Watershed Management for Agricultural Development: A Case Study of Parekha Village, Dabhoi Taluka, Vadodara District, Gujarat

Watershed management is not just a technical process---it is deeply connected to the everyday lives of farmers and the long-term sustainability of rural communities. In semi-arid regions like parts of Gujarat, where rainfall is uncertain and water resources are limited, managing soil and water wisely becomes essential for agricultural survival. This study focuses on Parekha Village in Dabhoi Taluka of Vadodara District, presenting a practical and science-based watershed management plan developed from laboratory soil analysis reports. The study carefully examined the chemical and geotechnical properties of black and yellow soils found in the village. By understanding factors such as soil fertility, drainage capacity, and structural stability, the research evaluates how suitable these soils are for agriculture and how they respond to water management practices. Based on these findings, both structural measures (such as check dams, farm ponds, and contour bunding) and non-structural measures (such as crop planning, soil health management, and community participation) are recommended. These interventions aim to conserve water, reduce soil erosion, enhance soil stability, and ultimately increase crop productivity. Water scarcity for irrigation remains one of the most pressing challenges in developing rural areas. Declining groundwater levels, unpredictable rainfall patterns, inefficient irrigation methods, and limited water storage infrastructure have created increasing stress for farming communities. These challenges directly affect crop yields, farmer income, and overall rural economic stability. This study goes beyond identifying problems---it offers practical and sustainable solutions. It provides a detailed assessment of irrigation-related issues, examines their socio-economic impacts, and proposes a balanced approach that combines technical improvements with policy support. Strategies such as improving irrigation efficiency, promoting groundwater recharge, encouraging water-saving technologies, and strengthening local water governance are discussed as part of an integrated framework. The overall goal of this study is to support long-term rural resilience. By implementing the proposed watershed and irrigation management strategies, the village can expect improved agricultural productivity, more stable groundwater levels, increased farmer income, and stronger economic security for the community. In essence, this study highlights how scientific analysis, combined with local participation and sustainable planning, can transform water challenges into opportunities for rural development.