Athmallik, Angul, Odisha

Watershed Development

Improving soil and water conservation across 800+ hectares to raise water tables, strengthen smallholder farm productivity, and create livelihood pathways for landless communities.

Quick Project Facts

Quick Project Facts

Attribute

Details

📍 Location

Athmallik, Angul, Odisha

🏛 Funder

NABARD

👥 Beneficiaries

300+ households

📅 Duration

Apr 2024 to Mar 2027

🌱 Focus Area

Climate-Resilient Agriculture

Implementation Process

Implementation Process

B2V is implementing a structured watershed development programme across Athmallik block in Angul district, funded by NABARD. The core of the work is physical water conservation infrastructure: check dams, staggered contour trenches (SCT), water absorption trenches (WAT), and loose boulder structures (LBS), designed to slow runoff, recharge groundwater, and improve moisture retention across more than 800 hectares of agricultural and common land. Infrastructure construction is paired with water budgeting exercises at the community level, helping villages understand and manage their available water resources more efficiently under increasingly erratic monsoon conditions.

Alongside the conservation work, B2V is building in a livelihood component specifically for landless households who may not directly benefit from improved farm productivity.

Project Outcomes

Project Outcomes

This programme is currently in its early implementation phase, running through March 2027. At target completion, the model aims to benefit 300+ households and meaningfully improve water availability across 800+ hectares, a scale that would represent one of B2V's larger direct land impact footprints. The explicit inclusion of landless communities as a programme beneficiary group reflects B2V's positioning that climate resilience work must reach those with the least land-based adaptive capacity, not only farming households.

The NABARD partnership also signals institutional confidence in B2V's watershed methodology, and positions this programme as a potential framework for replication in other rain-fed, drought-prone blocks across Odisha and beyond.

Explore more Impact Stories

Explore more Impact Stories