MINISTRY OF WATER
LAKE RUKWA BASIN WATER BOARD
LAKE RUKWA BASIN ANNUAL HYDROLOGICAL REPORT
Prepared by
LAKE RUKWA BASIN WATER BOARD
P.O. BOX 762
MBEYA
TANZANIA
October 2013
1
EXECUTIVE SUMMARY
The Annual Basin hydrological report aims at providing the overall status of hydrological condition of the
Lake Rukwa Basin.This report gives information regarding climate and surface runoff data for the period
between November 2012 and October 2013.
Lake Rukwa Basin is located in the south-western part of Tanzania and is part of the East African Rift
Valley with Lake Tanganyika on the northwest and Lake Nyasa on the southwest. The area of Lake Rukwa
strides the regions of Mbeya, Katavi and Rukwa. Lake Rukwa which is the largest surface water body in the
basin is an inland drainage sink with no outlets. The lake is quite shallow with mean depth of 4 m.
The basin has 9, 14 and 26 meteorological stations, rainfall stations and river gauging stations for data
collection respectively which are located in different areas in Mbeya, Mpanda, Nkasi, Chunya and
Sumbawanga districts. At present, the Basin has no groundwater monitoring wells but the process to
establish them is ongoing.
In the reporting period, the annual rainfall for the Basin was less or more equal to the long term mean
annual precipitation.
At greater extent, Lake Rukwa Basin Water Board has managed to construct automatic water level
recorders in 20 river gauging stations, 6 automatic weather stations and 2 automatic rain gauges. Temporal
and spatial data are available and some samples have been provided to give an overview of the real
situation to the reader.
i
Table of Contents
EXECUTIVE SUMMARY.......................................................................................................................................... i
Table of Contents ................................................................................................................................................ ii
List of Tables ....................................................................................................................................................... iii
List of Figures ...................................................................................................................................................... iii
1 Introduction ...................................................................................................................................................... 1
1.1 Objectives of the Report............................................................................................................................ 1
1.2 Background Information about Lake Rukwa Basin.................................................................................... 1
1.2.1 Geology ............................................................................................................................................... 2
1.2.2 Water Quality ..................................................................................................................................... 3
2 Water Resources Monitoring networks ........................................................................................................... 3
2.1 Meteorological network and Manual Rainfall Stations ............................................................................ 3
2.2 Hydrometric network ................................................................................................................................ 5
2.3 Data Loggers Constructed in Hydrometric Stations .................................................................................. 6
2.4 Water Quality network .............................................................................................................................. 8
3 Main Hydrological Characteristics of the Basin .............................................................................................. 11
3.1 Climate..................................................................................................................................................... 11
3.1.1 Rainfall data ...................................................................................................................................... 12
3.1.2 Temperature ..................................................................................................................................... 15
3.2 Hydrology ................................................................................................................................................ 15
3.2.1 Surface water data ........................................................................................................................... 15
3.3 Water quality ........................................................................................................................................... 16
4 Water Resources Planning and Development ................................................................................................ 16
4.1Water Allocation....................................................................................................................................... 16
5 General Remarks and Way Forward ............................................................................................................... 16
6. ANNEXES ........................................................................................................................................................ 17
6.1 Monthly Rainfall Data from Nov 2012 – Oct 2013 .................................................................................. 17
6.2 Daily Mean Temperature from Nov 2012 to Oct 2013 at Lupatingatinga Met Station .......................... 18
6.3 Water Quality Data 2012/2013 ............................................................................................................... 20
6.4 Water Permit ........................................................................................................................................... 22
ii
List of Tables
Table 1: Status of Meteorological and Rainfall Stations ................................................. 3
Table 2: Status of Hydrometric Stations ........................................................................ 6
Table 3: Summary of Data Loggers Constructed in LRB ............................................... 7
Table 4: Water Quality Monitoring Stations ................................................................... 8
Table 5 : Comparison of the Mean Annual Precipitation with the 2012/2013 Annual
Rainfall for selected stations. .................................................................................... 12
List of Figures
Figure 1 : Location of Lake Rukwa Basin and its catchments ........................................ 2
Figure 2 : Distribution of Meteorological Stations in LRBWB ....................................... 5
Figure 3 : Distribution of Configured Data Logger Stations in LRBWB ........................ 8
Figure 4 : Rainfall distribution of the selected stations ................................................. 12
Figure 5 : Comparison of annual precipitation 2012/13 and MAP ................................ 14
Figure 6 : Comparison of average monthly temp between 2011/12 and 2012/13 .......... 15
iii
1 Introduction
1.1 Objectives of the Report
The main objective of this report is to give an overview of status of 2012/2013 hydrologic year
(November 2012 to October 2013). Specifically the report aims to give information about
hydrology of the basin utilizing the following collected data:
a) Climate data
b) River Flow data
c) Water Quality data
d) Lake/reservoir/water levels
1.2 Background Information about Lake Rukwa Basin
Lake Rukwa Basin is located in the south-western part of Tanzania and is part of the East
African Rift Valley with Lake Tanganyika on the northwest and Lake Nyasa on the southwest.
The area of Lake Rukwa strides the regions of Mbeya, Katavi and Rukwa. Lake Rukwa Basin is
found approximately between latitude 6 0 5’ S and 90 10’ S, longitude 300 E 25’ and 340 00’ E.
It is an internal drainage system which is described by all catchments of rivers flowing into the
lake with no outlet. Lake Rukwa Basin has six catchments with sum of 88,000 Km2 Catchments
area. Rivers that are flowing in are Rungwa, Wuku, Lukwate, Kikamba, Luika, Luiche, Kavuu,
Chambua, Momba, Lupa and Songwe. The Lupa, Chambua, and Songwe Rivers drain the
Mbeya Range and flow into the lake from the south, the Rungwa feeds the lake in the north, and
the Momba River flows in from the west. In addition, there are several ephemeral rivers that
flow into the lake during the wet season.
1
Figure 1 : Location of Lake Rukwa Basin and its catchments
1.2.1 Geology
The Rukwa basin can be divided into three geological age groups, i.e., the Karroo sediments, the
Neogene deposits, and the Cambrian rocks. The pre-cambrian rocks are collectively referred to
as the basement complex and they occupy about 68 % of the entire basin. They are therefore the
most important geological unit in the basin followed by the Karroo sediments which include the
2
lake beds found in Rukwa trough and predominantly consist of soft sandstones, silt stones, and
tuffaceous sediments.
1.2.2 Water Quality
Surface Water Quality
The main water quality problems in surface waters are with respect to physical and
bacteriological characteristics. During the rainy season, the rivers have strong earthy colours, are
highly turbid and have heavy loads of suspended solids and debris. The waters are also highly
contaminated with bacteria of faecal origin due to poor environmental sanitation in the basin.
The water quality improves considerably during the dry season, when low flow velocities allow
sediments to deposit, and when groundwater discharge – which is free of physical quality
problems – makes a significant contribution to stream flow.
Groundwater Quality
Groundwater is an important source of drinking water, especially for the rural population in the
basin. A number of urban areas such as Sumbawanga, Mpanda, and Tuduma also depend on
groundwater for their water supplies. In Rukwa Basin the geology is the most important factor
determining groundwater quality. In the ancient crystalline basement found in most parts of the
basin, groundwater occurs mainly in joints and fractures in the parent rock, and in the highly
weathered regolith zone. Groundwater also occurs in the rift valley sediments. Groundwater from
the ancient crystalline basement typically has high alkalinity, high levels of sodium, and a
reaction ranging from mildly acidic to strongly alkaline. The waters also vary from soft to highly
mineralised.
2 Water Resources Monitoring networks
2.1 Meteorological network and Manual Rainfall Stations
In the current reporting year 2012/13, there are 7 manual rainfall stations out of 14 stations
which are working and 3 automatic rainfall stations but one was not working. Also, status for
weather stations was that out of the 9, 6 are fully operational, 2 station only automatic rain gauge
is working and the remaining one only standard rain gauge is working. As a result, data of
rainfall for 12 stations are available and presented in this report.
Table 1: Status of Meteorological and Rainfall Stations
S/No.
1.0
2.0
3.0
4.0
5.0
Met Station Name
Mwezya At Mwezya Sec.
School
Inyonga At Inyonga
(Automatic Rain Gauge)
Zimba At Zimba Mission
(Automatic Rain Gauge)
Usevya At Usevya
Met. Stn.
No.
Position
Alt.
Period
(Rainfall)
Missing
Data in
Years
Status
98.3115
S 08 25’ 51.3” E 31 44’ 31.2”
1831
1977 - 2013
Operational
96.3301
S 06 43’ 47.3” E 32 03’ 32.3”
1182
1977 - 2009
97.3105
S 07 51’ 53.3” E 31 48’ 43.1”
898
1977 - 2013
97.3117
S 07 06’ 05.3” E 31 13’ 57.1”
Not fully
Operational
Not fully
Operational
Operational
1977 – 2013
3
S 07 57’ 37.3” E 31 37’ 34.4”
1809
1977 – 2013
Not fully
Operational
Operational
98.3309
E 0501504 N 9047185
907
1977 – 2013
Operational
97.3300
E 0529286 N 9113465
1339
1976 - 2013
Operational
6.0
Katuma Sec School
(Standard Rain Gauge)
Magamba Sec School
96.3108
7.0
Galula At Galula
8.0
Lupatingatinga/Lupatingatinga
3
9.0
Rungwa At Rungwa
96.3301
E 0559126 N 9234356
Position
1243
Alt.
2000 - 2013
Period
Operational
S/No.
Rainfall Station Name
Rainfall
Stn. No.
Missing
Data in
Years
Status
1.0
Sumbawanga Maji Depot
97.312
1975 - 2013
Operational
2.0
Namanyere at Maji Offices
97.3127
1993 - 2013
Operational
3.0
Namanyere Primary School
4.0
Mlanda Primary School
5.0
1984 – 1991
21
98.3127
1984 – 1989
23
Mfinga Primary School
97.3126
1985 – 1992
20
6.0
Mawenzusi Primary School
98.3126
1984 – 1993
19
7.0
Kisumba Primary School
98.3125
1984 – 1995
17
8.0
Mollo Prison
98.3121
1984 - 1996
16
9.0
Mfuto Primary School
Not Reg.
99.32009
1963 - 2013
Operational
98.3321
1972 - 2013
Operational
12.0
Chiwanda mission primary
School
Utengule Usongwe Primary
School
Isangati Primary School
99.33251
1967 – 2013
Operational
13.0
14.0
Luika at Gold Shanta Mining
Mbeya Maji Depot
Not Reg.
98.3320
2013
1959 – 2013
10.0
11.0
4
2
Not
Operational
Not
Operational
Not
Operational
Not
Operational
Not
Operational
Not
Operational
Operational
Operational
Not
Operational
Figure 2 : Distribution of Meteorological Stations in LRBWB
2.2 Hydrometric network
At present the Lake Rukwa Basin has a total number of 26 river gauging stations distributed in
all sub-basins in relation to the available rivers and only 1 was not functioning, rating curves for
all stations are outdated. Data for water level from different rivers in the basin were collected but
only water levels from Lake Stations are represented in this report.
5
Table 2: Status of Hydrometric Stations
S/No.
Station Name
G/Stn.
No.
Position
Alt.
Period
1.0
Samvya At Yunga
3B 16 A
E0371017 N 9069353
1558
1979 – 2013
Missing
Data in
Years
12
2.0
Muze at Muze
3CD1
E0338484 N 9148130
811
1975 – 2013
17
3.0
Luiche At Uzia
3CD2
E0345508 N 9144485
864
1975 – 2013
16
4.0
Lake Rukwa At Zimba
3B17
E0370916 N 9133457
809
5.0
Mfwizi At Ntatumbila
3CC2
E0297884 N 9164414
1562
6.0
Mfwizi At Paramawe
3CC3
E0287200 N 9194489
1468
1970 – 2013
31
7.0
Msaidia At Usevya
3CB2
E0297863 N 99213773
962
1975 – 2013
14
8.0
Katuma at Sitalike
3C8
E0294984 N 9266789
973
9.0
Lake Rukwa At Mbangala
3B1A
E 0485458 N 9074789
10.0
Kikamba At Kapalala
3E2A
E 0459651 N 9009785
11.0
Luika At Gua Road
Bridge
Lukwate At Nkunda Hill
G/S 3E1
E 0492999 N 9076515
G/S 3E2
E 0441668 N 9120832
3A15
E 0536934 N 9064179
14.0
Lupa At Itigi Road
Bridge
Lupa At Lupatingatinga
3A18
E 0529863 N 9112634
15.0
Mbalizi At GNR
3A4A
E 0539320 N 9012616
16.0
Mpemba At GNR
3B8
17.0
Mpemba At Kombe
3B13
18.0
Mtembwa At Chipoma
3B15A
19.0
Musa At Msisi
3DA2
S 090 14’ 23” E 320 50’
07”
S 080 59’ 31.3” E 0320
38’ 54.1”
S 080 48’ 32” E 0320 19’
53.8”
E 0555909 N 9235062
20.0
Myovisi At GNR
3A8A
21.0
Nzovwe At GNR
3A6A
22.0
Ruanda At GNR
3A7A
23.0
3D4
24.0
Rungwa At Itigi Road
Bridge
Songwe At Galula
S 080 58’ 04.1” E 330
06’ 23.4”
E 0556974 N 9231031
3A17
E 0502896 N 9047608
25.0
Momba At Tontela
3B2
26.0
Mlowo At GNR
3A14A
S 080 41’ 21.6” E 0320
23’ 03.6”
S 090 00’ 19.6” E 0330
00’ 38.8”
Status
Operational
Operational
Operational
Operational
Operational
Operational
Operational
821
1
1975 - 2013
980
12.0
20
971
Operational
24
1220
Operational
Operational
1975 - 2013
1322
3
2
Operational
Not
Operational
14
Operational
19
Operational
6
Operational
12
Operational
15
No Missing
Operational
1964 - 2013
1424
1957 - 2013
1365
1974 - 2013
1034
1974 - 2013
1374
1978 - 2013
1205
S 080 58’ 28.0” E 0330
03’ 59.9”
E 0546093 N 9013654
Operational
1975 - 2013
966
13.0
Operational
Operational
1971 - 2013
1956 - 2013
1549
1964 - 2013
1591
Operational
1956 - 2013
1573
5
1194
Operational
Operational
1974 - 2013
852
19
Operational
12
Operational
16
Operational
1974 - 2013
892
1964 - 2013
1559
2.3 Data Loggers Constructed in Hydrometric Stations
Lake Rukwa Basin has a total of 26 hydrometric Stations distributed all over the basin; LRBWB
has managed to construct automatic water level recorders in 20 river gauging stations. Among
6
them, 11 River Stations were configured with float type water level recorder and 9 stations with
pressure type water level recorder as table 3 shows below.
Table 3: Summary of Data Loggers Constructed in LRB
SN.
G/S.
No
Station Name
Logger type
Date installed
Remarks
1 3A17A
Songwe at Galula
Float
20/07/13
configured
2 3A18B
Lupa at Lupatingatinga
Float
23/08/13
configured
3 3A15B
Lupa at Itigi Road Bridge
Float
31/07/13
configured
4 3A14B
Mlowo at GNR
Pressure
3/8/2013
configured
5 3A8A
Myovisi at GNR
Pressure
2/8/2013
configured
6 3A6A
Float
6/8/2013
configured
7 3D4
Nzovwe at GNR
Rungwa at Itigi Road
Bridge
Pressure
30/ 07/13
configured
8 3B13A
Mpemba at Kombe
Pressure
11/8/2013
configured
9 3E2B
Kikamba at Kapalala
Pressure
15/08/13
configured
10 3E8A
11 3B2A
Lukwate at Nkunda hill
Momba at Tontela
Float
Float
23/08/13
15/11/2013
configured
configured
12 3B15A
Mtembwa at Chipoma
Float
15/11/2013
configured
13 3B17
Lake Rukwa at Zimba
Pressure
20/09/13
configured
14 3CD1
Muze River at Muze
Pressure
19/09/13
configured
15 3CC2
Mfwizi at Ntatumbila
Pressure
22/09/13
configured
16 3B16A
18 3CB2
Samvya at Yunga
Katuma at Sitalike
Msaidia at Usevya
Float
Float
Float
16/11/13
16/11/13
16/11/13
configured
configured
configured
19 3CD2
20 3A4A
Luiche at Uzia
Mbalizi at GNR
Float
Pressure
21 3B1A
Lake Rukwa at Mbangala
Luika at Gua Road Bridge
Pressure
Float
17 3C8
22 3E1
23 3B8
24 3A7A
25 3DA2
26 3CC3
Mpemba at Kombe
Ruanda at GNR
Musa at Msisi
Mfwizi at Paramawe
Postponed
no staff gauges
March-2013
March-2013
Configured
Configured
Not planned
Not planned
Not planned
Not planned
7
Figure 3 : Distribution of Configured Data Logger Stations in LRBWB
2.4 Water Quality network
Until 2012/2013, Rukwa Basin has a total of 41 dwater quality monitoring stations where 7 were
for groundwater and 34 for surface water.
Table 4: Water Quality Monitoring Stations
S/N Name of Source
Location
Sampling Point
1 Milala Dam
Katavi (Mpanda)
At outlet towards the
treatment site
2 Borehole
Katavi (Mpanda)
Bomani area near
UWAS
3 Manga River
Katavi (Mpanda)
At the intake of
Mpanda-uwsa
8
Coordinates
(UTM)
36 M
E 0283931
N 9301622
36 M
E 0286699
N 9298966
36 M
E 0289979
Elevation
(M)
1059
S/N Name of Source
Location
Sampling Point
4 Mpanda river
Katavi (Mpanda)
Downstream at
kampuni area
5 Katuma river
Katavi at Stalike
village
6 Borehole
Nkasi
At mpanda road brige
stalike area(Kwenye
viboko wengi)
At namanyere
Borehole
7 Mfwizi river
Nkasi
At Tatumbila village (
at Gauge station)
8 Muze river
Sumbawanga rural
At muze village
9 Luiche river
Sumbawanga rural
At Uzia village
10 Luiche river
Sumbawanga urban
At Mpanda road
bridge
11 Kanantumbi Stream
At Wipanga village
At the intake of
Sumbawanga uwas
12 Borehole
S’wanga Gvt
Hospital
At Borehole
13 Momba river
Momba
At S’wanga road
bridge
14 Borehole
Tunduma
At borehole Sogea
area
15 Borehole
Tunduma
t borehole Tazara area
16 Nalaba Stream
Vwawa
At the intake of uwas
17 Haloli stream
Vwawa
At the intake of uwas
18 Mlowo river
Mlowo
At Hatelele area
9
Coordinates
(UTM)
N 9307229
36 M
E 0283769
N 9296658
36 M
E 0294628
N 9267038
36 M
E 0283702
N 9170595
36 M
E 0297890
N 9164400
36 M
E 0340390
N 9151800
36 M
E 0345896
N 9145651
36 M
E 0345162
N 9122170
36 L
E 0349196
N 9129086
36 L
E 0347124
N 9119516
36 L
E 0420762
N 9022487
36 L
E 0475666
N 8971092
A
36 L
E 0474448
N 8970101
36 L
E 0505308
N 8987068
36 L
E 0492760
N 8992475
36 L
E 0501107
Elevation
(M)
1787
2096
1823
1372
1581
1653
1664
1540
1550
S/N Name of Source
Location
19 Mlowo river
Mlowo
20 Songwe river
Mby Rural
21 Nsungwi
Mby rural
22 Songwe river
Mby rural
23 Borehole
Chunya
24 Lupa river
Chunya
25 Borehole
Makongolosi
26 Lupa river
Lupatingatinga
27 Luike river
Mbangala village
28 Lake Rukwa
Near Mbangala
village
29 Songwe river
At Mbala village
area
30 Zira river
At Mbala village
31 Songwe river
at Galula village
32 Nzovwe river
At Itimba Village
33 Mbalizi river
At Nsalala Village
Sampling Point
Coordinates
(UTM)
N 9006525
At the intake of
36 L
Mlowo water supply
E 0500589
N 9002620
At the pumping station 36 L
of SOWACO
E 0524264
N 9011700
Before confluence
36 L
with Songwe river
E 0524313
N 9011722
After confluence with 36 L
Nsungwi river
E 0523801
N 9012089
At borehole of
36 L
Chunya- Uwas
E 547490
N 9059037
At Itigi road bridge
36 L
E 0536922
N 9064188
At DP
36 L
E 0519218
N 9073991
At Lupatingatinga
36 L
brige
E 0529869
N 9112636
At Gua road bridge
36 L
E 0492929
N 9076461
At the Lake/ at Gauge 36 L
station
E 0485456
N 9074785
After confluence with 36 L
Zira
E 0505794
N 9057603
At Mkujuni road
36 L
bridge
E 0510120
N 9056525
At gauge station
36 L
E 0502913
N 9047611
After confluence with 36 L
Mbalizi river
E 0531570
N 9018523
At Nsalala area
36 L
E 0537337
10
Elevation
(M)
1563
1192
1189
1181
1416
1216
1208
1317
1002
802
829
829
847
1273
1394
S/N Name of Source
Location
Sampling Point
At Mby UWSA
( WSP)
35 Nzovwe river
After Confluence
With the effluent
from WSP
Mby urban
36 Imeta Stream
Mabatini area
37 Nzovwe river
Nzovwe
At the intake
(Pumping station)
38 Effluent from
Kalobe Before
Confluence with
imeta stream
39 Ivumwe Spring
At Kalobe WSP
Effluent from MbeyaUwsa WSP
At Ivumwe area
40 Mfwizimo river
Mfwizimo area
41 Nsungwi river
Mbeya Cement area
At the intake of MbyUwsa
At the intake of MbyUwsa
Effluents from Mbeya
cement WSP
34 Imeta Stream
After confluence with
imeta river at Inyala
village
After confluence with
sisimba stream
Coordinates
(UTM)
N 9013905
36 L
E 0543934
N 9015407
36 L
E 0542078
N 9015481
36 L
E 0547454
N 9015935
36 L
E 0552680
N 9013986
Elevation
(M)
1558
1522
1649
1719
3 Main Hydrological Characteristics of the Basin
3.1 Climate
Generally the climate of Lake Rukwa Basin is tropical and wet. There is one rainy season with
most precipitation falling from November to April, although the Ufipa Highlands also experience
rains in May and October (very rarely). Average annual rainfall ranges from about 650 mm in
the south of the basin to about 900 mm in the north to about 2,500 mm in the Ufipa Highlands.
The year under review has experienced inadequate rainfall in most part of the basin. The dry
season in most parts of the basin starts from around June to September. Data collection was done
at different stations in the basin and presented in this report.
In the southern portion the mean annual temperature is 21 oC, with a mean maximum in the
warmest month of about 28 oC and a mean minimum in the coolest month of 12.7 oC.
Temperatures across the basin are moderately hot during the period from August to December
and fairly cold in June and July with the rest of the year being fairly warm.
11
3.1.1 Rainfall data
Data from 13 stations were collected and processed in this hydrological year 2012/13 as figure 4
shows below.
300
Monthly Rainfall Data Nov 2012 - Oct 2013
250
Monthly Rainfall (mm)
Katuma Sec School Met
200
Usevya Met Stn
Zimba Met Stn
150
Mwazye Met Stn
Lupatingatinga Met Stn
Maji Depot S'wanga
100
Maji Yard Namanyere
Chiwanda Rainfall Stn
50
Isangati Rainfall Stn
Rungwa Met
0
Nov
Dec
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Galula Met
Oct
Month/Year
Figure 4 : Rainfall distribution of the selected stations
Table 5 : Comparison of the Mean Annual Precipitation with the 2012/2013 Annual
Rainfall for selected stations.
Station
No.
Station Name
Mean Annual Nov 2012-Oct 2013
Precipitation
(MAP) 1980- Annual Rainfall in
2013 [mm]
2012/2013 [mm]
at
903.2
1175.5
%
97.33
Lupa
Met
Lupatingatinga
97.3127
Maji
Yard
Namanyere
Maji Depot at
S'wanga
Katuma Secondary
School Met
827.3
568.8
68.8
849.7
841.1
99.0
917.5
826.1
90.0
Usevya Met
699.6
848.2
121.2
97.312
Not Reg
97.3117
12
130.2
Station
No.
Station Name
Mean Annual Nov 2012-Oct 2013
Precipitation
(MAP) 1980- Annual Rainfall in
2013 [mm]
2012/2013 [mm]
840.5
921
%
97.3105
Zimba Met
109.6
98.3115
Mwazye Met
810.9
941.2
116.1
99.32009
Chiwanda Primary
School Rainfall
929.3
640.9
69.0
99.33251
Isangati Primary
School Rainfall
1379.3
1076.1
78
96.3301
Rungwa Met
820.3
747.5
91.1
98.3309
Galula Met
758.9
698.9
92.1
 The table above and graph below show that in Rukwa and Katavi region the rainfall received
in 2012/2013 was above the average compared to MAP for the four representative stations.
In Mbeya region the rainfall received was less or more equal to calculated long-term average
for the four representative stations. These mean that Mbeya region received average rainfall
for hydrological year 2012/2013.
13
Figure 5 : Comparison of annual precipitation 2012/13 and MAP
14
3.1.2 Temperature
In the reporting year 2012/2013, the temperature was low or more equal the same compared to
the last year as graph show below.
Average Monthly Temperature
(Lupatingatinga Met Station)
30.0
Temperature (oC)
25.0
20.0
15.0
10.0
5.0
0.0
Nov
Dec
Jan
Feb
Mar
Apr
2011/2012
May
Jun
Jul
Aug
Sep
Oct
2012/2013
Figure 6 : Comparison of average monthly temp between 2011/12 and 2012/13
3.2 Hydrology
The basin is characterized by seasonal rivers, perennial rivers and one Lake. The basin has a little
drainage area of 88,000 km2 in which the Rungwa River with catchments of 20,000 km2, mainly
in Chunya district is the largest covering about 25% of the total basin area. Other river systems in
the basin are the Songwe from the Poroto mountains, Momba, Mtembwa and other small
numerous rivers both in the east and west of the lake. Others are Muze, Katuma and Luiche
originating from the Ufipa plateau. Most or almost all the Rivers have variable flows which rise
and fall with the rains in between the months of November and May.
3.2.1 Surface water data
In this report (2012/13) data were collected from all working stations except Mbalizi River at
GNR, which are water levels only. All stations whose data was collected had no current rating
curves to convert them into flows.
15
3.3 Water quality
Water quality in the Basin is threatened by large amount of dissolved solids in the groundwater.
Agrochemicals such as sulphate of ammonia, calcium ammonia nitrate, super phosphates and
urea in rivers which comes from agricultural yield in the basin.
Collection and analysis of water quality data in this reporting year was done as annex 5.3 shows.
4 Water Resources Planning and Development
4.1Water Allocation
In the reporting year, the basin has identified 80 new water users for revenues collection where
by 65 applications have been processed and 57 water permit have been issued. The total of
1955.9m3/sec in 2012/2013 of water have been taken from the corresponding source to the users.
5 General Remarks and Way Forward
In order to monitor and evaluate hydrological data monitoring, regular daily water levels and
discharge measurements should be taken at different times of the year for hydrometric stations.
Since functions of hydrology in Lake Rukwa Basin had stopped for many years ago, there is a
need to be reactivated for the good future of hydrology and water resources management and
development.
In coming days we do expect to do the following as a way forward






Carrying out flow measurement during low, median and high flow in order to update or
validate the existing rating curves.
Carrying out gauge check survey and cross-sectional survey before and after rain season
Carrying out sediment sampling to rivers which are highly affected by sediment load and
at Lake
To establish a height Area Volume Relationship of the Lake (Lake Bathmetry)
Visiting of gauging and met station is preferably after every three month in order to
check the condition of the stations as well as to exchange ideas with gauge readers and
observers.
The problem of vandalism due to the business of scrapers is needed to be sorted out for
sustainability of the monitoring stations.
16
6. ANNEXES
6.1 Monthly Rainfall Data from Nov 2012 – Oct 2013
Month
Katuma
Sec School
Met
Usevya
Met
Zimba
Met
Mwazye Lupatingatinga Maji Depot
Met
Met
S'wanga
Maji Yard
Namanyere
Chi
Isangat
Rainfall
X
LRBWB 2013
wanda Rainfall
Nov-12
Dec-12
Jan-13
Feb-13
Mar-13
Apr-13
May-13
Jun-13
Jul-13
Aug-13
Sep-13
Oct-13
Annual
Rainfall
(mm)
107.1
273.4
113.6
67.2
101
157.3
6.5
0
0
0
0
0
159.5
241.4
100.6
96.2
96.9
153.6
0
0
0
0
0
0
119.1
249.4
80.3
123.2
195.1
146.7
7.2
0
0
0
0
0
95.5
206.5
215.4
140
130.6
145
8.2
0
0
0
0
0
129
242.7
254.8
228.9
251.3
66.9
0.6
0
0
0
0
1.3
107.5
238.7
113.6
72.2
122.4
179.7
7
0
0
0
0
0
64.2
0
125.5
79.8
105.9
188.8
4.6
0
0
0
0
0
50.6
132.6
156.2
152.3
119.2
30
0
0
0
0
0
0
8
153.
155.
204.
209.
137.
85.
826.1
848.2
921
941.2
1175.5
841.1
568.8
640.9
1076.
17
25.
8.
11.
6.2 Daily Mean Temperature from Nov 2012 to Oct 2013 at Lupatingatinga Met Station
Date
Nov
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
20
18.5
20.5
21.5
23
23
24.5
24.5
26.5
25.5
26
27
26.5
27
27.5
26.5
25.5
25.5
25.5
25
26
19.5
Dec
23
24.5
25
25
24.5
22.5
23
23.5
23.5
23.5
22.5
18.5
21
23.5
23.5
24
23.5
23
23.5
22.5
22.5
20.5
Jan
Feb
23
24
21
21.5
21
21.5
22.5
21.5
22
20
22.5
22.5
23
23.5
23.5
25
24
22
22.5
21.5
23
21.5
22
21
21.5
20
20.5
22.5
23
24
23.5
22
23
23
23
21
22.5
23
21.5
22.5
23
22.5
21
23
Mar
Apr
22.5
23.5
24
24
23.5
25
23
22.5
20
21
21
21.5
22
22.5
22
22.5
23
22
22
21
22
20
18
22
21
23
23
22.5
20.5
23
23.5
22.5
24.5
23.5
22.5
23
22
22
20.5
22
22.5
26
24.5
22
23
May
22
22.5
22
22
22
23
21.5
20.5
20
21
21
19
21
19
19.5
21
21
21.5
20.5
19.5
21
20
Jun
20
18
17
15
15
14.5
13.5
13
14.5
15
17.5
16.5
17.5
15.5
15
16
17
15.5
14.5
15
16
13.5
Jul
Aug
17
16
15
16
17.5
18.5
16.5
14.5
13.5
13
14
14.5
13.5
12.5
12.5
14
15
17
16
15.5
16.5
18
14.5
14
15.5
16.5
14
15.5
5
17.5
18.5
17.5
18
19
18.5
19.5
17
18.5
19
21
18
19
17
15
Sept
18.5
19
20
21
22
21.5
20
22
20
20.5
20.5
22
22
23.5
23.5
24.5
23.5
23.5
25.5
25
24
23.5
Oct
26.5
26
24.5
23.5
23
24.5
26.5
26
26.5
25.5
24
24
26
27.5
27.5
26.5
26.5
27.5
27.5
27
26
27.5
Date
Nov
23
24
25
26
27
28
29
30
31
Average
Monthly
Temp (oC)
Dec
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sept
Oct
22
23
23
25.5
23.5
24.5
24
25
21.5
21.5
22
22
22.5
23.5
22.5
21.5
21.5
22.5
21.5
23
23
21
22
24
22
23
22
22.5
23
22
23
23
22.5
23
22.5
22
19.5
21
23
24
24
22.5
23
22.5
21
22
22
22
22
17.5
18.5
19
20
21
22
19
18.5
19.5
14.5
15.5
17
14.5
15
13.5
14
16
14.5
15.5
16
15
15
14.5
13.5
15.5
18
18.5
20
18
17
18
19
19.5
17.5
17.5
24
23
22.5
24
25.5
26.5
25.5
24
27
28
25
26.5
27
25
25.5
25
26.5
24.2
22.7
22.4
22.3
22.3
22.5
20.5
15.5
15.3
17.2
22.7
26.0
19
1
2
3
4
MILALA DAM
BORE HOLE
MANGA .R
MPANDA
RIVER
5 KATUMA R.
6 NAMANYELE
AT INTAKE
BOMANI DP
AT INTAKE
DOWN STREAM
AT KAMPUNI
AREA
AT RIVER NEAR
ROAD BRIDGE
AT BORE HOLE
25.01.2013 0.2
25.01.2013 NIL
25.01.2013 0.2
25.01.2013 0.4
32.7
87 35.6 7.3 145
0.57 192 N.D 6.51 320
25.3 39.6
40 6.25 66
36.9
60
45 7.1 100
25.01.2013
10
281
117 75.8 7.29 195
25.01.2013 NIL
6.05
300
6.89 500
20
70
122
26
82
76
NITRITE(Mg/L N-NO2 )
AMMONIA(Mg/L N-NH4 )
MANGANESE(Mg/L Mn )
TOTAL IRON(Mg/L Fe )
SULPHATE(Mg/L So4 )
PHOSPHATE(Mg/L PO4 )
POTASSIUM(Mg/L K )
MAGNESIUM(Mg/L Mg )
CALCIUM(Mg/L Ca )
TOTAL HARDNESS(Mg/L as CaCO3 )
TOTAL ALKALINITY(Mg/L as CaCO3 )
ELECTRICAL CONDUCTIVITY (at 25 C US/CM)
PH
COLOUR( Co/Pt/Unit)
TOTAL FILRABLE SOLID-TFS(mg/L)
TURBIDITY(NTU)
SETTLEABLE MATTER(ml/L)
Date of Sampling
Location Point
Type of Water source
No
6.3 Water Quality Data 2012/2013
46 12.8 3.41 0.08 1.13
3 0.2 0.04 0.38 0.044
96
20 11.21 0.001 0.01
5 0.05 0.01 0.001 0.007
23
4 3.17 0.06 2.68 N.D 2.5
0.5 0.66 0.027
58
14
5.6 0.08 3.22 10 0.32 0.064
0.8 0.064
56
20
224 133 41.4
1.46
0.08
4.1
7.19 0.003 0.18
16 1.92 0.384
0.68
0.55
10 0.09 0.018 0.001 0.107
BORE HOLE
7 MFWIZI
RIVER
8 MUZE RIVER
AT GAUGE
STATION
AT RIVER MUZE
VILLAGE
9 LUICHE RIVER AT RIVER UZIA
VILLAGE
10 LUICHE RIVER AT MPANDA
ROAD BB
11 KANANTUMBI AT IN TAKE
12 B/H GVT
AT B/H HOSPITAL
.HOSPITAL
25.01.2013
0.2 30.7
117 25.8 7.48 195
26.01.2013
0.6 84.6
228
94
35
8.5 380
371
111 80.5
8.2 185
84
0.8 11.2
132 17.4
7.4 220
96
26.02.2013 0.5 80.4
26.02.2013 NIL 0.61
126
20
216 N.D
7.8 210
7.1 360
96
128
26.01.2013 115
26.02.2013
21
37 13.6
0.73 0.016 1.08
196 132 35.2 10.73
2 0.35
0.07
0.08
0.06
0.09 1.46
2 0.56 0.112
0.56 0.111
42 12.4
2.68 0.026 3.16
3 2.77 0.554
0.84 0.038
65
4.87 0.016
1 0.16 0.032
0.22 0.021
18
40
14
90 30.8
1.1
1.21 0.066 1.36
3.17 0.001 0.48
8 0.46 0.092 0.03 0.11
15 0.46 0.092 0.002 0.021
6.4 Water Permit
VIBALI VYA MAJI VILIVYOTOLEWA KUANZIA NOV 2012 HADI OCT 2013 NA KIASI CHA MAJI
1. Ombi Na : LRB 0281
Mwombaji
: Mpalila sheria begeze
Mmiliki
: Mpalila sheria begeze
Wilaya
: Mbeya Vijijini
Chanzo
: Mto Mbalizi
Habari kamili : Kuchukua maji lita 40 kwa sekunde kwa ajili ya matumizi ya Umwagiliaji kahawa.
2. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0282
: Mkurugenzi wa Nampilinje Co.LTD
: kampuni ya Nampilinje
:Mbozi
:Mto Mlowo
:Kuchukua maji lita 80 kwa sekunde kwa ajili ya matumizi ya Umwagiliaji- kahawa.
3. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0283
:Peter Joseph Mwakambinda
:Peter Safari Hoter
:Mbeya
:Maji chini ya Ardhi (kisima kirefu)
:Kuchukua maji lita 1.5 kwa sekunde kwa ajii ya matumizi ya nyumbani (Hotel)
4. Ombi Na
: LRB 0284
Mwombaji
:Daimon G. Bibonde
Mmiliki
:Diamond Hotel
Wilaya
:Mbeya
Chanzo
:Maji chini ya Ardhi (kisima kirefu)
Habari kamili :Kuchukua maji lita 1.2 kwa sekunde kwa ajili ya matumizi ya nyumbani (Hotel)
5. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0285
:Mwenyekiti umoja wa Umwagiliaji Safumbo
:Umoja wa Umwagiliaji Safumbo
:Mbozi
:Mto Mlowo
:Kuchukua maji lita 50 kwa sekunde kwa ajili ya matumizi ya Umwagiliaji
6. Ombi Na : LRB 0286
Mwombaji
:Mkurugenzi wa Uwata English Medium School
Mmiliki
:Uwata English Medium School
Wilaya
:Mbeya
22
Chanzo
:Maji chini ya Ardhi (kisima kirefu)
Habari kamili :Kuchukua maji lita 2.5 kwa sekunde kwa ajili ya matumizi ya nyumbani (Shule)
7. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0287
:Abbot Sibenedict
:Abbot Sibenedict House
:Mbeya
:Maji chini ya Ardhi (kisima kirefu)
:Kuchukua maji lita 1.6 kwa sekunde kwa ajili ya matumizi ya nyumbani (Guest )
8. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0290
:Mkurungenzi wa Tughimbaghe Hotel
:Tughimbaghe Hotel
:Mbeya Vijijini
:Maji chini ya Ardhi (kisima kirefu)
:Kuchukua maji lita 1.4 kwa sekunde kwa ajili ya matumizi ya nyambani (Hotel)
9. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0291
:Mkurungenzi wa Kilangi Investiment
:Kilangi Investiment
:Mbeya
:Maji chini ya Ardhi (kisima kirefu)
:Kuchukua maji lita 5 kwa sekunde kwa ajili ya matumizi ya Biashara (maji ya chupa)
10. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0292
:Mkurungenzi wa Mwanganya Hotel
:Benard Merere Mwanganya
:Momba
:Maji chini ya Ardhi (kisima kirefu)
:Kuchukua maji lita 1.7 kwa sekunde kwa ajili ya matumizi ya Nyumbani (hotel)
11. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0293
:Alipipi Jatho Mwasilonde
:Alipipi Jatho Mwasilonde
:Mbeya Vijijini
:Chemic hemi ya Mmbaka
:Kuchukua maji lita 10 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
23
12. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0306
:Jumuiya ya watumia maji Kate (Kate Water User Association)
:Skimu ya umwagiliaji Kate
:Nkasi
:Mto Kantete
:Kuchukua maji lita 80 kwa sekunde kwa ajili ya matumizi ya umwagiliaj (Mazao)
13. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0307
:Mkurugenzi wa Ulaya Hydro- Windmill Technilogy
:Ulaya Hydro- Windmill Technilogy
:Sumbawanga
:Mto Churu
:Kuchukua maji lita 971.5 kwa sekunde kwa ajili ya matumizi ya uzalishaji umeme
14 .Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
15. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB 0308
: Mwenyekiti wa Umoja wa umwagiliaji Nkungwi
: Skimu ya umwagiliaji Nkungwi
: Mpanda
: Mto Katuma
: Kuchukua maji lita 113.2 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
: LRB 0309
: Mwenyekiti wa Umoja wa umwagiliaji Mwamkulu
: Skimu ya umwagiliaji Mwamkulu
: Mpanda
: Mto Katuma
:Kuchukua maji lita 96.02 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
16. Ombi Na : LRB 0317
Mwombaji
: Gasper Msakeni Shao
Mmiliki
: Gasper Msakeni shao
Wilaya
: Sumbawanga
Chanzo
: Mto Chula
Habari kamili : Kuchukua maji lita 0.6 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
17. Ombi Na : LRB 0320
Mwombaji
: Meneja wa mradi (Godfrey Hanezya Hiari)
Mmiliki
: Skimu ya umwagiliaji Nankanga
Wilaya
: Sumbawanga
Chanzo
: Mto Mkombozi
Habari kamili : Kuchukua maji lita 40 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
24
18. Ombi Na : LRB 0321
Mwombaji
: Umoja wa Umwagiliaji -Safumbo
Mmiliki
: Skimu ya umwagiliaji Safumbo
Wilaya
: Mbozi
Chanzo
: Chemi Chemi ya Masoko na Igunda (Mto Mlowo)
Habari kamili : Kuchukua maji lita 1.25 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Mazao
19. Ombi Na : LRB 0326
Mwombaji
: Mwenyekiti wa Mradi wa Maji- Itagano
Mmiliki
: Mradi wa Usambazaji Maji – Itagano
Wilaya
: Mbeya
Chanzo
: Chemic hemi ya malagala
Habari kamili : Kuchukua maji lita 0.8 kwa sekunde kwa ajili ya matumizi ya Nyumbani
.
20. Ombi Na : LRB /WUP /0329
Mwombaji
: Umoja wa Umwagiliaji – Uruwira
Mmiliki
: Skimu ya umwagiliaji Uruwira
Wilaya
: Mlele
Chanzo
: Mto Utobe (Bwawa)
Habari kamili : Kuchukua maji lita 40 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Mazao
21. Ombi Na : LRB /WUP/ 0330
Mwombaji
: Lusubilo Mwazembe
Mmiliki
: Lusubilo Mwazembe
Wilaya
: Mbozi
Chanzo
: Mto Luanda
Habari kamili : Kuchukua maji lita 1.5 kwa sekunde kwa ajili ya matumizi ya umwagiliaji mazao
22. Ombi Na : LRB /WUP/ 0331
Mwombaji
: Kikundi cha Umwagiliaji- Umoja
Mmiliki
: Kikundi cha Uwagiliaji - Umoja
Wilaya
: Mbozi
Chanzo
: Mto Ruanda
Habari kamili : Kuchukua maji lita 1.4 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
23. Ombi Na : LRB /WUP/ 0332
Mwombaji
: Leonard Stanly Shonda
Mmiliki
: Leonard Stanly shonda
Wilaya
: Mbozi
Chanzo
: Mto Msimbizi
Habari kamili : Kuchukua maji lita 1.4 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
25
24. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB /WUP/ 0333
: Fat Mwabwiga
: Fat Mwabwiga
: Mbozi
: Mto Ruanda
: Kuchukua maji lita 0.2 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
25. Ombi Na
: LRB /WUP/ 0334
Mwombaji
: Emmanuel J. Mwanyerere
Mmiliki
: Emmanuel J. Mwenyerere
Wilaya
: Mbozi
Chanzo
: Mto Luanda
Habari kamili : Kuchukua maji lita 0.2 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
26. Ombi Na : LRB /WUP/ 0335
Mwombaji
: Geofrey D. Mwatujela
Mmiliki
: Geofrey D. Mwatujela
Wilaya
: Mbozi
Chanzo
: Mto Luanda
Habari kamili : Kuchukua maji lita 0.5 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
27. Ombi Na
: LRB /WUP /0336
Mwombaji
: Mwenyekiti Jumuiya ya Watumia maji- Ikolongo
Mmiliki
: Jumuiya ya Watumia maji -Ikolongo
Wilaya
: Mpanda
Chanzo
: Chemi chemi ya Ikolongo
Habari kamili : Kuchukua maji lita 27 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
28. Ombi Na
: LRB /WUP /0337
Mwombaji
: Mwenyekiti Kikundi cha kuboresha kahawa
Mmiliki
: Kikundi cha kuboresha kahawa
Wilaya
: Mbozi
Chanzo
: Kijito cha Lupa (Mbewe)
Habari kamili : Kuchukua maji lita 0.14 kwa sekunde kwa ajili ya matumizi ya umwagiliaji Kahawa
26
29. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari Kamili
: LRB/WUP/0338
: Mwenyekiti wa Umoja wa Umwagiliaji Ngongo
: Skimu ya Umwagiliaji Ngongo
: Sumbawanga
: Mto Mteteze
: Kuchukua maji lita 10 kwa sekunde kwa ajili ya matumizi ya umwagiliaj
30. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari Kamili
: LRK/WUP/0339
: Mwenyekiti wa Umoja wa Umwagiliaji – Maleza
: Skimu ya Umoja wa Umwagiliaji - Maleza
: Sumbawanga
: Mto Momba
: Kuchukua maji lita 30 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
31. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0340
: Mwenyekiti wa umoja wa wafugaji - kilyamatundu
: Umoja wa Wafugaji Kilyamatundu
: Sumbawanga
: Mto Lwila
: Kuchukua maji lita 41 kwa sekunde kwa ajili ya kunyweshea mifugo
32. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari Kamili
: LRB/WUP/0341
: Mkurugenzi wa Kampuni ya Gold Tree Tanzania LTD
: Kampuni ya Gold Tree Tanzania LTD
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 1.1 kwa sekunde kwa ajili ya shughuli za uchimbaji Madini
33. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0342
: Mkurugenzi wa Kampuni ya Gold Tree Tanzania LTD
: Kampuni ya Gold Tree Tanzania LTD
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 2.8 kwa sekunde kwa ajili ya shughuli za uchimbaji Madini
27
34. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0343
: Mkurugenzi wa Kampuni ya Gold Tree Tanzania LTD
: Kampuni ya Gold Tree Tanzania LTD
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 2.8 kwa sekunde kwa ajili ya shughuli za uchimbaji Madini
35. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0344
: Watson Ngalile
: Watson Ngalile
: Mbozi
: Mto Ruanda
: Kuchukua maji lita 0.46 kwa sekunde kwa ajili ya matumizi ya Umwagiliaji kahawa
36. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0345
: Hezron Chanzi Sichone
: Hezron Chanzi Sichone
: Momba
: Mto Mko
: Kuchukua maji lita 95.5 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
37. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0348
: Martin Madarufu Mwamlima
: Martin Madarufu Mwamlima
: Momba
: Mto Msimbizi
: Kuchukua maji lita 3 kwa sekunde kwa ajili ya matumizi ya umwagiliaji kahawa
38. Ombi Na
: LRB/WUP/0349
Mwombaji
: Mkurugenzi wa Kampuni ya D. M. X LTD
Mmiliki
: D. M. X LTD
Wilaya
: Chunya
Chanzo
: Maji chini ya Ardhi (Kisima)
Habari kamili : Kuchukua maji lita 19.4 kwa sekunde kwa ajili ya matumizi ya uchimbaji wa madini
(Mining processing)
39. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0350
: David Pius Choga
: David Pius Choga
: Mbeya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 1.1 kwa sekunde kwa ajili ya matumizi ya nyumbani.
28
40. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0040
: Mwenyekiti Umoja wa Umwagiliaji Imalawantu
: Skimu ya Umwagiliaji Imalawantu
: Mbozi
: Mto Myovizi
: Kuchukua maji lita 120 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
41. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0351
: Mwenyekiti wa umoja wa umwagiliaji Mshewe
: Umoja wa Umwagiliaji Mshewe
: Mbeya Vijijini
: Mto Mshewe
: Kuchukua maji lita 23.14 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
42. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0352
: Exaud Jeremia Mbwilo
: Exaud Jeremia Mbwilo
: Mpanda
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 1.9 kwa sekunde kwa ajili ya matumizi ya nyumbani.
43. Ombi Na
: LRB/WUP/0353
Mwombaji
: Peter Gaundence Kinyonto
Mmiliki
: Peter Gaundence Kinyonto
Wilaya
: Mpanda
Chanzo
: Maji chini ya Ardhi (Kisima)
Habari kamili
: Kuchukua maji lita 1.83 kwa sekunde kwa ajili ya matumizi ya nyumbani
44. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0354
: Gaundence Pepino Kinyonto
:Gaundence Pepino Kinyonto
: Mpanda
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 1.52 kwa sekunde kwa ajili ya matumizi ya nyumbani
45. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0355
: Erick John Hodari
: Erick John Hodari
: Mpanda
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.97 kwa sekunde kwa ajili ya matumizi ya nyumbani
29
46. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0356
: William Y. Mwashiuya
: William Y. Mwashiuya
: Mbozi
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.12 kwa sekunde kwa ajili ya matumizi ya Guest
47. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0357
: Mkurugenzi wa Empien Company Ltd
: Empien Company Ltd
: Nkasi
: Mto Mfwizi
: Kuchukua maji lita 27.8 kwa sekunde kwa ajili ya matumizi ya umwagiliaji
48. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0358
: Amour Mohamed Sumry
: Amour Mohamed Sumry
: Mbeya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.6 kwa sekunde kwa ajili ya matumizi ya nyumbani
49. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0359
: Mkurugenzi wa Uwanji Hill Hotel
: Uwanji Hill Hotel (Fredy W. Mhangala)
: Momba
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.12 kwa sekunde kwa ajili ya matumizi ya Nyumbani (Hotel)
50. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
: LRB/WUP/0360
: Mkurugenzi wa Tunduma Investment Limited
: Tunduma Investment LTD (Steven Saini Hayo)
: Momba
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.21 kwa sekunde kwa ajili ya matumizi ya Nyumbani (Hotel
51. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0361
: Mkurugenzi wa Lunch Time Royal INN
: Lunch Time Royal INN (Frank Simon Mwakatwila)
: Momba
: Maji chini ya Ardhi
: Kuchukua maji lita 0.29 kwa sekunde kwa ajili ya matumizi ya Nyumbani (Hotel)
30
52. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0362
: Amosi Tambalale Mwamlima
: Amosi Tambalale Mwamlima
: Mbozi
:Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.23 kwa sekunde kwa ajili ya matumizi ya Nyumbani (Hotel)
53. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0363
: Tesla Exploration International LTd
: Tesla Exploration International LTd
: Chunya
: Ziwa Rukwa
:kutumia Vyombo (Boats) kwa ajili ya utafiti wa mafuta ndani ya Ziwa
54. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0364
: Mwenyekiti wa Kamati ya Maji Kijiji cha Mlimanjiwa
: Kijiji cha Mlimanjiwa
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.12 kwa sekunde kwa ajili ya matumizi ya Nyumbani
55. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0365
: Mwenyekiti wa Kamati ya Maji Kijiji cha Mlimanjiwa
: Kijiji cha Mlimanjiwa
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.28 kwa sekunde kwa ajili ya matumizi ya Nyumbani
56. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0366
: Mwenyekiti wa Kamati ya Maji Kijiji cha Mlimanjiwa
: Kijiji cha Mlimanjiwa
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.16 kwa sekunde kwa ajili ya matumizi ya Nyumbani
57. Ombi Na
Mwombaji
Mmiliki
Wilaya
Chanzo
Habari kamili
LRB/WUP/0367
: Mwenyekiti wa Kamati ya Maji Kijiji cha Mlimanjiwa
: Kijiji cha Mlimanjiwa
: Chunya
: Maji chini ya Ardhi (Kisima)
: Kuchukua maji lita 0.4 kwa sekunde kwa ajili ya matumizi ya Nyumbani
31