Water Resources Committee (WRC)
The Water Resources Committee is dedicated to the study, management, protection, and sustainable use of water resources. Its work covers surface water, groundwater, river basins, lakes, wetlands, water allocation, water quality, hydrological processes, water security, climate change impacts, water-related disasters, and integrated water resources management. The Committee recognizes water as a fundamental natural resource that supports ecosystems, agriculture, industry, cities, public health, and social development.
The mission of WRC is to advance scientific understanding and practical governance of water resources under changing environmental, climatic, and socio-economic conditions. It promotes research on hydrological systems, water resource assessment, water conservation, watershed management, flood and drought risk reduction, ecological water demand, and transboundary water cooperation. The Committee seeks to connect hydrology, geography, ecology, environmental science, engineering, economics, law, and policy studies to address complex water challenges.
The vision of WRC is to contribute to a future in which water resources are managed equitably, efficiently, and sustainably. It supports the development of resilient water systems capable of responding to climate variability, population growth, urbanization, pollution, and increasing competition among water users. The Committee emphasizes the need to balance human water demand with ecological integrity, ensuring that rivers, wetlands, aquifers, and aquatic ecosystems are protected while supporting social and economic development.
The responsibilities of WRC include organizing academic exchanges, promoting basin-scale and regional comparative studies, supporting water resource monitoring and modeling, and facilitating cooperation among researchers, practitioners, policymakers, and international organizations. It may also contribute to technical reports, policy briefs, training programs, and advisory activities related to water security, water governance, and ecosystem restoration. The Committee encourages the application of advanced technologies such as remote sensing, hydrological modeling, artificial intelligence, and decision-support systems in water resource management. By building a professional platform for interdisciplinary cooperation, WRC aims to strengthen global capacity for sustainable water governance and support evidence-based decision-making in the face of increasing water-related risks.
Under construction