncim11G0
powipmm60000pnumm0090,1~019,C ts.GCtiCI11RuPCPR?0HD130174)1I0919nminoCH0CCHOD
nntlpitimul490tImitmumel00m000Spr.mpv?1,11111111301010r00310000111u101H11110100K
uu09,10ponnopplominimprilopimpult 51,11v1111111110111111011111110PP3110091160061001
701111019W1101001.0110/0W090001mtnow 1.1,11111611911110131711111111/U13)OP61000004N
1195
1197
1190
1199
1200
1201
1202
1201
1204
1205
1205
1207
1206
1209
1710
1211
1212
1211
1214
1215
1;14
1218
1215
1720
1221
1222
1223
1224
1225
1224
1227
1226
1229
.411.44119460411011K116114441; 4411; h14(33331; 0011711114319004JJ111.11.40104011U1lMilmuu
1111T111111111801111it1111110111011011119411411ril PrPP1 1 1d1 1 II11113 1711111111,410141014101/444119411
11100111,00111010nuutrfluvuntippv00rOtifir PP6Pre1.0111101911111HhmUUUKUOuXUU00PCP0R5
v001ponno09Uumitn4P00600PP0MPUMG. 911ePP9PDrc1010111111111HMUKOUUMMUUCCooPGRCC
cRomomluoimmiglippoopleLp"uuccP 100011991511111D11111UUMIUndmuUUUCCCOCCRRRim
Amovioinlith1OKKInAUROOppiM111T.CCCO~11111111111111161!99100,11/timmOUuCCCCRRoCCHIW
(111000froUTIOKKFOCIMUIfiCITC9CCOOG611PH^r91.11mAun086F09(01H0UUCOCCGCCCHOCTIWC
C7111POPR0114111411911/44130ORCCPCCGOOHM 110,41911101141U44C09014M11411144UUCCCCCOUC41C(7.10
RIY101312111/644UCqnCuCC011COMPC00111119D 1 01111 1111 011 000 91IPPn (DUUURRR03.9UC00000PPI ;HC( ;I tC
000001100000001;C111111010 neOPC11000091100MH1110101161011111UUOCPR1133131111GC11990001C1 1CCY
100006000000071111CMCC91fIrlim100fl0114 .100110001U0K10,1010101CCUORRERPCGCPCGC8GN0ICCIV
COR1A1<011R0000011CC33ECCORDlEt1440041111441111314101441111101100000140044PCCD9CCO9P4UCC101
110UP0000031 ERRDURCC9FA44111110441110111,14401nuK331133000U00911131141i1100011110CPPCCICC(101.1
CCCPR000000QR1100RCGCC1110000011011101104 11H1111111111UPPT014unnflUlAm90PHFICCecen0011111un
CCC0000000980,QRRcGc9,111960009111om11111 R11411111110,Pune9pt,89019muUllinCGCuOGn01001P0pn
CC11111000C0F1:10F01;PPP1103)1314119 1013 111J111111141 1161C0HUOUH19,90101000111UUMIUKKG111C01010P00n0
GC1111111110EFEmmU1100900104001111110,110111114CGOn0001-TUU0101HIMMUUUW171,00000H1101,11Pn
CACD1111111140GGIUW0a0n0DIMUU100111OH 100613CC1)139111 pn1 1101/0111700110111160//4910i001191,PH59
CCGCtutt11111.E11111116100100,,1111111141101111(;m0P0U011.H101(0000111RnituICGOBPIremo4OvItAd
CGDIP1131111111I11M01 11111 0011111110111111111111(1111 H0Creutettouullutmumiompucccommumm66pRIT
110.11111111611FOUtO1JI)0000(111011011810011InCUUIP1J1e101301301109001110CCCPPPPMMile1115
CCW11)117130.1106111UUW10110101104111111811011111100010LOOPPP9IFTCUTtu4106W,CH0011UpnUCAlummil
111111111001111116119PUutm90,941001llotimi0W9 111111190111040111111mittp9Pu66611WOOMPItuU1(11.1
CC0111711r0(1.1116nVeunOmOimmufivet.141.ORRC PC1000011111T7111111milmr00tCanuituu000140muu
C01116017011117R9P000UUM4100114,Dp4401101CGO 60CCOON0H1111044410m4007141111UOUUMM41101(11
111(139001.71 A0 "1610t93o11116194110w000111CCIO olGtm1PM00111)011111m1010,1)11,9101011MUU11)111101160/
4180079310090U4DTIFFOMIT111111101941;C994 ;1090 pfUOMFC0019000444041_04t44CCIUMMUUUMMUU00
118111 08000/71UPF9014011411M10116111414094111,111440101913019111411111,911011991CH1110119160M1101141141
FIOPO00000641117.0PURRU111411111110114,411-CCte OrD41111u11414460444140614C1111144-0131111111101144111
11111CCOOF618101100F000114I ITiUt11106U1151,0091 e00.114111001.1011011909,1M0PPB0cc401911P11111111UDO11
11111XCOnHE61EFFIF000107,11)4104fiT01)141111 o9133eln09fl111109e000PS90PuVu9,,PPPP01101101010011AUlinu
111ACCGCCITrArffuolfurmimitimmtuT110111P10110- UllOrpnunenr10011putm0r0oCrlinCCPnBoorimulJUUUU
ITCMCCC747403491% (414110114411014400011C11101110 111110 PP661004141011111191,C7401041C111100111(111)1111 PenP
1CccpoPprww0FJ31140111101010111101901CCCGC011014ime11101117P10101.F.W11711111000C. 01711001(3111130F3)ntr133)e4,
C1-407PJAGG'IJ11/17401001111011111131C11111n11Wiure P911MMOIDO7UURrne0o#109P81011111!:OrrwtrP10n
urTrr1 AAA1116(96600,110mu3uT0ttcGCCCGP100469r, ttmnoRtprOh0nnwluroulintliwit1A111410900t19,0011
tiFFAtt.P011Prr00(1100WHHillipliltAXGCCtlimrpf0 .1G61-0:06c5R601.010w0r010110-wolAllotwoRD9P5t9Pr
CCFR6119UP111^0W11.11H1001111Cr100CCCuirp001146PCUTCriP11156t1W9uproluutinnummuoudputmonou.
P1IFA189001111,11DOW1ItUICI1c01KCOCCOF144,76666410011111001161, 94111tpuu300000pRuueURO1Tmon09P
ott16,11,400960mmtfluu111111119,1CCCooP0uww17111A 011,011ITI191110GFPW,11(109010100999110000(0191117991/
11004.0Jr9008000H101101110111TCCGCC0wfww00ooP911 100001100000Do0109p00110oURP4110P191011n9n1109011.
1101111w0010791111111R4OOG000U0CC010000,,0. P1r1,!P.11116A111IOP0004600P099(111100 Pliverp3P1,
011014H1,6177471771111-11114660CGGCC1000CC09400001111-76414111.411J19-119134944040109941,0419,1,11WPOPP011
WIFFF01111119146040111CCOCCOOGC04CCCEGC000913n6nrA 64AFFPLFFF4J4670961,0413U1flUI114014111UM4P113499
HFVFFFROHOrri10001CCITC0CCCGOOcCriGGIOn0Poritirr'11A0Fp(07,478Ar.01001169119qumifiOnlinnonr00n49Lt
17111.(60.1110W.poiwrpMOCCCC(C.,CCCC10110^11trrfVf
rtwetWAFoonc,ormq11140,041t100u1A00tA9iimmtl9tmi%
0111 J61 1-1101111,94114C0CGGCCCG0011;PC11111-rp41,PC 0000111000wo9100010110991101610116000ut00101,PPv
11111 AG11171111FrutiCCCGCCCC1CCCG096,1ff1011141-0C001000 01,111110130136901-1111119911119911r0PU1101910001016c0
1231
lllll
,1/
1
1,11 U111
11
t. 1.1111111,
01,,fp1/
,,tB11R00111111111114CCMCCPCOOIIPP111V111H1-10801 1WFPLA18818811111181)8111110°P1111911110PPG80$1181
5 P81811208UPTHITTYIGGCCUCCCPCC99FHOGG1811T111-111711 WHPF808488111118888101M11811801000POPPO8F11GPAA
1231 d AtH11100111411111-1XCCGCCCCCPCOURIAG6LtOFFUFFFT11-11 10000RNAAJJLIUDO8NHUMMOOPROODOOBAGAAA6M1
1234
1.11111-100111111110CCCUCCCCCROWWWWWFFUFFME7181111I 000077FA188FD000n01180841111119F8P0466111-TUPPO
1232
1235
1236
1237
1234
1239
1240
1241
1242
1243
1244
1245
1246
1247
1248
121.9
1250
1251
1252
1251
1254
1255
1256
1257
125E
1254
1260
1261
1262
1263
1264
1265
1266
1267
1264
1269
1270
1271
1272
1273
1274
1275
1276
1277
127E
1270
1240
1281
1282
1283
1284
1285
1286
1287
120E
1289
1290
1291
1292
1291
1294
1295
fofArtM0ST111111000CCCCCONOOWN011811111111 8F7.101714111 Ar0811431861101111111111.189P7C81-741111141C111,118
oiffrillwontiOocCCccccOCFcneortitittritrrittrorrFit 1,111,88811FEFFUM188UPPP1111-1FOUFAMT10001CH1UP
00FA0011-118000CCOPCFCCCCITOEMFB908191111111011017FFFj J11,1871AFFOFIWUU01110PPUMOOIC111200008181188u
OF8431P11115'01oCC0CCCCC011071F0111108881101UUTTORVWPOPNIPP11881AUFFSOUCFOOPP800111r8FOCUITn001110909
ofoutrowtlttroccwCCCGGonneapunuitopluuntpuumwolOR 1711LrIFF111119CCUAFC080111PPFRFDI08r1~P411$81
FFAA8F0FI1ttIPCHNOCGC0114'11111181181PU111PPRWHUOFA411 1P111FFIMUFFRCCP4GOROF4PPECOOFP01199141U411UU0
JLJ38781111711C14CCCC0MPP10171111_1111PPPETP1,104111J1J11 11J6PPFPF1710EP0000091.18CCCFRRFU788000101111
166.1F0401CCOCCGCCCC8PPPUH8111101808111.FPPPIPI1G311TF11.G111A1FFF9UFF7CCOCOF34FOUCTITOOPOOMOHOPIOPU
GGJAF000FHCCFCCOCCU814,08Un10910014913FPPIACP1,1111111LtJJ trEFerFFVCCOCC080/-48487C1111R08ft101181-M18811
AJAPHRFONUCCCGCCOPPP811111119889LJJJJ3GG111111J6J1J6J iffIFFFECHOWC000F81870000FITRFPOIMP8HIPP811r1,
AIRRITCMCMCCG00OFFUDOM.188111181.131_11141M1G6G111TF00F ORFFKACCOCOF071FFFIFFC0001F7-171880eAU4PPOPPU
FEORPFICCCCCUGHr11,100111110111.111811177FFULGLUIreDE1FOOMORHOICCCC00001TIT1171110870.91117481170°10119
NEFEEE0CCCGCCF8P111/1181111.21111111111J7FF16611,PPIFFFFFR)7131FPCCGC8171FF1111110F011188111888111189PPU8111
OFEFF000010CGPLLFF11_801PP7F7711.1FFFFF00786,117WPrAFFFOOR
FAArCCCC1R007177H188WIFOFFEPPrOFF01111MUUUMUll
101043000FITCC.PFULFLEIPP184PEFFFIFFETOFOFJGAMOCRFF00000 OFNRCCCOC11111FFFPNHI114FFF8a1r7Fr71188118UPPUU11
OF01100000CCUPPLFFFUNIFFFF5FTEFFF7F0000H8486401414000300011 immaccctirtrirurrromfrfroonennowommonnomm
GJAFAHOOOCCCCPGP7FF13F070FE1I1W8FFFOCRFFIAGJEMW000006.3M? mwunc(XTUFFFFErreounrinrWlculmeflommonuon
171.1.18110EFOOCCIPPG111131488111FFOIFIFTOCOWEAAGGEFFOOW06611000 FONWPCFIRFFIFFELFFPOETFUOKNOMPROH0010011881,
ANWAJAWEHOONPPPGG611.111LrF1174LFFHWEFIF86611161116101161EPR OPE8A1,CF8R7FF1111181110881108F09841108080PPPPP
111411446.04110001PG111101 ,681101FAFFH110160EG61 APAIGF607411E6000111A161 1111788711.11100F171911111101188000008990UUU
GJGJAUJJ103110TPGGGGGGLGVA11,8,17CUCWHCETC488144GAMOE00000CE0 AAAF901110iFFF18FAFFF8FFIFFM1DR90088949880UUU
GGGGJALIGGG11816GGGGGGGGG6GGGJI.JCCCWFC70868811611E61.0000ANR78 LAENF1TIFFETIFFIFIFFF717788808091101899808811U0
PGG66361188JJGGGGGGGGGVAGGG6GCCCMCW6601GGJ.W4J0P0084AFAA8 FFERtUFF81-6616FFF8BOODOPOHODBOOHOMM1400011.011
GGGGGGG6JGGGGGGGGSCG6GG5G00GPPICCPGG6G.16G664AAGGAFOJJFAAAAA 4FENWIFF7717FFFFRIFOH0000138981810080011091M088
PGG6GCGGGGGG6GGGGGGGGG65666GGGCCOWCG6GGGGGCW.GGA8GGJJJ.1841 AFFIFFAFFF7FFRRPPOW018880088401108088q11808911
PG6GG6JAC,GGGGGGGGGGGGG66PPWPCUOCHGGWAGGG6GGGJGGGGGGJAJ1J1 FFHFCCFAVFFAAAF7HRPF701490911.488908088RUOI8o
PrEGGGG1,JJG6GG6GGGGGGGGG6GGGGGPOCH1446GGGGGGCGGGGGGGGGGJJ1J61117731111FEFFFOrA48MFFrOP0009111109HOOPPUU0UUMUU
HPPJGGGC666GGCGGGGGGGP6GGGG6GGPOCGOPGPPGGC,J6GGGG6GGGJJGJG31A P77,74,8LETFFNAFA1061APOLRUDOUPOPUPP999nPOR80
161PJGGGG6G6GGGG1166GGI.G6GGGGGGGPPCMGHW6GGCCIGq6GrAGGG6GJJ111111 FlOPPrfrFFFNET7AA74811878008P8nnHUPPPOPGO0POr
11111GrAGGGGG7,6GGGGGGGP61,6G(GGGGPWWWCPGPGGGGGGGGGGGGGG6GJJJAJ wwerrvorofiwwwokArEriirrfGotwommo.Prpluory
1JJ11CG466GGG(;GGGG(POPPGGGGCGGGJGPP.W6GGGG1GGGGGGGGGGGGG0G0PP8,1PAPOW17414FF7Atp4A81871:001111000898888POPPPO6P
GGJGJ6GGG6G6G,G6GGGPOWNPGGGGGGGGGGGP6617.66PJGGGGGGCGGGGGGGGJJJA JA1PF1141161PPP8AAFA91411111111380390000P01UH
GGJGG6GG666GGCG36GGPODOWPCGGG6GG6GG6GGGGG6PG66GGGGGG6GGGGG66GC 1,30008 PPPEWP881711118 FFF14-088e80401111P781WWW
6GGG1;11116G6C.G1.1:GrAPPPUtINCIMGGGG666GGIWGGGGGGGGGUAGG6GGGG6GGJGJ GPEP44311P11106141F08711118111101111D101004008PP
H/J.JGG66666GGGGGGPPCCHCCMGGGGGG6GGGGPGGGGGGGGCCAGGGJJGGGJGG6GG 7JJ3G6GJJ116110.14-71788101_880880880801PORPHD
BP101GGGGG6G6GGGGG69(101114CHFCMG,GGGG666GPPWAGGG,G6GGGGGGGIAIGG(GGGG61,1411.111111117,1"7000FFFBFF101001_88880n0D00
P1PCGCGGGGGGGCCAGGFPOODWWWWGGGGGGGHG666G6GGWAGGGG6GGGGJJJJ1JJ1 IGJGGA11,1^1r11111888118FFF8111181R191180828PU0W
GGir,GGGGGGGGGIAGGGP011000WHHIX.66GGGGG6G6G3JGGGGGGG6GGJJ841111117448 1111371/4111,1,1PAPPPP00881,7717110F891189DBV87411,11I
PAJGGGGGGGGGG6GGGGPODOOWNWPPPGGGG6GGGGGG0GGGGGGGGGGGG311411JJAA1 .1111111PPPrr1PPPPPPIOHOOFOFCDOFr000811801,0P381
GGGPIGGG6666CGG6GGCPUU0OWPPIP6GGGGGGGGG6GP6G6GGGGGG6GCG6GGGJGJL801 1-1118101119PFPPPPPP0P8890000698E3POR89811GPP18
GGGIPGGGG6GEGGGGGGGPPOODOP0GGGGGGGGG66G6GGJOAGGCGGGJJJ6GGG66G1F0 113Le18_80.FFP0UUUMIRPPPPOP8POPPIWOOe989re1PPG
MrPGGGCGGGPG6GGGGPPUODDUPPGGUAGG6PPGGGG3GG,GGGC,G4PP113GGG6GGUA 11FFFP988111,PUU0811,100,8110640DBODP890PLPM1MP1
611113 WP1,61,60G1,GGGGGPPOH1101111P3GGG1, 66114PPPPGG6GGGGJJ3.111161,01111,1,666 GGJJA810111080888810MHFPORP017.8848111.81688MOR84
11OPPRPGP-MGGG6GGGGEHOHIS11.PPFJOTJPPPPEPJJ6C,GGGJJJ3JJP111Prr11106 ,6000118IFFFOO49080P00P039POOPPO.01811899PP84
I01.1PrPPPPP661;GGGG611.401140PEP.OPPWPPPPPPPPPPJGGGGAIPP3JPPLPF.111181 JGGCG3tFRAF131000DF0PP0OPDPOPDP00080.00081141100
G1CAGJPPPGG66G6GGC6GG1011WPPPOPPPPPrpPrP1,91,04,83C-161,11.PPJFPPPP.POIN,1 rn31, ,Gt0f 10111putioD08pprpOuqmw1wpp,,,,m_86301100.
G6GGGGPImPPCC,66C6G66111111JPPPPOPPPPPPPPPPPPAIJJJGJSPPPPJj.PHHEUR7PD POFF1111114718111111PNGRPPPOPPPPOB1P6OP1 1P11DOJ81011,91,
j./GIAPPPGCPPPGGGGPGGGGJPGGBPPPPOOODPV1INPPPPPP3JPJJP0PPEPePPM.rfw0r1 011111114r1IPODUFG,DPOODPODIPPPPPPPP79WW119RPGP
GGJIPPPPGPP6PGGG6GGGGGGIICPLPEPPPrrPPNWITPIWAPnG1PPPAPPPPPPFPPF.FFP 60F1100I11 IFPODP.1.1,090PPPI.81PA8Pi0e1191111,1P01,3011
"NODOW1ODFPPEPPOOr00901.111Pq8RUOutiPC000166G66
3741481,8PHFGGGC1WPGG61661;11111POPPP0011$04414cr.ErWPP4PPP11PPPPPPerWP0111W Pr onwommoGRununeounonciivttimumumni0o~liG
CJAPPEPPGGGGGGGeGGGGGGGGAterPepommenwwwPrrrervewomePFTPerPerrece
3114A0PcPP6GGJPPPGEGGGGG66.111,P108100 1111 WFFNNGGI-X1m11666G4GGPPPPPGr1' PUPPI00011001, 'C090t0'OUP00009911.11110009111181118110PUURPPM
3.1811008.16PPEP0 1'00061,1,000JAPP1671190/1111111 PPF7144PPUNPP06110IMPPP^0H3141W.PA4 i1PPPPrFA81133189490031111188uM1110801111881111811
11inFAAAPPNENNJG6666G1GGIPP11WCW000106PFPFHWPPPPPPPPPAPPPPV0PrPPPCPPPP IPPPLJP1-81.16 1.111331.111111,1(A98ne1LA8800.10111111M8
11118WIN1PNUNPjf,PCPALL077FPNONWPIWPFp771r8rCPPPPPP.84oPOPPP4PP4JAJJPf1PPPPtr8981J1.1J111111131111J181611111111189HUUH
4113183311008::WPGAPP1-1118714FEr0WWWWWWPIPPFIFFPUPPP,1PPPEPPWPP1WPPPPPPJGPP PUPP4UF°0131110888998001111JGGGJJ11148198UOUN
0HH411FHNHOCCNNPPlp^(( 161)1)11 FNC NNGNNOPHPF Fr DH113PPO0FNPPNNONGPR IIOPPUPPPPPI 6PM411110PH0114998n110080001111111111111111111I1UUAM
104141168W0C;;Fri1PPPWPPPEFFF000 111111)14116111911111111111PPPW6P4M""W00316PIW0900.M,;PP^PeUt0011111811.1109111118101111091131111111100091AM1114
WG1444C1000000I-7011411WHEFFP14818001001111111101180900.10PEPPrPPUPPOPPP814I0O01'P OPP1OHC7GFIBLIPM118111111P41000PUU8111-10H1109788810
GFNAJ100011POONFGPNWPPNWOHNPLPHWWWWPWWPD770000110PPHIMUUUUVUUHUHHP10101150 PPPONKT.91111088LOTH080001111H111109finP89118PPOO
P1000P1111111PPPOODP1101WWW0WPEWG6DFW6GWPPPPFNOMIRn91,F1UUU41184P11100111101MPOS )890$40111V0P08881M18811111,1109111P9181THD00011FFF7P7C
129/
1290
1299
1300
1301
1582
1303
1304
1305
1306
1307
1300
1309
1310
1311
1312
1113
1314
1115
1315
1317
1310
1319
1320
1321
1322
1323
1324
1325
1325
1127
1320
1329
1330
1331
1332
1133
1334
1335
1336
1337
1330
1339
1340
1341
1142
1343
1144
1145
1346
1347
134e
1149
1150
1351
1152
1353
1354
1355
1356
1357
135!
1359
1360
1361
.
C
.
to
oo tol
ookro. I
lllll OW, U1111 140110 I ..1111.10,1(111 1IP
Auriffuttme.CCHPSVprOtwwwwwG6PPPPonoupWwwwwGPortwrf101funuiummuumoititiwono
5 1514/115111551115P
PPS I PAPPPP
0 uou
P WOG 5p01 DOP0000 14PP GG10000000IICU14f I I f
11111111111HSPP
r APDP OW R0 GOO (11)PP 11GPPPP^ OGAIIDG 11119 04'11 111 I
.,1,1',H1.1',11.011111,110iji.lit.1,.!IIIIIIL jjf,1,1,10aonif.(Glii. 1tP
nolvG6GpprounflOoli110eenntifl011n9epntwlptiltRaRooc1c
1.1151111111511141101)151111 1100OOG5 P0111,000 (1115 1111
U15.11.111 III I 111111(5)01)11e0(11111911001.11POOPODO011PPP
PIIIPOPPIIPtIppPcucoGnuon511.PP
411111551.11(11111151011111101 MT 1100G GGP0119(111011 11111ALL 41P P1111
PO IWCPGGGC; RADP 9q1GG I
IPPOOPENCDOPI I' I 1 114.1151119 011111/1 F511104 I
1111000GPPOPA140515111P1711111_110511 APPPPGCGFGRR IR
GOOOODPP1151011.1.04111.111UP 0 oCNOIA l 11liP0 OP AFT F
1.11503
10111110414PP PP 00P91111 PO noon( IIPARA /41 OPPPOPP4 51100BP
LAW If 711111 44111451 A1111P11000 110C11011 511005111141 AA AAA
TAP 14CetIll I 114111115PP5F FVOFFFOPO I 1 1111
III/441115 (HI IL 111M1141515(411 111108 pP5
IVILIPPPPPPPAP 00131151155090(louPLIPPPPGG
fel UNIT
Den
!1 511 f IMIJIIGPCP4.1 1 111 PT PGC ITV FOF F 11 ATVS
fa 101 51101114PPPPIIPPIW PPOPPOOPPP(IPPIT
010111111 1-111141511111111i111511 1111114111 119e81111110RII11POT f A11111111
01,50111110111 OP
f 11110CPP51188(1111, AP PCFFPF 1551590 P
FGEPIltH0INOf1BH11N11HHPIi11f 111115111000 OA IIIMPPL1110U1514 A III'HI
11511()OPPPPOOPI1OurOPI)P(100001501)(1001)1111511111C
OCCGAPPUtIPHACCPIIFFVF FFI OA 01 .1410111415511011PPGGPP
(511)51111 141111111111101110511511PPPPOOAPP
GGOWPOIH11149(3e14111511114101111111111114111 AAA Pf1154P1150(53 PUJ II 110CCC
00151111111051.10151GCOG000(1111114111 All
I 151(IPII6P PGII5GTV "If (IOW, '0551111RP
AGGF 912 (114ot4 (MOOD' I1111111411151111111106
(1POr'OGGGPIIIPIL(10(1 AAA DOIPIAGPGGGPP WADI
PIIIIP11P11P43(18,114.01) II POGCG 14511111IPPPG WC 1 11111F011f O AP 001111151RA0011151GGGOLIUMIPIIIIPAIMAP
AAA AGAR14I P11111)0 5 I 01 flIS1111/IIMMifif)F1D1)111tntuto/pal111111111001
DOOGGGPPPPOPP
OGGC 000 f
01414G9O T 00 OOP 000
FIIWGA AO!1 I (11100 AA OW 111111111111180008OADODOP.PP (01 P 513
0110P ()Cr INWOOD 111)11111' HUG WG011 WO PRP,0111440061150114510G6P1.100011911110OHD000000AGGPPP.
PIM P13
OG 551111 11111PGGPOOP0011,1011(100011000(1PPPGPP
f15(.411511)0CGO(1001115)(1DOOCG11 POGG AG RP 1111oPA13F G1111
VW 1114GGI III1 II I I 115 PAP 99 PA 1115 (5051111011011
(111(1415PPP009011 CF141110115011000POPP CPP
4; AO& Et f f1,11111 1111001111011I 110 141111 111011110 000451511151111100FP0 WIC f10(511)(11100PG.CC 11G HOGGAG 000D PO PP KM (51 15155950000(51 MI 000011
D(10P DP115PP PP
0000000411411119 P P011 POPO Of1(11100.11)000 WIG 14G6OGG 01100 011 PP 1011110PG111510G(1110111111(51(1101001111PPP111)5GPOP
AIIRGEGORRI DI 1 II 0580111 LAI At101111111140013015111S1111P110913
01100HP511 MAMA 115P NIA I (511111111405811 DO 00110011000V
FFR ROFEEE Off R OR RR TH1115451, v11541111 I HUH I
r OF 11P 00E000I PEA PORT 81111111
1114111.1.1 PHA 1111
IPPOTICOAPPPOPOCOMMIDAGGIMOP OPOP
0OVOIPPOOGROIIPGGG0111100110511000U1IPPA005P5 II
00(11-10511110PP.1P411111P00015.11151IIPPRPOIIG00G FPI.° (TPA MPOPOPPPPP PPG PPP611TIPAP411100111011090APPI1PIIP
If If (10DOP5F115)PPP00001)0PI)1111000RROOOP
OODPPPOP 000 51)050110115P 15151415PP PP PP11 01411 GGGPPPPPOOPP 1111
f1011PIIPPPPPPoP4)011111 110000111)000DOOK 111111P PP (11111 1113011K1111PPP AP PPPIII1
1111 MANS GS 0E5110 1/ 1000114:11011(H1 110401UfIlf I
'PPP liArt1IIK115015141pP 14 OA
H OF 01 P111NR11F F FR DO'RF A A 8 PBf5111081EHH111110111II14511C115119401101101511:10001)01511119151115114SS1141111101111
OH
011PAGDOOVIDIPHH11101101 NPAPPIIIMKAH119801)PP 80
H901115041111111141P550 13 AP (1 OP000110001151111555111515S5;
II 51100115
Hilo AI 1111 5111 8 0F 130110 1114F KGAI F4111101111111 01.411f4P /11,57
011111)1105D011 5501)111111P I IIIIIP(111.11101111PP 0011 OPA15
141111151111114 PU 009( 101111080115 St11114SS S 55 SSIS H11111411011 41 1105115011111111101111111APPPPAIIPP
11FL 151 FAMWOOPOROOO(RP.f I: 151 UPP06.11501111P(111111111
031311I1PPPPP OP OP
110111111110110 55S (100011P115115111111 S SSSSSIMS1111110f 0 1 8 0 6 9110 9 011N91111S 55511S015 500011P95POPOOPP
FLPIIP91111OOFR PI/PG J11tIHFFWF990000BJPI1H11UUN 111111151111111
OOP PO 000000000G AA G 01111111i. BOL ,i
HI4111,1
I IIIIIIIIIIP111400f POO f/C11009 OGG OG
0110509000000PPROFGGF140111111OL PAPAW-111MM 1,111 PLI P111190500OfIGEPPOOG
0501039T TOP5 FF 0A55PAGAP111113 DOLL
JGG311 JJJJJ
P555POOSS)L(111514S 14111111S S SSSSS 55111111 DA 1
15111114111111111311011111411SSOUSSSPSSDHPAP104000(10
15111 15510055551PASSSS55SOPOODAP54(1589110C
GGJGG GJIGGPJLORJGG11111141VG1200110050L011111141P5L111111,1515/1111515110011S11(511111SSfISIMISS5SSSSH111511111K11
VIPP0POOP6IOD0R0 100111 AI
1051119131111111151151111111150PS1111111111SSSSSHSSSSSSIIFISITIII KK II 111551111151411011SOSSSSM51
S1101111011PPII 000011110
GGGGGGJJGGPJGG05011006GP0000T000L1AIIIIP151 11151110FIR0111151101111SSS 1111115 55511111155 S111111115111111NIIK III
GJJGGGJJJGJPP PIWIPPOGDAPOD OVA 000HI IC BSHHN1111811 NNE 0111151111
111511115551111111111011HS551450511110011PPAII08131111H
$110(11111111101111111111 LK IK I IT 11110 511P11151111110111101 UU5
GGGGG
PIMPAPPP (3004KOIJI1
JJLJGJJGP00000011511111100014000106411311115111-115105111111111111/41111/153511131)10111000514151151 If I
00051) JL31)51101)(100110111011111111001111001011411 AI I 11111011/155101511114141411 H115151 101111911111151011-11111T 101 0111151011 ffIlE411151101111111111111111J4JUU 01111151()CP AR P110101114
T0041545 110 011111111151151 II 11111011 411.11.1111510011P (4oUtIP
PAL PAL GLPP11 DP D0000 000151111111 11(11205AHAP0 I
1 1.0 H111111514PH511111111.114451111111PHA 11110 A00P0011110 KKKKK K UMW 11.1111.5.11511111(5-1141111P1111 Uti1J15111111111AGC0
I.F135P000/111 RDnOR(5111110141111110 OR FINIOUPLOA I I
41014131)11KK06101J00411111TUULIOU
LOFT 0111 FF11141 1.1110F F 05001111154115 A AA AI 1 fl BIM ill11111115141111110-1141011111111411141.51
IL 611 B1411145111111111101111144.15111005ABBUIJUOU1111155.511.551
111.13 011
111.1114101110511151 1111145104MOK 11U110145 ODA IPA
111 MOW HIM 111145111151PII 110111.115111151 01)110P 11P P
LFFF I FFFFFOBH OR FOLIP11115511001111 T HIIA AA 115 16411 I LI. 01 AL A 0141151B 511111JOKUK11111510013140 001551
101(114110U0(1451
19(11541105111
5 11 1111 14 TA 1511111(1K141150001)54LIIP 011
JJ I0T FlFFIF AIWA OP 11111)11011010110 I I 11 AA 111111511115
1.110tP1111111/141441 BUI.1111.15111411115 PIM BP000111101108
I_
(111(1011110 1141110101)5111 514 T11 1 1/511511/1/15OPACORPOUIP
111- F 1011118111111111114,1514511114SSF441 141100111111
811111101P111115115115.1411,1111414111111011011110140001
000011
PRAM
I1I F51411R PP1 1111111D11H110H1411111111H011111111AAAMO
1111111111110105151151111141151015111 PR 00501,0001
BI I 1111 1114A9PIPP45/15514111A1111111111111114051111
15511.11101.1000PPOPPII C 111450 till 0111411111111111114
1( 11111 FT f 10111111111110 11111101111 111111115151011111111 51538
11111410111P110000000 OH
At 1114111111(1115011111011 111/1510141111111151145111151111101)1)1
1896' 151111101 111111111111511111411111143 11111111UNHIII1G 1191-1P (MOD
FF111111 115011111101411511110110111141154P9f 01111811411 A IAA 1 I11I0
II1111-111111111.L 41054)11111111 111113P01111 141113011 P 511PP 11°100011
I1811111111HN11111f DP011911PPH I4151,00516 PIMPS I
1361 C
1364
1365
1366
1367
1364
1369
1170
1371
1372
1371
1374
1375
1316
1171
1378
1371
1380
1301
1342
1381
1384
1385
13861307
13811
1389
1390
1391
1392
1393
139S
1395
1396
1397
1394
1399
1408
1401
1402
1403
1404
1405
1486
14e1
1406
1409
1410
1411
1412
1413
1414
1415
1411
1411
1419
14.19
1420
1421
1422
1423
142%
1425
1426
11.2T
5
f
I ll full MI I 1111
Ifrial001.11V1sillollt11.1111)U. I I I lit
101P11POD111OFFEDOSPPPOCCFGFOOGCDROMAJOU01800POMPPTPITODOUDUPCCCCCCP411POPOODDHOOOMIROUUD0000 M1fTODO1O1IT1119D04800puut
091,111141o1811EGOOOOPPOPGGGOOGGDOO11111111817q1171111111 lllll
HOCICUCCP11411HDORROWOH7OtttROBD1PHOO1
DIOOSTDotIMODOOUUMOOOop
P000000011PO9 OH9GRIOADIPPOPGFGGGGOOODUIU11110010111111 1
lllll TOHOCCDCCP11UOIDOPOOIDOHOODUOHORRDOHOPPWIT1HOPHODUHODOUUMOo0UUD6
DSOCIIDO011801910QAPU88A0PFIPPPPFCGDOUOOTODOODOODHOMOOODOIHU9PPCC910OUVOUHDPOPOOOHIDOPOUOTORRD481141
1111111)14
1(ODDIDooDOO93PGGP00UOHH
111100111OHOPPGGGGOUUUOUU
F17188f11PR78DMOODOPPUKKOPIIOPPFPC01114MUMPFODOPOO11POOP9OCC00008KFTIJOODODODOOKUFOPCOBRRORROROOP RnuniminumGGGumuuuue
6FEEPPRPRPFEY1PARDPOUUKKOCHIPEFFFYOU11I1OMOODOORDOPODOORDOGGCCCUCCOITP004UODDOKUKOGDOCPORRROPP818 80881POODORGGGG9VOODC
GGR9RPRROpqfP009OOPOHOOKKOPPGPPITGO111F117P011%0FHOOFOOOODRPFCCGCGCCCCCCCCDOPHDPOOnO0OCCCCOPRO0000P v9PROODODP8OGGGLOUOUO
DEGPROIRPPIIFP8DPODOUHKODOOPP6FFOF1111TODODOOPOHOPOODDHODRDORCPCCDCGFCGC091110,980UOPCCCCCRODOPGEFP RRPR0OHOODDLUGG11OOOt
tOORHODORROREF9MOOPOOMFDHOOCPPFIFFC1111O1DPODHOOPG000HDODOODOCCOCCGOPGPPPCOODDOODP4CCCCCRCCORRPREER RCRPORROOMIGPODDOO
ODODDDHOOR7GPF000148DHOPDOCCOFPPOOOG111fTIO89011100POPOODRO4OPOPCCCCOOPPOPPOODODOPOCCCPCCCCCOOPORROR9 R9D889RHOOLAGG9UOUt
HOOMPOOOHRGEEPROMPUDDOODGGPFPCCPUFWFOTTIPPDOMD0DCRODPROP9OFOOKODOODODODOCCOCV0900CCCGCCCCOOODOPOPR 170D90080916GGGGID11I
HOPODOOIDORGG6PRPPOOODACC88CFPCPPFFFFT11108PORCPCPCUPRORRODKOKDO00000DODDICOPCCODOCCCCCFOCCORO1909011 COPORPORPOMAG6G10114
OO000n119U9ift OROPODORROOROGGGOIP
AAHDD000000ORIC1108600001109ROPPFFFGGFGFGFFGGGOOPGFCCODDOUPOPK009011000D880000000OCCGCCGGFGOOGCDOGDOR0IPHOMOPROD009866GOOO
011ItOOPOJORRPGCCC010OPPOOD9VKDPFFFFGGGGFFFOGPGGGFGOCCOODDORK01101HOODODDOODHODCDCCCGGCCCGGGFGCRGG00909 IMO11H9POOD9O9GGGOU
S111111OHODROPECCF.K99889800POKUMFFFIGGGGPPGFGCGGCCOODOOKKDASOHOMOOD000011900CGCDCCCCCCGGGOOGGOGG898 DOODROHOH11O9966G0p
5111115110010000FOCIDIO08800607KKOPFF6FFFPFPGFGPFFOPPCCCDODAA8PO01111110DS115S5C0000CCMCMCGFDDGGGGGOR801 OOPROOODUHOLGGGOP
5SIIISSSSSNOPROGFFERD00101090004FKKOCCGFFFFFFPGFFSOSOCCCD008088I0OHORODODOSSODOOCCCCOCCCGIGGFFGGGPCPOOV DOODORPDHODBRIGGO
05111515SssommrrtilelemuogePtilisNxxrucGCPCFPPGGPPFrspcccosAANYn3OHRIWOommOU0000(xxcceGcGricGGcccOncr nomeounomOrmeGGi
DMIIIIISOSHOHHOHOFCCP81001011POP10114NONKOCPPPPPSFPFSPPOCCCKOKOKDOOSOSOOSPOODOOPOODCGCCGGOOPRCCCCCCCOPC0 ompotimmuououmme
HOSII1118D9OPORFOHECOODOBDOOHDP6091KNAANSSSFS5SDOSPPPCCCCOOKKKOHBOOOMODOOCCCOOCCCOPCCCCCCCOCC000000C008 ORKKKOODUOWOOH
1455111111WHrmitomGCEEourImungp5TnHSSAAAAAASs5SSPrsePpc6PecounRomoussSRocccCCCCCGCCCCCCRocRonopsounnott mtmuummuummnreP
SS51111I181BOOOODCPEIFOPDOTIONOOOTTOSSAAAAAASS5C5PPPCCFCCCFCCCPROPROOPCOPCCCCCCDCCCCCCCCCCCO000005SSS0011NOKKUOOUOUODDHO
555milltiftommUnaenREEentIOROonnemilifsAAASsSilsPSorrcrFFEFMCCoCROOono0e000;CCCcCCUCcCCUcCOloonsosSSoo OKKRDO0O11oiDORP
OSSODA1111I1DRHOHOROOOREEPROOP0101.811SSAAAAAIPOPSOK8PPGFFFPCCGCGGCOCCDCPOOOCCCCCCCCOCCGCCDCCOS55SSSOS500 OtCCRROOD94000P
0181DAAII11110HOOHOWORCEFREOPPOOHOO1,11,6411187489EfFSNANDKCPFGGGCCGCOCPOCCCOC10CDOCCCCC9909OPOSODOSoSSSOODO
CCRPRORRP90101
HOPHUADIIIIIPODOHONOt1OEFFIF9P980OHND0001011AAKOFFEfSPKKVSCGGG6GCRGROPGCCCCOCCCOODCCCOOOS5SSOFS5SSGSSOCODO CCC00988888908
0011111111801D008HHUKKKO8PGIEEKHOS5SSSSIIANOKA/ANKDEEOOKUO0OCCGPPPCCCCCOOCOOCCCOODS1tIffFfISSSOSSOODDOOCCC CC000EOPAL9RRJ
ODSOGG111111110OBOUOUKKOCROCEP1181108t1SONNAAAKKK8KKOCO3KKKKKOUCCCD8C000000DOOPCCCPSSSSSFFFSFSSSS5SSOCCCPF GCRR00000PECA
HOODDP011111711SOUUDHODCPPC6080039010109887NNANK8f8f1POOTKKK8,00(009P009901-10000DOCODS55550SFFS5S50500SOCCCFF
080011800411I1111144PKPOR9R0080080808900POOPPKKKKK8PD/P0151KKKX8NIWS5CPCDODDOOPPODSOSSSSSSFSS5SSOOPPODDPPPpr
80100001810,8111111ODPOMOODOOHTF90
00111011I1HDI I IIII LSOSFROHODOHIIKKKIRRDO81111000DP
11KKKKO0PCHIODDH
R1ORCPDORPOOKX8888811800101580KKKKKORRCOOP00000509SS5S5SF1141115SSDOOCCCCPPPPGF,PU0071436100
NNKKKKKOOODDOUOSSSSSDOSS SSSS! SFFPPOSSSUPPCCPCCCCC1 GGOVUIDOGROR
MomilllimsnoSsinanRImTUOmiHni-om4SssizflapqKKKRKflonnussSsAAAKNsseGirounussusvoSsSSoosSfssorresnoPPCG(Trcpc GCOTTIODHIPC
IH1110111111SSOSSSODOPSODOKKOMPIORHOODFISTDDRIMM(080OSS5SISSAAASF1GOKSODSCPCP5SPPOOSSODSSUPPDPOPSPPPCCPFCCC1CCCOODOAAPE
risSSITIIIIIIS003551anum5UxKimuKPOWnlisliesEMIAHO000,155SSSIIAnstumffinspcpecpSrrOoossoroommeeGPCCPMccccr C6GCCononRR
DOOH111111115DOOS580HOSOODOPUOOUPGROOCOOOOCOOCRPPORIOD5SS5S115SAASEROKOSFFPCCCD00000SOSSOSSOSSODOCPCCCPCCGGGICCCGGPGC000
1001141101HOSSSMODS8H555SDPOPOUOLUGGOCO8OCCGOCPEPF18800SSSS5555ASSSIORDAEPRCCCPPPCPSSOSOSSSOODDOOPOCCPCPFFGC6G.PGGCGGCOON
HSDHPIIRDOODS5DOSSSIFISOSOCCOOKKGFRORPOPCCPCCKOORIIROPSSS5SSIASSSSSSOPOPOPPOOPFPPC5SSS555085000SOODPCCOPfiGGG fGCCGCCCCE
SODDRIIDODONSGOOSSSSSS5SSPCPOCCGFCROORRDCPPFFGGGRSIPGOASSOSSS5SSOSISDOSSFERNASPOSFSSSS5SDOSODOSONSUOPPOOCPCPC FIFFGGGCCE
1110PPP091801SSSSOS13800555SSPSPPPPF.COCCO9CCPPPFFFFOOPGSSSS55SSISSSSSHOSIOOPERO5A5PWSSS0500500111180099CCOODOGCCP PGGFOPGCP
POODOBOOOPSSSSSSOPUOCOSS5SSS5SSPPSPRODPC9ORCPGPCCCCOBBODOSSSWHOODSHOMOKSOffON0DPISP5ODSSDOPDS55000DDPOUDDOCCC
D8PDDPOODDHODDDODO8805SSSFFSSSSS55POPC88090DCCCCCCDOPOS10055S5SOSIODOOKOSORRSKKKSPPOSOOS5S5000500000D00000000C1PCDCCCCGP
OCCCOHO0000010OHOOPOPPSFSFSSSSSSRP5SOIRS9OCCCDCPCOD9DOODODSDOSSOHOSHOOKKKODfPOKAAFFFFSSF5SSOSFS00000009000000115
OCCHHODB9OHNDOODOODOCOSSFFF5SSOPRSOBRPOOCOCODOCFCCOOPODODOSS55SHOWNOOKKKOORRONAASSOFFSSS009104SSSSSSSSSSS5OSSG.FFPPCPPG
RRHKDON9D141014114DOODSSSFFSFIFSS5SSSP5PRROPODOOCPPPCOOSSS5POSSSS55SWWSSSSHOROOPS888OHSC005f1415SSSOOSSS5SSSS585SS FPFPPGP
ROKIHHOOODOODAOHOODOHRSSSS5.5.55550580DPSOPR5OSOKSOOPCOODOODOS55SSSS55SSONAKSRPROOKNKASS5SSSFFSFOWSSS5555SSS5S0055 PPPCFCP
ONKKPB0080900000OPEDOODDOSFFFSSSOBSSSOOPP000085SPKOOPODOODSC0550SSSS5PKOWO1PFRNONO0AHSSSSSFFOSOSSSOOSOCSS5SOOP5 50,6611
HOOKOOD111000DODOOPPOODOOSSFFIFFSS5SSSWPODS5SSO8PODSDOODC010014505SKKKA0MOOHOOURROOOAAAASONWRSDOOSSSSOSPOSSSOODOPP PCCFFP
DOKKKDD900811SSSOODEOPROUP:FFFFSS53355OPP9OOS5SSOSOOSSODOODODOSPSOKI6NKN40MOMOODPOtAAAAAAMOWOODOSUOSOPS55PCCOOSSPPC
810080000011ODISS9118990PSSSFSFFSS5SS9PE49SSSSS5S05SS00400.KKKKOSODODONNOADDO9HDDR1O8KOAANOWNSDSSSSSSODOSFPC5F5PPG5
G0DO000OPOODDHO101DHOR6SASoSIFEN5SSSPP$585535555555801130100KKAOSO5905SOSUO110n0008POoKOKKU011SSSFSSODSSOWSSPFFSSFF5 PPPFF
FFCGC13800101OOD509HOR.NO5AAFSOWS5SS055SOSS555S5SSSS94SSSS5S5DOPODS55555S5D4O00DooHOHNoOKKKDSOSSODSD0555SSSSF,PSSPFF 10111
CCFCCCCOODWIODSS01108PDOKK880ASSSFSSSSSKON5SSS4555S5DOODS5SSODSOSSS5SSPOSSSOODDOOMSOOKKKKDKOD05805CScHPSSSSPPSPOS"P FfPPF
CFPCFPPPGC4O1POSPDHOOPPROAAAASS55S9o0UNNKOSSSASSSGOOOSSSS55555SSOS5S00054PSOPHODOKKKOKU8OKKOOnSOSSSSOSSS5OSSFSSSSSFWFF
FFCGFPOGFFCGGSDOKORPDOSS88888555SSSOOK4KOPPH0555558S5SSS505POSSS5S5SSS5SSSOODKDOOKDKKKOONKNAOHOOOSSS5SOOSSSSSSFS5FF fF148
PCPPPPPGGPFFOODOKK0100555AAAASISSFSSOKKONOSOS55!SSOSSSSSSODC955SSS5.55009SSOSFXDOOKKKKKKKNAOUD89SSSSSSSOOSSSSSFFFF5S SF14.5.
81105SPPPPPPPFPPDCPOOD5SSAA800015SFISUKKNU55SSOHSSSS5U1OSPOSHOSDSS5DOSODP511114DSSONOOOODKKA0AASSODHOODSFSSSFOSS5SS_ PDC
YKKKKKKODCC;PPPPGPODS5S5SSASSS55SSSoODUKKKPODSSSSSSSSSSSOOSSS5SSS!:DOSSO5OSS5SHSSSOSKKOOKKKKKNANASSSSSSOSOSSSFS5SSS00 CDC
KKKKKKK8S8DODSS.00CCDOSSSF5SSSS5FFSSOKKUKO.POK5SSSOSSSGSSOOPOSTSS5550SS5DSOOSODOOPSOKOOKKKONOANNASSOOONOSOSS55S5SSOKI COO
KKK100(81(888KSSGS0OPSDPPS111355555550PX8001081185SKSO00;55051,97555500555SS505OD5SSOSOKKKKKKKKKON84N80HODONODSSUSSSSSSSO 100
KKKKKYKKOD4005S.PAPPSDPSS55S5S$5505009911DOOHDKSSODODKOPPSOP5SSOSSSSS5SOS5POSDSKSOSK1000(KKAA8AAAASSS5101SOSSSSS11049890
CC
,O8KKKNKNKHNHSSSPOSSSNSSSSSSSS 55145 SS
P119OPHOHIIKKKKK9CCDOODODSSSOSOODSKSONSPRPOSHSSSASKKKNKKNAAAAANAAA5511SSSSSODOODODOKI DO
101UDONNOKHIDOOSSSON510180AASS5SSASMHOD9POOHOOKOSOSSP5OSSSGSSOD55S5KSSKOOOANSNA8AAAAKKKKONAA0AAAAAAAAANNS5SSSSOS50000 ID
=00=91=
un
0
41;VvraiNvvvvvyvvvvvvvvvvvv0VvvvvvvvA9iVvwwwwwyvvvNyvowthoovwvvvvorwomwiNAnrivravtiNSSSHommalSosoutiso3vvvvvssssssSSissi
ovtiNVImrivvvvvvvvvvvvvmmvvNyvvnvvvvvvvvvIolvvivuloNviomvwwwhvonNANNNNAvunimomw000lvwommiliwesowbeldoosSusdossissssSussH
vwvynnyvvmavvvvvvvvosvvvvvvvuwvvNvOvvvvwuNityvvvilimulivavommurinywoiNWomAANAnnomnlismsvmulimmindundosiisumotalisssSSssus
vmvvyvvvvoolvvvirmisomvvvvuNvvvvvvvliNvvvwwkvvvvvvvvvvvvomvoymmooinNuNNNNANmAntoommiunusimmolimmosbanumilaissssoismsss
411v11VvVI/ViiNKINNNVVvyUNNUMINNNI01011.10VVVYNoVVNAVtlVvVVVOINVI4N414511
NOnV11>IXAOMNO.VNANOSHMISONOWHO0611111141aillUlwS6111SSSU1SSS
II14444 1N1IvvvvVVtiNVt.piNVVVV11V1/1/111,11111w0WVoltIimww1IN.NVVvVwVtokvyMINNNNA
414.41/livwvv1tiOvVVvVVVvVVVv.iwWWW4991111149H1M999.9991414911wvVv
vt.hilANN9011VNII
NvrommmnoinustoismwouwvsseooJoolilviitil
>01NN9nNANOHNVH111414S1111H11S6fitift0i1oiSIdV0191101=11:
telpoomxolmulissmomlloiwrishosliullrfIvaliStollIsHssu
vwvvvvvvvvvvvvvmolvvvvviauwmalimowwwwwNw99914,J9wwvvvvv wilomuNxvIvVavn
ovvvyyvvvvonovvkalvvvvvvvvvnvwwmwmvmuwmowvwwww4mmivvvy
)VV invvfamminfin IN)000411w1M11HFIS14161SMSV600010011rff011Ou61119991SS£S
49141114£61611VvIiMWHINVVYYUVVVV140wWwWWMIN1411wWWWWwW1WVVVNV AVVNNn111.114vvVNNUON wintamw;mihsskaukroiOnwilviwww991b0199910mmi,
OUNVVVVVV0414VVVVVW1IVVVVNWVVV614140VVVVI/H9999914VV0NNUVNNOV V/INXIIVNM#914101/1,V11W
NNUOMUUNHV10011111/1i1H1vv0901111f011160SIIISSSsS
vWwwwvwwlvvvvvww994wvvvyvvvVnwuwvvvyww39399woomwvvvu xmmunvviimovilnyvvtom
omywnsilsimuosvvNnwo031199rvrl17aulSitsssss
vHmvssrilmSsvuvvnlianOte9rcrrAwelotISsss
wisvimmSvSn4vtinummailltrvhuns011101sS
.11111I1449110611WAH1114W9W1911HVVV1449140.114YHW499999991111914HVVWV
4100100411 HIVWVVVVVVVNNNV
91114NNI149941WWW16/11/HNUVVvIIVVVyVv.11.1114.111011999999911.1wwoNvVio) vxmlynonvyvvvvisssuouss
9901199490111410Mtv.11/VVVVVV4VVVA.10WkawVVw59999,1IVW41401401101 AVI:001401VVVSVSSNSia3SSM
msssummillovvvvilosmalioadaomulfulit9
49999£11wWW9IN4VVUNAVvVVVVIlVVVvvVVVVNVVI/VVH119999914144WWWw1044 vvvvvilialvvvssNssssSssstm
ssImSSIiiSwyssSnmsartukirloossurisHsull
v991451vokmIll0vvvvvvvwvvvvvvnNyvv00wvv0vvvw99999wwvvv0wwvw 14)119VOnNWOSHNSSSSSSSNUSS1111 SIHMISMASSSS05HMMMV0811U0016'S$SSS
1.119511VVVWHIIVINVVIVN6a4VVVYUVV/VvVvVWWWWWW011VV4Vw9,100wVVWA
vNxmlinv"SwiSSvSsvSsNSSSmi 1HVICISMNpiSSSSOHMVVOV111100n1ISH
10111111uSnwommuiiirrinsAldsss
01001110141/111/01/01000091414014000091011011001414141414NHVUHAVVNtirwWw0001191416/ SSIISSSOISSWSSSSSSNSSOH£1111101
mi1Slitinsss;ssawOmmS00113bSli01Ii
41141499V,4991V111/1WHHH11VHVYVWNVvvvVVWMA414101,146HUNP1011414.11VNWHW ihiSSIISSNSINVSVVSSSSSS5SNS6
1101/011001/N111/0N000001/WWVVyuvm104011400.441199144HU99101NWOUNWN11999999 wsssyssssmwssSssssimiSsmia;
11MMI6VSSUH161I1vsp1M/10/11UdaSSH
0001941/01414401/1.01000v410410414iNVuNNUVV/4141/1/9141499999$41W1999999999NWHy SSI/SSSSAMAHSOSSSHSHASSM1111
MMMMIISSSS6SVISIS6111SOUOJVS11
VIISSSSASSMSHHSSSSSUNSIMSS 11111S1I1SVUSHSSSISS111S1100011U
SSIMSSS:SSIMSSSSSHSSIISUSS
11005111SSSSSVvSISSS1155111101
40010/0004119000000000146.4.61111141.104.1144N5149514149999914H111199999991111iM44M
WHHvVvvvvylINWHvvUvukwwWW99999WWWV145999914N9999HOWN9W149959w9M1411MV
1111.4.11V1401411VVV11064.1.1414H995999101N11119999944WwW111414911WWW.99991.4..MMMMM SSSMAMSSSSMW;SSSSSIOISSIISV (I VI 11 If IVVSS VSSSIII5SS00Ujl
VWVVV140/0141UVVVVvV4WWWVVwW1114914V1.114£1991411119999914WWW/1141611111141111HVVvVAVS0 SNstimSoSSSSSSSSSSOHSsssN #11111111smistosslisIss5Saa01
VVIOtIVMHI/VVVVVVI/VHVVNUNUVVVH.41441411014999914.1410199119UUN99WNHIVVvvVVImvSs ssnsisssSSInSSSSsSiissnAN wIvIIIIImmisstissSsssIvSion
avvorwwomvvvvvIvvANHvvvvvvvimhay9999559144wwswwtow9'99nwuvvmwommium mfiSSsseSSmSSOmmiliovvvu N11111001IlmsysHsssssssshio
0011/VvmvvvvvvvvvvvvvvvvvANnAvnrimm$49914999wwwiwommkwwwvvm4viouvvwwm, HUASSSSSMISSSNNNSIONVN£ IlynstssSIllwnsassssssssba
vvvvvowlvvvvvvvvvvvvv.vvvvuvnnwo$09991494..mwmow9k5wowwwmirvynNvorvnv) IsSI-IsMsmoiSNSsSssimurix vvt6SsilsoSSSVvlaumissSIISsS
1001010191I41110110VVVVVWWWVVNN0V01m999991414141.11111414999991414NYINWHI1VIIHHUSSSSSS3SSNMSS$SSSNVVVN 101101MHHSSSOINVIl$SUSSSS05S
VVYVVVVVV1411/V1OVUVVVVVNUVVVHVVV9141,109991w1499WWWWW9UN991411414HVVV44141VVVSIIH Sssssonmmisssskiwomn, ssomssslommtvunsuanstisdos
VVVIAIVVvVVVVVVVVVV101VVVVVVVVVHn1499999999999911141N1914999916411M4911ISVIIHMM'SSS$SOMMUUSSHNVyNNS:11) MSHUSS5511ISSII/S1101ASSUSda
4 VV0WHINVV.IOVVVvv000vVVV0111VvUNUNW91999914111991414W999999IN11111VVWwwW1d1MalM
SSSaOSOISIISSIONSSUSSS MSSMS113SMSSSOV0VUU0dSSOSO
IVVVVIvt/I.V1011V1/1INVVVVvYVVVVVIINXIWWWW1111N99141611459149999MMINWHVAVWV41110111401
SVSODHSSIINHSXSSSSSSS SSIMSSSSPIS011HMMISSOOS911
YVVVVVIVVVVIMP$W1VVVVVVVVVVVv01i0V141199999999999959599599$99wVVHONIIIIMMSSS vAiNvNst4SsmsmisSsSssS smssmiSSmvmssmovobboOaoS
V141111111VHWN141011114VVNIVV111111.4.VVV1119995599919999991911M9IMM9AMMAMMAIIINSUMMV W0W/IN0MSSSS6SSSSSSSs MSSMSSSNSSSIISM110d11111100
VVIVVVV04144V111611/MVIVV1404VVVVVNHVVVVV9999999999911NMIMIODIMMMMNSMmnASIS110161WV0 iSSOOmSsmissSsSssSs sssssSmsWitumiobomiOad
4HIVVVVIVVVM1V1ININIHVI/VVVVVV1INVVVVH5911999995999999MHHM9MMSh$HHHM3114£110114v11 SSUUSHM1SSSSSS5SS 116116SSMMUSd00000110111100
twItivvilvvyvwvollimwmmvvwvivvomv999999rimmmmmmmskmm:pilimr$4samoovvvvvws sssAshmusssssssSsainKIvsylidssminsskimmulo
wgvvvvvvvvvvvwvnismsmostimmlivIlvvvvvIvv,49,49wwmmimmAmstimmimpissmmmoimSSMaOnyvnvu41 ssxxsssSsSSssSsss smStomolliJollamommotO
oNsylvvvvvvvsSvASusmmnfimmivItyvvw1Ilvvmm9mmnrmmmmImmsommmornmnssfnlos3oanvonvvsa -Sssxmnsssss;sSsss SW100SIAVI1MNSOddd111
MMM/11.01/NVVvHSHHMHPIMMNKMMMNS111111111109101IMMMKSPIMMMMM9111,MMHHHMSSOOSSS1111,10411M111 VS1011911111SSiSSSSECHMVVV111111JUSSS,19dddl
mismhstimmissOMMmmumitimmmnsmn11011moisommmmpimmstimpoimmtimmtimwsmsssmioosmoniuNnonnuww HMA4M£011S4ArNAS SV011111100111A110011£1111+111
.4811/1HUMNSSSAMM101MMIIHMHMKMMUMmMIMMIIMMMHKSSNMNSHMOISHNMWOMINAHHIm1410JONSSNIvvAtid01111m1 voiHSSMUO3VVVV
10111M11Slia1jI4UNVS
4mmootmmuStimmmummrimmmmmsmmmoimmmmmimmmtissmmsnstimmmmtimmmsmViimuSHrthoommtmwM4wmonvimOnti Sxommilbuimmois
limtitworaionsmanOtit
msnmomissmilmomtimmmommuminmsrmsssmnsmssmoimmsminsmmmistimmmlimiSssuSSalinkvvnownvmmunims HSSSSJIMNNASS 5-SSSssoinolmalidau
mrowthssssmiimitmothmmouimmmhmmlimmmiliHmmmmmmmmAmsmmomminmmmtsssosSSImvuunonwNnovnnsnart MSSSSS111.1111SSSSSSSSSSSSHNNA10363
HMMH111.911SUNSUSSHSHSSMHOSSNNNASa3
MMHOOIMMMHSHH/DIMMOIMOSMINt1;;Illitttit4SMOMMHHIIMMIV41011411,114M11i4HAMMMIUISSSSSNM100111111111w144.111M114.14.
oissmoirommtimmtimmmoimmmsmmmoSsomstimmmmmmmssesmssmoilmmmssmimmssSSumumonsiovinm,d41411NmmlmmmnsDimmissssSSSssSsususmoommo
1641
2601
1641
0641
6041
0441
/941
91/41
5041
4041
1041
2041
1041
0041
6/41
0/41
1/41
9/41
6/41
0/41
1/41
2/41
1/41
0/41
6941
0941
/941
9941
5941
4941
6941
Z941
1941
0941
6541
0541
/511
9541
6541
4541
15411
2541
1541
0541
6441
4441
J441
9041
5441
4041
M
CD
6551
0551
!!!!S5S1
0S5-1
X 14I
ISOI
FIST
0950
6151
:1%1
1
9151
5151
Bf St
Z191
1151
0151
621
0291
1151
4Z yi
CZyi
1151
SSMS
SSSSSSMSS
SSSSSSSSS1SSSM
sdassssssssSSsssssl
mrIttaiisssmssiossososss
SUSSSSSSddAVHSSNSSSMSSSSSOMMH
noodtoolvfluSoiovoloostaisSssssSsssutot
utaiutiouvomnNonSsSuoossssssSssssSsssssit
owwtionminntfloodonwnitIoossssssmsssittoosssmItH
owmoliw41-4wHonowo0HnnAA0mis000ssm111issssssIssmam
Noomftni4wwwoiodnonnnuilimousosillOssissssssssswimmtt
moionoww4niAn17unnwwwwwonnonno00oOs01ootl1091 scsssssssuousss
roomononnommumnannnoonnonnwoonnuooatmoossIllssussssssstIsslioll
roolutmvontmtamonnnnwnnoononntownAnnda000ssuossssiSsttsissInottnisit
AAminimmotoNnoonmAAnnonnw.nnni4wkwonimonnon000nuossssilssstAssslisnottml
notmoNonnyNNNxsoxAonnonnanwo4nommocodonoomonnuaouvJontm,sswilvilstsssiststsit
MyvViO/w144VVOMNVNXNNAMANNIMIMMOOMmaMMOOMMOMOMdd14141100MdEllididOSSJJ3091111111011vSSSSM
ttidwummuwwwwwwwwomtoomonliowwiNnurimNuxnoomitioNwootinooirrasssshsisSsitsssousIssssrot
Hovvoltvwwwwwwwonutiwww%molimo400minononNnwnotmin>oolbmotommonbobdonooussssollsssssollimisim
JJHJJJNNtl
ov NwoommowimmwounonmANoNowmvovnanNtmonftnAxxonoomoonoaidotomotisssoustiBlossromuo
01St
615I4151
11SI
9101
6154
f:::
oist
tost
90S1
5051
9051
1051
NO141451041414MWWWHVVVNNNNOW9H149m141/11014mVAMMAXMNOmMOmflONMMAMAMMANNANMAN000d0SOMILMMU.S3S10SS1111MSSMMMUMM
VVNNNNOW999149999990900UMNNN149009149911k9914NNNXNNANNuVNMHAMMVNVOMMONAMMOIMUSVM;HaSOMMOSSSSSSS5111111SSSVSS
1090VVVNyVM1199NN999999999419VMVVVA99999999NM9MVUMNANNV090990mAVymNymMAAAH011O1111M501MOOMOS10SSSSSSI1111445445SS
19941/991404X6V0M9M10414141199999timMVMMNNVHONNWHM1HMVNMAAAMmANmvVNMAilAMANONA0MAMMMHOOMMMSOOM9000'.41SVSSSSSSSHMMSSSSSS
NVW9MMNNVVIOMINAMANAMNWMH910;99999!)99MIOUVVVNOWM99991o4VVV4MAANMANAMVV4m4MMX0MXNAAHMMOMMOdSMOodOMOU11311SSSSSSSSSSSSSSSE 04
VVVNNNAVVN14VVNNWOMINNWINMWW99h1495999WHWW0AAVVvVVI4M914k14001/NNNNMAAMMANMOmVXMVANNNNAMAM9ANOMOMMHOAIMSS0OISSSSSMUSSSSMSSSSSS
s
mwmtaiNNyvvommuurvvounutomwwwwwwwwwiti9J9ounnotivomattoomonuomAxANmmomnnomwwvmmovNAmioutoloilnimoitsobouvionomussssssssss
3
.onoomiovqq000000vv000lomnw000wiluuttli.mpriqqw000tamoouctom000tomoAnNim)04,14Annoonu,loonfilinhioolloolso,,o
1641
9641
4641
1297
129e
1299
1300
1301
1302
1301
1304
1305
1306
1307
1308
1309
1310
1311
1312
1311
1314
1315
1316
131i
1317
1319
1320
1321
1322
1323
1324
1325
1326
1327
1320
1329
1110
1331
1332
13 33
1134
1335
1336,
1337
1338
1339
1140
1341
1142
1343
Is.%
1345
1346
1347
1148
1349
1.350
1351
1352
1351
1354
1355
1357
1357
1354
1359
1360
1361
6
e II
e
PO
PD
pr
Ptt
Tft
OM/
OODO
LUAU
P4Pre
PHOPP
POPOOP
POBOPo
rearm'
POWOO9
OODOOPO
twommoto
00111011100
enunmumm
etnuunntim
000000OHH
001111111J0U0U
000001109Or
OGGODPprom
HOGOPOPPeOP
o8OPreeppep
NNOPPeeePere
NOSSePrre080
HoneeniwrePp
PPertleeGPGer0
promsoPmmel
HDOSSOOHofrOPPO
PSSSSOOMMOPO
HOOSSS413140001HO
NON 101
13111111SONO140001
OSSHROSSOOSSHHHO
NWOVOWOHOM000001
WWWOSOPOSSSOIVOISW
HINWOHNOwwWSSHOWO
WWWWWWSHOW4F.SONOw
118$1104114WWWW1INwO11
AAAAAH011oWoH18118A
rAl108891118188111118
ONA8P4AAUAJAUAAA8A11
UAOAAMMUOU8888$188888
UOUOUVOOMMAH11AAA811
KOO1111JUOUINIA1IHoUuA80
Unt01m0eArrOtiuMOrmoOr
MINUMMOMmeuU0101OOmlimm
UUOOKKuOUUOUOUIMOUOUtiO
UUUUKUKUU01HOOUOUce0110
MOMUKOUOOHUMMONUMWOOU
7016600006GG96666eUVOUOM
KOMmOKOU0O9remmOOOOOmm1
OUNOMCGMOULGCHUreMUMOOHo
UUmuKUovulpitioMoGeOUUOUoU
UU0OOO1I11KK000IMUKK8KOKUO
UUUOHNUUOrmUtIOOmmUuUmG611
wittmu0nu000NIGGcmilc6411H
UAOOKHOMMOUUKKUKKKKKKUUO
1IU0UUUOUMUUKRKUUO1OUOU0OU
4
1361
-
UUUtiouUMAJOUUUOUUU8uMuliflUto
1364 6 mmuummumuuuunuouxummuu
1365
1366
1367
1361
1369
1370
f
UtIGGGGUHUOUUUmMUOUVKUKUOUUOU
III 6G6G01/174166GGGUIMMIKKKIfillitlil
UlGUGGUllUGGGGG4U0HUU011HOu11Uti
t(96GGGGO(IUGGGGG81911910HIRIU08111
IMUGGGGGUHUGGGGLUMUL16910181(
H11 1G6G4811URCGGG166GGGGGGHKUUll
1371
UHUPGCGGGUMGC4HHUGEGGGriGG1HPUU
(372
1373
1314
1375
1376
1377
1314
1379
1380
1341
1382
1383
1344
1345
UltU1,188CCGGC^041301..GGGGIIOGG9U11011
1.306
Ile?
1344
1349
1390
1391
1192
1393
1394
1395
1395
1397
1194
1399
1400
(401
1402
1403
1404
1405
140E
1407
1404
1409
1410
1411
1412
1413
1414
1415
(416
1417
1418
1419
1420
1421
1422
1423
1424
1425
142E
1427
GGGGGPUD1CGGGLNUOPCGGG111G668UU
GGG40.81111G6GG1U11101,000GUI16G1UOU
8GGGGG0181(IGGG00 0HUU00GG601194GUUU
liGGGGGIJOHIIGGGGGOMAIDCGGG8PHtliGGU
MIGGGGGIIHUAGGGIUUlinGGGGGHOUGGGM4
HRGGGGG411011GG6G8UOUOGGG6GUUUMMOUP
HHIGGGGRomammummuGGGGLummoupoo
MIGGGG11(180111(1(411(0,F000VOUUOUTO8089
HU11116004110OHHHHOEICGG9UKUUKUVUBUIP8
HIWIGGGIAGGGIGHWIHGCGtimulUoMMUUDOUU
00161810011000UMU0GGG6UUKUKKKUOU0U0
GG66114HUH.166GPHI(UGCGGGUKUKUUUKK8UutlE,
14GCG8101118GIGG1UNIMG/AGMUU0UUUKKUUUU0
IGGGGpmmuGGGGutwoccGGGuiculcummuumou
11116GG60101411.GGGUPHUGGGGIUKU888KUUNUUU
UHICCGGRUE4146669/1016GGGHKUKUUMMUM19
ORIGGGG4941-418GGG901I PUGGGGGUUUMUUUUUUOU
DIRIGGGG6THHUGGGGHHUU6GGGUKKKUMPUUKUUUU
GG6G81011111a66661WIMUUMMUOUOUUUMMU0
ARHGGGGG10631U0(4H81GG8GGHKUKKUUUKUUKUKUU
EvliTHGIRUMTUMI(1181.OGGG688UKKUUUNKUUKUU
AGGRUU8L1U1THHHHTVGGGGGGGUKUUUUUMAIM0IG
AJJJGGGG68111HUHUHUGGGGGHMUUUMUUMMUUUGG
PJGGGCGGGPV0118(11441(C4UOMOOUF000UUUUMUGGG'
OJJGGGG611.081114111HHOCP6109090188811U8H1i11066
OBJGGG0188/PHOORRHPRRU904011081101UMUUGGG
FDRRGGLEREEE00RRPRAM000UOPRU0000UUHHUWOU
ORRRHCCR9RRRE.9RRPROUCROUURPRRROR0U11UMIUM
TCPGGCRR9990T8RPORPRO9PPOHHER0098RHIMMUUKK
CCCCRORRNOERRy0912DORP90UMUU0000P991JJGGU8N
CPPIIMCORP8EPROOl9LJJJOAUO0tH00099AGGGIJPSAU
pPCOGFORORRRRAJGGGGGGJoi0(KUU81481110666166081
GPCGC13040PORAJJGGGGGGC0 11MU000UKUU161801191
66600801RP1/3610GGGGGGGPI0U0UUUKKUUKOU99998811
CCGGPCORRRREIGG6GGJGGJJBUOUUKUUKUOUUMMOOJGGP
FCOOGtR1(1H9ROGGGGGGG806508U1UUUKUKIJOUHIGGGGG6H
GPP8GeGGCGGODJGGGG6317GGOOIMUAUOUUAUOMUTGGGGJJ1
PP/PPsiGGGGC:nP.GGGGGGJGRIMUUKUUVUU9UUUUu6C48901
88611/06G11141169PGGGC(AGJOIMUUKKKUUOMIUMMUUURR8(1
FGFC()GCCCG8PUOUGCGCG4.00900800KOKKUUKIMUK/T.GOU
CCCIFFEGGPSOIIMPAJJ1P04111111H11008HOP8K8UUKKK4GOU8u
FICP/FECCG1000GOKGRCR01.980311900900P804(081qapPHH
11rPcccCFroctictsqGGGGfloquommilm000fi00Hn911 mflimull
tfccccFCFFFFFrG1GReGoPpotismistmpotypecommitmmoin
IPMCGCuFFF'FfTGGHGcCoOlvitimiusim000plomnHploomo
PPCCC/CCOXFUGPPGGRGCOOCOUSUODUPP13000(1914811v1m9uu011
P.CCCfleCCVP8P0P6PDGGUDRUDS5HUSSSS000040MOJEHMUm0
00CCDOON111111,86CCPCPG8PPSOV.5(10009POSSSHIM11 IIuulinu
OOSS0001111WETOCPPSSSPCPPESSOOOSS8091(181SSSSm
osssommwwsnopcPsosnomPestmovionnussnrossmissss
CosmionorsuusemoopeowoomPr000mmunssossssswilAiwom
onoormotiosrm000cnsssoossocmop000rmenonssrmAARAAAII
UDSSS5S5SuFFISSSPr5SSSOSSFSDCOOtC908.0498NNEMNAAA08U
OSNWSHS5S10111(111SOSOSSUSSO9S8809e949,38880SPAAAAAIGGW,
SWIWWWWWWNIIIIWSSSSSSSSSSS5S899C891111384(4SSSAA4AIIGGCG6
CO
142
wGIWISS5twwwIwWWWw8SWS11115711090KOHOOD1104MICHNHAWIPGGIGG
1430 6 1144 SSCS5SSWHINSSINIMNWIMSSS000OUU11000008°11F000,11wcG60[4:
1411 9 W55SSS5 USSWHNUSWFIINSHNS555CCUMU80000089nOSAAAAINGGCG6G
1432
1433
1454
1435
143E
1437
1430
SSSSSSSSWIHNNSSSMFISUUSS5SSA8UNWCUSOCUOSS0068AW14041111110,10
WSWF555111HIGIHNWNFESH^S511141SSASSABANCUSSNIMAA11414088CpRM
1449
SwWWwWW411IINIWWWWWWW4111404440HUSPPPUBUKHURRLIFPGCpytt,Gmm
1440
1441
1442
1443
1444
1445
1446
1447
1441
1449
1450
1451
1452
1451
1454
1455
1446
1457
1458
1459
1460
1461
1462
1463
1464
1469
1466
1467
1460
1469
1470
1471
1472
1401
1474
1475
1476
1477
1475
1480
1481
1482
1483
1484
1405
148E
1487
1480
1401
1498
1491
1492
1493
WWWWSW1116111111WWFAFFESSESS5SSIOCCCPCAHAAAAHWACC0P4u
HWW551INSWWWWW1111NWIFFFFFISS!WSOSSOGOKI1nSAAAASPHIIC.URGHfi
wwwsssSwwwwwwwwwwwwsFrirr55555sestowetv4114 piAAAHoo1 Ncc1111
55SSSSSS4wwWWWWWWWwWWSEEPPSSSIIPSSIHPSARA0AAASHHHHCCPPGM10
SsSSSSI1WWww11HUNWRMWSSVFF110111PPPPPPHNUUAA000000CCCCKRGHH
wwwwwwwwirmilwwwlwwwswmwswowiPuTPonKvonPploccrpoGimou
WWWWwww1WWWWW11WWwwWWwISSMI7WWWWIPT'SPPCOPPOPCKWICGPCCRUMU
1004101wwW11141601111,11WWWww1WWWWINWHHIPIPPPPGpS0DHSHITGGG001011001
NWHWWWWWWWWWWW10114144111WMP1,1101I1WWw1PPPPPOICOSOnRODPGGGPOPHHO
101141114WHWWWWWWWWWWWWFFIWFFFF1111104wIEPPPPPPPOUCODODCPEG.081(011
WwWWWWWWWWwwWWW4WWW4WWWWIIIEFEFIUNWISITPPPPIPOOORPGGIGGGPOHUJ
441114114,4444WSSNWWWWWoSSNWHIFPITFFFFSSFTPp.e0D0ODDROGGFGCPPUPJ
WWWWWWWWWWHHOWNSWkWWWWW1WWWWFIVErpcospooccoccenuouppGGr0GGGG
14WWWWWWWW4WWWWWWWWNWWWWWWHOEPOOPPPOPPOPPOGOCCDOVUOnuenPGGGGGGG
14WWWWWWWWHStiwwwwWWWWS00008SCCOSPPPPCCPOOOCGCCCUC0081NIPPGGGPeP
wwwwwwmiwwwwwwwwwwwwsoss000ppoomprprecoocccoccroommommpcovn
WWWWITINWWWWWWwWWW8USSNS5SSOCDOOSFSODODPCDUOPUHPPUODCCPPCPPPUBB
lonrompoAsAftwAANHAsNsssssimoummocoocoonrosoppcopoormrPcP0Poq
1111MMHMAAmA808AAAAASAIISSSSDO9SOOSSPDOODCOCCEPTIOCFOROOPPPPCCCPC0
Ht110/1HUN1WOAAAA4444544 SS5S1NASS0S00e03000e0000CCOOODOPOCPPPpmin
E111AAA108884AAAAAAAWASSASOSSASS80800900000RDSS000WWWwPPSIWPPPPCD
AratmantoAAAAAAAAAaAaAssomsstsssosouocvoucoosswwwwwwmovuoePeppec
HAAAMAAAIAA11111IA1Ww8WHASSANSSSSOOSSSSHOESDSSNWWWWWWW1PPESPPPPPli
144414 180111011818881841111AAAAANAASH0080PSHNSSPSWWWWWWWWWWSSPHUPPPPCP0
AANAAAAA084AAAAAW8011AAA1AAAAAAAS0090S1141140WHIIMwrHOOMMUHUMSUPPCC
148811AAMMIIAMHAA81/1M11,140184884880A1BSHHNNHWHINNUSHFUWWWWWHFUHPITCP
8AAAAAIMMOIIAAAIA44AIM4AAAAAAAAA88555WWWWWWW11wS118S10,100111wHIPPPPOPP
AAAAAA1188811AAAAAA181181118AAAAAANNSSHHMSNPNWHIN101811.!SUSSFEFFOPPPP1111,
I8III1t1H818888I1I11A1481I118888801S11401104101411411108figusswErwEppripplwl
AAA8AAAAIIHAAA1111111184AAAAAAAAIANSS881411WwWwWWWWNKNSMSHHINJJPINJJJNi
888818AAIIMMA8IIAIIAAIA41AAAAAAHASHUHAAlmwwWWIWINSNNHOSOSSWITPJJPPPPP
AINM11M11811MH81111I/tAAA0NIAAUA1MASAHNNI4118WWW11(WWNSSSSWHFFENJG11THP1,1
AII11161111881111118881111888AAAAAWIAMPWWW11111$1118wWSSWWWwwPPFHJrjrNIPP
A118,111088811AIMAIIIIIAIIMAAANHASAAMIII11111I11114WwWNSWWSPPIIJJPPulipt
111181M111111111111111110811086WWW111110011/11118wHHWIWWWWWW1118011PPPPNW
miti811888111800AAA111.18AAAAIAAAA8A8881888881G111ANWWWWWWWSSSMINF1HPUPPPIPW
Wit1MMAAAAAAAH1118y1888888848181184108AAAAAAAIINANw1448wwwWSSSHWWWWWWIPIpP
ANOW1mAAAAAAHItM118011111,0111eMMA8AAA4480AM1041WWWWWWWINSSSSIIHNNwserPPPPPe
AUANAMMMAAM08(AIIMOMMAANNNYEIMMM0881180111111m1WWWWWWWWWWWSAAWNWWWWPPIIPPP
HAAAAtimn4M1MNIIIMMN011M4timimpoititimm8088880111M1WWWSSWWWWWW18S0N011101106F1PrEwP
A118111111HAMMIDIMINMNMMHHHHHHM116/111NMNIMMIIIIIINWWWW4WWANWHMAAAAMINUNKHHIFFEI
AAANNAMAAWAIIHNOmrAHMMH4MHGNMHM118.114WITMAINAAMAAWIAIIAAAAAANA5UP6GWWWWW-PP
118888881111118411MMAAAANNAHMAAMVMHHHA8AAHWtDww0A8888811118811AAANKKoHNNWINNW11141
AAA0OluA/WitinHHWIMmr884fltiMMEientifinm4m8HWHINH111881itimmiA88811N80PowwING6GN
NNUNKNAANtIMHHHMH1111117184AMMHMENNI1M1111MHH11411181108118811811AAAA8888pilmw41
06414114NAAAA4m14066EleNAu0814141181WI1411141114P44W1114AIm88188111,188888E441,14E03
MHAIIMAANAMINAMMGGNM4m1M11mH111,1041101mMMIWWWIMPImA1111111/MAAA0r1
AAAAAAAAAAHONANNitu0AmmAmmigiKOAANUmNG1;M41P1o1111AAA811114444
80AmAAAMMMAAAAAAUUA8801111MMMVAAAAANUUMMMHHHAMM3AAAAAAA
Amitimmti0GMA48mMoNAAAW,NIMEWMMMMIIMPKNHNOWNyHm4Mtd,
018/18011808111844491444411118A4 1jt11914441011011u00AI1J44PW0H
AAAHUMANHAAAAAAMMAA$AtiAt0111m1441.1114mumAAMMfl
80SHMAMMAAAKAMANAAti0,88881M41111E,EIMMIH
648HAA6u1mnAAAAHA4AAAAAAAHAVInpirm
AAAN/MAAAWAAAAAAA81108880811pm
AANUMMMMAHHAAAAANHA4AA4Am
AAAANNHEMAAAHAAAUlivim
AMMUOUIOAAAAA8
NNWUAMmAAAAA
PP P PP 000000 000 .........
fgt., NN N.Ne. NNIre M
Ir fele MnM +.1 1111 0 41 "Seo N 1",
410
41, LA 13,0