Why in News The Jal Sanchay Jan Bhagidari initiative in Korea district, Chhattisgarh is emerging as a replicable model of community-led water conservation. Without any dedicated government budget for water structures, 1,260+ farmers voluntarily allocated their land for rainwater harvesting, restoring natural springs in 17 tribal hamlets, raising groundwater by 3–4 metres, and reducing seasonal distress migration by an estimated 25%.
Korea District: Context
| Parameter | Detail |
|---|---|
| Location | Northern Chhattisgarh, bordering MP and UP |
| Tribal population | ~60% of total population (Scheduled Tribes) |
| Economic profile | Predominantly tribal, backward; dependent on rain-fed agriculture |
| Primary challenge | Water scarcity → seasonal distress migration to cities for labour |
| Forest cover | High, part of central Indian tribal belt |
| Governance | PESA area, tribal self-governance provisions applicable |
The Jal Sanchay Jan Bhagidari Model
Core Approach
Unlike top-down government water schemes, this initiative is entirely community-driven:
- No separate budget allocated for water structures
- Voluntary land allocation by farmers for soak pits and rainwater harvesting structures
- Traditional knowledge of water conservation integrated with modern watershed science
- Community takes ownership of maintenance, structures don’t fall into disrepair after construction
Scale of Impact
| Indicator | Achievement |
|---|---|
| Farmers participating | 1,260+ |
| Soak pits constructed | 2,000+ |
| Traditional ponds revived | 440 |
| Groundwater rise | 3–4 metres |
| Natural springs restored | 17 tribal hamlets |
| Seasonal distress migration reduction | ~25% |
Community Roles: Social Architecture
Two innovative community roles drive the programme:
| Role | Description |
|---|---|
| Neer Nayikas (“Water Queens”) | Women volunteers who manage local water monitoring, awareness, and mobilisation at village level |
| Jal Doots (“Water Messengers”) | Youth ambassadors who conduct household-level outreach, maintain records of water structures, and liaise with panchayat |
Why women leadership matters here:
- Women are primary collectors of water in rural/tribal households, they understand water scarcity most acutely
- Female participation increases community buy-in and long-term maintenance commitment
- Aligns with NRLM-SHG framework already active in Chhattisgarh
Traditional Water Harvesting Systems: Being Revived
| Structure | Region | Description |
|---|---|---|
| Johad | Rajasthan, Haryana | Earthen check dam for rainwater collection |
| Baoli / Vav | Rajasthan, Gujarat | Stepwell, combines water storage + community space |
| Kund | Rajasthan | Underground cistern for rainwater |
| Talab / Pond | Central India | Traditional village pond, multipurpose |
| Ahar-Pyne | Bihar | Irrigation tank + canal system |
| Zabo | Nagaland | Terraced water harvesting combining forest + agriculture |
In Korea district, talabs (ponds) are the primary traditional structure being revived, 440 such ponds have been restored.
Governance Framework: PESA and Tribal Water Rights
PESA Act, 1996 (Panchayats Extension to Scheduled Areas)
Korea district falls under Fifth Schedule areas where PESA applies:
- Gram Sabha has powers over natural resources including minor water bodies
- PESA empowers tribal gram sabhas to regulate use of water, land, and forest in their area
- Jal Sanchay Jan Bhagidari works through gram sabhas, not around them, making it constitutionally grounded
Forest Rights Act (FRA) 2006 and Water
Community Forest Rights (CFR) under FRA include rights over water sources within community forests, linking tribal water conservation directly to legal entitlements.
Convergence with National Water Programmes
| Programme | Connection to Korea Model |
|---|---|
| Jal Jeevan Mission (JJM) | Provides piped tap water supply (Har Ghar Jal), the Korea model ensures groundwater availability to sustain JJM’s source sustainability |
| Atal Bhujal Yojana (ABY) | Groundwater management scheme, Korea’s groundwater rise (3–4 m) is exactly the ABY outcome sought |
| MGNREGA | Watershed works, pond de-silting, earthen bunds are permissible works, community’s volunteer structures could be formalised under MGNREGA |
| PM Krishi Sinchayee Yojana | Water use efficiency, revived ponds can feed micro-irrigation systems |
Climate Resilience Angle
Irregular and erratic monsoon is the new normal for central India under climate change:
- Shorter, intense rainfall events → rapid runoff → groundwater not recharged
- Longer dry spells → agriculture fails → distress migration
- Community water storage (soak pits, revived ponds) acts as a buffer, stores peak monsoon water for dry season use
The Korea model is fundamentally a community-based adaptation (CBA) strategy, low-cost, locally managed, and resilient because it does not depend on external infrastructure that can fail.
Scaling Potential
- Model is being studied for replication in other Chhattisgarh districts: particularly Korba, Surguja, Jashpur (similar tribal-dominated, water-stressed profiles)
- Interest from Madhya Pradesh (tribal belt: Mandla, Dindori) and Jharkhand (Santhal Pargana)
- Key replication requirements: Strong gram sabha, active women’s SHG network, local champion (sarpanch / NGO), and PESA-compatible governance
UPSC Angle
- GS2, Governance: Participatory governance, decentralised water management, PESA, gram sabha powers, tribal self-governance.
- GS2, Social Justice: Tribal welfare, reducing distress migration, women’s empowerment (Neer Nayikas).
- GS3, Environment: Traditional water harvesting, groundwater recharge, Atal Bhujal Yojana, Jal Jeevan Mission.
- GS3, Disaster Management / Climate: Community-based adaptation to climate change, water security.
- Mains Q: “Decentralised, community-led water conservation is more sustainable than large state-funded infrastructure. Discuss with examples.”
Prelims-ready facts:
- Neer Nayikas: women water volunteers in Korea model
- Jal Doots: youth water ambassadors
- Groundwater rise: 3–4 metres
- Soak pits constructed: 2,000+ | Ponds revived: 440
- Korea district: ~60% ST population; PESA area
- PESA 1996: applicable to Fifth Schedule areas; gram sabha controls natural resources
Facts Corner
- Initiative: Jal Sanchay Jan Bhagidari, Korea district, Chhattisgarh
- Community model: Voluntary land allocation by 1,260+ farmers; zero separate government budget for water structures
- Structures: 2,000+ soak pits constructed; 440 traditional ponds revived
- Impact: Groundwater rise 3–4 m; 17 tribal hamlets got natural springs back; ~25% reduction in distress migration
- Neer Nayikas: Women water volunteers | Jal Doots: Youth water ambassadors
- Korea district: ~60% tribal population; PESA Fifth Schedule area
- PESA 1996: Gram sabha controls minor water bodies and natural resources in tribal areas
- Convergence: Jal Jeevan Mission (piped supply) + Atal Bhujal Yojana (groundwater) + MGNREGA (watershed works)
- Traditional systems revived: Talabs (village ponds), part of India’s ancient water harvesting heritage
- Climate link: Community water storage = community-based adaptation (CBA) to erratic monsoon under climate change
