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Atal Bhujal Yojana
Atal Bhujal Yojana is a groundwater management scheme. It aims to improve groundwater levels and management. Launched in 2020, it covers 8,581 water-stressed gram panchayats.
Atal Bhujal Yojana (ABY) is a centrally‑sponsored groundwater‑management programme launched on 15 June 2020 under the Ministry of Jal Shakti. Named after former Prime Minister Atal Bihari Vajpayee, it targets the reversal of groundwater depletion through community‑driven demand‑side interventions in 8,581 gram panchayats across 78 water‑stressed districts of 7 states. Its distinctive feature is the statutory linkage of financial assistance to locally prepared water‑budgeting and recharge plans, making it the first large‑scale Indian scheme to embed participatory governance at the village level.
Origins / Historical Background
The scheme emerged from the Jal Shakti Abhiyan (2019) and the National Water Mission’s objective to achieve a 20 percent increase in water‑use efficiency by 2025. In the Union Budget 2020‑21, the government earmarked ₹ 6,000 crore for ABY, allocating a 70 percent central share and requiring a 30 percent contribution from state governments. The policy framework draws on the 2002 National Water Policy’s emphasis on “groundwater as a strategic resource” and on the 2019 Water (Prevention and Control of Pollution) Act amendments that empower local bodies to enforce recharge norms. The selection of the seven participating states—Gujarat, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Rajasthan, and Uttar Pradesh—reflected the Ministry’s analysis that these regions accounted for over 45 percent of India’s total groundwater extraction in 2018.
How It Works / Mechanism
ABY operates through a three‑tier structure: the central Ministry designs guidelines; state water‑resource departments prepare district‑level action plans; and gram‑panchayat‑level Water User Associations (WUAs) execute village‑specific interventions. Each WUA must draft a water‑budget that quantifies annual groundwater demand, sets a recharge target (typically 10‑15 percent of demand), and outlines structural measures such as percolation tanks, check‑dams, and injection wells. Funding is released only after the WUA submits a monitoring‑and‑evaluation (M&E) plan that incorporates remote‑sensing data, GIS‑based aquifer mapping, and real‑time telemetry of borewell levels. NABARD acts as the nodal agency for disbursing loans to WUAs, while the Central Ground Water Board provides technical validation of recharge structures. Capacity‑building modules—delivered by the Indian Institute of Water Management—train at least two senior officials and three village volunteers per gram‑panchayat in water‑budgeting, leak detection, and demand‑side management.
Current Status / Implementation
As of March 2024, ABY has approved ₹ 4,200 crore of its total outlay, with ₹ 2,940 crore released by the Centre and the remainder contributed by state budgets. Field reports indicate that 5,312 WUAs have completed water‑budgeting, and 3,874 recharge structures—including 1,210 percolation tanks and 2,664 check‑dams—have been constructed. Preliminary monitoring shows an average rise of 0.8 metres in groundwater tables across pilot villages in Rajasthan and Madhya Pradesh, compared with a decline of 1.2 metres in adjacent non‑participating villages during the same period. The scheme’s digital dashboard, launched in January 2023, now tracks over 12,000 borewell levels in real time, enabling rapid corrective action when extraction exceeds recharge targets.
Significance
Groundwater supplies ≈ 251 billion cubic metres of India’s annual water use, yet satellite data from 2000‑2020 reveal a 30‑percent decline in aquifer storage in the scheme’s target states. By institutionalising community stewardship, ABY addresses the “tragedy of the commons” that has plagued Indian aquifers for decades. Its demand‑side focus—mandating water‑budgeting and limiting new borewell drilling—complements supply‑side measures such as large‑scale surface‑water projects, thereby creating a more resilient water‑security architecture amid increasingly erratic monsoon