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Jal Sanchay Jan Bhagidari (JSJB) From Local Action to Water Security (UPSC/RAS/PSI)

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  • Nodal Ministry- Ministry of Jal Shakti 

 Macro Context & Guiding Philosophy

  1. Traditional vs. Modern Pressures- Communities historically maintained water security through localized structures (stepwells, tanks, johads, and earthen ponds). Rapid population expansion, intensive agriculture, and urban draw have strained conventional supplies, requiring community-driven conservation.
  2. Core Philosophy of JSJB- Emphasizes Jan Bhagidari (public participation), shifting water conservation from top-down engineering projects to decentralized community stewardship.
  3. Whole-of-Government & Whole-of-Society Approach- Combines Panchayati Raj Institutions (PRIs), civil society, district administrations, and educational campuses on a shared platform.
  4. The "3Cs" Guiding Model- Anchored by three core pillars- Community (participatory ownership), Corporate Social Responsibility (CSR) (mobilization of non-budgetary capital), and Cost (focus on low-cost, decentralized recharge technology).
  5. Alignment with Viksit Bharat@2047- Supports groundwater security to sustain long-term drinking water supply and agrarian resilience under the vision of a water-secure nation.

Phased Rollout & Scale of Physical Interventions

  1.           JSJB 1.0- Executed between September 6, 2024, and May 2025, constructing over 27 lakh structuresacross India to capture rainwater and replenish shallow aquifers.
  2.           JSJB 2.0- Rolled out in June 2025; accelerated the pace to construct over 1.5 crore groundwater recharge structures.
  3.            Strategic Integration- Formally converged with the Jal Shakti Abhiyan- Catch the Rain (JSA- CTR) under the composite title Jal Sanchay Jan Bhagidari- Catch the Rain (JSJB- CTR).
  4.            Physical Progress- Exceeded 1.58 crore artificial groundwater recharge structures nationwide.
  5.            Key Interventions- Focuses on constructing low-cost recharge shafts, soak pits, check dams, and terraced pits, alongside reviving defunct borewells.

 Institutional Summit & Governance Directives

Departmental Summit- Convened in New Delhi by the Ministry of Jal Shakti to advance cooperative federalism and Centre-State policy convergence.

  • Four Summit Pillars-

1.      Jal Sanchay Jan Bhagidari- Catch the Rain (JSJB- CTR).

2.     Major and medium water infrastructure projects.

3.     Source sustainability of rural drinking water schemes.

4.     Rural tap-water provisioning under Jal Jeevan Mission 2.0.

1.      "Jal Utsav" Awareness Model- Proposed organizing regular community-led water festivals to raise conservation awareness and foster public ownership.

2.    Academia & Research Integration- Directed universities and higher educational institutions to incorporate water budgeting, hydrogeology, and watershed governance into academic curricula.

3.     Cross-Learning Study Visits- Suggested structured inter-State peer visits involving elected representatives, district collectors, engineers, and farmers to replicate successful local models.

4.    Unified Water Data Governance- Emphasized systematic collection, central aggregation, predictive analytics, and utilization of groundwater and aquifer data.

Field Implementations & Regional Case Studies

A. Chhattisgarh (Korea District) "Aawa Paani Jhoki"

a)     Voluntary Land Contribution- Under the Aawa Paani Jhoki ("Come, Let's Catch Water") campaign, more than 1,260 farmers voluntarily dedicated 5% of their agricultural land for recharge ponds and terraced pits.

b)    Measurable Hydrogeological Gains- Built over 2,000 soak pits, leading to a 3 to 4 metre rise in groundwater levels across participating villages.

c)     Spring Rejuvenation- Successfully revived dried natural springs across 17 remote tribal hamlets with technical support from micro-watershed mapping.

B. Andhra Pradesh (Prakasam District) "Ridge-to-Valley" Approach

1)      Overcoming Water Stress- Addressed severe borewell failures and drought in Murugummi, Marella, and Thangella villages through participatory water budgeting and crop planning.

2)    Grassroots Mobilization- Deployed Kalajathas (folk-theatre performances), Gram Sabhas, and women-led workshops to promote community groundwater management.

3)    Ridge-to-Valley Engineering- Retained rainwater on upper ridges before it ran into valley floors, controlling downstream erosion and extending saturation periods.

4)    Storage Capacity Created-

a.     Murugummi- Built 71 structures providing 8.11 lakh m3 of storage, supporting protective irrigation across 264.5 hectares.

b.     Marella- Added 53 structures (10.04 lakh m3) alongside renovated community tanks (5.95 lakh m3).

c.     Thangella- Established 71 structures (5.89 lakh m3) with 3.98 lakh m3.  added via revived traditional water bodies.

5)    Livelihood Outcomes- Improved water security for 5,900 people, stabilizing dairy and agricultural livelihoods and reducing distress migration.

C. Odisha  Institutional Rooftop & Deep Aquifer Recharge

  • Dual-Scheme Convergence-

a.     CHHATA Scheme- Directs rooftop rainwater harvesting from schools, colleges, and government buildings into storage or filtration.

b.     ARUA Scheme- Directs surface runoff from ponds and water bodies into underground recharge shafts for deep aquifer recharge.

Jajpur District Impact- Constructed 117 ARUA recharge shafts and 114 CHHATA rooftop systems(2022–23 to 2025–26) across six priority blocks, reducing domestic water collection times for rural women.

Cuttack & Ganjam Districts- Installed 57 CHHATA systems and 35 ARUA shafts in Cuttack; in Digapahandi (Ganjam), institutional rooftop run-off routed into recharge borewells arrested a 1–3 metre drop in groundwater levels.

Strategic Significance

  1. Combating Groundwater Depletion- Over-extraction of groundwater especially across peninsular hard-rock terrains and north-western plains threatens food and drinking water systems. Low-cost artificial recharge directly replenishes aquifers.
  2. Climate Change Adaptation- Mitigates the impacts of erratic monsoons, long dry spells, and intense cloudbursts by capturing peak rainfall before it is lost to runoff.
  3. Cost-Effective Public Infrastructure- The 3C model demonstrates that decentralized soak pits and recharge shafts cost a fraction of capital-intensive large dams, providing high benefit-to-cost ratios.
  4. Gender & Equity Dividends- Raising local water tables supports rural piped drinking water networks, reducing time poverty and physical burdens on women.

Source: PIB