Monday, 26 January 2015
Status of Fisheries Development in Mahabubnagar District, Telangana
Status of Fisheries Development
in Mahabubnagar District, Telangana
Dr B. Laxmappa, Fisheries
Development Officer, Mahabubnagar - 509001.
Telangana. India . e-mail : laxmappaboini@gmail.com
P. Mahipal, Asst. Director of
Fisheries, Mahabubnaga r-509001.
Telangana. India . e-mail : adfisheries2012@gmail.com


Dr B.Laxmappa P. Mahipal
Introduction
Mahabubnagar is the largest district in Telangana state
of India
in terms of the spread, with geographical area of 18,432 sq. kms and about 100
kms away from Hydreabad city. This district is well known for its greater
percent of rural population and also migration. Mahabubnagar district consists
of 1553 Revenue Villages, 64 Mandals and 5 Revenue Divisions. The river Krishna
with its tributaries Bheema and Tungabhadra enters in to Telangana in
Mahabubnagar district. The district is located
at 16°73' N and 77°98' E and about 100 km distance from the state capital of Hyderabad (Fig.1). The district population was 40, 42,191 as per 2011cences.
Water resources
Irrigational tanks, reservoirs,
rivers and backwaters are the important water resources for inland fish
production in Mahabubnagar district. The Krishna and
Tungabhadra rivers flows from the district in addition to many fish culture
ponds, tanks, reservoirs and about 26000 ha Srisailam Backwaters which are all
potential resources for fisheries in the district (Table:1).
Many new reservoirs are also constructed in the
district from 1995 onwards. Most of the reservoirs are of great fisheries
potential in addition to their fundamental functions such as irrigation, flood
control, drinking water and power generation in some reservoirs. There is a
wide scope for development of reservoirs fisheries in the district.
Present status
There are
about 600 irrigational tanks with above 100 acre ayacut area, its water spread
area ranging from 20 ha to 200 ha and more than 1500 below 100 acre ayacut area,
its water spread area ranging from 5 ha to 20 ha are present in the district.
There are 15 above 100 ha water spread area reservoirs also exist in the
district and another 6 reservoirs are under construction. PJP is a major
multipurpose reservoir constructed on river Krishna
in the year 1996. This project is the main water source for the many old and
newly constructed reservoirs in the district. In Mahabunagar small, medium and large
reservoirs exist which falls in various divisions (Table: 3). Among the five
revenue divisions Gadwal is the rich source for reservoir fisheries. These
reservoirs are providing livelihood to more than 15000 fisher families directly
and indirectly in the district.
Production trends
The source of freshwater fish production is capture
and culture. About 60-70 per cent fish production comes from captures fisheries
and rest from aquaculture in the district. The fish production level has been
increased from 9775 tonnes in 2005-06 to 31063 tonnes in 2012-13 (Table:2
& Fig. 2). In medium reservoirs the average fish production rate is about
180 kg/ha/yr. Since last decade the production levels are increased
significantly in many tanks and reservoirs in the district. This is due to
stocking of fingerlings size carps seed in the tanks and reservoirs and
controlling of poaching. Still there is no proper utilization of newly
constructed reservoirs for fishery growth due to its bottom beds are full of
thorny bushes, trees, stumps and rocks besides insufficient water storage in
these reservoirs.
In some irrigational tanks and reservoirs
particularly Koilsagar, Ramanpad and Chandrasagar the fishermen is also
stocking wild freshwater prawn seed along with carp fish seed in Mahabubnagar
district and getting good production. The prawn production is encouraging and successful
which is really an innovative and additional income oriented aspect to the
fisherman from the reservoirs in the district.
Opportunities
Qualitative and quantitative seed stocking is the key
to success in culture based tanks and reservoirs. Most of the instances of low
yield from reservoirs in India
can be attributed to non-compliance of stocking size and numbers. Selection of
the right management practice holds the key for success. Enforcing appropriate
guidelines for stocking and other management protocols strict monitoring of stocking
and harvesting schedules and above all prevention of poaching in successful
implementation of the process. Most of the irrigational tanks are silted and
also infested with Ipomoea weed plants which lead to low yield in such
tanks. Now the government is planned to restore all the tanks in the Telangana
state for optimum utilization. This is the good opportunity to increase the
fish production from the tanks in the district.
Providing infrastructure and credit support for
marketing and post harvest in tanks and reservoir fishery. Organization of
trainings to stake holders for upgrading their knowledge on reservoir fishery
and ecological management. Viable schemes for financial assistance to fishers depending
up on reservoir fishery as there economic sustenance. NFDB is the national
institute which is ideal source for financial support for the purpose. Agricultural
Technology Management Agency (ATMA) is established at district level as an
autonomous institution is also providing financial support for up gradation of
skills through trainings, demonstrations, interactions with scientists, exposure
visits etc. regarding reservoir fishery. There is a tremendous scope to enhance
existing productivity from tanks and reservoirs which in turn provides ample
opportunities for sustainable livelihood to more number of fisher folk through tanks
and reservoirs in the district.
Conclusions
The improved fishery in tanks and reservoirs should
also include interventions that aim at increasing the capacity fisher folk
communities in low cost technologies and curtail post harvest loses. The
fisheries productivity can be increased through a number of interventions
combining better harvest strategies carefully adapted stock enhancement. Sound
marketing system will fetch higher incomes and enthuse the fishermen to
increase the catches. In coming years reservoirs will become potential
resources for employments generation in the district.
References
1.
Handbook of
Fisheries and Aquaculture, 2011. Published by ICAR, New Delhi .
2.
Laxmappa B,
Satya Parameswar K, Srinivas Reddy B., 2013. Status of Freshwater Prawn Farming
in Ramanpad Reservoir in Mahabubnagar district of A.P., India . Fishing Chimes 33(7): 29-31.
3.
Laxmappa B, Jithender Kumar Naik S & Vamshi S. 2014: Augmentation of
fish and prawn production from Koilsagar reservoir of Mahabubnagar: A success
story. International Journal of Fisheries and Aquatic Studies; 2(1): 197-206.
Table
1: Water resources in the district
Water Source
|
Area
|
Irrigation tanks
|
45000 ha
|
Reservoirs
|
16700 ha
|
Back waters
|
26000 ha
|
Rivers
|
160 Kms
|
Aquaculture ponds
|
680 ha
|
Table 2: Fish production trends in the district
Year
|
Fish Production (in tonnes)
|
2005-06
|
9775
|
2006-07
|
15170
|
2007-08
|
15344
|
2008-09
|
20261
|
2009-10
|
25445
|
2010-11
|
26990
|
2011-12
|
28829
|
2012-13
|
31063
|
Table.3:
Reservoirs of > 100 ha water spread area (WSA) particulars
Sl.No
|
Name of the Reservoir
|
Division
|
Total WSA in ha
|
Year of Construction
|
Purpose
|
|
1
|
Koilsagar Project
|
Narayanapet
|
1036
|
1955
|
Irrigation + drinking water from
2010
|
|
2
|
Sarala sagar Project
|
Wanaparthy
|
620
|
1959
|
Irrigation
|
|
3
|
Chandrasagar Project
|
Nagarkurnool
|
530
|
1978
|
Irrigation
|
|
4
|
Ramanpadu Project
|
Wanaparthy
|
305
|
1980
|
Irrigation + drinking water from
2002
|
|
5
|
Priyadarshini
Jurala Project (PJP)
|
Gadwal
|
6770
|
1996
|
Irrigation + Power generation
|
|
6
|
KLI Reservoir
|
Gadwal
|
320
|
2000
|
Irrigation + drinking water from
2005
|
|
7
|
Gopaldinne
Reservoir
|
Wanaparthy
|
125
|
2002
|
Irrigation
|
|
8
|
Yellur
Reservoir
|
Nagarkurnool
|
215
|
2011
|
Irrigation
|
|
9
|
Singotam Reservoir
|
Wanaparthy
|
700
|
2012
|
Irrigation
|
|
10
|
Guddamdoddi Reservoir
|
Gadwal
|
480
|
2012
|
Irrigation
|
|
11
|
Bhoothpur Reservoir
|
Narayanapet
|
520
|
2012
|
Irrigation
|
|
12
|
Sangambanda Reservoir
|
Narayanapet
|
634
|
2012
|
Irrigation
|
|
13
|
Thatikunta Reservoir
|
Gadwal
|
766
|
2012
|
Irrigation
|
|
14
|
Ryalampad Reservoir
|
Gadwal
|
1161
|
2012
|
Irrigation
|
|
15
|
Rangasamudram Reservoir
|
Wanaparthy
|
760
|
2013
|
Irrigation
|
|
16
|
Nagardoddi Reservoir
|
Gadwal
|
410
|
Under construction
|
Irrigation
|
|
17
|
Sangala Reservoir
|
Gadwal
|
412
|
Under construction
|
Irrigation
|
|
18
|
Mahatma
Gandhi Reservoir (Jonnalaboguda)
|
Nagarkurnool
|
105
|
Under construction
|
Irrigation
|
|
19
|
Gudipally
Reservoir
|
Nagarkurnool
|
140
|
Under construction
|
Irrigation
|
|
20
|
Chinnonipally
Reservoir
|
Gadwal
|
310
|
Under construction
|
Irrigation
|
|
21
|
Muchonipally
Reservoir
|
Gadwal
|
380
|
Under construction
|
Irrigation
|
|
Source:
Irrigation & CAD Dept. Mahabubnagar

Fig. 1: Location of Mahabubnagar district in Telangana state

Fig. 2: Fish production trends from 2005-06 to 2012-13 (in
tonnes)

Fig. 3: Koilsagar reservoir in Mahabubnagar district

Fig. 4: Fish catching in Tank

Fig. 5: Fish catching in Reservoir

Fig. 6: Pangas production from aquaculture pond

Fig. 7: Fish catching in Krishna River

Fig. 8: Well grown carp fish from the reservoir

Fig. 9: Well grown prawn from the reservoir
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