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WELCOME. DROUGHT – SOCIAL PERSPECTIVES. 60% of net cultivated area is under rainfed Rainfed areas housing a majority of our rural poor & marginal farmers Major proportion of rainfed areas prone to drought. CHARACTERISTICS OF DROUGHT PRONE AREAS.
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DROUGHT – SOCIAL PERSPECTIVES • 60% of net cultivated area is under rainfed • Rainfed areas housing a majority of our rural poor & marginal farmers • Major proportion of rainfed areas prone to drought
CHARACTERISTICS OF DROUGHT PRONE AREAS • Continuous degradation of land and vanishing green cover • Depleting water resources and drinking water problem • Decreasing productivity of crop, livestock & human resources • Hunger and malnutrition • Out-migration of both human & cattle population in times of distress
Probability of occurrence of drought in different meteorological sub-divisions
AREA DEVELOPMENT PROGRAMMES • Integrated Wastelands Development Programme (IWDP) • Drought Prone Areas Programme (DPAP) • Desert Development Programme (DDP)
COVERAGE DPAP covers 972 Blocks in 185 Districts in 16 States A.P. (94), Bihar (30), Chhatisgarh (29), Gujarat (67), HP (10), Jharkhand (100), J&K (22), Karnataka (81), M.P. (105), Maharashtra (149), Orissa (47), Rajasthan (32), Tamilnadu (80), UP (60), Uttaranchal (30), West Bengal (36)
DPAP-OBJECTIVES • To minimize the adverse effects of drought on the production of crops, livestock and productivity of land, water and human resources for drought proofing of the affected areas • To promote the overall economic development and improve the socio-economic condition of the resource poor and disadvantaged sections inhabiting the programme areas. • To take up development works by watershed approach for land development, water resource development and afforestation/pasture development.
WATERSHED PROJECTS AIM AT • RAISING GROUND-WATER TABLE • IMPROVING PRODUCTIVITY OF DEGRADED / WASTELANDS • PREVENTING LAND DEGRADATION • CONSERVING ECO-FRAGILE LANDS • INCREASING FUEL, FOOD & FODDER • IMPROVING RURAL ECONOMY
Activities undertaken in Watershed Programmes • Land Development including in-situ soil and moisture conservation measures like contour and graded bunds fortified by vegetation, bench terracing in hilly terrain. • Drainage line treatment with a combination of vegetative and engineering structures. • Development of small water harvesting structures such as low-cost farm ponds, nalla bunds, check-dams and percolation tanks. • Nursery raising for fodder, timber, fuel wood and horticultural species.
Activities undertaken in Watershed Programmes(contd…) • Afforestation including block plantations, shelter belts, sand dune stabilisation, etc. • Agro-forestry and horticultural development. • Pasture development either by itself or in conjunction with plantations. • Repair, restoration and upgradation of existing common property assets • Basic surveys such as contour survey, hydrological survey etc. • Setting up revolving fund not exceeding Rs.1 lakh to be given as seed money to SHGs at a rate not exceeding Rs.10,000 per SHG for undertaking income generating activities.
FUNDING PATTERN - DPAP UNIT COST Rs. 6000/ha. 75% Central Share 25% State Share Micro watershed size : 500 Ha.
IMPACT ASSESSMENT STUDIES OF PROGRAMMES MAJOR FINDINGS • Improvement in ground water level, cultivated area and productivity of Land • Decrease in soil erosion, runoff loss and silting of ponds, tanks and dams • Increase in availability of fodder, milk production, fuel and employment • Improvement in overall socio-economic status of rural people living in/around watershed areas
SUCCESS STORIES DPAP Project in Khandwa District of Madhya Pradesh Project period:1995-96 to 2000-01 Area :523 ha. Location :Dantha Village in Khandwa District Activities: • Total water management approach adopted through ridge to valley treatment • A series of drainage-line earthen checks and continuous contour trenches, field bandhs and kundis were made which do not allow water to flow more than 10m. Even if there is a rainfall of 20cm in a day. Impact: • All the 46 existing dugwells had water throughout the year and 102 new dugwells were constructed. • The water table rose by 4 - 6 feet providing enough water for rabi crop • The water availability in the village increased from 12.5 hect-metre to 305 hect-metre. • The cultivable area gone up from 300 ha. to 421 ha. and the productivity from 16-17 quintals to 30-35 quintals per ha. • The no. of milch cattle increased by 100%.
“Watershed Villages” Were Seen To Have Developed Sufficient Drought Sustenance Capacity