In the terrain of Darlaghat, water is the most common challenge due to the pressing issues of soil erosion, eradication of the green cover, and reduction in agricultural produces in the hills. To address these issues, Ambuja Cement Foundation collaborated with NABARD and developed a Ridge to Valley approach and worked on proper management of agriculture land and drinking water availability.
Ambuja Cement Foundation ensured collective action of the community by first creating awareness amongst the people, then building farm bunds and Gabion structures. This has resulted in the rise of water table, increase in green cover and increase in fodder for dairy farming. Through various water management interventions with full participation of the community, around 6325 hectares of land has been treated. Currently, Ambuja has 9 watersheds in the state.
Ambuja Cement Foundation Darlaghat has been continuously doing various activities for soil and moisture conservation in our area with the concept of Top to Bottom approach. Watershed and climate-proofing activities are also improving soil health in the area. Under these projects, the crop rotation done by the farmers is possible after the availability of the water so the requirement of water for particular crops could be ensured through the construction of polyline tanks, water storage tanks and check dams. The water reached the farmer's field through gravity-based irrigation channels. The farmers are able to timely sow crops due to the water availability to adopt crops through crop rotation.
The soil erosion also decreased through providing engineering and non-engineering measures. At top area, the plantation was done to ensure the canopy in this area and increase the possibilities of recharging of rain water. To reduce the water velocity from upper catchment areas to downwards various engineering structures have been constructed in nalas like loose stone check dams, gabion structures and check dams which resulted to hold the water and reduce the velocity of water. The reduction of velocity of water have drastically reduce the soil erosion.
The trenching completed in waste land hold the rain water and bunding in the private land has not allowed the water to go outside of the field and to save flowing of top soil. It retains the top soil with in the farmer’s field.
Climate resilient farming practices like crop rotation, pulses cultivation, use of vermicomposting and intercropping are improving soil organic carbon and availability of other nutrients in the soil and making is more productive. Soil moisture has also been retained for longer period through farm bunding, plantation of fodder tree and grasses on bunds, toe trenches in plantation area. Use of bio fertilizer, bio pesticides, bio control agents and self-made natural farm inputs has also improved soil structure and soil health. Increased irrigation facilities through construction of Kuhls and water storage structures have also improved the soil productivity and facilitating timely sowing and intercultural practices. The farmer’s data of soil testing was also done every year so the data is also shows that the organic carbon in the soil has also increased
several activities like contour trenches, construction of ponds, water storage
tanks and check dams have been built via Watershed Committees to stop soil
erosion in the area. The Village Watershed Development Committee of Patti Badog
also received an award for the Best Performance for this project.
ACF's watershed development project
in Darlaghat was awarded the ‘Best Project Implementation Agency’ by NABARD in