Abstract Check dams play a significant role in sustainable water management, especially in drought-prone and semi-arid regions. Water scarcity is one of the most pressing environmental and socio-economic challenges of the 21st century. Semi-arid and drought-prone regions particularly suffer from declining groundwater levels and irregular rainfall patterns. This research investigates the impact of check dams on groundwater recharge, soil moisture enhancement, and agricultural production. Field observations, hydrological information, and community surveys were used to assess how check dams influence local water availability and crop yield. Check dams, as small-scale water harvesting structures, have emerged as an effective and sustainable solution for water conservation. This research paper examines the concept, design, functioning, environmental impact, socio-economic benefits, and limitations of check dams. & a tool for water conservation. It also discusses their role in integrated watershed management and sustainable rural development. The study concludes that check dams significantly contribute to groundwater recharge, soil conservation, and agricultural productivity when properly designed and maintained. The study found that check dams reduce surface runoff, increase infiltration, and help stabilize soil, which collectively improve groundwater levels and support year-round farming activities. Overall, the research concludes that check dams are a cost-effective and environmentally sustainable solution for improving water security and boosting agricultural development in rural areas.
Rupali Babanrao Pawar (Sat,) studied this question.