Rice Yellow Field

Securing Water, Sustaining Futures – Transforming Toopran, Wargal & Doulatabad

A community-driven initiative to enhance groundwater recharge, promote natural farming, and safeguard water security in Telangana

Maize Crop

Securing Water, Sustaining Futures – Transforming Toopran, Wargal & Doulatabad

A community-driven initiative to enhance groundwater recharge, promote natural farming, and safeguard water security in Telangana

Rice Crop Field

Securing Water, Sustaining Futures – Transforming Toopran, Wargal & Doulatabad

A community-driven initiative to enhance groundwater recharge, promote natural farming, and safeguard water security in Telangana

Objective

To enhance water security in Toopran, Wargal, and Doulatabad Mandals of Telangana by increasing groundwater recharge and surface water capture across approximately 500 hectares of identified catchment areas.

Key Interventions

In-Situ Moisture Conservation

Improving soil organic carbon and water-use efficiency.

Natural Farming Promotion

Reducing chemical use and encouraging eco-friendly practices.

Soil Moisture Enhancement

Techniques to retain water in soil for longer periods.

Improved Infiltration

Restoring soil health to maximize water absorption.

Reduce Water Demand

Saving water through cultural methods and smart practices.

Impact & Outcomes

Water Saved

2,74,500 KL over 3 years (60 ML minimum)

Area Covered

500+ hectares across targeted geographies

Co-Benefits

Higher agricultural resilience, reduced chemical pollution, healthier ecosystems

Why It Matters?

Context

Water scarcity challenges in parts of Telangana’s rural communities are affecting agriculture, livelihoods, and long-term sustainability.

Long-term Vision

Building climate-resilient farming systems and ensuring sustainable access to water for future generations through community-led initiatives.

Partners & Collaborators

About

About Us

The Jalodhari project is dedicated to addressing water security in the Toopran, Wargal, and Doulatabad Mandals through sustainable interventions. With a strong focus on increasing groundwater recharge and surface water capture, the initiative aims to cover over 500 hectares of land. By implementing science-backed methods and fostering active community participation, the project seeks to save an estimated 2,74,500 kiloliters of water over three years, with a minimum goal of 60 megaliters. This integrated approach not only enhances water conservation but also promotes ecological balance and resilience in the region.