TRYI'L',;2~A RICUlA RI$ R~l~~IB BRANC~HING IN_ 20,

TRYI'L',;2~A R~l~~IB BRANC~HING IN_ RICUlA RI$ C~PP~ r;2 ij L*, by Charles Woods Harper Jr. - -~ "-S~~n"i b5,r ~uP" a j~l B j '~i i i: .h, -I ~t*.f;~: L3~j;: Y~~,Eh*y"PI ~k~~a Submitted in Partial Fulfillment of the Requirements for the Master of Science Degree at the MASSACHUSETTS INSTITUTE OF TECHNOLOGY 1961 Signature of author Certified bY Y Dept. of Geology and Geophysics May 20, 1961 Thesis supervisor - Accepted by Chaizfan, Departmental Cwmittee on Graduate Students ASTRACr: The rib branching patterns of the brachiopod Atrr a reticularis from a sequebee of 8 groups of strata of Upper Llandovery to Upper Middle Ludlow age from Gotland, Sweden were studied. The surface of the shells of Atrypa reticularis are marked by i) ribs which originate at the upper edge of the pedicle opening or, at a point anterior to the pedicle opening, and extend radially to the anterior or lateral margins, and 2) concentric growth lines. The ribs may undergo several bifurcations which, in all cases, occur at growth lines. Ribs which originate at a point anterior to the pedicle opening originate at growth lines. The nature of the rib branching pattern varies from one specimen to another. An attempt was made to determine whether or not the specimens from each of 4 of the horizons could be divided into two or more mutually exclusive groups - each group having a characteristic type of rib branching pattern distinct from that of the other group or groups. method was employed: The following A correlation coefficient was defined for any pair of specimens, which is an index of the degree of similarity of the rib branching patterns of the two specimens. The correlation coefficients were then computed for all possible pairs of specimens from each of the 4 horizons considered. For each horizon, the frequency distribution of the correlation coefficients of specimens from the horizon was then plotted, and an attempt was made to detect any modality present in this distribution. The presence of two or more definite modes in a given distribution would imply that, very likely, distinct groupings of the specimens from the horizon are possible - the lowest mode(s) corresponding to the correlation coefficients between the specimens of the same group, and the highest mode(s) corresponding to the correlation coefficients between specimens of different groups. No modality was present, however, in any of the distributions and, thus, it was not possible to divide the specimens from any of the horizons on the basis of the frequency distributions. Two types of specimens of Atryp reticularis may be distinguished on morphological grounds in one of the horizons. Although relatively minor differences were noted in the branching patterns of the two groups, each of these groups appears to exhibit the same degree of homogeneity in the patterns of branching as is exhibited by the specimens of both of the groups considered as a unit. The frequency distributions of the correlation coefficients of the four horizons were seen to shift slightly to the right as a function of time and, the mean value of the correlation coefficients of the four horizons was seen to increase as a function of time. Both of these results are considered as consistent with an overall trend of an increase in the degree of homogeneity present in the patterns as a function of time. For each of the four horizons, the great majority of the correlation coefficients were found to lie between .25 and .75. This is considered to indicate that the patterns show a definite amount of variation from one specimen to another, and yet exhibit an underlying similarity. 5 ACMKNOWALEWlENTS The author is deeply grateful to Professor Arthur J. Boucot for his encouragement and guidance. The author is also deeply grateful to Professor Stephen M. Simpson Jr. who don: ted much of his time and effort in the development of the method of analysis used. The author wishes to thank Dr. Herman L. Lewis for the suggestions wh*ch he has made. A"nuooeS *****04U9TOTJJOOD UOT4VT9JaO3 SUT4ndmo jo poq4eN **#*#*********e***4UGTOTJJ900 UOT49TOaJOD JO UOT4TUTJOa 4UGTOTJ -J803 UGT4STGaaOO GE44 "0 UOT4TUTj;D(l N4 UT POOn CMJO1-"' *'a4u'aTOTJJGOD UOT4-eT9JaOO JO XTJZUW 044 JO SUTUOT4TW-Od MPUVU JO 94UOTDT TJOOO UO-4VTGQaOO *#*0#****0v0****G4UQTOTJJQOO UOv4VTTOJaOO JO OGnT'OA Ut: OW 94UGTDTJJOOD UOTAC jo suoT4nqTa49T(I ROUOrtbaaa 94UOTDTJJG*D U0T4UT9JaOO SWO44"c3cl 2UNOU'Rag 094 JO OTGATUUV OTO Poq4*w *UOT4u4oN GoGjang TvuaQ43q aq4 jo nsoq4 uuq4 xatr4o sajn4VOJ TtOTSOTottdjoW L 0*******UJ*44Vd SUTqOuvjq qT-,T.nUr oqTa JO UOTggnbSTa 94aled CITJ PU19 QqTj JO "OTOUTMUGI *;Dolej xnS TvuaQ4xR av! JO P*JnIV99 TVOT9OTotzdv7oK VdAa4V JO t2OTOTAJOW 9uOT4vJ4GnTTl JO 49TI o4us4tioo jo aTqvl WOMOS"TMOMOV as'ea -90 'ffqVW TABLE OF COTENTES (Continued) Page Results of the Analysis of the Rib Branching Patterns.... Conclusions.... * .................... *...................7 Appendix I................. Appendix II.. ........ ... ... .................. ..75 . ................................ 7 Data......................... ......... . ... ....... ... 1 LC****jT0q#'0Aj uo soogjang rnuoqxo sq% W**q"#kG o4aftj *01mi4n# Twwox* 04,4 jo avilowta It 0jau xljvw pwo-goviv vd 'wtqj efoog I C qjnqU oin jo quo UO xodw *q#4 w"j *4uv*vjjp 0414 JO UO'T,4*unj v Vv *UTT, q4^049 v '41, 9Uj#4*uj$wq#4 ,a* ft;seo4o **Aouvjq jo jgqwu siq#4 jo qdvAID ta ojngyj ****#Otqlj 9T9ujv v jo wiftip mm o0eiing tvujof4xo 0,4#4 jo MV43ftl(l IT qjn9,T,4 tsxol;Lvuj;gwml 40 Ulot INTRODUCTION: The following deals wlSit of the brachiopod At rYa a study of the rib branching etular _i from a oequence of 8 groups of strata of Upper Llandovery to Upper Middle Ludlow age from Gotland, Sweden. The purpose of the study was 1) to determine for each group of strata the nature and range of variation in the rib branching patterns of the shells of Atrypa reticula ri contained in it, 2) to determine for each group of strata, whether or nov these patterns could be divided into two or more mutually exclusive groups-each group having a characteristic type of branching pattern which was distinct from the type of branching pattern exhibited by the other group or groups, and 3) in so far as possible, to trace the evolution of the pattern of branching during the time interval represented by the sequence of strata which was sampled. The latter involves the determina- tion off changes which occurred in the nature and types of branching and/or statistically significant changes which occurred in the relative percentages of types of branching present, and in the degree of homogeneity present. sumorpods a -9899 £*nbrorO'I e Og "ttoo'i -090% Jt~8eotTTV*Orl 9 _ __~~___~ _ i~ ___ I _I ___ __ I_ dnoaS 4WTllTSOH ~j___l__ ~_~_ )____ __ sumrpdw L 4wE0965 _ __ _~ AnwQMO'I __ _ 1__1_ 1_~ ___ _ _ __~I__ __ suroea ja -ZtO9% A;;rwOn _ ~I ___ ~ ____ ~ dnWo __ __~ ~__ -N l w 0 - i _ , O WN N * . ' I . _ _r OwTnW _I ,pttrt ta14U _ vuoods 6 -LWi~g~g £;frswv7o' _L_ _ lqtEeuT X So- m A"" flto _95Y *so wuaapte~ #1r ei;Z99~~ £Ie3 flW)~ iuwjndwc~rao e -EC3~9r£ rwr-(i .' 1 -1_ - -i _ I q 4h04 0jj I art'z a"e dnoizSwes~rjsa .- 1 - - *umwrodv to .ql9CC9E Lltnn 0s m ' - owutpoe stumtoods "a **K~ *( 1 0 M - - I I - I - - I I1. ourbog puo1D r xipuedv' e) BialhV~OsT *T *Wqb4 TT$~oJ - 1 . xolprt'QI 0mtm ii QT eQ * 0 "U4nbs t4uQA;S' 6L4 ~c UOfl: PAVPUflS 0'4 peaXJQ4 etl eLWpS~ OiOTr 40t0 UflZ P0UTIvQ0 S1jTvsoJ $0 .equu $0 dtwa tQtL UT noTeq ;(fIT 44 woa i§T~tf#OJ OzM qott MsTT 9T PGUTW4WCI0 0J4A P#TPt4P oqa oouonbe orrtqdwfztflwak CT1 11 Tble 1 (Continued) Wenlook Upper Visby varl Upper Liandovery " ,: W - 0: - 4 ' i... - 'i : 65 specimens Lower Viby marl c6 i LocaULity 56G47- -- " 'O- "i...- "0" Looatlty 5W34- 2 spealmasn _ _ .. i i"lo . :' :: . . . . . .. 12 kqRPOM W ATWYA ICU Morphlogical f.atures of h2 e 2tern Srface The surface of the shells of Atrypp relcularis are marked by 1) ribs which originate at the upper edge of the pedicle opening and extend radially from this point to the anterior or lateral margins, 2) ribs which originate on the surface of the shell at points anterior to the upper edge of the pediele opening and extend to the anterior or lateral margins,and 3) concentric growth lines. At certain growth lines the valves are extended laterally and anteriorly in a tabular surface of frill which projects upwards,and which intersects the main surface of the shell at an angle. Those growth lines which do not now have such associated frills may have initially possessed them-the frills being subsequently broken off. Both types of ribs may undergo several bifurcations distal to their point of origin. Ribs of the second type listed above may occur either between two posteriorly adJacent ribs of the first type listed ,or they may occur within one rib of the first type listed. Term iolgy 9f b and MLb pr. The following terms are not used in previous paleontologic reports and were defined for the purposes of this study. The term primary rib shall here be taken to mean a rib of the first type listed above, and the term secondary rib shall be taken to 13 Mean a rb of the second type listed above which occurs between two posteriorly adJcen t primaries. The term insert shall be taken to mean a rib of the secsd type which occurs within primary or secondary ribs. By the term node we shall mean a point at which bifurcation occurs, and by branch we shall mean either 1) that part of a rib between its point of of origin and the first node anterior to the point of origin, or 2) that part of a rib between successive nodes, or 3) that part of a rib between an intersection of the rib with the anterior or lateral eaMlasure and the node directly posterior to this intersection. By first order branches we shall mean branches which occur adjacent to the point of origin of the rib containing them By second order branches we shall mean branches which are in contact posteriorly with first order branches. By n-order branches we shall mean branches which are in contact posteriorly with n-I order branaes. By element we shall mean a branch, or a node, or a point of origin. for illustration of these terms. (See figure 1 FIGURE 1: first order 2 nd order 3 rdorder 4 th order order Diagram to illustrate terminology. and growth lines are shown in black. shown in red. Primary ribs are Secondary ribs are shown in blue. shown in brown. are nodes. 1A: Shell outline Insert ribs are 0, E, and D are points of origin. A and 1B AB and BC are branches. orders of branches. 1B: Single rib showing 15 Discussion of ribs and rib branching pattern. The branches are straight - i. e. they form the geodesic between successive nodes. At any node the two branches which diverge antero-laterally from it are identical in size, and make equal angles with the line formed by extending posteriorly the branch directly above the node. Hence, there is no right or left handedness to individual bifurcations as is the case in groups such as the Dolerorthids studied by Kee*. The branches are essentially uniform in width at a given growth line on a shell and very slightly expand in width distally. The number of branches crossing, or terminating at, a given growth line increases anteriorly as is shown by figre 2 which is a graph of the number of branches crossing, or terminating at, a growth line as a function of the distance from the apex of one of the shells. - Number of growt fin *Kee, James W., Rib Branching in Dolerorthid BrachiopodsB. S. Thesis, M.I.T., 1961. 16 The branches are rounded in cross section and are separated by radial depressions (interplications) which are also rounded in cross section and are the same size as the branches adjacent to them (except where the depressions taper posteriorly at a node). Nodes and points of origin of secondary and insert ribs in all cases occur at growth lines. This is an important feature of the branching pattern as it enables one to analyze the pattern in terms of discrete properties as will be seen later. The branching pattern of the ribs on the pedicle valve is, in all cases, the mirror image of the branching pattern of interplications on the brachial valve, and visa versa. The pattern of both valves have corresponding relationships to the sequence of growth lines. For each branch, node, point of origin, and growth line on one valve there is a corresponding structure of the opposite valve. Unless other- wise stated, all subsequent discussions of the ribs and of rib branching shall be taken to refer to the pedicle valve. There is, in all but a few cases, a major primary rib which occupies the central part of the shell and diverges anteriorly so as to intercept an angle of about 15-20 degrees on each side of the median line. Such a rib originates in the middle of the upper edge of the pedicle opening. In a few cases there exists two primary median ribs which or- 17 iginate from the middle of the upper edge of the pedicle opening and diverge from the median line so as to occupy the same region as the single median ribs described above. Very rarely trifurcation occurs. A trifurcation may be regarded as the limiting ease of two bifuroations. In the overwhelming majority of their occurrences, insert ribs I) do not occur between the same two branches Inserts be- on a given specimen and 2) do not biturcate. neath the first order branches in median primary ribs are exceptions, in that they occasionally bifurcate when present. There has never been observed more than 6 primary lateral ribs. There is, in all cases, a maximum of 3 secondary ribs between two given primaries,and a maximum of 3 secondary ribs between one of the lateralmost primary ribs and the lateral commissure. order of The maxlnm branching for the median primary rib(s) is, in most cases, considerably higher than that of all other ribs,. primary ribs have branches up to 6th order. ribs have branches up to 4th order. Median Lateral primary Secondary ribs have branches up to 3rd order but generally up to lst or 2nd order only. An important feature of the branching patterns is that they are all asymmetri about the median line. This is in contrast with the rest of the shell features which are bilaterally symaetrioal. In same cases the pattern is not 18 completely asymmetric in that many but not all of the branches on the left side of the pattern have fairly closely corresponding branches on the right side of the pattern. The number of growth lines on a single shell in the collection studied is generally between ten and twenty. The maximum number of growth lines encountered on a single shell is 35. The growth lines mark the former position of the valve margins and indicate the position of the shell margins during a temporary hiatus of growth. In the Upper Visby collection there are two distinct classes of specimens. One type has relatively very closely spaced growth lines, relatively very fine narrow ribs, and is, on the average, much smaller in size than the second type. The second type has growth line spacings, rib widtha, and overall sizes which lie in the same size ranges as those for specimens from other horizons. From one specimen to another of the same type the width of the ribs as a function of the distance from the pedicle opening varies only negligibly, as does the average distance between adjacent growth lines. The number of' growth lines per specimen is on the average much larger for the first type than for the second, and the order of branching is, on the average,slightly higher for ribs on the first type than for ribs on the second. The number of growth line spacings intercepted by branohes is, on the average, slightly higher for the first type than for the second. 19 The specimens from the other horizons may not be Subdivided on the basis of the distanoe between adjacent growth lines, rib widths, the average number of growth line spacings intercepted by branches, or overall size. From one specimen to another the width of the ribs as a function of distance from the edicle opening varies only neglibibly, as does the average distance between adjacent growth lines,and the average number of growth line spacings intercepted by branches. M4orphooXl features 9ht Surface. than those of the t The morphological features other than those of the external surface are remarkably uniform throughout the collection. This is true of the relative proportions of the shell dimensions, and of the nature of the shell outline, hinge line, interarea, beak, pediole opening, and all of the internal structures. The only differences which may be noted in this regard are 1) minor differences in the relative concavity of the valves and 2) the presence of a fold and sulcus in some cases and their absence in others. In some specimens the pedicle valve is flat and the brachial valve is very convex. convex. In others the two valves are equally The collection exhibits a more or less continuous spectrum of relative concavity between these two extremes. In a few speosmens the pedicle valve has a very gentle wide sulcus on its anterior part, the brachial valve has a cor- 20 responding very gentle wide fold on its anterior part, and the anterior comiissure is gently sulcate. Most of the specimens have no fold or sulcus, and have an anterior commissure which is rectimarginate. NTATI9N The following notation is used in this report: Median primary ribs are denoted by C. ribs are denoted by IL, 2L, ... 6L, The lateral primary 1R, 2R, .,.6R according to whether they are the first, second, ... , or sixth prim ry rib to the left/right of rib(s) C. Secondary ribs are denoted as follows: Ist SLI 2nd secondary left of rib C denoed as SL2 3rd SL3 lst 2nd secondary left of rib nl denoted as sL(3n 1) s3n 2)(n 1,2,...) 3rd SL 3Sn 3) Notation for secondaries to the right of rib C is obtained by replacing "left" by "right" and "L" by "R" in the above. Insurt ribs are denoted by the letter I followed by the notation for the primary or secondary rib in which they occur. Branches are denoted by the symbols for the rib on which they occur, followed by an order index in parentheses, and then by a position index in parentheses. The order index of the branch is the number of the order of the branch. The position index of the branch is the number assigned to it by numbering all possible branches of its order for the rib from left to right starting with 1 for the first branch. Nodes are denoted by the symbols of the branch of which they form the anterior boundary. Points of origin for inserts and secondaries are denoted by the symbols for the rib of which they are the origin followed by (0)(0). Examples: Second order branch on rib IL with position index 2 denoted as 1L(2)(2). SL6 denoted by SL6(0) (O). Point of origin of secondary 23 The following method was employed for 1) 65 specimens from the Upper Visby marl, 2) 22 specimens, from the Mulde marl,3) 24 specimens from the Hemse group,and 4) 64 specimens from the Eke group. The specimens of the other fobr groups of strata were not analyzed by the method as a sufficient number of well preserved specimens was not available. The branching pattern of each specimen was plotted and a record was made of I) which ribs, branches, nodes and points of origin are present on the specimen, 2) the number of the growth line at which each node and point of origin present on the specimen occurs, 3) the number of growth line spacings intercepted by each branch present, and 4) the total number of growth lines contained on a valve of the specimen. The branching patterns of each horizon were then studied in the following manner: For each of all the possible arS of specimens from the horizon, the two branching patterns of the pair were compared with each other and their similarity noted. An attempt was then made to see whether distinct groups of specimens were present in the horizon on the basis of these comparisons. Corre,tion coefficient. A correlation coefficient CkA was defined which is an index of the degree of similarity of the branching patterns of any pair of specimens k and A . 24 For each of the four horizons,all of the possible pairs of specimens from the horizon were then compared by computing the value of the correlation coefficient for the pair. Frequencr s~atributions of correlation coeffigients. For a given set of N specimens from one horizon, (N) distinct correlation coefficients may be computed. (N-1)/2 Assume such a group of N specimens consisted of P subgroups of specimens-the members of each subgroup being markedly similar to each other and the different subgroups being markedly distinct. For such a group the frequency distribution of the correlation coefficients must necessarily be n-modal-the lowest modes corresponding to the correlation coefficients between specimens of different subgroups and the highest modes corresponding to the correlation coefficients between specimens of the same subgroup. The former type of correlation coefficients would be on the average relatively low as the groups are by hypothesis dissimilar. The latter type of correlation coefficients would be on the average relatively high as the specimens within a given group are, by hypothesis, similar. If, instead,a group of N specimens does not consist of distinct sub-groups then the correlation coefficients for the group would not be of two types as in the previous case. Therefore,the frequency distribution of the correlation coefficients would not be n-modal. In order to determine for each horizon whether the speci- 25 mons studied from the horizon do in fact consist of P subgroups of the type hypothesized above, the frequency distributions for the correlation coefficients of the horizon were plotted. These distributions were studied in order to detect any modality present. Frequency distributions of the correlation coefficients for i) each of the two groups of specimens from the Upper Visby horizon discussed on page 13, and 2) all of the possible pairs of specimens consisting of one specimen from each of the two groups were plotted, in addition to the frequency distribution of all of the correlation coefficients for the horizon. This was done in order to determine the degree to which the branching patterns of the two groups are dissimilar, and also to determine whether the methods employed would besolve the relatively minor differences known to exist between the branching pattern of the two groups. The frequency distribution of the correlation coefficients for the 4 horizons were compared with each other in order to detect any overall trend toward an increase or decrease in the degree of homogeneity. tents: M.ean Valuespt Correlation Co~fogg The mean value h of the correlation coefficient for N specimens from a given horizon may be defined as follows: k=il I=k-1 T 26 = . (N)(N-l) .... N 2 total number of - distinct correlation coefficients The mean value p as defined above is a measure of the degree of homogeneity of the group of specimens for which the correlation coefficients were computed. Mean values of the correlation coefficients of each horizon were computed and plotted as a function of time, in order to detect any such trends of increase or decrease in the degree of homogeneity. Correlation coefficients qf rano da4a. In order to establish a control to which the frequency distribution of correlation coefficients obtained could be compared, the correlation coefficients for a set of random data was computed. The random data was generated as follows: A table of random digits was used to locate a point in the data matrix for the 64 Eke samples and the number located at the point and the three subsequent numbers were copied. This procedure was repeated until the number of numbers copied equalled the number of numbers in the Eke data matrix. copied were then put into a matrix, The numbers the correlation coefficients for this matrix of random data was computed, and the frequency distribution of the correlation coefficients wasplotted. "U-"----~-YX-Y-*~.~.Y~ZIII IICI^_--i_ -27 o Consldeasagain the eas. of a set of N speac horizon consisting of P subgroups-the from one 0eakera of each subgroup being mrkedly similar and the subgroups being markedly distinct. Let the correlation matrix be defined as the syw" metrlo square matrix [CklI where CAh sorr lation oefficient between specienea 7 4 (for k#A) k &I(for kIA) In suoh a ase it would be possible to renumber the speimeno such that the umbers of the specimens of each subgroup are conseoutive itegers. of the renumbered lspeamenrs The new correlation watrix [Ck1 ould then be partitioned, as shown n figure 3a for the case P=3, such that 1) regions I II and II contain correlation oefficilents between the specimens of the same subgroup and, heno,would oontain relatively high numbers and 2) regions IV and V oontain correlation ooefficients between specmens fr m different subgroups and,hence, contain relatively low numbers. Conversely, given a matrix of correlation ocefficients partitioned as above, we my assumie that the spemens responding to each or- of the regions 1,II, and III constitute a distinct subgroup and that there are P such subgroups. For the case considered above, the regaons IV and V may be further partitioned as shown in figure 3b. regions 1oV, Each of the I92, X3,V% V2t Y, and V oorespaond to the *orrelation coeffilcents between a given pair of subgroups. These would all contain numbers which are relatively lower than the numbers in regions I, II, and III but it is not necessarily so that these numbers have exactly the same distribution. -- F- I a) I I IV lvi IV2 II IV 3 -II-I VI III V2 3 II igure 3 . Possible partitioned matrix of correlation coefficients for a group of specimens consisting of 3 subgroups. Regions I,II, & III contain relatively high numbers and Regions IV & V contain relatively low numbers. If distinct groups were shown to be present in any of the horizons on the basis of the frequency distribution of the correlation coefficients of the horizon,then an attempt was to be made to renumber the specimens as described above. This was to be done using trial and error methods and employing the use of the M. I. T. I.B.M. 709 computer. This was not done as no modality was detected in the frequency distributions. 29 er~i used in the definition of the correlation coefficient. The following terms are used in the definition of the correlation coefficients For a given primary rib X lR,2L,2R,......6L,6R) * (XC,IL, on specimen ks (nj (b ) ij xk (GX) node X(i)(j) on specimen k. branch X(i)(j) on specimen k. k G((nx)~j) number of=gr (bx) )k= () aniumber of the growth line at which the occurs. node (nXg) number of grow4 line spacings intercepted by branch (b) ij )j) s( where j/2 for j even (G )ki-- ()G X X iji j+1/2 for j odd For a given insert rib IX(i)(j) (X=C,L,L .R,*..,.6L,6R) occurring inside a primary rib on specimen kt (iX)k (G k )ij point of origin of insert rib IX(i)(j) k G((i ) j = (( number of the growth line at which (ix ) j occurs ) number of growt line spacings between (ix)ij and (nX)ij the termsat bracha4 node, point of origin, element, primary The er rib are defined on page 12. rib, secondary ri notation used for these structures tA defined on page 21 , * Gkot tot L, total number of growth lines on specimen k. (considering the commissure as the last growth line. (number involved in the definition of the limit number. correlation coefficient such that, if a pair of correspondL then an ing growth line spacings differ by greater than denominator the to pair the for increment of 1 will be added added to be will nothing and of the correlation coefficient pair.) the for the numerator of the correlation coefficient N(Q) operator which gives the number of distinct elements in the set Q. For a set Qi P:1E Set of all pairs of corresponding branches (b.) and (b) on speaimens k and I which are bounded both anteriorly and posteriorly by nodes. Set of all pairs of corresponding branches (b) 4 and (bx),j on specimens k and I for which one of the pair is bounded P both anteriorly and posteriorly by node$ and 'the other is bounded by a node only at its posterior end, and for which the following is true: (S)k K (s'x) where L - ( 'X ) I x tot - (nX)14 J/2 if J even - +1/2 if 3 odd and where specimen k is considered to be the specimen bounded both anteriorly and posteriorly by nodes. P k1= II ==- 4LB i0 k1 P, + P2 Set of all pairs of corresponding insert rib points of origin ()k and (ixi which are present on specimens k and 2 Set of all insert rib points of origin which occur within a primary rib of specimen k or R for which there is no correponding point of origin on the other specimen and for which the followipg is trues a) the node above the insert is present on both specimens, and b) (%4 -ij-tot where specimen k is ) -L considered to be the specimen on which the point of origin is present. 492 +I1 __ ____/mll____lllLX__CLIILI~(~-l--^IIYII - total number of distinct elements on samples k and which are to be involved in the correlation. NkI As an example to illustrate the meaning of some of the above terms consider the shell shown in figure 4. A 0 Fm 4 X V IF]B=R IO anm grg F&onts A,Bo, ribs 2L*,IL,,, 4 S o Comitastaea~. nuS I to UW. and R repeoti or origin o lsneerbs W(1)() points dnseer the ,see 31,J,D,KNS (aw.v (awunj (antR Point L is the point and points I saMd P are points of orlgin of a srb It we o ot rtrain of peary snd D ae the potsb n as betE and rma(l)(1) ruspetivwly. specS en #8a, ten & N an adea (nc)8. (nolD (n)L . Table 2 gives thesaSn (Za)2, sad (1a)& respectively. o ad th v Uale o at nrOh " the Brow Ine at t@ah t r of the above nodes occur. (bC), (blL)1 7 2, (bc)L) (b0 4,B (b)L (b0)§, (be) . (bc 4 (blL 81 , and (blL) 2 respectively. (branches on ribs & 2R are not listed). 32 .Fi.ur. A-Cont.M.d Table 3 gives the designation and the value of the number of growth line spacings intercepted by 4 of the above branches. The insert rib points of origin I and P are denoted by ()a1 respectively. nd (i2R 1 (Oi)81 is the number of the growth line at which (I ) 8 C 11 equal to 5. between (i) is the number of growth line spacings IC 11 1 d (n) and is equal to 4 1 designation or number of the growth line at which node oura node (o (1 )8 occurs and is number of the growth line at .s wicha node ours 1 1 1 0o 8 tot is 6. 4 (nC)2C) (nC)8 (008 (alR) (1R 1 (nL iIlil (02)84 branch designation of 1 number of growth line spaoings intercepted by number of growth line spacngs intercepted by branch (bC)8 (1 )l 2 (b )8 1R 11 ( )8 1 11 4 ) L 11 3 ) 2 (b ) IL 11 (b21 ) (8 ICT Xis) -CV(XIq)1 7 ~~~1X~ JOJ r~ < __STI )(XloI ( 11 +J )K I OV PUV OOGA~qV PS4e4G 0 jk"T(XS)~(X £'(Xg) (Xg)f a cj 01 Clx 1~~r .( J~oj: ~ ~ ~1 T' lUI T ~X ow paujisp al Pula ISAMOTTJ ul fix 1 0 T441 PGUJSP 9-1 '~Puv~ £Q peoQuep 91 ( ueeo4leq 4tWT~jojoo uoflTI0J4QO OXII 40ode3s pu- xU i- Ila W' tteoA4eq quololjeoo o4 41 suamlgd -~~$o NJiX 14J "W"" J~ uO~~~1c~~M"*%Ww The first summation in the definition is to be taken over all X,i,J for which there is a corresponding pair of branches (bx)j k and (bx))q in the set Pki. ijij 1 The second summation is to be taken over all X,i,j for which there is a corresponding pair of points of origin (i )k x ij and (i ) 2in x I the set Ik). It is apparent that, by definition, all correlation coefficients for which the patterns involved are identical equal i, all correlation coefficients for which the patterns involved are markedly dissimilar equal 0, and that 0 < Ck l. The correlation coefficient is defined as a function of 1) the number of growth line spacings intercepted by branches of primary ribs on the specimens and 2) the number of growth line spacings which occur between a) the points of origin of the insert ribs on the specimens which occur inside primary ribsand b) the nodes above these insert ribs. Both types of data are very similar in that each consists of numbers which specify the growth line spacings between adjacent nodes or between nodes and adjacent points of origin. As there are many more branches of primary ribs than there are insert ribs within primary ribs, the value of the correlation coefficient is largely determined by the former. The correlation coefficient is defined such that, if a given branch (bx) i on specimen k is bounded both anteriorly and posteriorly by nodes, and the corresponding branch (bx)i on specimen I is bounded by a node only at its posterior end, then the branches may or may not be considered in the 35 computing of the correlation coefficient. Whether or not these elen:,ents are considered is determnined by the following: If the rinimur lencth Which (b) could have had,if specimen i had developed to a later stage of growth,is greater than or equal to (X)I as not correlating. + L then the branches are considered A- increment of 1 la added to the de- n~iainator of the correlatio- coefficient for these branches and nothing is added to the hnumerator of the correlation coefficient for these branches (as is done for pairs of branches both of which are bounded both anteriorly and posteriorly by nodes and whose growth line spacings differ by L or greater). This procedure is followed as, independent of where (bX)j would have terminated had growth progressed a k further, (a )j would be equal to or greater than (a )iJ+L and, in any instance where this is true, the branches involved are considered as not correlating. length mentioned above is less than (sa) If the minimum + , then the branches are not considered in the computing of the correlation coefficients. An identical procedure is followed for the case where the point of origin of an insert rib is present on one specimen but absent on another and the node above the insert rib is present on.both specimens. As an example of a computation of a correlation coefficient the specimens numbered I and 2 shown in figure 6 is sidered below and the correlation coefficient computed ' case L=2: P 12 1 consists of the following pairs of bra" 36 (bC)1and (bC)Jp (bC) 1 and (b2 (blR1 i, (blLl1 and (blL) 1, 1, (b2L)f1 (b0) 2, and (bC) 2 , (bl(R)31 and (bL)1' P12 consists of the following pairs of branches (bc)l and (b (b 1 and (bR12 onsists he pair (b) 34 (2R and (b2R)l. 12 consists of the pair 2 (iA)1 and (1C) N1 2 - ' I1 2 consists of (12L) I1" N(P1 2 + p1 2 + 112 + J12) = 6 + 2 + 1 + 1 =10 2 1 2 1 X,ij for which there is a corresponding pair of branches in P 12 are listed in table 4 and the values of H1 2 are given. 1 xli C12 011 1/2. 12 12 xii xi in C12 - I1 2 N1 2 - (144+44) + (4) 10 Table 4. X,ij C,1,1 C,2,1 12 NXi. I C,2,2 IR, 1,1 IL, 1,1 2L,1,1 I and I_ I~~CI1I~ 1__1____IC 37 Specimen 2. FIGURE 5. 38 znado 9£ 0e mputin1 oQefftgipeflM. corrnlatiol COTr relation coefficients were computed by the M . * T. 1. B. M. 709 Digital Computer. For each of the horizons, data was Introduced into the computer as a mXn matrix Swhere m is the total number of elements which were and n is the total compared for each pair of specimensa, number of specimens which were compared. Each row of the matrix "kp] consisted of the growth line spacings of a parti- oular specimen which were to be compared, arranced in a specific sequence which was the same for all specimens of the horizon. Zeros were placed in the positions In the row correpondin to branches,and insert ribs and associated nodes, which were not present on the specimen. The growth line spacings intercepted by branches which do not have an adjacent node at their anterior end were introduced as negative number'. The growth line spacings seperating nodes,which have no assoclated insert rib,from the anterior or lateral commissure were introduced as negative numbers in the positions in the row corresponding to the associated insert ribs. All other dkta was: introduced as positive numbers. The following input format was used for a specimen k from the Mulde, Hemse or Eke horisonst (s(a ) (st) (is)k C 42 ac 46 3 C47 (,Ih (S1 ) ) kS 3 C 4 (aC)43 4C)4 7 148 t (10cl (s ) k a4 (SO)k C 45 a 48 ) k C 1 Iic45 81(s811L)21 ic42 (xic)46 39 (S1L)22 (a1L )k 34 02L 31 3L 1 32 (aR )k 2R 2 (s2R 34 (s )k 1L 31 (a1 )k 2L 11 (a)k (82 32 )k (a (3L 21 (a )k 333 (8 )k (2L21 (a )k1 2L 33 (a )~k (83L 22 )kC (a 1R22 (81R) (a 31.34 )k 1R34 2R 11 (a )k 1L 33 (2L 22 (a )k 2L 34 21.22 (a3L )k 31 ( )k iR 11 (s )k IR 32 ( 2R 31 (SR (83R )k 3R 21 R 21 )k 2R 33 (8 )k (*3R 22 (3R )31 The following input format was used for a speoimen k from the Upper Visby horizon: (a1 (S 022 O34 (s j C 31 (sC 1 (a ) 045 C 2 c8 a c &8 (B Y16 (s (BC IO ('o6910 1C (a11 Ni (a059 0 513 (SC 914 (a1 6 IC1 (Sc 3 (ac Ic6 a5 (IC ~ 04 1L 21 (LfC t (IL t1 ('Lr8 2 (SL c%,. :,. ( cL Lt3 2 1L 3 (a 2L 4 40 s(3L )k 11 (83L) 3 *3L33 (S3L) 2 3L 31 (s3L)kll (s4L)k (sa (54L)91 (s4)33 (iR 22) (s R)k (s2R)k31 )k 4L 32 (sL)34 "1R 31 (2R)k (a 1R) (8I 32 2R 21 R)3 (sI 2R)1 3R 3 R 33 (s3R )2L 411 (83R 1 (84R 31 l R~3 0 0 The following Fortran program was ePCloyed for each of the 4 horizons with proper values substituted for m and n Pro jrar used Zor oomputLnT correlation aoefttients comparing m elements for n specimens for the case L=4: C EIXAER, WRII OHARLES W0CS,K1263 OUTPUT TAPE 2,5 "0MAT(13H HARPER n12" DI4ENSIQNiE A(n,r)ACi,n) INPUT PAD TAPE 410, (A(I,J)., 1,m),Jln) 1IOrIIKT(4E18.8) DO 140 Juln-1 KO-J+l ~0.-130 K K0,n DEmm.E0 DO 100 L iM P A LJ6100,20 3C 50 IZVApI 00o TO 75 L O)A tsJ)*4.30150t50 5 OEO) .(1AO 4ABiA(L,)-A L,J))/4 IP(A(LK )01,l00 70 A L,K)+ .E0)75,75,100 IP(A(LA(LJt 70 DENIDENI+1 .EO 75 100 COWtIlE 65 110 (D)00aoo, o10, 120 C(J,K)1.E0 GO TO 130 120 001AEN CONTINUE 130 C(JK) 140 CONTE DO 150 Jel,n-l JAB +1 WRITE OUTPUT TAPE 2,10,(C( ,K),K=JAn) 150 COWINUE 200 CALL EXIT END DATA The above program is for correlation coeatfficients ocoputed with L. A program identical to the above except that 4 is replaced by 3 in statements 30,50, and 70 was used for correlation oefficients, computed for the ease L3, for 42 all 4 horizonso Some correlation coefficients were computed by hand, and the results were compared with the corresponding results produced by the computer. These were found to be the same as the latter. In the anzalyses of the Elements which were compared. specimens from the Zulde, elements were compareds Ilemse and Eke horizon the fo] lowing C(1)(1), C (2)(1), C(2)(2), (3) (2), C(3) (3), c(3) (4) c(4) (1) c(4) (2), C(4) (5), C(4) (6), C(4) (7) C(4) (8) IC(1) (1), IC(2) (2), IC(3) (1), IC(3) (2) IC(4) (2), i-C (4) (3), IC(4) (4) 1L L(1) (1), L(2) (1) c(4) C(3) (1), C(4) (3), c IC(2) (1), IC(3) (3), IC(3) (4), IC(4) (1), IC(4) (5), IC(4) (6), IC(4) (7), 14(2) (2)o 1L(3) (1), 1f(3) (2), 1L(3) (3), 1L(3) (4),. 2L(1) (1) 2L(2) (1), 2L(2) (2), 2L(3) (3), 2L(3) (2), 2L(3) (3), 2L(3) (4) 3L(1) (1), 31(2) (1), 3L(2) (2)e 3L(3) (1), 3L(3) (2), 3L(3)(3) 3L(3) (4), 11R(1 (1), IR(21 \4, 21Z(I) (1), 1R(2) (2), lR(3) (1), 2R (2) (1), 2R(2) (2), 2R (3)4(1) 2R (3) (2), 2 R3) (3), 2R(3) (4), 3R(1) (I), 3R (2)(1), 31(2) (2) 3 (3) (1), 31(3) (2), 3R(3) (3), 3k(3) (4). Primary ribs lateral to 3L and 3R were not considered as the patterns of these ribs, cases. were obscure in most Insert ribs occurring inside lateral primary ribs were 45 aot considered as they occurred only infrequently in the specimens. In the analysis of the specimens from the Uper Visby horizon all of the above elements considered for the other horizons were compared. were compa~edz C(5)(), In addition the following elements C(5)6), C(5)(7), C(5)(8), C(5)(9), C(3)(10o), C(5)(1, 5) j16), 4L(1)(1), 4L(3)(2), 4L(3(3)(3), 4L(3)(4), 4(3)(1), 4(3) 4R2, C(5)(12), C(5)(13), C(5) (14), C(()(5) 4L(2)(1), 4L(2)(2), 41 13)(1), 4R(11)(1), 4R(2)(1), 4R(2). 4R(3) (4). ), C(5)(5), C(5)(4), C()(2),C(5)(3 C(5)(3), Fifth order brnches for Lhe (3)(3), entra_ primary rib were considered as the order of branrching present is on the aveage highec for ona of the 2 groups of Upper Visby specimens than for the rest of the specimels in the z llection. Primary ribs 4L and 4R were compared as these ribs are not obscure in m&ay cases in the Upper Visby collection. .Secgdary i bs* Ina the definition - R the correlation coafficient secondary ribs were riot considered because, tL'e basis of what is it is on kowa about the bra -chi g pattern, the not possible to conclude whatnhomologies between the seconda:ry ribs of different specimens are. For a discussion of the homologies of secondary ribs see Appendix a. 44 WULS kF ANAYSIS 9 BRfNfHING PATTRNS: The tables and graphs in this section constitute the results which are the outcome of the analysis of the rib branching patterns described in the previous section. In this section, the first group of specimens from the Upper Visby marl described on page 1Sis referred to as group A, and the second group of specimens described are referred to as group B. 45 Table 5. Distribution of corrlation coefficients of specimens from the Upper Visby mrl1 cosputed for the case I,3 Clas Class .000-.039 .800-.839 13 .404- 079 6 .840-.879 2 *080-.119 23 . 8;0-9 1, 7 .120-.159 -4 *920-.959 4 .960-.99 2 160-199117 .200-.239 2U0 .2403-.279 23<1 *280-.319 23 .320-.359 . .360-.399 224 .400-.439 1 4 .440-.479 123 .480-.519 93 . 520-.559 .S60-.363 4, .600-.639 a21 .@40- .679 33 .680-.719 10 .720-.7.9 17 .760-. 799 -94* C)O'* ~.lIg ~iL 0 $( * ~ 9 0 oi OCT oil 0 Cl suslo sa lp" i I f k6bWCK IM " 13 1 A ID.4--&M alu fvi4 3trl#'=ads jo SXW=4&0 moul=,Ilibn dv; am 051 091 47 Table 6. Distribution of correlation coefficients of specimens from the Mlulde marl computed for the case L=3s Class er Class Frequln cy Inteaa Liaauac .000-.039 0 *800-.839 .040-.079 0 .840-.879 0 .080-.119 1 .880.919 0 .120-.159 5 .920-. 959 .160-.199 20 .960-. 999 .200-.239 14 .240-.279 37 .280-.319 18 .320-.359 40 .360-.399 22 .400-,*439 22 .440-.479 12 .480-.519 .520-..559 11 .560-.563 10 .600-.639 3 .640-.679 5 .680-.719 1 .720-.759 2 .760-.799 %TRjUgNGY 160 ET8TGRAM R3PRF*SENTIXG THE~ FEUVWCY DTSThIBITI ON, OF CORR1TAT O0 CFFEIRTS OF SPECX2MMN5 FFMt THP3 14ITDB IAARL (XIMPUTRDI FOR TH9 CASE L-.-3* 134120 1 0 14: 20 #0 Table 7 Distribution of correlation coefficients of specimens from the Hemse group computed for the case L3ao Class ~ntemrav Class rxcn n c IXn eryal rreamuency .000-.039 0 .800-.839 0 .040-.079 0 .840-.879 0 .080-.119 0 .880-.919 0 .120-.159 2 .920-.959 0 .160-.199 4 .960-.999 0 .200-.239 8 .240-.279 20 .280-.319 22 .320-.359 25 .360-.399 34 .400-.439 39 *440-.479 30 .480-.519 32 .520-.559 22 .560-.563 19 .600-.639 6 .640-.679 8 .680-.719 4 .720-.759 1 .760-.799 130 1001 9qt 4 340 10 0 e16 ea 0 2I 0L *42 56' i Ae6 09610~ 51 Table 8. Distribution of correlation coefficients of specimens from the Eke group computed for the case L3s* Class Class .000-.039 0 .800-.839 r1 .840-.879 *04-*079 .080-.119 6 .880-.919 16 .120-.159 9 .920-.959 12 .160-.199 46 *960-.999 Y .200-.,239 67 .240-,279 79 .280-.319 97 .320-.359 167 .360-.399 199 .400-.439 246 .44Q0-479 221 .480-.519 1? .520-.559 194 *560-.563 166 *600-.639 106 .640-.679 114 .680-.719 62 .720-.759 34 .760- 23 799 9A'* AN9* 41 OT* 0 0o i, 09 00 091 1b 0&1 :_09I-: -0Etioil OPl Ro*l MU '-- :---:: -----:~i~ir ..:ald,,i;"~.-:::: 53 Table 9. Distribution of correlation coefficients of specimens from the Upper Visby marl computed for the case L04t Class Class quency .000-.039 .50 .800-.839 12 .040-.079 0 840-.879 24 .080-.119 14 .880-4919 7 .120-.159 15 .920-.959 10 .160-,199 56 i960-.999 0 .200-.239 68 .240-'279 163 .280-..319 210 .320-.359 244 .360-.399 248 .400-.439 231 *440-.479 207 .480-.519 143 .520-.559 118 .560-.563 77 .600-.639 60 .640-.679 52 .680-. 719 39 .720-.759 21 .760-.799 11 FTR31VJNCY 160 0-(RAK fCThPR7'S~iqTNG Y lflv N BUTIO Y OF MAU7NC DISTRT GORRELATT0ON ICOT Fl ITNTS )F SP:-9G14'-WS FR(Y4 THE *4TD (WM~ VTSBY MARL FOR TH*9 CA SvL=4. HTIST 150 140 130 120 1101 100 90 80 70 .4h.7 l .,gt .32 . he h-p- & II II II I 1 111~---------~------. - --- ~- 55 Table 10 Distribution of correlation coefficients of specimens of group A from the Upper Visby marl computed for the case -Xt4: Class Interval Class .000-.039 .040-.079 .08O-.119 40 12 .160-.199 24 .200-.239/ 38 .240o-279 93 .280-,319 133 .320-.359 150 141 .4oo00-.439 138 .440-.479 133 .460-.519 .520- ,559 .560-.563 44 .600-.639 30 .6410-.679 35 .680-.719 18 .720-.759 .760-.799 4 .840-.879 . 0 .120-,.159 .360*-.399 .800-.839 .880-.919 5 .920-.959 3 .960-*.999 0 I _r_ I _I _I_ FREQUTNCY 160 HISTOGRAM REPRSNTTNG THE DISTRIBUTION OF FR~TQUENCY 5 CORRIiTION CfF0IC-INTS OF SPECIMENS OF GROUP A FRCM TH UPPER VTISFY MARL CCMPUT m FOR THE CASE L:h. 130 120 110 100 90 70 60 5o "O30 20 10 f 1 .t6.6 h? .32 .ho.9 .66 .7 .180 - -illCc~A:l 7\jl ~ j~ _ I 1__ ______il__ -- _i~ _sl~ i- _I C---IIIIC -V- 1_1_ Table 11. Distribution of correlation ooefficients of speolmens of group B from the Upper Visby marl computed for the case Class Inter al, Pew~un Class InterX l Prgauenar 1 .000-.039 o .800-.839 .040-.079 o .8 4 0-.879 .080-.119 o .880-.919 .120-.159 1 .920-.959 I .160-.199 o .960-.999 o .200-.239 6 .24o0-.279 11 ,280-.319 11 •.320-.359 10 .360-.399 17 .400-.439 11 ,44,0-.479 6 .480- .519 5 .520-.559 4 .560-.563 4 .600o-.639 5 .640-.679 1 .680-719 1 .720-.759 5 .760-.799 160 L 150 R ae lho I GI 0 M -17914V5,C M M V isn F CaO PM TM MSE fi 130 120 110 90 70... . , .... . 50 30 ... .... i,! .72 .88 .961.0 ____ _____Xa__l____L_ _____I_______D^__r_____ _ _~__ 59 Table 12. Distribution of correlation coefficients between pairs of specimens froma the Upper Visby marl for which one of the pair is from group A and the other is from group B, computed for the case 1*A: Class InrMequencv Class fterva* reouenec .000-.039 10 .800-.839 7 .040-.079 o .84o-.879 11 .880-.919 1 .080-.119 .120-.159 9 .920-.959 6 .160-.l199 32 .960-.999 0 .200-.239 24 .2 4 0-.279 59 .280-.319 66 .320".359 .360-.399 90 .400-.439 32 .440-,479 68 .48o-.519 .520-.559 50 .560* .563 29 .600-.639 25 .640o.679 16 .680-.719 20 .720-,759 .760o-799 5 r - - 160 150' i~ aporser~ SmTW"tax~-itSTtattS "ATIS SPCCN"CI rwvt Unes CPuse UlarpWU 9?O ware mmut o pr OP T"F F41R 119 Pmr~f M",PA 120 no loo0 So 70 60 i: i-iJ i i - ~ris;tf :?: ,Qe ~rps*r r~yu + )96 ~YV W w wer Table 13. Distribution of correlation coefficients of specimens from the Mulde marl computed for the ctee Lw4s Class • Class )nan92 .000-. 039 0 .800-,839 .040-.079 0 .840.879 .080-.119 0 .880-.919 .120-.159 1 .920-.959 L ) .160-.199 10 ,200-.239 9 .240-.279 20 .280-.319 25 .320-.359 16 .360-.399 30 .400-.439 27 .440-.479 21 .480-.519 20 .520-.559 14 .560-.563 9 .600- .639 1 .640- 679 10 .680-%719 .720-.759 .760-.799 .960-,999 :::::~I ~i" sElii "'-: .... FR~lUNCY 160 150 HISTOGRAM RSPRSENTING THE FRM UENCY DISTRIJTIQN OF CORRELATION COEFFTICI~NTS OF SPECIMFWS FROM THE MULDE :MARL CC4PUTD FOR 140 THE CkSE L=4. 130 120 110 io 90 80 70 60 50 20 0 .8 32 .--40 . .96 1.0 $3 Table 14. Distribution of correlation coefficients of specimens from the emase group computed for the case 14s: Class Class Intval cFrequency 4n2P arv anIrI .000-.039 0 .800-.839 o .040-.079 0 .840-. 879 1 .080-.119 0 .880-.919 .120-.159 0 .920-.959 O .160-.199 0 .960-.999 0 ,200-.239 1 .240-.279 .280-.319 10 .320-.359 20 .360-.399 23 .400-.439 29 .440-.479 20 .480-.519 26 .520-.559 37 .560-.563 42 .600-.639 24 .640-.679 19 .680-.719 7 .720-.759 8 .760-.799 5 I;-- -; - isii;; :ini ---------------------------;;;:i ----------;~;- i I FREqUENCY 160 E HISTOGRAM RPRESTNTING TH: FR1PN CY -DISTRIBUTION OF CORRILATION COIFfICTENTS OF SPECtMENS FR(A THE HNISE GROUP CCiPUTY) FOR THE CAST L= . 1110 130 120 110 100 90 80 70 60 to 30 20 10 0 .0 .16 .24 .3? .hO . .E .6L .72 .96 1.0 65 Table 15 Distribution of correlation coefficients of specimens from the Ske group computed for the case LE4s Class IqeUvaA Class recquerncy r 1 rt .000-.039 o .800-.839 34 .040-.079 0 .840-.879 23 .080-.119 0 .880-.919 17 .120-.159 0 .920-.959 6 .160-.199 10 .960-.999 5 .200-.239 14 .240-.279 33 .280-,319 46 .320-.359 62 .360-.399 106 .400-.439 147 .440-.479 201 .480-.519 203 .520-.559 233 .560-,563 229 .600-.639 231 .640-.679 14. .680-.719 145 .720-.759 37 .760-.799 39 A~ FR E 160 Y HISTOG~A REPRESNTING THIE FR QUCY DISTRIBUTION OF COIRRELTION COEFFICIENTS OF ?SPCIMNS FRM THE EKE GROUP C0MPUTMD FOR THE CkSE L:. i10 130 120 110 iod0 90 80 70 0 .08 .16 .24 .32 .o40 .148 .6 . 6h .72 .80 .88 .961.0 ~.._ _~._.1*~ ___ ___~~_~_~__ _____~__~___~____________~__~~_~__~ __~_~____ -Z L ~~_ 67 Table 16. Mean value of the correlation coefficients computed for the case L=3. Horizon ;ean Value of ~orrelation Coefficients &e Group .464 Hemnse group .432 Mulde marl 3 59 Upper Visby arl .353 ean Value -of coraiv~oii coout63 for the The beginI1 4=o zorz). ~4~a VIII ITPs-e r t 'DrL~ l~~£unttiox of rtdlov~ry nIetni valluab qf- ebh plotted wt1h timn on wV4. I ntv1 -tle tiU enlae tthe to3 t. crmxd-)r~ orLmn Pre in~3l-e of prrnwm Itz'ix /. *, 7 .I5c~ e~ a'rs ._.._ ____ ~_~_~__ _~_________________________ ____~___~ 1 .~IL Table 17 Mean value of the correlation coeffCclents computed for the case 1=4. - orizon &ean Value of Correlation Coefficient* Eke group •556 Hemse group .523 Mulde marl .430 Upper Visby marl .417 Cof fricin Graph.,. of~tVAe zl Vl~e ]4 of' tlle celeatlonz -eeftci -t~ TPhe 'bectrnninq of~ the UvPer Lanoery Ls 60nildre as .430 Ur1,e U .uie).s~ -1P1-:mye ars ~I--~---x .~..II-~-~--~~Xis~r^r~r~ I~ ~~_~_, __~ ~~~~~~ _ -- ~-~a______~---L--~_____ ~__~_ .1 Table 1. Distribution of correlation coefficients of randomly generated date discused on page 26, lass Interval computed for the case L=3: Freuency Clas .000-.039 4215 .800-. .040-.079 112 .840-.879 .080-.119 89 .0-.919 .120-.159 106 .920-.959 0 .160-,199 180 .960-.999 12 .2'0¢-.239 146 .240-.279 159 . 280-.319 53 .32l-.359 224 .360-.399 88 .400o-.439 79 .440-*479 58 .480-.519 82 . .O- .559 43 .560-.599 21 .600-.639 11 .640-.679 45 .680-.719 i .720-.759 7 .76C-.799 2 Interval 39 Frequency 11 0 COQRELATtON COSFFICI rTT QF AANDONY GE I THE Y;IiRTZD BT1 2ATA ETA 26, Al T .08 .6 .z. .3 . o .. : ...*.. .. .7L .1 .*o 15* i . { _. .. .o8 .. . 6 .Z .' L -- o. .N . .. . - . . 1 .ll: . .9% i.. 73 No definite modality is evident in the frequency distributions of correlation coefficients from any of the four horizons considered. (See tables 3-1 and graphs -1i). Therefore, it is not possible to subdivide the group of specimens from any of the horizons into distinct subgroups on the basis of the results obtained, We may conclude that either 1) distinct subgroupings are not present in the horizons or 2) distinct subgroupings are present but they are of a nature such that they With regard to the are not resolvable by the methods used. latter, it may be noted that the methods used to test for the presence of subgroups compare the branching patterns of the primary and insert ribs as a whole, and do not necessarily resolve subgroupings which may be made on the basis of a particular part of the pattern such as, for example, the median primary rib. The distribution of correlation coefficients from the Upper Visby horizon for groups ir'a4 B,"and between pairs of specimens for which one is from group A and the other is from group B, are indistinguishable from each other and from the distribution of correlation coefficient for the specimens Of the Upper Viasby horizon as a whole. (See tables?-12and graphs9-12). We may conclude from this that 1) the degree of homogeneity exhibited by the specimens from the Upper Visby horizon considered as a whole is the same as that of each of the constituent groups considered separately, and 2) the methods employed did not resolve the relatively minor differences in the branching patterns of groups A and B described on page 18 . 74 The frequency distribution of correlation coeffclients for the four horizons sljrsl;fi~itC to the right as a function ae L=3 and La&. of time, for both the case graphs 5-1g. (See tables 5-~Band The mean value of the correlation coefficients increases with time for both the case Lo3 and L$. 16& and graphs 17). (tables 16&17 Both of the above results are consistent with an overall trend of an increase in the degree of homogeneity present as a function of time. For each horizon, the great majority of the correlation coefficients lie between .25 and .75. We may conclude, from the fact that the majority of the correlation coefficients are less than .75, that the branching patterns exhibit a definite amount of variation from one specimen to another. We may conclude, from the fact that the majority of correlation ooefficients are greater than .2% that there is, nonetheless, an underlying similarity in the branching patterns from one specimen to another. The correlation coefficients of the random data 4iM8tg p h 1Q tributed much more discontinuously and irregularly than the correlation coefficients for the ppecimens studied. Thus, any conclusions made from the results of the distribution of correlation coefficients may not be invalidated on the basis that similar results were obtained from random data. 75 The following is a list of fossil localities from which the fossils considered in this report were obtaineds 56-G-17 Mulde brickyard, Mulde marl, Klintehamn quadrangle. 56-G-23 Mastermyr canal, east of Sprage-Hablingbo roadt Hemse skiffer, Hemse quadrangle. 56-G-25 Lau canal, Hemse marl just south of the Eke Outcrop, Ronehamn quadrangle. 56-0-26 One-half way between Adgvide and Haffride, Hemse marl, south on N-saide of road, Ronehamn quadrangle. 56-G-33 Quarry of cement plant in slide. Slite marl, Slite quadrangle, 56-G-34 Shore on point between Gustavsvik and snackgardabadeu, N of Visby; L. Visby marl, Visby quadrangle. 56-G-37 Eke group (youngest part) about 500 m. $S.W of Ronehamn Harbor, in ditch (just below contact with Surgevik sandstonel Ronehamn quadrangle. 56-G-38 Laubacker, Eke marl, Ronehamn quadrangle, Lau Parish. 56-G-47 Shore at Gnisvarda flge., Upper Visby marl, Tofta Parish, Klimtehamn quadrangle. 56-G-50 E. side of Kopparsviksgaton and Gutevagen, Visby, where these streets intersect. Visby quadrangle. Basal beds of Hogklint group, 76 AnEda 4JI (continued) 56-G-51 Just N. of road 2 km, S. E. of Hease station, Hemse Parish, Hemse quadrangle, Hemse marl. 56-G-66 Rover Liljas hala, parish of Vasterhejde, lowermst part of Hogklint group, Visby quadrangle. APPENDI HOMOLOGIES OF Q gONDARY : BS In the definition of the correlation coefficient secondary ribs were not considered because, on the basis of what is known about the branching pattern, it is not possible to conclude what the homologies between the secondary ribs of different specimens are. The following is a discussion of the possible homologies that may exist between seenondary ribs of the fossils studied. Between any two given primary ribs or between a given lateralmost primary rib and the lateral commisure on the fossils studied there may be 0, 1, 2, or 3 secondary ribs. Hence, for two specimens A and B there are 10 possible combinations of numbers of secondaries between two given primaries or between a lateralmost primary and the lateral commisure. Each of these combinations is listed below and the possible homologies are noted. QA and QB are the number of secondaries in the region compared on specimens A and B respectively. Case 1: QA=%=O. Case 2: QAfo QB=l. Case 3: QA=O Q=2. Case 4: QA=0 %=3. Case 5: QA=%=I* In this case it is possible the two secondaries present are homologous but it is also possible that they are not homologous. Case 6: QA= 1 QB=2 . In this case the secondary on specimen A may or may not be homologous to one of the two seoondaries on specimen B. Case 7: QA= 1 QBa3. In this case the secondary on specimen A may or may not be homologous to one of the 3 secondaries on specimen B. Case 8: QA= 2 QB 2 In this case the following interpretations are possible: a) the two secondaries on specimen a are homologous to the two secondaries of specimen B, b) the most medial secondary on specimen A is homologous with the most lateral secondary on specimen B and the remaining secondaries are not homologous, c) same as above with B and A interchanged, and d) none of the secondaries present are homologous. Case 9: QA2 QB3. Let the medial and lateral secondaries on A be denoted by Al and A2 respectively and the medial, middle and lateral secondaries of B be denoted by BI, B2, and B 3 respectively. interpretations are possible: The following a) Al is homologous with B1 and A2 is homologous with B2; b) A1 is homologous with B 1 and A2 is homologous with B3 ; c) A1 is homologous with B 1 but A2 is not homologous with B2 or B3 ; d) A1 is homologous with B2 and A2 is homologous with B3 ; e) A1 is homologous with B2 but A 2 is not homologous with B3 ; f) A1l is homologous with B3 and A2 is not homologous with any of the secondaries on specimen B; g) A1 is not homologous to any of the secondaries on specimen B but A2 is homologous to BI , B2 , or B3; h) none of the secondaries present are homologous. Case 10: Q Bm3. Let the medial, middle and lateral secondaries of specLmens A and B be denoted by Al , A2 , A3 and B l , B2, B3 respectively. The following interpretations are possible: a) A, A2 and A3 are homologous to B', B2 and B respectively; b) A1 and A2 are homologous to B l and B2 respectively and A3 is not homologous to B3 ; c) Al is homologous to B1 and A2 is homologous to B ; d) A1 is homologous to B1 and A3 is homologous to Ba; e) A1 is homologous o ato B ; f) A1 is homologous to BI and neither A2 nor A3 are homologous to secondaries on specimen B; g) A1 is homologous to B2 and A2 is homologous to B3; h) A1 is homologous to B2 and A3 is homologous to B3; 1) A1 is homologous to B2 and neither A2 nor A3 are homologous to secondaries on specimen B; J) A1 is homologous to B3 and neither A2 nor A3 are homologous to secondaries on specimen B; k) A2 is homologous to B1 and A. is homologous to B2a 1) A2 is homologous to BE and A3 is homologous to B3; m) A2 is homologous to B2 and A3 is not homologous to any of the secondaries on specimen B; n) A2 is homologous to B2 and A3 is homologous to B3 but A1 is not homologous to Bl o) A2 is homologous with B2 but neither A1 nor A3 SO are homologous to any of the secondaries on specimen B; p) A2 is homologous with B3 but none of the other secondaries are homologous; q) A3 is homologous with B3 but none of the other secondaries are homologous; and r) none of the secondaries are homologous. The following section consists of a list of the values o' the growth line spacings for the Upper Visby marl, Mulde marl, Hemse group, and Eke group which are listed on pages 3%,9,40. The data for each specimen is listed in the order given on pages 38a539,&40. The growth line spacings intercepted by branches which do not have an adjacent node at their anterior end are listed as negative numbers. The growth line spacings separating nodes, which have no associated insert rib,from the anterior and lateral commissure are listed as negative numbers in the position corresponding to the associated insert rib. Zeros are placed in the positionsin the sequence for a specimen corresponding to branches, and insert ribs and corresponding nodes, which were not present on the specimen. All other data is listed as positive numbers. DATA FOR THE UPPER VISBY MARL 1 THE FOLLOWING IS A TABULATION OF THE DATA FOR SPECIMENS FROM THE UPPER VISBY MARL. THE DATA FOR EACH SPECIMEN IS LISTED IN THE ORDER GIVEN ON PAGE 38. SPECIMEN I L EO 1 *EO 1.EO 1O.EO 3,EO 1EO -18*EO -8.EO -*8EO 9*EO 4.EO O.EO 5,EO OeEO 0.EO **6 &E0 O.EO 8*1EO -10.EO -12oEO O.EO O.EO *-11wEO -12.EO -l6. E0 -IO.EO O*EO O*EO -OEO O0EO 7.EO 0.EO O#EO OEO O.0EO O.EO OEQ 16.E0 OOEO OEO OoEO O.EO 0408 OoEO O.EO O.EO 040E 120.E0 O.EO OeEO O.EO *IOEO O*EO -10EO OOEO OEO *4*E0L 040Q OoEO O.EO O,EO O.EO O.EO 040o 0.EO O.EO O*EO 040 O.EO O.EO CA, O*Eo OOEO O*EO O*E* O*EO 15*EO -S*EO O*EO O&EO O*EO OoEO ?oEO 8*EO -*13*EO -5*EO -m5oEO O#EO O*EO 6*EO **14,o EO -14*EO- O*EO O*EO OoEO O*EO O*EO O#EO OoEO OOEO O*EO O*EO O*EO O*EO O*EO l#EO IOEO 1*EO 7*EO 19EO loEO -14*EO -*8*EO 6*EO 5*EO 5*EO 6*EO O*EO O*EO O*EO OOEO O*EO- O*EO "S*EO -8*EO --9*EO -9*EO -9*EO --9*EO -ft$ * ElO --,-8 *EO O#EO O*EO O*EO O*EO O*EO 7*EO O*EO O*EO O*EO O*EO O*Eo OoEO OOEO -0*-EO- 0 *EO- -5#E0 O*EO SPECIMEN 2 -8*EO O*EO O*EO -*6*EO O*EO,-, O*EO ll*EO -6*EO O#EO O*EO -12*EO **12#EO, OOEO 54;EO O*EO O*EO O*EO O#EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO 13,*EO -4*EO -4*EO OoEO O*EO O*EO O*EO 12*Eo -P-5*Eo -5*EO OjEO O*EO O*EO -k-17*EO O*Eo O*EO O#EO O#EO O*EO O*EO OoEO O*EO O*EO O*EO O'WE0 O*EO O*EO O*EO O#EO O*EO I *EO 1*EO 6*EO 4*EO 2 *EO 10*EO 12*EO 6*EO 6*EO 4*EO 13*EO -17*EO -,-17*EO O*EO O*EO O*EO -9*EO -9*EO lOoEO -wl7*EO -17*EO -17,*EO 9*EO **12*EO --*12*EO O*EO O*Eo O*EO O*.0 O#EO 6*EO O*EO O*EO O*EO SPECIMEN 3 -21*EO O*EO 4 O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO OOEO O*Eo 1 *EO S*EO 9*EO -- 19*EO ,,-I$*EO -28*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo 3*EO ll*EO -*14*EO -14*EO -10#EO 10*Eo -17*Eo -17*EO O*EO O*EO O*EO -*17#EO -179EO O*EO O*Eo O*EO 6*EO O*EO O#EO O*EO O*EO OOEO 20EO l*EO 1 *EO 5*EO 3*EO 5*EO 8*EO -18*EO -180EO 7*EO 9*EO -*17*EO 59EO *-15#EO 109EO OoEO O*EO O*EO 15*EO -o,10*EO ll*EO O*EO -*22*EO O#EO -*22*EO -19*EO -wl8*EO SPECIMEN 4 O*EO OsEo OOEO -109EO -10*EO O*EO O*EO -12*EO -12*EO O*EO OoEO w5*EO -*5*EO O*EO O#EO O*EO O*EO O*EO OOEO 09EO O*EO O*EO OOEO OOEO O*EO O*EO O*EO OOEO 6*EO 10*EO -18*Eo *-8*EO -*8*Eo OOEO O*F-O 5*EO owl 9*EO 19EO O*EO OOEO -18*Eo -*18*Eo o-24*EO OvEO O*EO O*EO O*EO O*EOl ---- O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO 4*EO 5*EO 6*EO ow 159EO -15*Eo -14*EO 4*EO -20*EO 8*EO O*EO O#EO -12*EO -w-12*EO OoEO OoEO 0 e EO O*EO OOEO O*EO ,-14,*EO O*EO O*EO Oo EO O*EO O*EO O*EO O*Eo O*EO O*EO 10fo 1*EO l*EO 3*EO 4*EO 2*Eo 4*EO 10*EO SPECIMEN 5 '10*EO 9*EO 9*EO 5#EO S*EO 12*EO 12*EO -*15*EO -15,*EO -15*EO -15*EO 8#EO 8*EO 80EO -wSoEO -*21*EO ll*EO ll*EO ll#Eo -PIZ*EO -ol2*EO -12*EO -12*EO 170EO OOEO O*EO O*EO O*EO OOEO OOEO OoEO O*EO OOEO O*EO O*EO O*EO O*EO 04EO 10*EO --,*20*EO -20*EO 0 # E-0 ---0 &E0 O*EO O*EO -30*EO O*EO O*EO O*EO O*EO O*EO O*EO 13*EO .-17*EO -17*EO O*EO O*EO O*EO O*Eo 4*30oEO O*EO O*EO OoEO O*EO O*.EO O*EO 8*Eo 12*EO 12*EO "10*EO -100EO "10*EO -100EO 20*EO -109EO -*10*EO O*EO O*.0 O*EO O*EO -*30*EO O*EO O*EO OoEO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo OOEO OOEO SPECIMEN 6 X*EO I*Eo 19EO 6*EO 5*EO SOEO I*EO *-14*EO 6*EO 5*Eo 6*EO 6#EO 8*EO 5*EO -*13,*EO O*EO O*EO -8*EO -8oEO 59EO 10*EO -9*EO 6*EO 6#EO 6*EO -*w7*EO -7 *ElO 6*EO 6*EO O*EO- O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO- O*EO O*EO O*Eo 12*EO "IO*EO -10oEO O#EO O*EO O*EO O*EO -22#EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*E_ OOEO O*EO O*EO O*EO O#EO OOE o G*EO QoEO OoEO O*EO 13*EO I,*EO -- -9*EO O*EO O*EO OoEO O*EO 14*EO -$*EO -w8*EO O*EO Oo EO O*EO O*EO 20*EO -w2oEO o-2&EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO I*EO 1#EO 1*EO 7*EO 4*Eo 4*EO 2*EO -*6*EO -6*EO -9*EO w-9 EO -9*EO -9*EO *-11*EO -,,l 1 EO O#EO O*EO O*EO O*EO O*EO O*EO OOEO O#EO O#EO O*EO O*EO OOEO -O*EO O*EO OoEO O*EO 10*EO O*EO O*EO O*Eo oeto O*EO O*EO O*EO O*EO OoEO O#EO O*EO O*EO O*EO O*EO 9*EO **6*EO -*6#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -15*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 7 OOEO w-1 5 *ElO O*EO OOFO OOFO O*Eo O*EO- OOEO O*EO Oo EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO 1*EO l*EO I *EO 6oEO 2*EO 2,*EO 9*EO 6*Eo 4*EO S*EO S*EO O*EO O#Eo OoEO -SoEO --io*-E-o -- ----- SPECIMEN 8 O*EO -4 EO -18*EO 8 *EO *-12,*EO 7*EO *-IO*EO 6 *EO 5*EO 10*EO O*EO O*EO O*EO O*EO O*EO 9,&EO__ -O*EO OoEO O*EO O*EO OOEO O*EO OoEO O's E0 O*EO O*EO OOEO O*EO 8*EO lOoEO 4*12*EO -2*EO O*EO 6*EO OOEO 0* EO ll*EO -9*EO OoEO -2*EO O*EO -14*EO -*14*EO 0 *EO OoEO "-9*EO OoEO 10 O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO 16*EO 00,4*EO ,*-4*EO O*EO O*EO O*EO O*EO 18#Eo O*EO O*EO O*EO O*EO 12*EO w*8 *Eo- -*8*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO I OEO O*lEO O*EO 4*EO I*EO l*EO I *EO 10*EO 4*EO 4*EO 3*EO *-2 *EO -2*EO SPECIMEN 9 -23*EO 9*EO 30EO -13*EO O*EO O#EO 12 *EO 90EO 4#EO 6*EO 5*EO 4*EO 9*EO 9*EO O*EO O*EO -"15*E0 -15*EO O*EO OoEO O*EO O*EO O&EO O*EO O*EO O*EO O*E-O O*EO O*EO O*EO O*EO O*EO OOEO 8*EO 9*EO -13*EO 4- -*21*EO -*-12#EO -12*EO OOEO OOEO -29 *Eo O*EO OOEO OOEO OOEO O*EO O*EO 7*Eo -*22*EO -*22*EO O*EO O*EO O*Eo -*17oEO 0 *,EO 12*EO -*17*Eo O*EO O*EO OOEO O*EO 1*EO ,mZS*EO 7*EO O*EO O*EO --2loEO -21*EO 3*EO 23*EO 9*EO -30EO --3 oEO -17*EO *-17*EO IOOEO -19*EO -19*EO O*EO OOEO O*EO OoEO 8*EO -*2loEO o*21*EO O*EO O*EO OOEO O*EO O*EO O*EO I*EO O*EO O*EO 4#EO S*EO 3*EO 4#EO -15#EO -15*EO 4*EO 4*EO -169EO 4*EO S*Eo -15#EO OOEO OOEO O*EO O*EO * 12*EO -12*EO -12*EO *ol2oEO O*EO OOEO ll*EO -12*EO O*EO OOEO O#EO O*EO S*EO SPEOMEN 10 OOEO O*EO O*EO O*EO O*EO O*EO OoEO OoEO- O#EO O*EO O*EO O*EO O*EO O*EO 6*EO 14*EO- **-14*EO O*EO O*EO O*EO O*EO O*Eo O*EO OOEO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO-. 4*EO -12*EO O*EO opl6oEo -12*EO O*EO 6*Eo 8 *EO 14*EO -6*EO w-6*EO O*EO O*EO O*EO, O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO I*EO loEO 1 *EO 9*EO 3 * E.01 1*EO 9*EO -*13*,EO **13*EO 6#EO 59EO 4*EO 9*EO -*13*EO SPECIMEN 11 -13*EO OOEO O#EO O*EO O*EO owl3*EO -13*EO -14*Eo -14*EO 7*EO -17*EO **12#EO -12#Eo O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO OOEO O*Eo O*EO O*EO O#EO O*EO 0 *EO O*EO O,&EO -OoEO -13*EO -*116EO -11*EO O*EO O*EO OOEO 510EO -19*EO O*EO O*EO O#EO O#EO -24*EO O#EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO o*Eo 5*EO --19*EO O*EO O*EO O#EO 5*EO OOEO O*EO 8wEO 7*EO -16*EO -9*EO -9*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 12 -19*Eo -,-4 EO O*EO -19#EO -19*EO OOEO 15#EO -4*u.v -1-*EO 2 *EO -1-oEO- 5*EO 7*EO 3*EO **II*EO --11*EO 6#EO 7*EO -*13#EO 8*EO 8*EO 99EO O*EO O*EO O*EO 9*EOI-- OOEO OOEO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO --Oo-EO OvEO 6*Eo O*Eo O*EO O*EO O*Eo O*EO OoEO O*EO O*EO 0 E0 00 E-0 O*EO ll*EO 8*EO 7*EO 7*EO -6*EO -6*EO -8*EO 9*EO 6#EO -6*EO 7 -9*EO -6*EO 7*EO -8*EO -8*EO -6 *EO -12,*EO --12,*Eo O*EO O*EO O*EO O*EO 9*EO -12*EO -*12*EO OoEO O*EO O*EO O*EO 9*EO -m,12*EO -12*EO O*EO O*EO O*EO O*EO 49 -E0 7*EO 8*EO -10*EO --IO*EO -9*EO -9*EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO- O*EO OOEO O*EO O*EO O*EO O*Eo O*EO O*EO SPECIMEN 13 19EO 1*EO l*EO 4*EO 3*EO 4*EO 5*EO o-14*EO 8*EO 7*EO 3*EO EO 5*- O*EO 7*EO 6*EO O#EO O*EO -169EO -16*EO 12*EO -*18*EO 7*EO -8*EO 7*EO -19,*EO -16*EO -*16*EO -16*EO -17*EO -17*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO OoEO O#F-O O*EO o*Eo O*EO O*EO O*EO o*Eo 6*EO S&EO 13*EO -16*EO -16*EO -11#EO -11*EO 15*EO ---- 15*EO -15*EO OeEO O*EO O*EO O*EO 16*EO -14oEO -14*EO OOEO OwEO O*EO --O*EO OOEO 0,*EO O*EO O*EO- O*EO O*EO O*EO 3*EO 10*EO wV*EO "17*EO -17*EO O*EO O*EO ll*EO *-19*EO 8#EO O*EO O*EO -11*EO -16#EO *011*EO .16. -w30*EO O*Eo O*EO O*EO OoEO O*EO O*EO O*EO- OoEO- O*EO O*EO 0*-EO- 0 *'E O O*EO O*EO 0-*EO l*EO I*EO 1*EO -9*EO 3*EO- 3*to 7*EO -*9*EO 6#Eo 4*EO 3*EO 9*EO OeEO SPECIMEN -9*EO 4 5*EO O*EO O*EO O*EO -9oEO -69*EO -11*EO -11*EO -12*EO -*12*EO -11*EO -11*EO O*EO O*EO -39EO -3*EO OoEO OOEO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O#EO O*EO 12*EO -8*EO O*EO O#EO O&EO O*EO 7*EO -13*EO --13*EO O*EO O*EO O*EO O*EO 12 *EO -*8 *EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO- O*EO -8*Eo OoEO O*EO OoEo 9*Eo 10*EO -m11*EO -2sEO -2*EO OOEO OOEO 10*Eo -10*EO -10*EO O*EO O*EO O*EO Oo E0 b*EO O*EO O*EO O*EO O*EO OoEo O*EO O*EO O*EO 0 o-EO OoEO O*EO O*EO OoEo O*EO O*EO I OEO I*Eo 2*Eo 9*EO 6*EO 3*EO 8 *Eo -21 *EO 14*EO 13*EO 10*EO 5#EO 10*EO 15*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO 0410 O*EO OOEO O*EO O*Eo 0 *Eo 14*EO O#EO O*EO 0 *EO OOEO O*EO O*Eo O*EO O*EO O*EO O*Eo O*EO O*EO ooeo O*EO 5*Eo 8 E-01 SPECIMEN 15 ll*EO -16*EO -21*Eo -19,PEIO -19*EO -32*EO O*EO O#EO -16*EO 0 *EO O*EO OqEO O*Eo OOE-0 5*EO -27*EO 10*EO O*EO O*EO -17*EO -17*EO OWEO -O*EO O*EO O*EO OOEO O*EO O*EO 13*EO -19*EO -19*EO O#EO O*EO O*EO O*EO 159EO -17*EO 0017SE0 O*EO O*EO O*EO O#EO O*F-O O*EO O*EO O*EO O*EO O#EO OOEO ,O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO 1 *EO 1*EO I *EO 4*EO 2 *EO 2*EO 5*EO ,o-17#EO 8*EO ll*EO 5's E0 SPECIMEN 16 -17*EO 10*EO -16*EO 12*EO oofo OOEO O*EO O*EO -6.90EO ,*-9*EO -9*EO -8oEO -14*EO *-14*EO -p9*EO -w9*EO OqEO O#EO --4*E9 -4*EO O*EO O*EO O*EO 14*EO OOEO O*EO O*EO 0 *Eo o,*E0 OOEO o*Eo OeEO O#EO O*EO OoEO 3*EO -20*EO ll*EO O*EO O*EO -9*EO -*9 o EO 15*EO -oB*EO 4-8,&EO O*EO O*Eo O*EO O*EO -o23*EO O*Eo O*EO O*EO O*EO O#EO O#EO OeEO O*EO OoEO O*EO O*EO O*EO O*EO 12*EO -oll*EO O*EO O*EO -ol 1 *EO O*EO-- --15 *EO O*EO 8*EO -15*EO OOEO OOEO O#EO O*EO 66EO "-17*EO -lToEO O*EO O&EO O*EO OOEO O*EO O*EO O*EO O*EO O#EO O#EO O*Eo O*EO O*EO SPECIMEN 17 6#EO I *EO-, w-5*EO 4*EO -5*EO -*7*EO 6*EO -7*EO O*E-O O*EO O*Eo OoEO O*EO O*EO -10EO -1*EO OOEO O#EO O*EO OvEO O*EO O*EO 0-* E0-- O*EO OOEO O*EO O*EO O*E-0 O*EO OoEO O*EO 0*-EO 0 *-E-O---- OOEO O*EO 040--- -6*EO -O*EO ,-6 *E0 0 O*EO O*EO 7*EO w-6*EO -6*EO O*EO O*EO O*EO O*EO 7*EO -6*EO -*6,*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO ll*EO -2*EO *,*2*EO O*EO O*EO O#EO -OsEO 6*EO -7*Eo -ol*E0 O#EO O*Eo O*EO OoEO 6*EO -w7*Eo -7*EO O*EO OeEOl O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO 0-*EO O*EO O*EO I OEO 1#EO I*EO 6#EO 2 *EO 4*EO SPECIMEN IS -13*EO -m-7*EO -11*EO ,m9*EO O#Eo O*EO O*EO 0 *EO O*EO 0,*Eo 0#10 O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 6*EO OOEO O*EO O*EO O*EO O*EO O*EO OSEO- O#EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O#Eo O*EO 4oEO -111 *EO -oll*EO O*EO O*EO O*EO__ O*EO -15*EO O*EO O*EO O*EO O#EO O*Eo O*EO O*EO OoEO o*Eo O*EO O#EO OOEO O*EO -159EO O*EO O*EO O*EO- -7#EO -*9*EO -11#Eo O*EO -15#Eo O*EO O*EO O*EO 10 OOEO O*EO o#15,*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO 0 *EO OOEO O*EO O*EO O*EO O*E-0 OoEO 0 wEo OoEo O*EO O*EO O*EO O*EO SPECIMEN 19 1*EO Z*EO 2*EO 5 OEO 2*EO 99EO -16*EO ll*EO -16*EO O*EO lo*EO 10*EO -18*EO -18*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -ml5*EO o-15*EO -15*Eo -*15*Eo O*EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO OOEO O#EO O*EO O*EO O*EO O*EO O#EO OoEO O*EO O#EO OwEO 26*EO -4*EO -4*EO O*EO OeEO - O*EO O*EO 10*EO -wl4oEO ,*14oEO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO OOEO O*EO O*EO OwEO OoEO O*EO O*EO 10*EO -209EO 13*EO O*EO OoEO -*7*EO -w7*EO BOEO -22*EO -22*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO ODEO O*EO O*EO 6*EO-, -20*EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO 1*EO 1,to 1*EO 3*EO 4oEO 2*EO-- 7*EO -16*EO 7#EO 6*EO 5*EO 5-*EO 8#EO -12*EO -12*EO O*EO O#EO -9#EO -,9*EO -w9oEO -9*EO -10*EO -10*EO -*12*EO -W9 lbeo -9*EO osEo O*EO O*EO SPECIMEN 20 O*EO -12*EO O*EO OeEo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO OOEO O*EO OOEO 7*EO -14*EO 7*EO OOEO O*EO -*7*EO -7*EO 8*EO -13*EO *--13*EO O*EO O*EO OOEO O*EO 5*EO -*16#EO -16*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OOEO, 9*EO -*lZ*EO O#EO O*EO O*EO -*12*EO O*EO ll*EO O*EO O*EO 0 *EO O*E-O O#EO O*EO O*EO ooeo O*EO O*EO O*EO OOEO -O*E-O OOEO OOEO O*EO O*EO l*EO IOEO loEO ZOEO 3*EO 2*EO -*19*EO -*17*EO 4*EO 7*EO 9*EO 10*EO 5*EO O*EO O*EO O*EO O*EO -11*EO -11*EO -9*EO OoEO O*EO -10*EO -,10#EO SPECIMEN 21 -9*EO -P-7*EO -7*EO -*7*EO ,i-7*EO 6*EO -13*EO O*EO O*EO O*EO O*Eo OOEO OOEO O*Eo O*EO O*EO O*EO OOEO O#EO O*EO O*EO -O*EO 0,*EO O*EO 10*EO -wll*EO -11*EO OOEO O*EO O*EO OOEO 14*EO -7*EO -7*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*JEO O*EO O*EO O*EO O*EO O*EO o*Eo 9*EO o-12*EO **12*EO O*Eo 0 *EO O#EO OoEO 9#EO -12*EO 5*EO O*EO O*EO -7*EO o-7*EO O*EO OOEO O*EO O*EO O*EO Oo EO O*EO O#EO OoEO O*EO O*EO OOEO O*EO O#EO O*EO O*EO 1*EO 1 *Eo 2*EO E0 4*EO O*E-O- O*EO -01*EO- O*EO SPECIMEN 22 O*EO -1*EO_ O*EO of#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO 5 *EO --Z*EO O*EO OoEO O*EO O#EO O*EO O*EO O*EO O*EO -*2 oEO O*EO 0 *EO OoEO -19EO OOEO 6*EO -*l*EO OOEO O*EO O*Eo OOEO -1*EO O*EO 60EO 01*EO O*EO O*EO **7*EO 0-*EO O*EO O*EO O*EO O*EO O*EO 1*EO **6*EO O*EO O*EO -6,6 E 0 O*EO o-7*EO O*EO O*EO -O*EO O*EO O*EO OOEO -p7*EO O*EO O*EO OOEO O*EO O*EO O*EO OoEO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO I*EO 10EO 1*EO 7*EO 6*EO 7*EO 8*EO -8*EO *-9 *EO o*8*EO -7*Eo SPECIMEN 23 -9*EO -8*EO -*8*EO 3 *EO O*EO O*EO OoEO O*EO OakEO O*EO O*EO O*EO OoEO OoEO O*EO O*EO O*EO O*EO -"4*EO -4*EO 13*EO 27 O*EO 13*EO 13*EO 13*EO O*EO O#EO O*Eo O*EO O*EO O*EO O*EO OOEO O#EO O*EO 1*EO -*16*EO -pl6oEO O*Eo O*EO OOEO OOEO 2*EO -15*EO -15*EO O*EO O*EO O*EO O*EO -11*EO O*EO 6*EO ""^11*EO O*EO O*EO O*EO O*EO O*EO o*Eo O*EO O*EO O*EO O*EO 10*EO -7*EO -w7oEO 09EO 0 EO OOEO OOEO 10#EO -- 7-*EO- 6oEO O*EO OoEO -I*EO *-l*EO 6*EO *11*EO -oll*EO O*EO O*EO O*Eo O*EO w*17*EO O*EO O*EO O*EO OOEO O*EO O*to O*Eo 09EO I*EO 1*EO 1*EO 5oEO S*EO 5*EO 6*EO -*4.pEo -*4,*EO -4*EO -4*EO **4*EO -*4*EO -3*EO -3#EO OOEO SPECIMLN 24 O*EO O*Eo O*EO O*EO O*EO OOEO O*EO O#EO O*EO O*EO O*EO O*F.0 O*Eo O*EO O*EO 9*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -11,*EO O*EO O*EO O*Eo O*EO O*EO O*EO -wlloEO OOEO O*EO O*EO O*EO -4*EO O*EO *wll*EO O#EO O*Eo 7*Eo *-4*EO O*EO O*EO- O*EO O*EO O*EO O*EO O*EO- O*EO O*EO 8*EO 3#EO -3.*EO O*Eo O*EO O*EO O#EO 8*EO -3*EO -3f#EO O*EO O*EO O*EO O*EO -11*EO OOEO O*EO O*EO O#EO OoEO O*EO OOEO O*F-O O*EO OOEO O*EO O*EO O*EO O*EO O*EO SPECIMEN 25 29 o*E0 I*E0 1*EO ll*EO 2*EO I*EO 6*EO -4*EO -4*EO 8*Eo 8*E0 8*EO 6*EO -1*9*EO -9*EO O#EO O*EO 0sE0 O*EO -*5*EO -5*Eo -Osseo ---5*Eo o-69EO -w6,*EO 6*EO 4*EO OOEO O*EO o*E0 O*EO ll*EO O*EO ll*EO 09EO O*EO O*EO OOEO o*rzo O*EO O*EO 0*E0 OoEO o*E0 O*EO ll*Eo -16*EO O*EO O*EO O*EO O*EO OoEO o*Eo I0*Eo- 1*EO 1*EO E0 "-5,*EO -5,*Eo -16#EO 0,*EO O*EO OOEO 09E0 O*EO O*EO 6*EO -*10*'F-O -*IO*F-o o*E0 o*E0 12*EO -4*EO O*EO O*EO- -4*EO O#EO O*EO. O*EO O*EO O*EO O#EO O*EO O*EO o*E0 O*EO O#EO O*EO O*EO O*EO o*Eo o*Eo O*EO O*EO o*E0 OoEO O*EO O*EO O*EO 0,wE0 00Eo O*EO O#EO 30 SPECIMEN 26 2*EO I*Eo 1#EO ooll*EO -11*EO 30EO 7*EO O*EO O*EO O*EO- O*EO -*S*EO -4*EO O*EO -8*EO -4*EO O*EO O*EO O*EO --O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO -O*EO O*EO O*EO O*EO 9*EO -11*EO -oll*Eo O*EO O#EO OsEO O*EO O*EO O*EO 0,*EO O*EO 0 *EO Oo E0 ow8,o E0 -4-4*EO -*12*EO OOEO O*EO O*EO O*EO O#EO O*EO 9*EO -3*EO -3#EO O*EO OOEO O*EO OOEO O*EO O*EO O*EO O*EO 0,* E0 O*EO O*EO O*EO O*EO OOEO O*EO OoEO O*EO O*EO 2*EO -*10*EO 9*EO O*EO O*EO -ol*EO -ol*EO ll*EO O*EO O*EO -1*EO O*EO -1*EO O*EO -*12*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO OsE-0 O*EO OoEO O#EO O*EO l*EO I*EO l*EO 4#EO ,3#EO 4*EO 6*EO **5*EO -5*EO v-6*EO 3oEO -6,* E0 3*EO O#EO O#EO OoEO O*EO O*EO O*EO O*EO O*Eo m3 9 EO o*3*EO O*EO O*EO -*3*Eo -3*EO OOEO O*EO -10#EO SPECIMEN 27 OOEO 9*EO O*EO-10*Eo O*EO -5*EO. -6oEO O*EO O*EO O*EO O*EO O*EO O*EO 6*EO -- -3*EO 6*EO *,-5*EO -,S*EO O*EO O*EO O,*EO O*EO 5*EO -,6 *EO 5*EO O*EO O*EO **l *EO -*I#EO 7*EO -4*EO -*4*Eo OOEO OoEO OOEO O*EO -11*EO OOEO O*EO O*EO O*EO OOEO OOEO SOEO 003 OEO -03*EO OOEO O*EO OOEO OOEO $*EO -w3*EO -*s*EO OOEO OOEO OOEO 0 OEO owll#EO O*EO O*EO O*EO O*EO O*EO OOEO o-wll*EO OOEO OOEO O*EO OOEO O'Neo O*EO O*EO OOEO O,&EO 2#EO 2*EO -9#EO 10*EO 8#EO ll*EO 2*EO 2*EO "4*EO 4*4 * EO -*6#EO -*6*EO **3*-Eo #&3*EO 003*EO a-3 oEO O.Eo O#EO O*EO O*EO ooeo O*EO OOEO O*EO O*EO O*EO OOEO O*EO **16*EO **14*EO w-S#Eo -04*EO OOEO O*EO O*Eo OOEO O*EO OOEO O*EO O#EO w6*EO mw3 Eo 10*EO -*6*EO ,w6*EO O*Eo O*EO 0 E^ O*EO I O-o Eo **6 * EO- o*6*EO SPECIMEN 28 -wl4*EO 33 O*EO O*EO -w6*EO- -6*EO OOEO O*EO OOEO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO 13*EO **3*EO -*3*EO O#EO O*EO OOEO OoEO 9*]EO 4*EO 4*EO -,o3*EO -*3 *EO -3*EO -w-SoEO OOEO O*EO 10,*EO 9*EO -7*EO 69EO O*EO O*EO -wl*EO ,ol*EO 8*EO 5*EO w-8*EO -w3 EO- -3*EO O*EO oo]Eo O*EO O*EO 1*EO 2*F-O 1*EO 10*EO 4*EO 3*EO -124,EO --*I * E0 --7*EO 6*EO SPECIMEN 29 -1*EO 6*EO OOEO O*EO O*EO O*EO O#Eo OoEO O*EO OoEO O*EO O*EO -3*EO -o-3*EO --3*EO -w3#EO OoEO O#EO 0 * Eol o*ll*EO 9*EO -I*EO -7*EO O#EO O*EO O*EO O*EO O*EO- **13*EO 0 0ED O*EO O*EO O*EO -9*EO O*EO 10*EO -4*EO *#4*EO O*EO O*EO O*EO O*EO I *-E 0 -3-o E-0 -,*3*EO O#EO O*EO O*EO O*EO 10*EO --4*EO -4*EO O*-EO O*EO O*EO OoEO O*EO O*EO O*Eo OOEO 0 OE 0 O*EO O*EO ll*EO -3*EO -03*EO O*EO O*EO O*EO O*EO ll*EO -39EO -3*EO O*EO O*EO O*EO O*EO -14*EO O#EO O*EO -O*EO- O*EO O*EO O*EO -14*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO 2*EO 1#EO 1*EO 2*EO 20FO 3*EO 5*EO *-16*EO 9*EO 4,*EO 4*EO 5*EO --13,*EO O*EO SPECIMEN 30 3*EO -*13*EO O*EO 7*Eo -- -7*EO 8*EO -*13*EO -13*EO 9*EO -11#EO 7*EO 9*EO -13*EO OoEO O*EO O*EO O*EO -018*EO -*19*EO -,,19 *EO -16oEO *-17ofO OOEO 09EO 0 *EO O*EO OOEO O*EO O*EO O*EO -16*EO -13 *,EO 4#EO -*16*EO 8*EO O*EO O*EO -*S*EO v*8 #EO 7*EO 10*EO -v-13*EO -*3,o EO *-3,*EO O*EO O*EO 10*EO -*10*EO -10*EO O*EO OoEO O*EO O*EO 7#EO -13oEO -*lS*EO O#EO OoEO O*EO O*EO ll*EO -1-9*EO -9*EO OoEO O*EO OoEO O*EO ll*EO -P-9*EO -9*EO OOEO o#E-o- O*E-O O*EO 7*EO -wlSoEO **13*EO O#EO O*EO O*Eo O*EO 7*EO -13*EO -13*EO O*EO O*EO O*EO O*EO O*EO O*EO l*EO 2*EO 1*EO -14*EO 4*EO 1*EO **15,PEO O*EO SPECIMEN 31 O*EO 3*Eo -10*EO 90EO -14oEO OoEo O*EO O*EO O*EO OoEO OOEO *7,w E0 ,^7*EO OoEO OoEO --w5*EO -*5*EO O*EO O*EO O*EO OoEO O*Eo O*EO 8*EO- O*EO --*10*EO O*EO O*EO -0-*EO- O*EO OOEO OoEO O*EO ,-wl4eEO O*EO 7*EO -,,10*EO O*EO 09EO O*EO O*EO 6*EO *-11*EO -ftll*EO 0,&EO O*Eo O*EO O*EO **17*EO O*EO O*EO OoEO O*EO 0,6EO O*EO O*EO OoEO O*EO O*EO O*EO OoEO O*EO 12-*EO -*5*EO ,w5*EO O*EO O*EO O*EO O*EO 14*EO -3oEO -3*EO O*EO O#Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO OoEO O*EO O*EO O*EO O*Eo O*EO 0-*EO --0 *-EO O*EO 0-*EO---- -*14*EO -wl5oEO -10*EO SPECIMEN S2 1 *EO 1 *EO 16*EO 50EO 4#EO ,*-4* E0 -4oEO 10*EO 12*EO 10*EO 9*to 9*EO OOEO O*EO OoEO O*EO 405 f#E 0 -w3 *EO -3*EO O*EO -*5*EO **5 *EO -*7*EO -7*EO -7*EO -7*EO -ZIOEO -*20*EO -20#EO -*4*EO -*15*EO O*EO O*EO O*EO ot F o O#EO O*EO O*EO O*EO 15*EO -To E0 O*EO O*EO O*EO O*EO- -*22*EO OOEO 0.&EO OOEO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO -22*EO O*EO O*Eo O*EO O*EO O*EO O*EO 10*EO 10*EO -*12,*EO -2 *EO -2*EO O*EO O*EO 9*EO -t-13*EO *1,13*EO O*EO O*EO O*EO OOEO -13#EO O*EO O*EO 9*90 I*EO -5*EO O*EO -15*EO -7*EO -,22 *EO 9*EO O*EO -16*EO -ml3*EO O*EO -15*,EO -2*EO -2*EO O*EO-- OvEO O*EO 19EO 2*EO 1*EO 6*EO S*EO 2,*EO 8*EO -,-16*EO o-16*EO 15*Eo 13*EO 7*EO -20*EO -15*EO -15#Eo O*EO O*EO O*Eo O*EO -2*EO -2*EO -4*EO -4*EO -13-PEO -13*EO O*EO O*EO O*EO O*EO O*EO -22*EO -*25*EO ll*EO O*EO -13*Eo SPECIMEN 33 -ml6*EO B*EO-17*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -P-20*EO -15*EO 9*EO 14*EO -16*EO -2*EO -2,*EO O*EO O*EO 6*EO 15*EO -19*EO -4,*EO -w4*EO O#EO OOLIO *-25*EO O#EO OoEO OoEO O*EO OOEO O*EO **25*EO O*EO 09EO O*EO O*EO- O*EO O*EO 4*EO 6*EO 12,*EO -ol5oEO -15*EO -*9*EO 39 *,-9*EO 6*EO -19*EO -190EO O*EO O#EO O*EO OOEO 9*EO -16*EO-- O#EO osEo O*EO SoEO --17*EO **17*EO O*EO OsEO O*EO OeEO O#EO O#EO 19EO 1 #Eo 2#EO- 5#EO 4*EO SOEO ,wl8*EO 12*EO -- 19*EO 15*EO O*EO O&EO -7*EO --w7oEO. OOEO O*EO -7*EO -"7*EO owEO O*EO O*EO O*EO *-4#EO -*4*EO O#EO OoEO O#EO O*EO *-23*EO -22*EO --22*EO o-18*EO a-19*EO OOEO O#Eo O*EO- O*EO O#EO o*Eo OoEO O*EO ll*EO O#EO 6*EO ll#EO 13#EO --8 OEO -8*EO -6#EO --6*EO 6*EO ll*EO 14 # E-0 0 *to SPECIMEN 34 **8,*EO 6*EO -8*EO ,wl9*EO -22*EO lleEO *-19*EO 5-,b E0 -50EO 12*EO OeEO tr orO ElO -7 *-EO O*EO O*EO O*EO O*EO O*EO OOEO ll*EO 12*EO -wl4eEO ,,o-2*EO -2*E-O O*EO O*EO -*25*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OeEO O*EO O*lEO O*EO O*EO O*EO 0*.EO O*EO O*EO O*EO OOEO O*EO OOEO I*EO 1 *EO 1*EO 130EO 8*EO 15*EO 9#EO --I I *EO -IIOEO 5*EO 4*EO -9*EO O*EO -7 SPECIMEN 35 -9 OEO -15*EO -,15*EO O*EO O*EO O*EO- O*EO ooll*EO -110EO ,,-12*EO_ -12eEO OOEO Oo E0 O*EO O*EO O*EO O#EO OoEO O*EO a-,24*EO -*24*EO O*EO O*EO O*EO O*EO- O*EO O*EO O*EO O*EO -99EO -159EO 5*EO 9*EO **I lo EO -w259EO -*-16*EO -114,EO IOOEO -12#EO -wll,*Eo 7*Eo -19*EO BOEO OoEO O#EO -11*EO .011#EO 13,sEO **13,*EO -13*EO OOEO O*EO O*EO O*EO O*EO 0 *EO O*EO O*EO O#EO O*EO 5 *EO OOEO -o2loEO **13*EO -13*EO O*EO O*EO **26*EO O*EO OOEO ooeo O*EO O*EO OOEO "13*EO O*EO 13*EO *wl 3 o EO --12*EO -26#LrO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO OOEO 0 *EO O*EO 1*EO 1 *EO 1*EO 7*EO 4*EO 2,oEo -110EO 4*EO w*4*EO 5*EO 5*EO 6*EO -9,* E0 O*EO 0 *EO O*EO O*EO O*EO O*EO -012 *E0 -*2*EO *-2*EO -*2 *EO -3*EO *-3 *EO O*EO O*EO O*EO O*EO OoEO SPECIMEN 36 O*EO -12*EO 42 -11*EO -4*EO -79EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -*9*EO O*EO 10*EO -*3*EO -*3#EO O*EO O*EO O*EO OoEO OoEO O*EO O#Eo O*EO O*E-v O*EO OoEo O*EO O#EO O*EO O*EO ,mll*EO O*EO OoEO O*EO OOEO O*EO O*EO OOEO O*EO 8#EO -*5*EO -*5*EO O*EO O*EO O*EO O*EO O*EO OoEO OOEO- O*EO O*EO O*EO O*EO- OisEO OOEO O*EO O*EO O*EO OOEO O*EO OOEO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO 1*EO l*EO I*EO 3*EO 2*EO 1*EO -*17*EO o-14*EO 7*EO 99EO 4*EO 3*EO 0 * E-0 O*EO SPECIMEN 37 4*EO 43 O*EO OoEO O*EO O*EO O*EO O*EO O*EO 6#EO -12#EO 7*EO 0*,EO O*EO OoEO O*EO o-17,*EO -17*EO -17*EO -14*EO -15*EO O*EO O*EO O*EO Oor-O O#EO O*EO O*EO O*EO -16*EO -7*EO 12*EO -6*EO -6*EO 00 EO 0 *EO OOEO O*EO 10,sEO -*$*EO -S*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO ooEo O*EO O*EO O*EO O*.0 O*EO- O#EO O#EO O*EO *-18#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EQ O*EO O*EO O*EO 0 *Eo --- O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -13,*EO SPECIMEN 38 I*Eo 1 OEO 1*EO 6*EO 3*EO 2*EO 6 *EO ---7-*EO -11 #EO 50EO 2*EO -39EO -11*EO -11*EO --4*EO. -4*EO O*EO O*EO 7*EO 7*EO 90EO -12*EO 89EO 7*EO -*12*EO -,-8 *Eo OoEO O*EO O*EO O*EO -18*EO --pl7*EO -*17*EO -11*EO -14oEO O*EO O*EO O*Eo O*EO O*EO -11*EO 10*EO -9*EO O*EO OaEO -,-3*EO -3*EO 6*EO -I*EO -loEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OwEO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO- 7*EO *-12*EO 3*EO OOEO O*EO -0-9*EO --o9 *E0 10*EO -9&EO- -90EO O*EO O*EO -O*EO O*EO 13*EO *#-6 tv E0 *-6*EO O*EO O*EO O*EO- -O*EO OOEO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -15*EO 6*EO SPECIMEN 39 I *EO -4*EO 3*EO -3*EO 4*EO -w4*EO -3 OEO OOEO O*EO O*Eo O*EO O*EO O*EO o*Eo O*EO OOEO O*EO O*Eo O*EO O*EO O*EO O*Eo OOEO OOEO O*EO O*EO O*EO O*EO O*EO O*EO--, O*EO -*7*EO ,w-4*EO -*3*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -O*EO O*EO O*EO O*EO O*EO O*EO O*EO -*8*E0 O*EO O*EO O*EO O*EO O*EO OOEO SOEO -3*EO- -3*EO OOEO O*EO O*Eo O*EO 6*EO -m-2 #E0 e-2*Eo O*EO O*EO O*EO 0040 -*8 *EO O*EO O*EO O*EO O*EO OWEO O#EO **8*EO O*EO OOEO O#EO O*EO O*EO OOEO 46 -*8*EO OOEO O*EO O*EO O*EO OWEO O*EO 7*EO -wl*EO O*EO O*EO OOEO OOEO O*EO I*EO 2*Eo Z*EO $*EO 7*EO 4*EO -10*EO --2*EO -1*2*EO -3*Eo -3*FO -6*EO -6*Eo O*EO O*EO O*EO O*EO O*Eo O*EO 0-*EO O*EO O*Eo O*EO O*EO O#EO O*EO O*EO O*EO OoEO O*Eo O*EO -12*EO -10*EO oo,10*EO -2*EO -3*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO -6*EO O*EO -13*EO O*EO O*EO O*EO O*EO O*EO O*EO -134&EO OOEO O*EO O*EO O*EO O*EO O*EO -*13*EO O*EO O*EO O*EO O*EO O*EO O*EO- O*EO OOEO O*EO O#EO O*EO -1*EO OOBO SPECtMEN 40 47 -13*EO OOEO O*EO 0,*EO O*EO O*EO O*EO O*EO O*EO -*13*EO O*EO O*EO O*EO O*EO O#EO O*EO 13*EO -- O*EO O*EO O*EO O*EO OOEO ----O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO 10EO 14EO 1*EO 79EO 2*EO 2*EO 99EO -8#EO 6*'EO 5#EO $*EO 5*EO 6*EO -- "-6*EO O*EO O#EO O#EO O*EO -7*EO -*7*EO -B*EO -8*EO -8*EO ---- 8*EO O*EO SPECIMEN -*8*E0 O*EO O*EOll O*EO *-16*EO -wl$*EO -*-15*EO -*8 *EO 4*13*EC OOEO OOEO 0 *EO O*EO O*EO O*EO O*EO O*EO "13*EO -r-6*EO 8*EO -9*EO -,*9*EO O*EO O*EO OoEO O*EO 4*Eo **13*EO -13*EO 00,EO- OOEO 0 S*EO -12*EO -12*EO O*EO O*EO O#EO O*EO O*EO Os EO O#EO O*EO O*EO O*EO O*EO 16*,EO- ,o-l*EO O*EO O*EO O*EO O*EO O*EO 0 *EO O*E0 O*EO O*EO O*EO -O*EO *E0 -110- O*EO O*EO O*EO O*EO O*EO O*EO o,*Eo O*EO O*EO O*EO O*EO O*EO Oo EO O*EO O*EO 10EO O*F-O O*EO 2*EO 2*EO 8*EO O*EO O*EO -90EO o-9*EO 7*EO -9*EO -3*EO -3*EO O*EO O*EO O*EO 0 &EO O*EO O EO OOEO -*2oEO O*EO O*EO O*EO O*EO O*EO -1loEO -11*EO O*EO -9*EO O*EO O*EO O*EO 0-* EO -1*EO SPECIMEN 42 -216EO O*EO -11 #EO O*EO -11*EO O#EO 49 O*EO O*EO O*EO O*EO -9*EO -w3oEo -12*EOI O*EO OoEO O&EO OOEO O*EO 7*EO -5*EO -w5oEO O*EO O*EO O*EO OOEO 9,PEO **3*EO -3*EO O*EO O*EO O*EO O#EO OOEO O#EO O*EO O*EO O*EO O*EO O*EO-- 9*EO -39EO -*3*EO O*EO O*EO OOEO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO OOEO 10EO O*EO O*EO -13*EO 2*EO 3*EO *ol3*EO O*EO O*EO o-ll#EO 5*EO 4*EO 8*EO OOEO O*EO OOEO O*EO O*EO O*EO O*EO O*EO *&6*EO -6*EO -6*EO O*EO- SPECIMEN 43 lo -6*EO -2*EO -29EO O*EO O*EO O*EO -13*EO -13*EO 0410 -1-2*EO OoEO O*EO O*EO O*EO OoEO O*EO O*EO 0,*Eo O*EO 7 *EO -11#EO O*EO O*EO O*EO OOEO -14*EO -14vEo OOEO O*EO 0*-EO O*EO O*EO O*EO 0401---l- O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*Eo -14*EO O*EO O*EO O*EO O*EO O*EO OoEO 0,*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O&EO OIOEO O*EO O*EO O*Eo 0 *EO O*EO QOEO O*EO 0 *EO O*EO l*EO O*EO 1 OEO 66EO 4#EO 4*EO 4*EO O#EO SPECIMEN 44 ".13,&Eo -*13,bEo 5#EO 15*EO 5*EO -14*EO -14*EO -6*EO Oo E0 O*EO O*EO OOEO -*10,*EO, -10*EO O*Eo OOEO -9*EO -9*EO O*EO O*EO O*EO O*EO -3*EO -3 *EO -19*EO -*18 s EO 13 *EO -15*EO -*19*EO O*EO O#EO 0 *EO O*EO OOEO O*EO O*EO O*EO -14*EO ,*-14*EO 20*EO O*EO OoEO O#EO O*EO 9*EO 13-*-EO 4*13*EO Oo EO OoEO- --O*EO O*EO O*EO O*Eo 09EO Oo E0 O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO 12*EO --S*EO -*8*EO O*EO O*EO O*EO O*EO 79EO 13*EO -13*EO O*EO O*EO O*EO O*EO O*EO O*EO 0 #EO OoEO O*EO O*Eo O*EO O*EO OoEO O*Eo O*EO OSEO O*EO O*EO O*EO O*EO 0 *E0-- O*EO SPECIME N 45 19EO I*Eo I *EO 14*EO 2*EO 3oEO 12*EO O*EO OOEO 9*EO 4*EO- 36EO -10*EO lo E0 -I*EO O*Eo -*3*EO OeEO -3*EO --8,w E0 i--8*Eo -7*EO -7oEO O*EO OoEO -0*,EO O*EO O*EO O*Eo -14*-EO O*EO 12*EO --14*EO -13#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO- -*10*EO --l*EO 2*EO 12*EO -wl3,oEO -1#EO -1 *EO OwEO O*EO 2*EO 9*EO 139EO -4*EO -m4*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO OOEO O*EO O*Eo 12oEO -s-3*EO --3*EO OOEO O*EO O*EO O*EO 12*EO --3 *Eo *--3*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O#EO O*EO O*EO 0 E.0- -O*EO OOEO 1*EO 1*EO 2*EO -6*EO S*EO 3*EO -5*EO OOEO O*EO -1*EO -1*Eo -o-2*EO -2*EO O*EO 0 *-EO -O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO OoEO O*EO O*EO O*EO OeEO O*EO O*Eo O*EO O*EO OoEO O*EO O*EO O*EO OOEO I*EO 6*EO -7*Eo -*I*Eo -1*EO O*EO -5*EO -5*EO SPECIMEN 46 O*EO O*EO O*EO O*EO O*EO 39EO -5*Eo -5*EO O*EO O*EO O*EO O*EO 0,*EO O*EO O*Eo O*EO O*EO O*EO O*EO -8oEO O*EO O*EO O*EO O*EO O*EO OOEO 7*EO -10EO *-I,*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*v-0 O*EO O*EO O#EO O*EO O*EO O*EO O*EO-- O*EO O*EO O*EO O*EO O#EO I*EO 1*Eo O*EO -22*EO 4*EO 7*EO ll*EO --O*EO O*EO 12*EO SPECIMEN 47 'Wil*EO 8*EO--11*EO --*ISPEO O*EO -5 *EO O*EO O*EO -5,*EO -9*EO -99EO O#rv O*EO O'SE0 O*EO OOEO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO- O*r-0 O*EO O*EO O#EO O*.0 O*EO O*EO -239EO O*EO O*EO OoEO O*EO O*EO O*EO o-23*EO O*EO O*EO- OOEO O*EO O*EO O*EO -23*EO O*EO O*EO 0 *EO O#EO O*EO O*EO OOEO O*EO OOEO O*EO O#EO OOEO OOEO ll*EO -13*EO 4-13,*EO OOEO O*EO OOEO O*EO 13*EO -10*EO -*10*EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO OOEO OOEO l*EO I *EO I *EO 5*EO 5,*EO -*14*EO O*EO O*EO -*6*EO **6*EO -6*EO -*6*Eo O*EO -OoEO- O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO 0 *EO 06EO G*EO O*EO O*EO O*EO OOEO OoEO 0,* E0 O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO 2*EO 4*EO SPECIMEN 48 4*EO -10,*EO -10oEO -14,oEO *-IO*EO IOOEO- -10*EO 6*EO -100EO O*EO OoEO O*EO O*EO O#EO OoEO OoEO 0*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO OwEO O*EO OoEO 8*EO -$*EO -,-8*EO 0 EO- 0 * EO O*EO O*EO 30EO 5*EO 5 *-EO "-4*EO o-4oEO -4*EO -,--4 *E0 O*EO O*EO O*EO -O*EO OOEO O#EO *vCA -O*EO-- 0 E0 O*EO O*EO OoEO O*EO O*EO I*EO OOEO 1 *EO 6oEO 4oEO 36EO -9 *EO -4*EO -6*EO -6*EO SPECIMEN 4 9 -4,*EO- -6*EO 5*EO OoEO O*EO O*EO O*Eo O*EO O*EO OoEO O*EO O*EO 0 *EO O*EO OeEO -1 *EO O*EO OOEO OoEO O*EO O*EO O*EO 0 *EO Oo E0 O*EO oo Eo O*EO O*EO O*EO O#Eo O*EO O*EO -1*EO O*EO O*EO O*EO 8 *EO OW30EO -3,*EO O*EO O*EO O*EO O*EO lmll*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO OOEO -O*EO O*EO OOEO O*EO O*Eo O*EO O*EO O*EO -110EO O*EO O*EO O*EO O*EO O*EO O*EO -11*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0 # ElO 0-*-E-O OOEO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO 1*EO 2*EO 1*Eo 8*EO 9*EO -14*EO O*EO O*EO *-7*EO -7*EO -*7,o E0 -,*7*EO OOEO O*EO O*EO O*EO O#EO O*EO O*EO O*EO OOEO O*EO OOEO O*EO o*'#o O*Eo O*EO O*EO O*Eo O*EO OOEO SPECIMEN 50 ll*Eo ll*EO O*EO OOEO 00,EO O*EO O*EO O*EO OtVEO 0 *Eo O*EO O*EO .*EO O*EO 6*EO -- 12*EO- 6*EO O*EO O*EO -w6*EO -m-6*EO -13*EO O*EO O*E O O*EO O*EO OOEO O*EO O*EO OoEO 0#EO OoEO O*EO OOEO O*EO O*EO O*EO O#EO O*EO O*EO *-IS*EO O*EO O*EO OoEO OoEO O#EO O*EO O#EO O*EO O*EO O*EO O#EO O*EO O*EO OOEO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O#EO O*EO O*EO I *EO I*EO I*EO 10*EO 3*EO 3*EO 10*EO -99EO -*9*EO 6*EO 6*EO 6*EO 6*EO --9*EO -9*EO OoEO O*EO -13*EO SPECIMEN 59 OoEO O*EO O*EO -09eeo -09*Eo 4*9*EO --9*EO -w9#EO 0*9 OEO -9*EO -9#Eo O*EO OOEO O*EO O*EO O*,EO O#EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO OOEO OoEO 8*EO -13*EO -0130EO O*EO O*EO O*EO O*EO O#Fo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO- O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO- O*EO OGEO O*EO O*EO O*EO O*EO O*EO ---O*EO- O#EO OOEO O*EO O*EO -OoEO OOEO O*EO OoEO OOEO OOEO O*EO 0,*EO -OOLIO O*EO OqEO O*EO O#EO, O*EO 0-*EO O*EO O#EO O*EO O*EO O*EO OOEO SPECIMEN 52 OOEO A PA 10EO 240 1-*EO 7*EO 49EO 4*EO- 8*EO -,-17*EO 7*EO 6*EO O*EO -17oEO lo#EO 6*EO *-17*EO -17*EO O*EO O*EO O*Eo -100,EO -*9*EO -15*EO 4-15 EO -9#Eo -P15 *EO -10*EO -*15#EO O*EO O*EO. O*FO O*EO 014-0--.- -O*EO O*EO O#EO O*EO OOEO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 6*EO -18*EO -18oEO o,*Eo O*EO- O#EO OoEO 7*EO -,*2 0 *-EO, --20*EO O*EO O*EO O*EO O*EO O*EO OOEO OwEO OOEO O*EO NEO 0-* E-O-- O*EO O*EO O*EO O*EO OOEO 09EO O*EO 6*EO ll*EO ll*EO -10*EO -10,*EO --10*EO 7*EO lloEO -*15*EO -*9*EO -9*EO O*EO O*EO 6*EO 69EO 6*EO w-15 oEO -*15aEO -15*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO -10*EO -15,*EO 61 SPECIMEN 53 1 OEO 2*EO 2*EO 8*EO 4#EO 4*Eo 4#EO -9*EO 9*EO 7*EO --6*EO -9*EO -8*EO -$*Eo -*8 o EO O*EO -4*EO O*EO O*EO *-4* E0 -6*EO -6*EO O*EO O*EO O*EO O*EO 0 0 .0 O*EO O*EO lo*EO -10*EO -10*EO O*EO- O*EO O*r-v OoEO O*EO O*EO OOEO O*EO O*Eo O*EO O*IEO- OoEO 5*EO O*EO O*EO OoEO O*EO O*EO 04E.0 O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0*,EO O*EO 10*EO ,o-10*EO -10*EO O*EO O*EO OOEO OoEO O*EO O*EO OoEO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO OoEO -15*EO 7#Eo -8oEO 0 OEO O*EO O*EO OVEO-- 0 *EO OoEO O*EO O*EO 0 *EO O*EO O*EO O*EO 0 *EO O*EO O*EO O*EO 7*EO 7*EO SPECIMEN 54 Olo EO -^8 *EO -8*E0 O*EO O*EO O*EO O*E-O O*EO O*EO 0,6EO O*EO 09EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*E-O O*EO' 8*EO OoEO O*EO Os EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO OOEO O*EO *-15*Eo O*EO O*EO OOEO O*EO O*EO O*EO **IS*EO O*EO- O*EO OOEO O*EO OOEO O*EO -*IS*EO O*EO O*EO 0 *-E 0- O#EO OOEO O*EO O*EO O*EO OoEO 0 OEO OOEO O*EO O*EO -15*EO O*EO O*EO 0 0 Elo O*EO O*EO O*EO --lSoEO O*EO O*EO O*EO 00,EO O*EO O*EO -150EO O*EO O*EO O*EO O*EO O*EO 0 *EO O*EO O*EO OOEO O*EO O*EO O*EO OOEO O*EO OVEO 2*EO-. -1*EO- 5*EO SPECIMEN 55 I OEO 6#EO 60EO 6*EO 12*EO 7*EO 4*EO 7*EO 7*EO 4*EO- **15*EO **IS*EO -@-15 *EO *oS#EO -*13*E0 -8#EO 10*EO -18*EO -15,*EO -18#EO -15*EO -15*EO- -*15*EO -16*EO -18*EO O*EO OwEO OOEO 0 *EO OOEO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO 9 OEO 10*EO 10*EO -10*EO o*10*EO -29*EO -10*EOO*EO -10.EO O*EO .64-- O*EO O*EO O*EO OOEO O*EO O*EO O*EO oor-O O#EO O&EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO 19*EO .0-100E0 O*EO O*EO OvEO- O*EO O*EO -10,oEO O*EO -29#EO O*EO- OSJEO O*r-v -O*EO- O*EO O*EO O*EO O*EO O*EO -O*EO O#EO O*EO O*EO OOEO O#EO O*EO O*EO O*EO 1*EO 29EO O*EO 10*EO 7*EO 1*EO 17*EO -7,* E0 -7*EO IOOEO 7*EO 9*EO 6*EO -"4*EO -49EO O#EO OOEO O*EO O*EO O*EO O*EO -3*EO -3*EO SPECI MEN 56 -*lOoEO 9*EO 0140, -13*EO -10*EO O#EO O*EO O*E-O--.------- O*EO OOEO O*EO O*EO O*EO O*EO O*EO O#EO 65 O*EO O#EO O*EO O*EO O#EO O#EO- 15*EO -07 *to *o7*EO O*Eo O#EO OoEO 4#EO 14*EO 14*EO -4*EO -4*EO -4*EO -*4*EO O#EO OOF-0 09EO O#EO O*EO O#Eo OeEO O#EO O#EO NEO O#EO- O*EO OsEO O#EO 2*EO 119EO 10*EO e-9*EO ,*-9 E0 -11#EO -mlO*EO 10#EO O#EO O*EO O*EO O*EO O*EO OwEO 5oEO 3*EO 10*EO -14*EO -14*EO -7*EO -7*EO OOEO O*EO O#EO OtPEO 09EO OsEO- 0 *E-0 OoEO IOEO I*EO 2*EO 3#EO 4*EO 3#EO -5*EO -209EO 12*EO -5*EO -5*EO -*2*EO -**2 sEO OOEO O#EO -*11*EO -11*Eo O*EO 09EO O*EO O*EO O*EO O#E-v SPECIMEN 57 O*EO- O&EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO OoEO OOEO O#EO O#EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO 13oEO a-12*EO O*EO .-*12*EO O*EO 6*EO -*9*EO 169EO -*9*EO 10&EO 10*-EO -*9*EO -9,*EO -9*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0*-EO O*EO O*EO -24*EO O*EO O*EO O*EO O*EO O*EO 09EO 5*EO -20*EO -20*EO O*EO O*EO O*EO O*EO "25*EO O*EO O*EO OoEO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO I*EO 4#Eo 3*EO -8*EO -9*EO 9*Eo -- -9*EO O*EO SPECIMEN 58 67 OOFO- OPEO O*EO O*EO O#EO O#Eo O*EO O*EO O*EO OOEO O*EO OOEO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO OAoEO O*Eo O*EO O*EO O*EO O#EO O*EO O#EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OOEO O*EO O*EO S*EO -89EO -8*EO O*EO O*EO O*EO O#Eo 5*EO -*8*Eo -S*Eo O*EO OOEO 5*EO -8*EO O*EO- O*EO -*8 #EO O*EO O*EO OOEO--- O*EO OOEO O*EO O#EO O*EO OOEO O*EO O*Eo 5*EO -8,*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO 0 *EO O#EO O*EO O*EO OOEO O*EO OOEO O*EO OoEO O*EO OOEO O*EO O*EO O*EO O*EO -8,*EO SPECIMEN 59 10EO 1 *Eo 1*EO OOEO 4*EO 1*EO 8*EO O*EO O*EO 4w20*F.0 9*EO -*14oEO -8 OEO -*16*EO -15*EO O*EO O*EO O*EO 09EO OOEO O*EO .*11*EO -11*EO O*EO O*EO -^15*EO "-15*EO 0-*EO O*EO O*EO O*EO 16 *-EO --O*EO O*EO - 0 *-E-0 17*ED POEO O#EO OOEO OOEO O*EO O*EO O*EO O*EO 15*EO -110EO O*EO O*EO O*EO I-O*EO 6*EO ll*EO IloEO- -9*EO -*9 EO -,-9 Eo -9#EO .6*-EO ll*EO ll*EO -9*EO -99EO -9*EO -9*EO -17,*EO O*EO O*EO OoEO O#EO O*EO OOEO 10*EO -W160EO -*16*EO O*Eo 0 9--EO O*EO O*EO 10*EO -16*EO *o-16*EO O*EO O*EO O*EO 01*EO-- O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO_ -11*EO 69 O*EO O*Eo O*EO OoEO O*EO O*EO O*EO O#EO I#EO 1 *EO I*EO 8*EO 1#EO 9*EO 9*EO -1-5,*EO -S*EO 8*EO 8*EO -4*EO -4*EO -i-4*EO O#EO O*EO O*EO -30EO --3*EO M03 OEO -*3 oEO O*EO SPECIMEN 60 -0 * E-0- O#EO o*Eo O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO -0*E-O-- O*EO 10*EO --- -@ S*EO O*EO--- O*EO -PIO*EO O*EO O*EO O*EO o,*Eo O*EO O*EO 7oEO -3*EO -3*EO O*EO O*EO O*EO O*EO Oorv O#EO O*EO O*EO O*EO O*EO OoEO -15*EO OOEO, O*EO O*EO O*EO O*EO -S*EO O*EO OOEO O*EO 7*EO -*8*EO ,"S* E0 O*EO O#Eo O*EO O*EO 79EO -8*E0 -8*EO OoEO O*EO Os Eo O*EO O*EO OoEO O*Eo OeEO O*EO O*EO O*EO O*EO O*EO 10EO IOEO I *EO 7*EO 3#EO 4*Eo 89EO -6*EO -6*EO SoEO 3*EO -9*EO -*,9*EO -*5*Eo -5*E o O*EO O*EO O*EO O*EO -7*EO -7#EO O*EO O*EO O*EO O#EO O*EO OOEO O*EO O*EO O*EO O*EO 0,6EO OoEO O*EO OOEO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO 'w6*EO OOEO O*EO O*EO OoEO O*EO O*EO -*6*EO O*EO OoElO-____ O*EO O*Eo OOEO O*EO -6*EO O*EO O*EO O*EO -SPECIMEN 61 -o-5*Eo -05 0EO 71 O*EO 0 E-O.- O*EO -6,* E0 O*EO O*Eo O*EO O*EO O*EO O#EO 10*EO -3*EO -3*EO O*EO O*EO OOEO O*EO 7*EO -4*EO -4*EO O*EO O*EO O*EO- OOEO O*EO O*EO O*EO O*EO OoEO -O*EO -O*EO O*EO OoEO OoEo O*EO O*EO O*EO 0 EO O*EO O*EO IOEO 2*EO 1*EO -*6#EO 2oEO 2*EO --7oEO O#EO OoEO -0-4#EO -4*EO -5oEO .m5*Eo O*EO O*EO OoEO OOEO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*Eo OoEO O*EO O*EO O*EO OoEO O*EO O#EO OoEO O*EO OOEO O*EO O*EO O*EO O*EO Pao O*EO O*EO- O*EO O#EO OoEo SPECIMEN 62 -9oEo OOEO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO- O*EOl O*EO O*EO O#EO O*EO O*EO O*Eo O*EO O*EO O*EO OOEO OoEO O*EO O*EO O*EO -9*Eo OVEO OOEO O*EO O*EO O*EO O*EO *-9oEo O*EO OOEO O*Lo O'NEO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO 0010 O*EO OoEO OoEO OpEO OOEO O*EO O*EO O#EO I*EO 1*EO I*EO -*9*EO -*9*EO 7*EO 6*EO OOEO OOEO --O*EO O*EOf. o*A*EO m3oEO O*EO O*EO O*EO- O*EO O*EO O'NEO O*EO O*EO OoEO OoEO O*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 63 -*3*EO -2*EO O*EO T3 O#EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OOEO O*EO OoEO O*EO O*EO OOEO -7*EO O#EO O*EO O*EO O*EO O#EO O*EO -*7oEO O#EO OOEO O#EO Oo.0 O*EO O*EO O*EO O*EO -O*EO O*EO O*EO OoEO O*EO OoEO O*EO O*EO O*EO O*EO O*EO OoEo 7*EO -4*Eo -4*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO 9oEO -2oEO -2*EO OoEO O*EO OoEO O*EO OeEO O*EO OOEO 09EO OoEO O*EO O*EO O*EO O*EO loEO 2*EO 2*EO 9*EO 9*EO 7*EO 5*EO 7oEO 4oEO 4*EO -8oEO 60EO 6oEO 8oEO 7oEO -1*EO SPECIMEN 64 --I*EO -4*EO -4*EO -4*EO O.to O*EO -*4*EO --4 *EO "-4*EO -w4,PEO -3#EO -3oEO 12*EO O*EO O*EO O*EO O*EO OsEO O*EO O*EO ObEO O*EO O*EO O*EO O*EO O*EO ll*EO S*EO -9,*EO -I*EO -1*EO O*EO OoEO 12*EO -4*EO -*4,*EO O*EO O*EO O*EO O*EO -16*EO O*Eo O*EO O*EO O*EO O#EO O*EO O#EO O*EO OoEO O*EO O*EO O*EO O*Eo 14*EO o-6*,EO -6*EO O*EO O*EO OOEO O*EO O*Eo O*EO O*EO O*EO O*Eo O*EO OOEO O*EO O*EO. O*EO O*EO O*EO O*EO OOEO O*EO O*EO O#EO OoEO O*EO OoEO O*EO OoEO O*EO' SPECtMEN 65 -4o'EO -*4*EO 4-4&EO -16*oEO 75 8*EO I#EO 1*EO 1*EO 2*EO 2*EO ll*EO -13*EO 7#EO 6*EO 5*EO 6#E0 69EO -10*EO -10oEO O*EO O#EO --6*EO -6*EO -13*EO -13*EO 7*EO 10*EO -13*EO 10*EQ -13#EO 8*EO O*EO O*EO O*Eo 0 *EO O*EO O*EO OOFO O*EO OOEO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 13*EO -,O Eo -10*EO O*EO O*EOI-l----l-- O*EO O*EO 6*Eo S*EO ,*-9*EO -*9*EO O*EO 9*EO ,*-14oEO *-14*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO OPEO O*EO 13*EO -10*EO -1040 O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO OOEO 0-o EO O*EO OoEO O*EO O*EO OoEO O#EO O*EO Oo EO O*EO O*EO o*Eo OqEO O*EO O*EO OOEO OOEO OoEO 1951 -olOoEO -17*EO O*EO 19512*1 _ _ DATA FOR THE MULDE MARL THE FOLLOWING IS A TABULATION, OF THE DATA FOR SPECIMENS FROM THE MULDE MARL . THE DATA FOR EACH SPECIMEN IS LISTED IN THE ORDER GIVEN ON PAGE 38 SPECIMEN I 1.EO 0.E0 -- O.,EO O.EO 6.EO I O*EO 'OoEO O1.EO OeEO -4 * EO o*EO OeEO OeEO 0.EO O.EO O.EO O.EO I '---~----- 0.EO O*EO O.EO O*EO OoEO OoEO 9.EO O*EO -1.EO O.EO O#EO o .EO OoEO O.EO OEO OoEO O.EO O.EO 0.EO O*EO -O*EO 0.EO O.EO 0.EO OEO O.EO -OEO O.EO 03.EO *4*0EO O.EO OQEO 5EO O.EO OEO O.EO O*EO O*EO O.EO O*EO O.EO 0.50 r O, EO 0*EO O*EO I O.EO O.EO 1CA 2 OoEO O*EO O*EO I*EO 2*Eo 2*EO -S*EO **5*EO -5#EO -5*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO OOEO O*EO O*EO O*EO O*EO OOEO O*EO -*8*EO O*EO O*EO O*EO O*EO O*EO O*EO 7*EO -1*EO -I*EO O*EO O*EO 0 *EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO 6*EO o*2oEO -w2 * EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*Eo O*EO O*EO OOEO SPECIMEN 2 SPECIMEN 3 -7*EO 1 *EO 2*EO 3 *EO S*EO 5*EO 4oEO O*EO O*EO -*2*EO -2 #EO -ol *EO -,I&E0 o-2*EO *-2*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO 09EO 8 *EO 4*2*EO O*EO OOEO OoEO O#EO -wlO#EO O*EO O*EO OoEO O*EO O*EO O*EO 6*EO **4*EO **4 9EO O*EO O*EO O#EO O*EO S*EO -2*EO ---2 * E0 -*2*Eo O*EO o*Eo O*EO O*EO 7*EO -S*EO a-3*EO O*EO O*EO OOEO O*EO -*7*EO O*EO OOEO OOEO O*EO O*EO O*EO 1*EO S#EO 2*EO S*EO 7#EO -*13*EO 80EO 4*4*EO o*5,o Eo -WSOEO SPECIMEN 4 -4,*Eo O*EO 4 O*EO -5*EO -59EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO ll*EO --5*EO ,*5*EO O*EO_ O*EO O*EO 0-*EO ll*Eo o-5 *Eo -5*EO O*EO O*EO O*EO O*EO 10*EO ,m6oEO o-6*EO O*EO O*EO O*EO OoEO 10*EO -*6*EO ,,o6#EO O*EO O*EO O*EO O*EO -*16-*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0 *EO O*EO I*EO 2*EO 19EO 7*EO 7*EO 6*EO 4*EO -9*EO *w9*EO 9*F.0 -- -90EO -11*EO 8*EO ll*EO -wl3oEO O*EO O*EO O*EO O*EO O*EO OeEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 10*EO -9*EO SPEC 114EN 5 OOEO 4-90EO 0 *E0 O*EO OsEO 5 *EO -w4 #EO **4* EO O*EO O*Eo O*EO OeEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 5*EO ll*EO o-14*EO -w3*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OOEO OeEO O*EO O*EO O*EO O*EO I*EO 6oEO 8*EO 4050EO -*5*EO IM30EO O#EO OOEO O#EO O*EO OoEO OoEO G*EO OOEO OoEO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 6*EO -6*EO **6*EO O*EO OeEO O*EO O*EO 7 *EO ,*5 *EO OoEO O*EO OoEO OOEO -PS*EO O*EO -19*Eo -O*EO -3*EO O*EO SPECIMEN 6 7*EO -SOEO -3*EO O*EO -5#EO 6 O*EO O*EO O*EO 6*EO 0*6*EO -i*6*EO O*EO O*EO 0,&EO OOFEO 6*EO -6*EO -*6*EO O*EO O*EO O*EO O*EO WU*Eo O*EO O*EO O*EO O*EO O*EO O*EO l*EO 2*EO Z*EO -9*EO 009*EO o*9*EO -9*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO. O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO OOEO 2 *EO OoEO O*EO O*EO O*EO O*EO O*EO 9*EO 3*EO O*EO O*EO O*EO O*EO -*12*EO O*Eo O*EO O*EO O*EO O*EO O*EO -12*EO O*EO O*EO O*EO ooeo O*EO O*EO O*EO -2*EO O*EO O*EO O*EO SPECIMEN 7 -3,*EO O#EO O*Eo O*Eo o * E0 O*EO O*Eo O*Eo O*EO IoEO 2*EO 4*EO BOEO 7*EO 4*EO *-lOoEO -4*EO --4*EO -w5oEO o*5 *EO -6*EO *-6*EO 09EO O*EO O*EO O*EO O*EO OvEO O*EO O*EO O*EO O*IEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 8*EO -7*EO -7#EO O*EO O*EO O*EO O*EO 15*EO O*EO OoEO O*EO OoEO O*EO O*EO O*EO O#EO O*Eo O*EO OeEO O*EO O*EO -15*EO 09EO OoEO O*EO 0*EO O*EO O*EO 4-15*EO O#EO O*EO 06EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 8 8 SPECIMEN 9 I*EO 4*EO -6oEO -4*EO -o4*EO O*EO O*EO OoEO O*EO OOEO OoEO O*Eo O*EO OvEO O*EO E0 O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO 640 OOEO -111 *EO E0 6*EO -6oEO O#EO O*EO O*EO O*EO O*EO -*11 *Eo OOEO O*EO O*EO O*Eo OOEO O*EO O*EO O*EO O*EO O*EO 0 *-EO O*EO O*EO -11*EO O*EO O#EO O*EO O*EO O*EO O*EO 7*EO -*4,*EO O*EO O*EO O*EO O*EO -wll*EO O*EO OwEO O*EO O*EO O*EO O*EO 1*EO 2*EO 4*EO -11*EO 4*EO 51*EO -9*EO OOEO -4*EO SPECIMEN 10 9 O*EO *,7 *E-0 E0 -4 *E0 ,*04*EO O*EO O*EO OOEO O*EO O*EO O*EO-- O*EO - O*EO OoEO O*EO O*EO OsEo OoEO OoEO O*EO O*EO 8*EO -6oEO -*6*EO O*EO OoEO OoEO OOEO 7*EO -7,*Eo -7#EO OoEO O*EO OvEO O*EO OOEO -O*EO O*EO O*EO O*Eo O*EO ll*EO -w-9 *EO 4*3*EO O*EO O*EO O*EO OoEo 6*EO -w8*EO OoEO O*Eo O*Eo 8*Eo -w4*EO O*EO -OOEO O*EO 19EO 3*Eo 2*EO -9*EO 7*EO ml Oo E0 6*EO O*EO OoEO --2*EO **2*EO -4*EO -o4oEO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*Eo O*EO OoEO -*IO*EO -8,*EO O*EO -4*EO O*E'O SPECIMEN 11 10 O*EO O*EO O*EO O*EO O*EO O*EO -13#EO O*EO O*EO O*EO OoEO OwEO O*EO O*EO O*EO OOEO O*EO O#EO O*EO O#EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO 4*EO -9*EO O*EO O*EO -*9*EO O*EO OoEO -wl3*FO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OeEO O*EO O*EO O*EO O*EO 1#EO 7*EO 8*EO 3*EO -- **3*EO -m2*EO -*2*EO O*EO O*EO O*EO O*EO 0 --*EO OOEO O*EO O*EO OOEO O*EO O*EO 0*E0 0- -EO O*EO O*EO O*EO o*Eo O*EO O*EO O*EO O*EO O*EO OoEO -"11*EO O*EO OfpEO O#EO OoEO O*EO O*EO OOEO O*EO O*EO SPECIMEN 12 03*0 03*0 03*0 03*0 03*0 03*TT- 03*0 03#0 03*0 03*0 03*9- 03*9- 03"* 03*0 03*0 03*0 03"0 03*0 03*0 03*TT- 03*0 03*0 03*0 03*0 03*0 03*0 03*TT- 03"T- 03*1- 03*1- 036T - 03*8- 030- 03* 03*0 03*0 03*0 0340 030 03'0 0300 03*0 03*0 03*0 0300 03*0 03*0 03*0 03_0 03*0 03*0 035 03*0- 03*0 03*0 03T- 03*T- 0306- 03*4 0?8- 03*L 03T 032 03t - 6t N3WID3dS I 0300 03* 03*0 0390 03*0 03*0 03*0 030 03*0 03*0 03*0 0396- 03*E- 03*9 03*0 030 0300 0300 03*0 03"0 03*TI- 03"0 03"0 03"0 03"0 03,0 u3"o U4O0 0.310 03,00 9390 0-100 OOEO O#EO O*EO OdoEO 0 *EO SPECIMEN 14 I*Eo w-49EO 3*EO -2oEO 3*EO -3*EO o-3*Eo -1*EO -IoEo O*EO O*EO O*EO OsEo O*EO O*EO O*EO OOEO O*EO 0,*Eo O*EO O*EO o*Eo O*EO O*EO O*EO oe Eo o*Eo O*Eo O*EO OOEO 7*EO -*I#Eo O*EO *EO O*EO 4w8 #EO O*EO -1,*Eo 0 * ,,-O 0 oft O*EO O*Eo O*EO O#EO a-SoEo O*Eo 0 *EO OOEO O*EO OOEO O*EO O*Eo O*EO O*EO O*EO O*Eo 6*EO -2*EO -"2*EO O*EO OoEO O*EO O*EO m*8*EO O*EO O*EO OoEO O*EO O*EO O*E -8*EO 03*6- 03*6 030L 03*01 03*6 03* 030T 03*T T N3NID3dS 03*0 03"0 03t 03*0 03** 03*Ot- 03*41 03*0 03*0 03#0 03*0 03#0 03*0 03*1- 03*0 03#0 03*0 03#0 03*0 03*0 03*+T- 03#0 0300 03#0 03,0 03*6- 03*6w 0305 03*0 0390 03*0 03*0 03*9 - 03*9. 0389 030 03*0 03"0 0300 03"0 03*0 03*0 03*0 03*0 03*0 03*0 03*0 03"0 03*0 03*0 03*0 03'F- 03*- 03. 03* - 03 03*t" 03*tt- 03*01 03 L 03*9 030Z 03* 03*1 03*0 03*0 03* Z 03*- 03#0 03* 0309 . - I_ 9T N3W1)3S e -- 03*0 * 4 *-9*EO *9*Eo -11*EO---- m9*Eo -6*EO O*EO O*EO O*EO OoEO O#EO O*EO O*EO O*EO O*EO O*EO O*EO 0 *EO OoEO O*EO O*EO 2*EO 9*EO O*EO -*9*Eo -9,*EO -9 * E0 -o9oEo lo*EO Plo*EO -10*EO O*EO O#EO OOEO OOEO 14*EO **6*EO "-6 *EO O&E0 - --- O*EO O*Eo OoEo 12*EO o'll * E0 m-2 9 EO O*EO O*IEO OOEO o*Eo O*Eo O#EO O*EO O*Eo O*EO O*EO O*EO O*Eo O*EO OoEO OoEO--- O#EO O*EO OoEO I*EO 4#EO 4*EO 7*EO 6*EO 7*Eo **10*EO -3*EO -*3,*EO -w4*EO -w4oEO -o3oEO -,3*EO O*EO O*EO O*EO 0-*EO--- O*EO O*EO O*EO OqEO O*EO O*EO 09EO SPECIMEN 17 O*EO- O*EO O#EO OOEO O*EO O*Eo o-15*EO O*EO O*EO O*Eo O*EO O*EO O#EO 6*EO O*EO OoEo O*EO O*EO 6oEO -ol*Eo -oploEO O*EO O*EO O*EO O*EO 5*EO -ml2oEO lo*ED O*EO OoEO -*21,EO ,w2*Eo 29EO 8*EO o-15*EO o.7*Eo -7oEO O*EO OOEQ OOEO O*EO O*EO 0.6F QaEQ 0 oEO O*EO I *EO 2*EO -3*EO 7*EO 7*EO 8#Eo **15*Eo a-15*Eo -1*EO --ol oEo SPECIMEN 16 -15*EO -21 *EO 129EO -15*Eo ,ml3oEO O*EO O*EO O*EO O*EO 20*EO 04EO OOEO O*EO O*EO -0aEO O*EO O*EO O*EO 0 *EO O*EO OoEO O*EO **2oEO -*2 Eo O*EO 22*Eo IM3 EO 9*EO 14*0 ------ O*EO------ --*-E 0 O*EO 14*EO O*EO O*EO----------11*EO OoEO OoEO O*EO Oqr-0 -oll*Eo 10*EO--CA oor-O 0 *EO- -15#Eo O*EO O*EO 12*EO -*13*EO O*Eo O#EO -13*EO Ob E 0 -7*EO -7*Eo O#Eo- 12,*Eo O*EO O*EO O*EO I*Eo 4*Eo 2*EO -20*EO 8*EO 5oEO 17*EO O*EO O*EO -12*EO -*12*EO -17*EO 169EO o-5 *Eo 0050EO O*EO n-EO ll*EQ O*EO O*EO OsvEO ff ^ O*tv SPECIMEN 19 O&EO OoEo- O*EO OVEO olmEn O*EO n.En I O*Eo o*25 *EO O*EO OgEO O*EO O*EQ O*EO O*EO 12*Eo -13eEo -13*EQ O*EO O*EO O&EO O*EO **25,*EO O#EO O*EO O*EO O*EO O*EO O*EO lo*EO -wl5oEO 13*Eo OoEO O*EO - o*EO- -o2,*EO 0020EO 69EO -18*EO 18*EO O*EO O*EO -2*EO **2*EO O*EO OeEO OOEO O*EO O*EO OasEO OOEO lo*Eo 10*EO 6*EO 6*Eo 6*Eo -4*EO -4*EO SPECIMEN 20 I *Eo 8*EO **4oEo -2*Eo -2*Eo -i4*Eo -*4*Eo ,-,4*EO O*EO OoEO O*EO O*EO OoEO OoEO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO OoEO O*EO 14*EO --7*EO **7oEo O*Eo O#EO O*EO O*EO lloEo 9*EO -8*EO **9oEo o*9*Eo O*Eo -- -10*EO Ow EO -14*EO 13*EO S*EO -wl4*EO O*EO O*EO 14*EO -pl5,*EO -wl5oEO 0 *E0 0 oE0 O*EO o*Eo 14*EO -015#90 O*EO O*EO OOEO w20*EO O*EO O#EO O*Eo O*EO -15-* E-0 O*EO O*EO SPECIMEN 21 0 loEO I*EO 1*EO 1 3*EO 23*Eo 8*EO -69EO mo6,o E0 -. *16*Eo -*16*Eo -6*EO -6*Eo -IOEO -1*Eo O*EO O*EO O*EO O*EO- O*EO O*EO o*Eo O#Eo O*Eo O*EO O*EO O*EO O*v-v CA O*Eo O*Eo 7*Eo -13*EO o-PEo O*Eo O*EO O*Eo 9*Eo 109EO -10*EO --2*Eo *&2oEo O#EO OoEO O*Eo O*Eo O*Eo O*EO OoEO O*EO O*EO -12*EO OjEo OoEO 0 oEo.. O*EO. O*EO O*EO o*Eo OwEO O*EO O*Eo OoEO OoEO OvEO o,*Eo O*EO o*Eo OvEO OoEO 09EO O*EO -P13*Eo SPEC 9 IsEO I *EO IoEO 8,6 E0 l8oEO 7*Eo 7*EO -13*EO -,-13#Eo -3*EO -o.3*EO -14oEO -*14oEo w-14*Eo O*EO O*EO O*Eo O*EO O*EO O#EO O*Eo O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO 9*EO 5*EO -*14,*Eo #*9*Eo mo9*Eo o*Eo O*F-O **23*EO O*Eo O*EO -14*Eo- O*Eo -- OOEO --- -O#EO -13*Eo ml3oEO OoEO O*Eo -- - 0-*EO ---- 9oEO -14#EO *14*EO -0 *E0 O*EO O*EO O#Eo -*23*EO O*EO O*EO O*EO O*EO O*EO O*EO lo*Eo -13,*EO wj: oEO O*EO O*Eo O*EO O*EO 1Q*EQ O#EO --------- 221 22 8 DATA 'rOR THE HEMSE GROUP 1 THE FOLLOWING IS A TABULATION OF THE DATA FOR SPECIMENS FROM THE HEMSE GROUP. THE DATA FOR EACH SPECIMEN IS LISTED IN THE ORDER GIVEN ON PAGE 38. SPECIMEN I i1E0 2.E0 1.EO 5.EO 4*EO 5.EO 6.EO -5.EO 4.EO 4.EO 3.EO 3EO "5EO 5_.EO O.EO O EO O.EO O.EO O.EO O#EO O.EO O.EO O.EO OEO O0O0 O.EO OOEO OEO 040 13.EO O.EO 0.EO 0oEO O.EO O.EO OEO QEO 7.EO O.EO -6.EO O.EO "6.EO O*EO O4EO O.EO OEO OEO 04EO O.EO OE0 O*EO OEO 0oEO 0-130 10.EO OEO 0*EO O3.E0 OoEO 06EO 84EO w5oEO -5.EO 3*EO ' CARI OOEO 0*60 OOEO I*EO 8*EO 6*EO -5*EO 3*EO 4#EO 4*EO O*EO O*EO "03*EO 11-S OEO -3*EO I*EO O*EO O*EO O*EO 2*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O#EO OOEO O*F.O 1*Eo -13*EO -*13*EO O*F.0 O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO Of#EO OOEO O*EO O*EO O*EO O*EO O*Eo O*EO -14*EO O*Eo O#Eo O*EO O*EO O*EO O*Eo 7*EO -7*EO **7*EO O*EO O*EO O*EO O*EO O*EO O*EO OwEO O*EO OOEO O#EO O*EO OOEO SPECIMEN 2 SPECIMEN 3 *EO 4*EO 4*EO Z*EO 2*EO 3*Eo 3*EO 2,*FO 3*EO 3 *EO 3*EO -90EO -9*EO 2*EO -9#Eo 10*EO O*EO O*Eo 10*EO O*EO O*EO O*Eo O*EO O*F.0 O*EO o,*Eo O*EO OOEO Oo EO OOEO 5*EO 3*EO 3*EO 3*EO 30EO 5*EO 36EO 5*EO 2*EO 2*EO -*10*EO---- 1 *EO 1 30EO 7*Eo oblO*Eo 1 *EO O*EO O*EO oP6 * EO 006*EO 5*EO 3*EO 2*EO -Z*EO -2*EO ov-3 * E0 E0 2*EO -3*EO -w3*EO -1*EO 4*EO -3*EO wl*EO OoEO Oe EO O*EO O*EO O*EO O*EO 0 E0 1*EO 3,o EO 3*EO 4*EO 49EO 4*EO 4*EO 5*EO 5 *EO 3oEo ,*EO 39EO SPECIMEN 4 *EO O*EO 4*EO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO o*Eo OeEO O*EO O*EO O*Eo 12*EO -3*ED os-3*EO O*Eo O*EO O*EO O*EO -wl5*Eo O*EO OOEO OoEO O*Eo O*EO O*EO O*EO OOEO O*EO O*EO OwEO O*EO O*EO 7*EO 5#EO 3 *EO - 3oEO 3 *EO 2*EO 8*EO 2*EO 4*EO -o5*Eo -5 *EO -3,* E0 -*3,*EO -OoEO O*EO O*EO O*EO O*EO O*EO O*EO 16EO I*EO 1*EO 3,&E0 3oEO 3 *EO 3*EO -*5,o E0 4*EO 3 *EO 3 *EO 4*EO **5 *Eo ao-5 #Eo O*EO O*'EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 3*Eo 3*EO -3*EO SPEC IAEN 5 O*EO OoEO OOEO O*EO 4olooEO O*EO OOEO OOEO O*EO O*EO O*Eo 6*EO w*4*EO 4-4*EO O*EO OOEO O*EO O*EO 6*EO 3*EO -*4oEO 401 OEO -1 *EO OoEO Oo EO 9*Eo -I#EO ,mol *EO O*EO OOEO O*EO O*EO 6*Eo -*4 *Eo -4*EO O*EO O*EO O*EO OoEO 1*EO 3*EO 2 #EO 4*EO 4*EO 5*EO 6*EO 3*EO 3*EO -*5 *Eo 4*EO loEO 3*EO 2 *EO 3*Eo OOEO O*EO O*EO 0 *EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO --O*EO O*EO O*EO O*EO 4*EO 5*EO 4*EO 2*EO -*5,*EO 3*EO I*EO 4*Eo 5*EO -w4oEO **4#EO 2 *EO O*EO O*EO O*EO -w7 *EO SPECIMEN 6 O*EO 6 O*EO O*EO O*EO E0 -4'6*EO *6#Eo O*EO O*EG O&EO -O*EO 6*EO O*Eo O*EO -2oEO -2*EO O*EO O*EO OoEO O*EO O*Eo O*EO o*Eo X*EO 2*EO 2*Eo lOoEO 3*EO 3*Eo 3*EO -3*EO **3*EO 7#EO 7*EO 7*EO 8,sEO 8#EO 8*EO O*EO O*EO O*Eo O*EO O*EO O*EO OoEO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO 12*EO -46EO -m4oEO O*EO O*EO O*EO O*EO 6&EO -*10*EO 6*EO OOEO O*EO o-4*EO -4*EO O*EO O*EO O*EO O*EO O*EO o*Eo OeEO lOoEO w6*EO #*6*EO O*EO O*EO O#EO O*EO O*EO O*EO SPECIMEN 7 -m-16*EO O*EO O*EO O*EO 7 O*EO O*EO O*EO OoEO O*EO O*Eo O#EO O*EO IOEO 3*EO 30EO 4*EO 3*EO 3*EO -*6*EO 1*EO 2*EO 3*Eo 2*EO 2*EO 1*EO O*EO O*EO OOEO O*EO 9*Eo 10*EO O#EO O*EO O#Eo O*EO O*EO O*EO O*EO O*EO OwEO O*EO O*EO 8*EO -2*EO IOEO O*EO O*EO -1*EO 4*Eo 0-o EO O*EO O*EO OoEO O*EO O*EO O*EO O*Eo 0 * EO O*EO O*EO O*EO O*EO 7*EO 2*EO -3*EO -IoEo -I*EO O*EO O*EO -10*Eo O*Eo O#EO o*Eo O*EO O*EO O*EO 7*EO -*3,*Eo -4-3*EO O*EO O*EO O*EO O*EO SPECIMEN 8 -1*EO 8 SPECIMEN 9 O*EO I*EO I *EO 4#EO 2*EO 2*EO 4*EO ,-7*EO 3oEO 3*EO 3*EO 3*EO 3*EO 39EO 3*EO O*EO O*EO -O*EO O*EO OoEO O*EO O*EO O*EG O*EO O*EO O*EO O*EO O#EO 7*EO O*Eo 4*Eo -4*EO ,*4isEO O*Eo O*EO O*EO O*EO 6*EO -2*EO -2oEO O*EO -OoEo O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 5*EO 1*EO 3 *Eo -7#EO 004*EO *-4*Eo o-12,*EO O*EO OOEO O*EO OoEO O*EO O*EO OOEO OOEO O*EO O*EO OoEo O*EO O&EO 1*EO S*Eo 3*Eo 2oEO I*EO 1*EO 3*EO -4*EO -7*Eo SPECIMEN 10 9 -3*EO -5*Eo -5*EO 3*EO -3 *EO -*3 *EO 50EO 6*EO OoEO O EO OOEO O*EO O*EO OvEO OOEO O#EO O*EO O*EO O*EO OoEO OsEo 9#EO -16EO -*loEO O*Eo O*EO O*EO O*EO 5 *Eo O*EO O*Eo O*EO 09EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO 69EO 4*4*EO O*EO- O#EO O*EO O*EO 3 *EO 4*EO -*7*EO -m3*EO -oo3 * EO OOEO O*EO O*EO O*EO OOEO -w4eEO *1-4 *EO O*EO O*EO O*EO -2*Eo -2*EO SPECIMEN 11 3*EO 2*EO 2*EO I *EO 2*EO 20EO 3*EO 2*EO 2 *EO 2 *EO -*SoEo 3*EO I *EO 9*EO 8*EO O*EO O*EO O*EO O*EO 2*EO ---0 sE 0------ O*EO O*EO 09 EO O*EO O*EO 8*EO 8 *Eo -*10*EO O*EO O*EO O*EO O*Eo O*EO O*EO S*EO 2*EO 2*EO --,-3*EO -3*Eo -3oEo 2*EO 4*EO m3,*Eo -*3,*Eo O*EO O*EO OoEo OoEO -3#EO -*2*EO *2*Eo O*EO OoEO O*EO O*EO ,*5*Eo O*EO O*EO O*EO O*EO O*EO O*EO 4*EO 2oEO 3*EO -4*EO I*EO 2*EO -3*EO IOEO 1*EO 19EO 2*EO 2*EO IOEO 3*EO S*EO 4*EO 3*Eo S*EO 4*EO 4*EO 3*Eo ^*9*Eo 4*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O#Eo O*EO O#EO O#EO O*EO 6*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO SPECIAEN 12 O*EO O*EO O*EO OOEO O*EO oo Eo O*EO O*EO O#EO O*EO OoEO OoEO O*EO O,*EO O*EO O*EO O*EO O*EO 0 OEO OoEO O*EO O*EO O*EO O*EO O*EO 0*,EO O*EO O*EO O*EO O*EO O*EO O*EO 3*EO 3*EO SPECIMEN 13 O*EO 2*EO 2*EO 3*EO 3*EO 3#EO 2*EO 39EO 5*EO 2*EO 4*EO 8*EO 6*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 2*EO 3*EO 4*EO 2*EO -*9*EO 4*EO 6*EO 1*EO 30EO wl3*Eo 4*EO O*EO 0 0E 0 -9*EO 3*EO 4*EO " 2*Eo -*2*EO 0 *EO O*EO O*EO O*EO 3*EO 2*EO 4*EO 5*EO 6*EO 12 **9*EO 6*EO 5*EO **6 o EO **6*EO -5*EO -i-5*Eo 0 o E0 E0 O*EO O*EO O*Eo 09EO O*EO -- 49EO SPECIMEN 14 I*EO 3*Eo 3*EO 4*EO 3*EO 3*EO -*4*Eo O#EO O*EO -I*EO -1,*Eo -19EO -*I * EO OOEO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OOEO O*EO O*EO OOEO O*EO O*EO O*EO O*Eo OOEO 4*EO 2*EO --4*EO m2*Eo m2*EO O*EO O*EO 4*EO 2*EO -4*EO -,*2,o E0 **2*Eo O*EO OOEO O#EO 0-*EO O*EO 4*EO O*EO OOEO O*EO- OOEO 2*EO -,ft4 EO *-2*EO -2*EO O*EO O*EO 4*EO 39EO 3oEO -*I*Eo -I*EO -1*EO -ml*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO SPECIMEN 15 O*EO 2*EO 2*EO SOEO 3#EO 3*EO 3*EO -2*EO o*2,&EO -*4*EO a-4*EO S*EO 5#EO 5*Eo 5*EO 6*EO OoEO O*EO O*EO O*EO OOEO O*EO O*EO -O*EO O#EO O*EO O*EO O*EO O*EO O*EO 76EO O*EO OoEO -1*EO -ml#EO o*5#EO O*EO O*EO O*EO O*EO O*EO O*EO -*5#EO O*EO O*EO O*EO O*EO OoEO O*EO 5*EO 7*EO 7*EO -*I *EO .-I OEO 3*EO -39EO .W30EO 0010 OOEO O*EO O*EO 4*EO -*2*EO -2*EO OOEO O*EO O*Eo O*EO SPECIMEN 16 -8*EO -1*EO 14 I*EO I* 0 2*EO 4*EO 2*EO 2*Eo 4*EO 3oEO 3*EO --4*EO 3*EO 4#EO 8 OEO 7#EO 8*EO 10*EO O*EO OoEo O*EO O*EO O#Eo O*EO O*EO OOEO 9*EO O*EO 3 #Eo 6*EO 8*EO u-8 *E0 2*EO -6oEO ,#*6*Eo 114EO -04 * EO -4*EO OOEO O*EO O*EO O*EO 4oEO 49EO 6*EO -3*EO m-3*EO -1 OEO 3*EO 6*EO -*11*EO w8oEO -08*EO -*12*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO 1 *EO 3oEO 3*EO 7*EO 3*EO 3*EO -4*EO -2*EO -w2 * EO 2*EO 2*EO 2*EO 2*EO O*EO O*EO 8*EO O*EO O*EO w*15*Eo -10*EO -I*EO 13*EO 3*EO -11,*EO SPECIMEN 17 OOEO O*Eo O*EO O*EO OOEO O*EO OoEO O*EO O*EO OoEO O*EO O*EO OOEO O*EO 6*EO 2*EO 2*EO 3*EO 3*EO 3*EO 3*0 6oEO 6*EO 2*EO --loEO ,w-l*EO 4*EO -5*EO OoEO OoEO O*EO O*EO O*EO O@EO OoEO 6*EO 5oEO 5*EO -2*EO *-2*EO -w!o EO O*EO OoEO O*EO OoEO O*EO O*EO O*EO OoEO OoEO O*EO OOEO I oeo 2 *EO 3*EO 3*EO 2*EO 4oEO 3*EO -S*Eo 2*EO 2*EO 2*EO -*9*EO 3*EO -106EO 13*EO OOEO O*EO O*EO 13*EO OoEO O*EO 0 *EO O*EO OOEO o*Eo O*Eo o*Eo O*EO O*EO 3*EO 8oEO O*EO oEO -ZOEO O*EO O*EO SPECIMEN IS 16 3*EO ftl *EO -,ol,*Eo lOoEO 7#Eo 5 *EO -3,*Eo -3oEO O*EO O*EO- O*EO O*EO -*7*EO O*EO 0 *EO O*EO O*EO O*EO O*EO 5*EO 4*EO 7*Eo 3*EO 3*EO 3*EO -oS*Eo O*EO OOEO O*EO O*EO O*EO OoEO O*EO O*Eo O*EO O*EO OoEO O*EO O*EO O*EO O*EO 3*EO 3#EO 3*EO -3*EO 3*EO 3*EO 1*EO I*EO -w8oEO --8 &EO 1*EO 19EO 2*EO 2*EO O*EO 4#EO 9*EO O*EO 1*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO 6*EO 3*EO 3*EO 39EO 2*EO -SoEO -5*Eo -w5*EO 6#EO 2*EO 2*EO -06 wEO a-6*EO -6*EO -6*EO O*EO O*EO O*EO OOEO SPECIMEN 19 17 OsEO O*EO 1*EO -7*EO O*EO -O*Eo O*EO 7*EO -*6*EO -6*EO 7,*EO -2*EO q*2 *EO O*EO O*EO OOEO O*EO 4#Eo 2*EO 3*EO -002*EO -w2*EO -1 #EO -*l *EO I OEO 2*EO 5 *EO 3*EO- 7*EO 2*EO 8 *-E 0 2 E-0 2*EO 8*EO 2,*EO m-9 EO O*EO 4*EO 0 IE-0 0 *EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO 6oEO 3*EO 3oEO -9*EO SPECIMEN 20 O*EO -- -9*EO O*EO -9#EO O*F-O 0 * EO O*EO OsEO O*EO O*EO O*EO O*EO O*EO OOEO O*EO 0 *EO 17*EO o-l*EO -wl#EO OoEO E-0 O*EO OoEO 8*EO -,*9 &EO O*Eo O*EO -9*EO 0 *EO O*EO OOEO O*EO O*EO O*EO O*EO OOEO O*EO O*Eo I*EO 2*EO 3*EO 4oEO -w8 *EO --5*EO -*5*EO 2*EO o*4*EO -O*EO O*EO O*EO OqEo OOEO O*EO 5*EO OoEO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OSEO O*EO O*EO 6*EO -5*EO --S,*EO O*EO O*EO O*EO O*EO 4*Eo -*4&EO -4*EO OOEO O*EO O*EO OoEO O*F-O O*EO 0*-EO O*EO O*EO O*EO O*EO -8*EO OoEO O&EO O*EO OwEO O*EO O*EO 4*EO -4*EO -04#EO O*EO O*EO OoEO OOEO -*8*EO O*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 21 19 SPECIMEN 22 1 .EO 1.EO 1.EO 1.EO 2 .EO 2*EO 2*EO 39EO 4*EO 2 .EO -*7 *EO 2.EO 4#EO 5 *EQ S*EO 5*EO O*EQ 0.EO 0.EO OOEO O.*EO 0.EO 0.EO 0.EO O.EO 0.EO O*EO O*EO 2.EO 5*EO 3*EO *4E 0 '4oEO 4*EQ 49EO 4*Eo 5.EO 5*EO EQ -2.EO 2*EO *62*EO _____ ____ ____ * 0.EO 0.EO 0.EO Q.Eo 0__ 0 *EQ 7 oEO0 0EO **4EO -1 EO 1 oEEO 0.EO o *EQ O*EO 0.EO __ 0EO 2 .EO 0.EO 0.EO 0.EO 3*EO SPECIMEN 23 1.EO 3*EO 4oEO 2*EO loEO 3*EO _______ 20 -w4oEO 2*Eo 2*EO w3oEo O*EO -O*Eo---------- 2oEO 2*EO -3*EO O*EO O*EO O*EO O*IEO O*EO O*EO OeEO OOEO O*Eo O#EO O*E 0 O*EO O*Eo 8#EO -3oEO -*6,o E0 --3*Eo m3*EO O*EO O*EO 7*EO -w3 *EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 9*EO .o2,*EO -2*EO O*EO O*EO O*EO O*EO O*EO 00-EO O*EO O*EO O*EO OOEO O*EO O*EO OoEO OoEO OoEO O*EO O*EO OoEO 1*EO 6*EO S*EO 3*EO 5*EO 5*EO O*EO O*EO a-3*EO 10EO 6*EO 4*EO 3*Eo 4*EO O#EO Q*EO O*EO O*EO O*EO O*EO oa Eo O*EO O*EO -030EO SPECIMEN 24 -8,*EO 21 O*EO O*EO O*.v O#EO O#EO O*EO 17*EO -20EO -w2oEO OoEO O*EO O*EO O#EO -ml9o-EO O*EO O*EO O*EO O*EO OoEO O*EO 0,* E0 O*EO OoEO O*EO 0,*EO OSEO 10*EO 4*Eo -*4 * EO -4*EO 3*EO o-6*EO 7*EO -4*EO -*4*EO O*EO OoEO OOEO OsEO 7*EO ,M4 EO -*4*EO OoEO O*EO -0 E0 O*EO -O*EO 6*EO 533 534* DATA FOR THE EKE GROUP I THE FOLLOWING IS A TABULATION OF THE DATA FOR SPECIMENS FROM THE EKE GROUP. THE DATA FOR EACH SPECIMEN IS LISTED IN THE ORDER GIVEN ON PAGE38. SPECI:4EN I I.EO 1#EO 1.EO -5.EO 4.EO S-.EO O.EO 0.EO -1.EO -O.EO -1.EO O.EO O.EO O.EO 0OEO O.EO OEO O.EO O.EO O.EO O.EO O.EO O.EO O.EO O.EO O.EO O.E0 1.EO o.EO O.EO O#EO O.EO OEO OEO O.EO -1.EO O.EO O.EO O.EO O.EO O.EO O.EO O.EO O.EO 7.EO -*7*EO O.EO 07EO 0o0 O.EO O.EO OEO O.EO O.EO O.EO O.EO O.EO 0.80 O.EO O.EO O.EO OsEO 0.E rE OEO' 040 O.EO 0..0 I CARD, E N3 ID3dS I ~I-~--~------ - 03*0 030 03*0 03'0 03*0 03*0 03*0 03*0 03*0 03"*- 03*6- 03*'T- 03*8 03* 03#0 03"0 03'0 03,0 03"E" 03"E" 03*Z 03"0 03.0 03"0 03*0 03*0 03*0 03*0 03*0 03"0 030 03*0 03#0 03*8 03*0 03*0 03*1Z- 030E 03#0 03*0 03*0 03"O- 03*0 03"0 03*0 03*0 0300 03*0 03*0 03*0 03*0 03*0 03*0 03*0 03*0 03't- 0 3"" 03"9 0365 03' 030L 03*0 03+b 03"6 03*1 0306 03*t 03'0, 03*6 03 1 03*t 03*t N3WI133dS 03*0 03*0 03#0 2 03*0 10EO 2*EO 2*EO 4oEO 4*EO 5*EO O*EO *2 * EO -2 9E0 oo-2 *EO -,-I*Eo -1*EO O*EO O#EO O*EO OOEO -O*EO -6,*EO O*EO -2-*EO O*EO O*EO OoEO O*EO OoEO O*EO O#EO OoEO OoEO O*EO -9*EO O*EO OoEO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*Eo O*EO OsEO OoEO O*EO OoEO 7*EO ,2*EO -2*EO O*EO O*EO OOEO O*EO 0-*EO O*EO O*EO O*EO O*EO O*EO OvEO O*EO O*EO O*EO O*EO O#EO O#EO O*EO 1*EO 2*EO 2*EO -5,o E0 4*EO 4*EO OOEO ftl*EO SPECIMEN 4 -5*Eo -pl*EO O*EO -1*EO 4 ,o-l *EO O*Eo O*EO O*EO OoEO OOEO '6tEO o*Eo O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 3*EO 4*EO -S*EO -ol*Eo O*EO 7*EO --l OEO O*EO O*EO OoEO Oo E0 O*EO O*EO O*EO O*EO O*EO O*EO O*EO 7*EO O*EO O*EO OOEO O*EO O*EO O*Eo 4*EO -4*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO 19EO 1*EO I *EO 8*EO 4*EO 9*Eo 6*EO -3*EO -mS*EO 5*EO 4*EO -2*EO -20EO -*5 *EO --5,o EO O*EO O*EO O*Eo O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -13*EO O*EO -S*EO -1,*EO O*EO -1*EO SPECIMEN 5 O*EO -O*EO OOEO OOEO OGEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OeEO O*EO O*EO -O*EO O*EO O*EO -O*EO 8*EO *E0 O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO I *EO 2oEO 3 #EO 5*EO 5*EO 3*EO 6*EO 2*EO "-3*EO -i-3 * EO 3*EO 30EO 4ml * EO -I*EO ooeo O*EO -O*EO O*EO OOEO -S*EO -S*EO O*EO -S*Eo SPECIMEN 6 -S*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 9*EO -2*EO O*EO O*EO O*EO O*EO- 7*EO -w4*EO S*EO -wl*EO qwl#EO 0 *EO O*EO 7*EO -m4oEO *-4*EO O*EO O*EO -*2,*EO -O*EO 6 OOEO O*EO OoEO 3 *EO -*4 *E0 -I*EO O*EO O*EO 7iEO 7*EO -1*EO 3*EO 2*EO -1*EO -I*EO -2*EO ,m2*EO -11*EO O*EO O*EO O*EO O*EO O*EO O#EO 1*EO 1 OEO 1*EO 2*EO 2#EO 3*EO --2 *E0 -4,* E0 --&4*EO --w4 E0 S*EO -3*EO -3*EO -'-4 EO w-4 e EO O*EO O*Eo O*EO OOEO O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO OeEO 7*EO ---l *EO wol*EO O*EO O*EO O*EO O*Eo o-8*Eo O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*Eo O*EO O*EO O*EO O*Eo O*EO 7*EO -*l*EO -*I o EO OqEO O*EO OOEO O*EO 6*EO -w2*EO O*EO 0 *EO SPECIMEN 7 -29EP O*EO 7 O*EO O*EO O*EO O*EO O*EO IOEO S*EO 4*EO -5,o E0 3#EO 3*Eo o,6*EO O*EO OOEO -o2*Eo 1-2*Eo -3*EO O*Eo OoEO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO 7,*EO -*4*EO -4*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*Eo O*EO 8eEO ,w3*EO 4w3*Eo O*EO O*EO O*EO O*EO 7*EO -4*EO 4*4*EO OoEO O*EO O*EO O*EO 6*EO -*5#EO -5*EO O#EO O*EO O*EO OoEO O*EO ---8*EO O*EO ----- SPECIMEN 8 -wll*EO qwl I *EO -3*EO O*EO 8 SPECIMEN 9 1*EO I*EO 1*EO 4*EO 4*EO 4 ioEO 5*EO 4*EO S*EO 4*EO 3*EO 4*EO 4*EO 4*EO -8*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*FO O*EO O*EO O*Eo O*EO O*EO O*EO O*Eo 2*Eo 7*EO *p6*EO -*6*EO O*EO O*EO 8*Eo -*7*Eo 5*EO O*EO O*EO -2*EO owl5oEO O*Eo OOEO O*EO O*EO O*Eo O*EO 9eEO m6oEO -06*r.v 0 *EO O*EO O*EO OOEO 6*EO -9*EO -*9*EO O*EO O*EO- O*EO O*EO -wl5*EO O*EO O*EO O*EO O*EO O*EO OoEO I*EO 1*EO 2*Eo -5*EO -5*EO "-4*Eo -4*EO O*EO "13*EO *02'sE0 SPECIMEN 10 9 O*EO OoEo OoEO O*EO OvEO OoEO OoEO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -*7 oEo O*EO O*EO O*EO O*EO O*EO O*EO -7*EO O*EO O*EO O*EO O*EO O*EO O*EO -,*7*EO OoEO O#EO O*EO O*EO O*EO 09EO 4oEO --3*EO o*3*EO OoEO O*EO O*EO O*EO O*EO O*EO -*7,6Eo O*EO O*EO O*EO OPEO O*EO O*EO O*EO O*EO 1*EO 5*EO 6*EO 5*EO I*EO 4*EO 4*EO --4*EO *-4*EO -we * EO -89EO -49EO -4*EO o*4*EO -4*EO O*EO O*EO O*EO O*EO Oo E0 O*EO O*EO -7*Eo SPECIMEN 11 O*EO O*EO -O*EO O*EO 10 O*EO O*EO O*EO O*EO O*IEO O*Eo 7*EO 5*EO 5*EO --3 *EO -3*EO 7*EO ,P*3*EO -s-3*EO -3 *,EO 5 *EO -4*EO -3*EO 4oEO -4*EO O*EO 0 *EO O*EO O*EO O*EO 09EO 7*EO -*B.o E0 5*EO O*EO O*EO -o3eEO **3*EO O*EO O*EO O*EO--- O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O#EO O&EO OOEO 1*EO 1*Eo 1*E 10*EO S*EO 7*EO 8*E -1*EO --l*EO o-6*EO -6,o E -4,* E0 -*4,o E0 ,w3*Eo -39E O*EO O*EO OOEO 4-15,6 EO -I-.- SPECIMEN 12 O*EO O*E O*EO OOEO OoE O*EO OOEO O*EO OoE O*EO O*EO O*Eo 8*E( 3*EO -*5 oEO -v-2*EO -2,bE( O*EO OSEO .9*Eo -4oE( -*-4*EO I- O*EO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO -139EO OOEO OOEO O*EO O*EO O*EO O*EO 6*EO -7*EO ,mt*EO O*EO O*EO O*EO O*EO 7*EO o-6*Eo -6*EO O*EO O*EO O*EO O*EO I*EO 5,#Eo 6*EO -6*Eo *-6*EO -5*Eo -5*EO O*EO O*EO O*EO O*EO O*EO 0 *E0 O*EO O*EO O*EO O*EO OeEo O*Eo O*EO O*EO O*EO O*EO O#EO O*EO O*Eo O*EO O*EO O*EO O*EO 6*EO -6*EO 3*EO O*EO O*EO -3*EO -*3*EO --?*EO -5,#EO -5oEO O*EO O#EO O*EO O*EO 6*EO 0-60EO -P6 *EO o*Eo O*EO O*EO O*EO 6*EO 40EO -*6 * EO -2#Eo SPECIMEN 13 -o-2*EO 12 9*EO I*EO OOEO O*EO -*3,*EO -w2,*EO -2*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO OoEO 1 *EO I*EO 3*EO -9*EO 4*EO 3*EO 6 *EO O*EO 3*EO 2*EO -4*EO -oloEO **10EO ,O*EO SPECIMEN 14 -0-4* E0-- 09EO O*EO- O*EO- O*EO O*EO O*EO OOEO O*EO O*EO O*EO, O*EO O*EO O*EO OoEO O*EO 7*EO -4*EO "*4*EO O*EO O*EO OoEO O*EO 7*Eo -4*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OoEO OoEO O*EO O*EO 7*EO -4*EO :w4oEo O*EO O*EO O*EO O*EO -11*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO OoEO O*EO O*EO O*EO 0.50 -4&EO SPECIMEN 15 19EO 1*EO 1*EO -50EO 3*EO 3*EO 5*EO -loEO -*I*EO -o,3*EO --3 o EO --*3.*EO -p3*EO vol *EO -1*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 5#EO -3,Eo -o-S *EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO 2*EO -w6&EO S*EO O*EO O*EO -I*EO -ol*EO 2*EO -6*EO ,m6#EO O*EO O*EO O*EO O*EO w$*EO O*EO O*EO O*EO O*EO O*EO OoEO SPECIMEN 16 03a f 03I 03*9 030 03*t 03*0.- 03*Z- 03*8 03*+, 03*L 03*1 03* 03*9 3dS I-------- 03*T N3HI LZ LI NWID3dS 03*0 03&0 03*0 03'0 -- 03*0 03*0 03"0 03"0 030 03*0 03*0 031T- 03*0 03#0 03*0 03*0 03#0 030 03*6- 03#0 03*0 0300 03#0 03*0 03*0 03'0 03*0 03*0 03#0 03*0 03*0 03*0 03*0 03*!- 03*1- 03 E - 03* C- 03*9 03*# 03*Z 03 0 03*0 03"0 03*0 03*0 03"0 03*0 03*0 03"0 03*0 03*0 03*0 03*0 03*0 03*0 03#0 03'* 03 5- 03*t- 03* ~- 03'0 03*0 03*L- 03*Z 03" ~ 03*L- 03*1 03!1 03'0 03'" 03*T OOEO 0#-EO O*EO O*EO OOEO -O*EO OoEO OOEO O*EO O*EO O*EO O*EO Oo E0 O*EO Oo E0 O*EO O*EO O*EO loo.EO -wl*EO O*EO O*EO O*EO O*EO O*EO O#EO 0 OEO O*EO O*EO OoEo O*EO 9*EO -*2*EO -w2oEO OoEO O*EO O*EO O*EO 6*EO -5#EO O*EO OeEO O*EO -S*EO -11*EO O*EO OOEO -1*EO O*EO 7oEo -4*EO -4*EO O*EO OoEo OoEO O*EO 1*EO 2*EO 1 'WE0 -*7*EO 5*EO 5*EO 'MeOEO OOEO O*EO -*2*EO --*2 *EO -3*EO -*3*EO O*EO O#EO O*EO OPEO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 7*EO -3,o E0 SPECIMEN 18 O*EO O*EO -O*EO OoEO -*3*EO O*EO O*EO -O*EO O*EO -O*EO 0.*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 6*EO -4*EO --4*EO O*EO OOEO O*EO O*Eo O*EO OOEO OsEO OoEO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO 1*EO 2*EO 2*EO 80EO 4*EO 4*EO 0 5 OEO 3*EO ,o*3 * EO -o7*Eo 3*EO 2*EO 2*EO ,w6oEo O*EO OoEO OOEO -*6 *EO ff 0% oor-O O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO -14*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 19 O*EO O*EO O*Eo O*EO 7*EO o*7*EO -o7oEO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO OoEO O#EO O*EO O*EO O*EO O*EO O#EO OOEO IOEO 2*Eo I*EO 12oEO 4*EO 4*EO 7*EO -1*EO -1*EO 5*EO S*EO 5*EO 6*EO 4*EO -o-l*EO 10*EO O*EO O*EO O*EO O*EO O*EO OOEO OoEO O*EO O*EO O*EO O*EO OOEO OOEO O*EO 8*EO -8*EO w8oEO OOEO O#EO O*EO O*EO -ol6*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O-OEO O*EO O*EO O*EO O*EO O*EO 12*EO -4*EO m4&EO OsEO O*EO O*EO O*EO l3sEo -3*FO -PS*EO O*EO O*EO O*EO SPECIMEN 20 18 O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO I*EO I*EO I *EO 6*EO S*EO 5*EO 6*EO -3oEO SPECVLEN 21 -3*EO -4 * EO -04 oEO 3*EO -*4*EO 3*EO w3,*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO 0 *E-0 O*EO O*Eo -ml 1 * Eo 0*-EO ----- O#Eo O*EO OOEO O*EO 7*EO --4 *ED -4*EO O*EO O*EO O*EO O*EO O*EO OwEO ,O*EO O*EO O*EO O*EO O*EO 8oEO *-3*EO 2oEO O*EO O*EO -I*EO ON I#EO 9*EO -2*EO -2*EO O*EO O*EO O*EO OoEO O*F-O O*EO OoEO O*EO OOEO O*EO O*EO O*EO O*EO 09EO 0 &EO 19 SPECIMEN 22 1*EO 3*EO 3*EO 5*EO 3*EO 1*EO S*EO -4*EO -4*EO -6,*EO 4*EO 4*EO 4*EO -4*EO -4#EO O*EO O*EO O*EO O*Eo O*EO O*EO O*Eo OOEO OOEO O*EO O*Eo O*EO OOEO OPEO 0OF-0 8#Eo 3*EO 3oEO -2*EO -2*Eo -29FO o-2*EO 69EO -7*EO 39EO O*EO O#EO *w4,oE0 -4*EO O*EO O*EO OOEO O*EO O#EO OPEO 5*EO 4#EO O*Eo I -SoEO -4*EO -4*EO O*EO OoEO 5oEO 39EO 3*EO m5*EO o*5*EO 3*EO -w5*EO O*EO O*EO OeEO O*EO O*EO O*EO OoEO 1*EO I*EO 2oEO 7*EO 4*EO 2*EO 3*EO -1*EO SPECIMEN 23 20 3*EO -4*EO 4*EO 49EO 4*EO -- -4*EO 8*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO o*Eo O#EO O*EO 3*EO -7*EO 3*EO O*EO O*EO 3*EO 3*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO------- O*EO O*EO O*EO O*EO O*EO O*EO 6*EO -4*EO -1*EO -"l*EO --0,* EO- O*EO ,**I *EO OoEO---0 O#EO O*EO O*EO O*EO OOEO looEo O*EO *E 0 O*EO O*EO O*EO O*EO 10*EO 1 SPECIMEN 24 19EO I*EO 1*EO 3 *EO 6*EO -1loEO -1*EO o-1 &EO -w8*EO 4*EO -5*EO 4*EO mp5 * EO 3*EO O*EO 7*EO 9*Eo O#EO O*EO O*EO O*Eo O*EO O*EO 21 O*EO O*EO O*EO O*Eo O*EO O*EO O*EO -O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO 10*EO O*EO OvEO O*EO O*EO O*EO 09EO O*EO O#EO OOEO O*EO O*EO OoEO O*EO O*Eo O*EO O*EO O*EO O*EO OOEO O*EO I*EO 1*EO I*EO 7*EO 4*EO 5*EO 8*EO 2*EO -*S*EO 39EO -*S*EO 49EO o-4,*Eo **4 *EO 8,oEo 7*EO O*EO O*EO 6oEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO ll*EO -3*EO -o3o EO O*EO O*EO O*EO OOEO O*EO O*EO OOEO -wl3oEO O*EO SPECIAN 25 -7*EO 22 O#EO O*EO OeEO OOEO OOEO O*Eo O*EO O*EO O*EO O*EO OoEO 10*EO -*4oEO -04 * EO O*EO O*EO O*EO O*EO 8*EO -6*EO -*6*EO OOEO O&EO O*EO OOEO -P*14*EO O*EO O*EO O*EO O*EO O*EO O*EO IOEO 2*EO 1 *EO 4*EO 4*EO 2#EO SPECIMEN 26 -8*EO 5*EO -13,*EO *EO -8,*EO 6*EO 7*EO O*EO OoEO O*EO O*EO O*Eo 5*EO O*EO O*EO O&EO O*EO- O*EO O*EO O*Eo O*EO O*EO 0 *EO O*EO ll*EO -4,*EO -w4*EO O*EO O*EO O*EO lo*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O-oEO O*EO 6*EO -9*EO 7oEO O*EO O*EO O*EO -5*EO -o,2 9E0 2oEO S*EO -99EO *EO opS*E0 -O*EO O#EO OOEO O*EO O*EO O*EO 0,*FO I *EO I OEO I *Eo 4*EO 4oEO S*EO 4*EO 5*EO 5 #EO 5*EO 5*EO 6*EO 6*EO 5*EO S#EO 7#EO O*EO O*Eo O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO SoEO O*EO 7oEO -*4.*EO 4*4*EO O*EO O*EO O*EO O*EO 9*EO -2*EO -2*EO OoEO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO 9*EO -2*EO ."2 *EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O&EO O*EO O*EO O*EO -2oEO -- 4*EO 3*EO SPECIMEN 27 -11,*EO 24 SPECIMEN 28 3*EO 30 EQ 4*EO 2*EO 39EO -4*EO EQ 2*EO -*4EO _______ 4,wEO0 1.EO o4*4 *4*O 2*EO 2.EO 5 EQ 0.EO 4*EO Q.Eo EQ 0.* 0.EO O*EO 0.EQO 0.EQ0 0.EO O.EQ OOEO EQ00.EO 0.* 0EO Q.EO 'w6oEO0.O ___6e __. EQ0 -6*EO Eo O.EO Q.EO 0.EQ 0.EO 0.EO 0.EO 0.EO 0.EQ 0.EO 0.EQ 0.EO 0.EQ 0.EO 0.EO O*EO 0.EO 6*EO -6oEO *6*EO 0.EQ 0.EO 0.EQ 0.EO -m12oEQ 0.EO 0.EO Q.EO 0.EQ oOEO 0.EO 0.EO 0.EQ OOE0 0.EO 0.EO 0.EQ o.EQ SPECIMEN 29 25 IoEO 1*EO 3*EO 3oEO 3oEO 7*EO 4*EO 4oEO ---3#EO 3*EO 3*EO 3*EO -*2,*Eo "*2 s EO 7*EO O*EO O*EO O#EO o*Eo OoEO O*EO O*EO O*EO O*EO OoEO O*EO OoEO O#EO O*EO 8*EO -3*EO -*3*Eo OoEO O*EO O*EO O*EO 10*EO -loEO OoEO OoEO O*EO OoEO OoEO OoEO OoEO O*EO OoEO OoEO OoIEO 7oEO 2*EO -4*EO -2*EO -2oEO O*EO O*EO 49EO 5oEO OoEO 2oEO 2*EO 09EO OoEO O*EO O*EO O*EO O*EO olbEo O*EO OoEO IoEO I*EO 1*EO 4*EO 4*EO 4*EO 4*EO 5*EO 5*EO 5*EO 3*EO 4*EO 6*EO 9*EO S*EO 12*EO -wloEO SPECIAEN '30 O*EO O*EO O*EO OoEO O*EO O*EO OoEO OoEO O*EO O*EO O*EO OOEO O*EO O*EO 6*EO 4*EO 5#EO Z*EO 2*EO -4*EO -so-4 E0 10*EO 3*EO 3*EO -*2 EO -*2oEO -2*EO -2*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO 9*EO 2*EO -69EO -,4*Eo -4*EO O*EO O*Eo OoEO O*EO O*EO 0 * E0 O#EO O*EO Oo E0 O*EO O*EO O*EO O*EO O*EO I*EO 1#EO 2oEO-- 6*EO 4*EO 5*EO 7,*EO -5*EO **S*EO 4*EO 4*EO 4*EO --5*Eo -3*Eo -i-3*Eo 8*EO O*EO OoEO O*EO O*Eo O#EO O*EO O*Eo OoEO O*EO O*EO 2*EO SPECIMEN 31 O*EO -11*EO 7*EO OoEO O*EO 3*EO 0-4 #E0 O*EO OoEO O*EO O*EO O#EO O*EO O*EO O*EO O*EO 0-*EO O*EO O*EO O*Eo O*EO 2*EO -4*EO 3*EO 7*EO -wll*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO OOEO I*EO I*EO I*EO 4*EO. ll*EO 3*EO 7*Eo 30EO 5*EO -wl*Eo -wl*Eo 3*EO 2.*EO 6*Eo 6*Eo OOEO 5*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*EO 4*EO 7*EO 5*EO -*3*EO w3oEO -5*EO ow5*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 32 2& 2*EO O*EO O#EO 8*EO *-6*EO -*4*EO O*EO O*EO O*EO O*FO OOEO O*EO O*EO O*EO OOEO O*EO O*EO OoEO O*EO O*EO O*EO O*EO 1*EO 1#EO ISEO 2*EO ---1 *E0- 2-* EO 3 *-EO -*9-* E0 4-*EO 4*EO 3*EO 3*EO 7*EO 6#EO 7*EO O*EO 6#EO 0 *-EO---- O*EO O*EO O*EO O*EO O,*EO O*EO O*Eo 0 O*EO O*EO -11*EO- o-2 * EO O*EO OoEO O*EO OOEO O#EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O#EO OOEO OOEO O*EO O*Eo O*EO 5sEO w8*EO 5*Eo OeEO 00 E0 -3*EO O#EO O*EO *EO O*EO e- 0% 'o Qv -49EO SPECIMEN 33 ----- -3*EO O*EO O*EO ------- o 0E0 'D -2,&E0 -I i --- 03'~- 030 03*0 03*L- 03*Z 03*' 03*0 03*0 03*6- 0309 03*0 03*0 03*0 03* 03*0 03*0 03*01 03*0 03"0 03*0 03*0 03'0 03*0 03"t'- 03* iT- 03" 030 03#0 03"0 03*C- 03*01 03*0 03*0 03"0 03*0 03*0 03*0 03"0 03*0 03#0 03"0 03* 03*6 03*5 03 ~ 03* 03*f 03" 03*9 03o1 0301 03*- 03*0 03*0 03*0 03"0 030 030 030 03'0 03*0 03"0 03o0 03*6 03'0 03*£ 03o9 03"0t tf N3WI33dS 03*0 03*0 03*0 03*0 03*0 0300 03*0 03*0 6Z SPECIMEN 35 1*EO 1*EO 1*EO 6*EG SOEO 6*EO 7*EO 3*EO 3,* EO 2oEO .M-SOEO -6#,EO 1*EO **4*EO 0-4 *EO O*EO O*EO O*EO O*EO O*EO O*EO OoEo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 9*EO -4*EO 2*EO O*EO O*EO -2*EO o-2*EO OPEO 0-*E0 O*EO O*EO 0 &E0- O*EO ---- O*EO O*EO O*EO O*EO O*EO -- OoEO O*EO 0-*EO------- 3*EO 5eEO 6*EO -5*EO -5*EO -4*EO -4*EO OoEO OoEO O*EO O*EO OOEO O*EO O*EO O*EO -0 o EO-- O*EO OOEO O*EO OoEO O*EO I*EO 2*EO 2#EO 7*EO 6*EO 6*EO 4,aEO -10*EO SPECIMEN 36 39EO -3*EO S*EO 3*EO 5#EO 9*EO 4*EO O*EO O*EO 7*Eo O*EO OoEO O*EO O*EO O*EO OoEO OOEO O*EO O*EO O*EO O*EO O*EO 6*EO 6*EO S*EO -7oEO qp7oEO -8*EO 2*EO 6#EO 6*EO 2*EO "TPEO -*7#EO 6*EO 6*EO 69EO O*EO O*EO O*EO O*EO OOEO O*EO 6*EO -wl3*EO -*13*EO O*EO O*EO O*EO OoEO 7*EO S*EO 4*EO -,,*7*EO **7*EO 3*EO 4*EO O*EO OoEO O#EO O*EO O*EO O*EO O#EO 1#EO 10EO 3*EO 8*EO S*EO 5*EO 'Mio*Eo -4*EO -*4*EO -P-7*EO 3*EO -5*EO -*S*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO SPECIMEN 37 32 O*EO O*EO O*EO O*EO O*EO O*Eo -14*EO OOEO O*EO O*EO O*EO O*EO O*EO 9*Eo -5 OEO -5*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO OOEO O*EO O*EO O*EO 5*EO -w9oEO 6*EO O*EO O*EO -3*EO 9*EO -5*EO -p5*EO O*EO O*EO oo E0 O*EO O*EO O*EO O*EO Oo E0 O*EO O*EO- O*EO 1*EO 3*EO 3*EO 4*EO 3*EO 3*EO 4*EO-- -5*EO -6 oE-0 -6 ibE0 -*3 o EO SPECT-MEN U -5*EO -6 * E-0 -6*EO -*5 *Eo 3 *EO 8*EO O*EO 7*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO OOEO OOEO 7*EO -4*EO -4*EO O*EO O*EO O*FO O*EO 0,&EO O*EO O*EO 33 OoEO OoEo 0,*EO OOEO O*EO E0 O*EO OOEO O&EO 7*EO 2*EO 4*EO o*2*EO **2 *EO 6*EO 2*EO *S.*EO .050EO **S*EO OOEO O*EO O*EO OoEO O*EO O*EO O*EO 4*EO 4*EO 6oEO 10*EO 8*Eo 5*EO -7*EO -*7*EO -3oEO -3*EO -5*EO -5*EO "&, EO --8 *EO O*EO O#EO Q*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO OoEO OoEO O*EO O*EO O*EO 8*EO -10*EO -*IO*EO O*EO O*EO O*EO O*EO 11 *EO -9*EO -9*EO O*EO OOEO O*EO O*EO mwl8oEO OOEO O*EO 0-sEO O*EO OoEO OoEO 8*EO O*EO O*EO -*4 * E 0 2*EO -5oEO SPECIMEN 39 I*EO -wlO*EO *-10*EO 34 -13*EO O*EO O*EO 5*EO 4-13*EO O*EO O*EO OoEO O*EO O*EO OeEO O*EO OOEO O*EO O*EO O*EO I*EO 2*EO 2 *EO 4oEO 4*EO 4*EO 6*EO -3*EO -*S*EO -*3*EO -3*EO -3*EO "*3*EO -ol*EO -1*EO OeEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0-*-EO O*EO O*EO O*EO O*EO O*EO 6oEO -4*EO -m4 * EO O*EO O*EO OoEO O*EO -mlO*EO O*EO OoEO O*EO O*EO -09EO OoEO 5*EO ,^*S *Eo -*5*Eo OoEO O*EO O*EO O*EO 6oEO -*4,*EO -*4*EO O*EO OoEO O*EO O*EO S*EO -2oEO -*2*EO O*EO O*EO OoEO O*EO 6*EO -4oEO -4*EO O*EO O*EO O*EO OaEO SPECIMEN 40 35 SPECIAEN 41 1*EO I*EO 1*EO 3*EO 4#EO 5*EO 6*EO 2*EO -3*EO 9*EO -3&EO 5*EO 5*EO -7*EO -7*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo -7*EO o.,Eo O*EO O*EO O*EO O*EO O*EO o-To E0 O*EO OOEO O*EO O*EO O*EO O*EO -*7,*EO O*EO O*EO O*EO OOEO O*Eo O*EO 2*EO 5*EO 5*EO 5*EO 5*EO 5oEO 4-7 *EO -*7oEo -7*Eo 5*EO w2oEO -*2*EO -2*EO -ft2 a,EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO SPECIMEN 42 36 l*EO 2*EO 2*EO 4*EO 3*EO 2*EO 4*EO -6*EO -m6*EO 3#EO 3*EO 3*EO 4*EO 2*Eo *-6oEO OOEO O*EO O*EO 2*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO 7#EO 3*EO 3*EO -*3oEO -w3oEO **3*EO O&EO O*EO OOEO O*EO O*EO O*EO O*EO O#EO O*Eo O*EO O*EO- 4*EO 3*EO -3*Eo -*4 *-E 0 -m4oEO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO OoEO O*EO O*EO I*EO 1#Eo IoEO 6*EO 4*EO 4*Eo 7*EO -7*EO ,*7*EO 3,*Eo 3*EO 3*EO -6*Eo 4*EO O*EO -3*EO O*EO O*EO 6*EO -3,*EO SPECIMEN 43 3-oEO 37 O*EO -O*EO OoEO OoEO O*EO O*EO O*EO OoEO O*EO 0 * EO OOEO O*EO O*EO O*EO 6*EO 3*EO 6*EO *04*EO 30EO -10EO -1*EO 6*EO O*EO O*rv O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 9*EO 6*EO -- O*EO O*EO O*EO O*EO O#EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#EO O*EO OSEO 1 oEO 2oEO 1*EO 4*EO 3*EO 1*EO 5*EO ,,*3*EO -*3*EO 4*EO 4*EO **2*EO -*2*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0 *E0 O*EO O*EO O*EO OoEO O*EO 8 *EO -*6&EO SPECIAEN 44 -2*EO -2*EO -1*EO 03"0 03*0 03,0 03*0 03°0 030 03*0 03*9- 03* am 03*9 03*Z- 030 ) 03*Z- 03"4 03"4 03'L . 03*0 03*0 03*0 03*0 03*0 03*0 03"0 03*0 03"0 03*0 03*0 03o0 03"l? 03*6 03* 4 03~0 030 4w 03*C 03*0 -------- 0301 03* 030* 0302 03 * 03*0 03°* 03' 0304 03*1 03*T 03*T -~--- N3WI3dS 5 I- I I-- I-- 03*0 03'0 03*0 03*0 030 03*0 03*0 03*0 03*0 03*0 03 0 03*0 03*0 03"0 03*0 03*0 03"6- 03"0 03*0 03"0 03*0 03*0 03"0 03*0 03*0 03*0 03*0 03*0 03*0 03*6,- 03*0 03*0 03#0 03"0 030 03*0 03"0 86 ----- I 03*It --- 59 O*EO 0-*E-O O*EO O*EO O*EO O*EO O*EO 0 *E0 9*EO -4*EO -m4oEO OOEO O*EO O*EO O*EO 9oEO -4*EO -4*EO OOEO O*EO O*EO O*EO IoEO 3*EO 3*EO 10*EO SOEO -5*EO 5oEO -1*EO v-l*EO o*6*EO -S*EO 5-*EO *P,6,*EO 5*EO -69EO OwEO 6*EO O*EO O*EO O*EO 09EQ O*EO O*EO O*EO O*EO OOEO OoEO O*EO O*EO O*Eo 2*EO 8eEO 8*EO 2*EO 3*EO 3*EO 4*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO omEo O*EO O*EO O*EO 2*EO 7*EO w-13*EO 4*EO -6*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO -------- O*EO.- -------- 139EO SPECIMEN 46 40 O*EO O#Eo OoEO O*EO O*EO OOEO O*EO OoEO 10EO 3#EO 3*EO 4,vEO 3*EO -3*EO 3oEO -2*EO -2#EO -*3*EO -3oEO -*3*EO -3*EO ---3*EO 00to SPECtMEN 47 -*S*EO-- --- O*EO O*Eo O*EO O*EO OoEo O*E-o O#EO o.*Eo ----O*EO O*EO O*EO 8#Eo -2*EO O*EO O#EO O-o E0 OfAEO 5 sU 2-*EO -5--* E0 3*EO 3*EO O*EO O*EO -*10*EO O*EO O*EO o*EO O*EO O*EO O*EO- 7*EO O*EO O*EO O*EO O*EO -*3*EO -3#Eo O*EO O*EO -2*EO O*EO 0 * EO O#EO O*EO O*EO OeEO OOEO O*EO OoEO O#EO -- 8*EO --,0-* E0----- 41 SPECIMEN 48 2*EO 1*EO 1*EO 6*EO 3*EO 4 9 E0 6 #E0 -5*EO --5 0EO -*7*EO 6*EO 5*EO 5*EO 4*EO -5*EO O*EO 10*EO O*EO O*EO O*EO O*EO O*Eo O*Eo O*EO O*EO O#EO O*EO O*EO O*EO O*EO 3*Eo -9*EO 4*EO O*EO O*EO -59EO 4*5*EO 6*EO -6*EO 2oEO OoEO O*EO 4#EO -- -4*EO 9*EO -w3 *EO -3,&EO O*EO O*EO O*EO O*EO 3*EO -99EO **9*EO OoEO O*EO O*EO O*EO -12*EO O*EO O*EO OoEO OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*Eo O*EO OoEO I*EO I*Eo 1*EO 4*EO 3oEO 3*EO -11*EO --6 9EO o*7*EO 3*EO SPECIMEN 49 -6,wEO 3*EO 42 6*EO O*EO OOEO 7*EO 79EO 69EO OOEO O*EO OOEO O*EO O*EO O*EO OoEO O#Eo O*EO Oo E0 OOEO OOEO 4*EO 6*EO 6*EO **2#EO -2 *Eo -2*EO -&2,o E0 5*EO -5,*EO -5*EO O*EO O*EO O*EO O*EO -PlOtEO O*EO O*EO O*EO O*EO O*EO O*EO -12*EO O*EO O*EO O*EO O*EO O*EO ----O*EO Os E0 O*EO -- O*EO O*EO OSEO O*EO O*EO O#EO-- OOEO O*EO OOM O*EO EO OoEO SPECIMEN 50 X*EO O*EO O*EO 4*EO 4*EO 9*EO -3oEo 4*EO 3*EO -6*EO 5*EO -1 *EO **I *Eo O*EO OoEO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OoEO O*EO O*EO O*EO OOEO O*EO -3*EO -ol I oEO 7*EO O*EO 43 O*EO O*EO O*EO O*EO OoEO -O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO -119EO O*EO O*Eo O*EO O*EO O#EO O*Eo O*EO O*EO O#EO O*EO O*EO O*EO O*EO O#EO O*EO O*EO O*EO O*EO O*EO OoEO loEO 7*EO 7vEo 3*EO o-4*EO 3*EO 3*EO -1 *EO -1 OEO O*EO O*EO -I*EO SPECIMEN 51 001 -WE0 -1*EO O*EO O*EO OOEO -O*Eo -*,I *EO 9*EO O*EO O*EO O*EO 0..Eo O*EO O*EO O*EO O*EO O*EO O*EO 8*EO -5*EO -5*EO OOEO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OoEO O*EO O*EO O*EO O*Eo 0 *EO O*EO 44 09EO O*EO O*EG 10*EO -2*EO -*2*EO O*EO OoEO O*EO OoEo 7*EO 3*EO 3*EO 2*EO 2*EO 2*EO 2*EO OOEO O*EO OOEO O*EO O*EO O*EO O*EO 8*EO 6*EO -2*EO SPECIMEN 5' I*EO w2*EO-- -4 9E-0 O*EO---w2*EO O*EO---2*EO OOEO O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*Eo O*EO O*EO O*EO O*eo 8*EO -3*EO -3*Eo O*EO O*EO O*EO OOEO **11*EO O*EO O*EO O*EO O*Eo O*EO OoEO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoE 0 O*EO O*Eo O*EO 0 *E OOEO O*EO O*EO O*EO O#EO--- 45 O*EO 0 O*EO O*EO O*EO O*Eo O*EO 0-*EO IoEO 3*Eo 3*EO 4*EO 3*EO 3*EO 5*EO 5*EO S*EO o-7*EO 3*EO 3*EO 2*EO *-5 oEO -w-5 &EO -9*EO OOEO O*EO OoEO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO OPEO O*EO O#EO 7oEO 3oEO 3*EO -o4oEO *w4oEO -4*EO -*4*EO 4*EO -2*EO -2*EO O*EO O*EO O*EO O*EO -*6*EO OOEO O*EO O*EO O*EO O*EO O*EO 7*EO 3*EO 3*EO -4oEO -49EO -4*EO *-4,*E0 7*EO 3*EO 3*EO -04*EO -*4*EO -4oEO O*EO OoEO O*EO O*EO O*EO OoEO SPECIMEN 53 ,w4*ED OoEO-- 46 SPECIMEN 54 2e EO I .EO 3*EO -6*EO -S.EO -5 *EO O.EO O.EO 0.EO OOEO O.EO O*EO 0.EO 0.EO 6.aEO0 O*EO 0.EO O*EO O*EO O*EO 0.EO O*EO O*EO O*.EO O*Eo o *EQ 0.EO 0.EO 2oEO 5*EO *6EO ______O*EO *E 5 .EO S .EO -3*EO __ 3 .EO -3.*E0- -7 #E 0__ 4*EO-O*EO 7.EO o-4 * EO -29EO -2 *EO ______O*EO -4*EO o -4*EO -12*EO 0.EO o*OE QeEG OoEO oO*EO O*EO 3*EO 4*EO 4.EO -w5 * EO 4 E0 -5eEO __ o *EQ 0*~ O*EO 0.EO O*EO 1.EO 1.EO 1.EO ___ 39. 4EO 50EO O*EQ 0.EO __ . SPECIMEN 55 OOEO- --w6*EO ,m5*EO -w4*EO -*4*EO O*EO OSEO O*Eo 0 *E0 O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O#Eo -*II*EO O*EO O*EO 6*EO O*EO O*EO O*EO -m8*EO -O*EO O*EO O*EO O*Eo -O*EO OOEO ,"89EO O*EO OeEO O*EO O*EO O*EO OOEO -IloEO OoEO O*EO OOEO O*EO O*EO O*Eo oolloEo OoEO OoEO O#Eo O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO OIOEO loEO 2*EO 1*EO -o5oEO S*EO 4oEO 7*EO OoEO --SaEO SPECIMEN 56 OOEO -1*EO -3oEO 39EO 3oEO m2*EO -*2*EO OoEO OsEO OoEo O*EO O#EO O*EO O*EO O*EO O*EO 48 O*EO O*Eo O*EO O*EO O*EO 6oEO -5,*EO 4#EO O*EO O*EO -1 OEO -*I*EO 6*EO -5*EO -5oEO O#EO O*Eo OOEO OoEO 6*EO -*5*EO O*EO O*Eo O*EO -7oEO O*EO O*EO O*EO OoEO O*EO O*EO 7#EO -4*EO 004*EO O*EO O#EO O*EO O*EO ,wll*EO O*EO OOEO O*EO O*EO OoEO 1 *EO loEO 1*EO 6oEO S*EO S*EO O#Eo -- -5,*EO OoEO O*EO SPECIMEN 57 -1*EO -3*EO 1*EO O*Eo O*Fo OoEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 4*EO 4*EO 4*EO -1*EO EO -I*Eo -19EO -1*EO 8*Eo -3*Eo *-3*EO 49 O*EO O*-EO OOEO O*EO O*EO O*Eo O*EO O*EO- 0 ibE0 0 oEO -9,*EO O*EO -- 0* Eo 0 *EO O*EO O*EO OOEO 8*EO -1*EO O*EO O*EO OoEO O*EO O*EO OoEO O*EO O*EO O*EO O*EO O*EO O*EO loEO 1*EO 1 oEO 7*EO SoEO 4*EO -we 0EO -1*EO -1 *EO o-3*EO -3*EO -4#EO 4*4*EO O*EO OOEO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO 6*EO 3*EO SPECIAEN 58 ---- 3*EO -1,*EO -wl *EO -16EO -2*EO -2 *EO ool *EO 8 *EO 0 OEO O*Eo O*EO O*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO S*EO -m2 *EO m2 o EO O*EO O*EO so O*EO O*EO O*EO 4-10*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO OsEo O*EO O*EO 1*EO 4*EO 1*EO -2,0 F 0 -*2*EO 3*EO O*EO O*EO O*EO -2 *f 0 O*EO -0 *EO O*EO O*EO OOEO -O*EQ O*EO O#EO O*EO OvEO O*EO O*EO O*EO O*EO OOEO O*EO O*EO 6*EO -1*f-O -.01 *EO OOEO OOEO OOEO OOEO ow7*Eo O*EO OOEO OOEO O*EO O#EO-- O*EO O*EO O*EO O*EO O*EO OOEO OOEO ---O-*EO -7*EO OOEO OOEO O*EO-- o,*Eo O*EO OOEO 3*EO -4oEO -w4f#EO O*EO OOEO O*EO O*EO OOEO OOEO O*EO O*EO O*EO O*EO O*EO I O*EO SPECIMEN 59 -SoEO O*EO -2*EO SPECIMEN 60 19EO 2#EO 2*EO 6*EO 2*EO 3*EO 3*EO -6,* E0 -6*EO 4*EO 7#EO -9*EO -9*EO -*9#EO -,9*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OfEO OOEO O*EO 0 *EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO OoEO O*EO O*EO OoEO OoEO O*EO O*EO O*EO 6oEO 6oEO 6*EO .0-30EO -3*EO a-3*EO -*3 oEO 7*EO 6*EO 6oEO e-2*EO -*2 *EO -29EO -oo2 *E0 O*EO OeEO O*EO O*EO OOEO O*EO O*EO SPECIMEN 61 52 4*EO 1*EO 10EO 1#EO 4*EO 6*EO 4*EO -S*EO **5*EO **5*EO 2*EO -5*EO **5*EO 4*EO 2*EO SoEO O*EO 6*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 8*EO -3*EO -*S,*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO OOEO O*EO O*EO_ OoEO 2*EO 6eEO .09*EO -O*EO 0,9 E --3*EO -11*EO-- O*EO O*EO O*EO -------0 *E0 O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0 *EO O*EO loco 5,sEO 2*EO -69EO 4*EO 4*EO --7*EO O*EO O*EO -w2oEO -*2 #EO O*EO O*EO SPECIMEN 62 3*E -5*EO O*EO O#EO O*EO O*EO OeEO 0,0 E0 O*EO O*EO OeEO O*EO O*EO O*EO O*EO OoEO O#EO 6 *E0 --- o-3*EO 0-30EO O*EO O*EO O*EO O*EO -*IO*EO OsEO O*EO O*EO O*EO O*EO O*EO O*EO OoEO OoEO O*EO O*EO -12*EO O*EO O*EO O*EO O*IEO O*EO O*EO o*12*EO O*EO O*EO O*EO OOEO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO I*EO 1*EO 1*EO 4*EO 2*EO 2*EO 5*EO 4*EO -,-5*EO 5*EO -*7*EO 5*EO S*EO -*7*EO -*7*EO 9oEO O*EO O*EO O*EO 5*EO OoEO O*Eo O*EO O*EO O*EO O*EO O*EO o*EO 5*EO O*EO 6*EO 39EO -O*EO O#EO SPECIMEN 63 54 -S*EO -2*EO -2*EO O*EO 2*EO O*EO 7*EO -4oEO O*EO O*EO -2*EO O*EO O*EO O*EO O*EO O*EO OoEO O*EO 5*EO 4*EO 4*EO -*2 *EO -2*EO -2*EO -2*EO 90EO 2*EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 0 0E0 O*EO -2 *EO -2*EO O*EO SP-EC-IMEN 64 6*EO 10EO 1 *EO 1*Eo 6*EO -12*EO -12#EO -6*EO **6&EO -6*EO -6*EO O*EO O&EO O*EO O*EO O*EO O*EO O*EO O*EO O*EO 79EO -*7*EO O*EO O*EO OOEO O*EO o*14*EO O*EO OeEO O*EO O*EO O*EO O*EO 7#EO -*7*EO 3*EO O*EO O&EO w-4*EO -04*EO 5*EO -ft2 oEO -o2*EO OsEO O*EO I o*EO O*EO -7,*EO O*EO O*EO -P7 *Eo OOEO O*EO O*EO O*EO O*EO O*EO -oS *EO O*EO O*EO O*EO OoEO OoEO O*EO 1 A 0' CARI

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