An irrigation well at Randullabad, Maharashtra.
IWP flickr photos
Atal Bhujal Yojana (Atal Jal): Managing India’s groundwater for the future
How was the Atal Bhujal Yojana conceived?
The Atal Bhujal Yojana was thought of in response to the growing groundwater crisis in India. Groundwater has become a crucial freshwater resource to sustain India’s agriculture and drinking water security, contributing nearly 62% to irrigation, 85% to rural water supply, and 50% to urban water supply.
India extracts as much as 241 billion cubic metres annually—over a quarter of the global total—and this has led to grave overexploitation of groundwater in some states where extraction exceeds groundwater recharge. For example, more than 25 per cent of over-exploited and critical units are concentrated in eight states and UTs, predominantly in the northwestern regions, such as Punjab, Haryana, Delhi, and western Uttar Pradesh. In arid and semi-arid regions of Rajasthan, Gujarat and Punjab too, groundwater extraction is above the annual recharge to meet domestic, irrigation, and industrial water demand. In peninsular India, the hard rock terrain and crystalline aquifers have low storage potential and dependence on groundwater for irrigation, domestic, and industries, means that aquifers run out of water during summer months in regions such as Tamil Nadu, Karnataka, parts of Andhra Pradesh and Telangana, which account for 42 percent of the total over-exploited blocks in the country. This critical crisis has also been fuelled by agricultural subsidies, poor crop choices, inefficient irrigation practices and rapid urbanisation.
Falling water tables can also increase the risks of groundwater contamination with pollutants like arsenic and fluorides, which are harmful to health. It also causes land subsidence, with rates exceeding \(36 \text{mm/year}\) in some cities. Thus, sustainable development and efficient management of groundwater were thought to be extremely important in the years to come. Several examples of sustainable groundwater management involving the community that existed in different parts of India, such as the Pani Panchayat movement in Maharashtra and the Andhra Pradesh Farmer Managed Groundwater System (APFAMGS) project in drought-prone districts of the state, have shown that bottom-up approaches to water management can lead to sustainable use of groundwater at the local levels. A need was thus felt to scale up such efforts to other parts of the country. Realising the importance of this, the MoJS, GoI, launched the Atal Bhujal Yojana, which envisaged improvement in the groundwater scenario through demand management and community participation in the selected water-stressed areas of seven states in the country.
What is the Atal Bhujal Yojana?
Atal Bhujal Yojana.
Atal Bhujal Yojana (Atal Jal), India’s flagship community-led groundwater management programme, was launched in December 2019 by the Ministry of Jal Shakti, Government of India. The scheme initiated institutional reform and aimed at moving away from traditional supply-side solutions towards participatory, data-driven, and demand-focused groundwater governance by empowering Gram Panchayats to lead groundwater planning, supported by real-time data monitoring, hydrogeological mapping, and performance-based incentives. It also advanced national commitments under SDG 6.4 (water-use efficiency) and SDG 6.5 (IWRM implementation). With a total budget of Rs 6000 crore (USD 756.56 million), the scheme was initiated in the water-stressed states of Gujarat, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Rajasthan and Uttar Pradesh.
Atal Bhujal Yojana at a glance
Source: Atal Bhujal Yojana (Atal Jal)
Atal Bhujal Yojana at a glance
Statewise districts covered under the Atal Bhujal Yojana
What were the goals, aims, and objectives of the Atal Bhujal Yojana?
Goal: To demonstrate community-led sustainable groundwater management which can be taken to scale
Aim: The main aim of the scheme has been to improve groundwater management in select over-exploited and groundwater-stressed areas in identified priority States through implementation of various interventions with community participation.
Objective: To improve the management of groundwater resources in select water-stressed areas in identified states viz. Gujarat, Haryana, Karnataka, Madhya Pradesh, Maharashtra, Rajasthan, and Uttar Pradesh. This was to be achieved by implementing appropriate investments/management actions led by the community through the convergence of various ongoing /new central and State schemes focusing on demand-side management. The scheme also focused on strengthening the institutional framework for participatory groundwater management and bringing about behavioural change at the community level through awareness programmes and capacity building for fostering sustainable groundwater management in identified states.
This was through:
Strengthening institutional structure in the States to facilitate scientific and sustainable groundwater management
Promoting participation of communities and stakeholders in sustainable groundwater management
Enabling efficient and planned use of public funds for groundwater management by encouraging convergence among ongoing schemes central and state governmental schemes such as like MGNREGS, PMKSY, MIDH, RKVY, Amrit Sarovar, etc.
Promoting activities relating to water harvesting, recharge of aquifers and water conservation.
Supporting efficient use of water through new and emerging technologies such as sensor-based irrigation, water-efficient fodder cultivation, use of drones in agriculture, hydrogel and Internet of Things (IoT)-enabled technologies apart from traditional practices like drip/sprinkler systems, crop diversification, mulching, etc.
What was the strategy used to meet the objectives?
The Atal Bhujal Yojana focused on using a four-pronged strategy that included the following:
Use of Decision Support Tools for groundwater management.
Strengthening community-based Institutions to foster management
Improving water use efficiency and enhancing groundwater recharge
Supporting fiscal decentralisation.
The details can be read here
The scheme encouraged active participation of the communities and panchayats in the participating States through formation/strengthening of Water User Associations, monitoring and disseminating groundwater data, water budgeting and preparation of Gram Panchayat-wise Water Security Plans (WSPs) and their implementation. The participation of women in water budgeting and water security planning exercises has been kept at least at 33% in the Gram Panchayat-level Water User Associations. The existing Village Water & Sanitation Committee in each Gram Panchayat has been enlarged and engaged for this purpose.
For behavioural change at ground level, use of data related to water availability and usage while preparing Water Budget and Water Security Plans was encouraged. A range of equipment, such as Digital Water level Recorder (DWLRs), Water level sounders, Rain gauges, and Water flow metres, was installed in all Atal Jal States. Government of India also planned to install various Real Time Data Acquisition Systems (RTDAS) for both Surface and groundwater across the Country under National Hydrology project.
Who were the expected beneficiaries?
The scheme was directed at the general public, including marginal and poor farmers, SC, ST, minorities and other vulnerable groups, and the increased availability and sustainability of water were expected to help social groups distribute these resources equitably.
What were the expected key results?
Strengthened institutional framework and effective groundwater data monitoring and disclosure.
Improved planning and implementation of groundwater management interventions.
What was the Atal Jal implementation plan?
Implementing agencies
Central-Level
National Level Steering Committee (NLSC)
National Project Monitoring Unit (NPMU)
National Technical Support Agency (NTSA)
Third-Party Government Verification Agency (TPGVA)
State-Level
Nodal Department
Program Implementation Agency (PIA)
State Level Steering Committee (SLSC)
State Program Management Unit (SPMU)
District-Level
District Program Management Unit (DPMU)
District Implementation Partners (DIPs)
Gram Panchayat-level
Village Water & Sanitation Committees (VWSC)
Details on the roles and activities undertaken by the agencies can be found here
Strategy for implementation
Programme implementation was the responsibility of the state, district and block governments; gram panchayats (GPs); and communities. The approaches included:
Foundation of national and state-level inter-agency Steering Committees for better coordination between groundwater departments and agencies.
Disbursement of funds to the states based on achievement
Hiring of Technical Support Agencies (TSAs) at the national and state level and Support Organisations (SOs) to bridge capacity gaps and build capacity in public institutions and
Development of an integrated Management Information System (MIS) that increases the flow of information and eases the implementation of standardised Program procedures
Project management, implementation and coordination
Was planned to be done through:
Central Level through Program Management Unit (PMU) and Technical Support Agency (TSA)
State Level through State Steering Committee and Program Implementation Agency (PIA)
District Level through District, Block, and Gram Panchayat institutions and Divisional Program Implementation Units (DPIUs) and Support Organisations (SOs)
The details can be read here
What has been the progress made?
State-wise district and Gram Panchayats covered under the Atal Bhujal Yojana as of 11th December 2025
Table Source: Coverage under Atal Bhujal Yojana
Major activities/works undertaken under the Scheme were:
Measurement and public disclosure of groundwater data across all 8,203 Atal Jal Gram Panchayats (GPs) of seven states
Preparation and regular updation of Community-led Water Budgets (WBs) and Water Security Plans (WSPs) in all the seven states annually.
Trainings in more than 1.28 lakh GPs as well as capacity building trainings at the Block, District and State-level.
Installation of piezometers along with Digital Water Level Recorders (DWLRs) and Rain Gauges in majority of all GPs under the Yojana.
Monitoring of around 70,000 wells at the GP level, with data shared publicly.
Mapping of over 99,000 existing water conservation and artificial recharge structures
More than 83,800 supply-side structures like check dams, ponds, recharge shafts/pits, etc. constructed/renovated for water conservation and groundwater recharge across 7 states
Around 9.7 lakh hectares brought under efficient water-use practices (drip/sprinkler irrigation, mulching, crop diversification, etc.) across 7 states.
Statewise details of activities/works done under the Atal Bhujal Yojana
Table Source: Status of Atal Bhujal Yojana in Uttar Pradesh
Funds disembursed and utilised
Table Source: Status of Atal Bhujal Yojana in Uttar Pradesh
Progress under the Atal Bhujal Yojana as of 20th January 2026
Improvement in Rate of Groundwater Decline (m/year) by State
Table Source: Progress under Atal Bhujal Yojana, as on 20 January 2026
Area under Efficient Water Use (Ha) by state
Table Source: Progress under Atal Bhujal Yojana, as on 20 January 2026
Digital Water Level Recorders (DWLR) Installed by state
Table Source: Progress under Atal Bhujal Yojana, as on 20 January 2026
Digital / Analog Water Level Indicators Installed by state
Table Source: Progress under Atal Bhujal Yojana, as on 20 January 2026
Total coverage indicators
An area of 670,802 hectares has been covered under demand side activities, saving 1,716 Million Cubic Meters (MCM) of water through efficient practices like micro irrigation, crop diversification, and rainwater harvesting benefiting 7.6 lakh households (0.76 million households), Supply-side water management initiatives positively impacted approximately 2.65 crore individuals (26.5 million individuals), enhancing water security and sustainability. Construction and renovation of 77052 structures across Atal Jal Gram Panchayats (Village Councils), recharged an estimated 642 Million Cubic Meters (MCM) of Groundwater.
Investment of more than Rs. 7882 Cr (USD 993.42 million) resulted in water saving/ ground water recharge of about 2359 MCM benefitting around 3 crore persons (30 million persons) with cost per beneficiary being Rs. 2,627/ (USD 33.12).
What were the lessons learnt and positive examples and best practices from the ground?
Innovative models created
Participating states adopted some innovative models which created a big impact in terms of awareness creation, capacity building and efficient utilisation of water. Some of the best practices included:
Use of mobile van for groundwater quality training at Panchayat, Taluka, and District levels in Gujarat. Farmers brought borewell samples for on-the-spot testing, enabling immediate, informed decisions.
Use of IoT-based ‘FASAL & Phyllo’ systems in Chikkaballapura& Bengaluru Rural for cultivation of grapes, pomegranates, and roses in Karnataka. These used soil sensors, weather data, and pest prediction to optimise irrigation, saving 20-40% water through precision farming.
Maharashtra: Creation of Groundwater Information Dissemination Centre (GIDC), a Panchayat-level community-centric knowledge hub providing groundwater data, water budgets, and scheme updates, helping communities make informed water management decisions.
Rajasthan: A holistic Water-Saving poly-house Model was developed which integrated water conservation elements like poly-house, farm pond, solar pump and micro-irrigation. Apart from enabling efficient water use, this model supported year-round high-value crop cultivation and helped farmers through increased yields, reduced input costs, and improved incomes.
Madhya Pradesh: Jal Saksharta Rath campaign covered 670 Gram Panchayats across 6 districts in the state, simplifying technical knowledge on piezometers, rain gauges, and water flow meters for communities and students. The effort blended technical literacy with transparency in digital data, strengthened local leadership and set a model for community participation in water governance.
Haryana: Deployed an innovative system called IISIF (Irrigation Intelligence Software for Irrigation Forecasting), which optimises water use by leveraging satellite, weather, soil, and crop data. It provides personalised irrigation and pest advisories via a mobile/web app, enhancing productivity and sustainability.
Uttar Pradesh: The "Know Your GP" initiative assigned QR codes to Panchayats, offering real-time groundwater data, water budgets, existing water conservation structures, and real-time updates on ongoing interventions, thus promoting transparency and community involvement.
Barmer, Rajasthan, demonstrated how the construction of 45,000+ traditional tankas (rainwater harvesting structures) and check dams has improved water availability in the Thar Desert region. Other initiatives included the revival of traditional rainwater harvesting structures, the use of treated wastewater for industrial use, and the promotion of horticulture with low-water-consuming crops such as pomegranates (Thar ka Anar) and figs. Additionally, the district effectively utilised CSR funds for water conservation efforts.
In Alwar, Rajasthan, several innovative interventions were undertaken, including the use of Building as Learning Aids (BaLA) to integrate water conservation awareness into education, restoration of heritage water bodies, creation of urban green spaces (Nagavan), and the rejuvenation of the Ruparel River, which resulted in a 9-metre rise in groundwater levels.
Meanwhile, Mehsana, Gujarat, adopted an institutional approach by installing rainwater harvesting systems in government buildings and constructing recharge borewells, significantly improving groundwater availability in water-stressed tehsils.
Dhamtari, Chhattisgarh, implemented an integrated approach combining artificial recharge structures with crop diversification, shifting from traditional paddy cultivation to water-efficient crops like pulses and millets. These efforts underscore the effectiveness of decentralised, community-driven water conservation measures in addressing India’s water security challenges.
Positive Case Studies Under Atal Bhujal Yojana
Farmers in the Mehsana district in Gujarat reduced groundwater usage by adopting sprinkler irrigation. Community-driven water user associations actively monitored aquifers.
Jalgaon district in Maharashtra witnessed an increase in water table levels due to artificial recharge structures. Integration with MGNREGA was done for constructing percolation tanks.
Shift to direct-seeded rice (DSR) in Kurukshetra, Haryana reduced water consumption by 35%.
Atal Bhujal Yojana led to empowerment of women in Satara, Maharashtra, India
Groundwater Awareness improved by using various IEC tools as a part of the Atal Bhujal Yojana in Solapur District
India’s Participatory Groundwater Management Programme: Learnings from the Atal Bhujal Yojana Implementation in Rajasthan
Groundwater management initiatives in the Haveli Gram Panchayat of Sadaura block, Yamunanagar, Haryana
Enhancing groundwater awareness through exhibitions: A case study of Atal Bhujal Yojana in Solapur
Tackling water scarcity through strengthening leadership, Madhya Pradesh
Atal Bhujal Yojana in Uttar Pradesh
These real-world examples highlight the programme’s success across diverse hydrogeological and socio-economic contexts.
Lessons learnt
Community empowerment through awareness programmes and monitoring groundwater levels, water quality and rainfall resulted in increased knowledge on local water conditions, facilitating informed decision-making.
Inclusion of community members in the water budgeting and planning created a sense of ownership for better management of available water resources.
Customised and focused trainings, awareness activities, and exposure visits motivated farmers to adopt water-efficient agriculture practices. In Atal Jal, around 0.76 million farmers have adopted these techniques in around 0.67 million hectares, exceeding the envisaged target of 0.45 million hectares.
Education & Communication (IEC) Activities enabled the community to understand the groundwater scenario of their area and empowered them to make decisions for sustainable management of water resources.
Mandatory participation of men and women made the process more inclusive
Participation of Non-Governmental Organizations (NGOs) / Civil Society Organisations (CSOs) helped create a bridge between peple and the government resulting in effective implementation of the Scheme.
The convergence of resources in terms of manpower and funds helped in the involvement of various line departments which were earlier working in silos.
Developing the local leadership in the form of a Community Resource Person (CRP) to ensure sustainability of common pool resources and its overall management was found to be a key step for sustenance of the programme once it is over.
Demystified, democratised and decentralised data enhanced sustainable water management.
Consultative & Collaborative approach worked better than a Control & Command strategy for sustainable groundwater management.

