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It is significant for integrated water resources planning and management as well as sustainable development to predict the water resources in basins under changing environment including climate change and human activities, and how to improve the reliability and accuracy of prediction has been a worldwide difficult problem.This study attempts to predict and analyze the water resources and other hydrological components in future 30years (2021-2050) in the Hai River Basin (320,000 km2) which is the political and cultural center of China under changing environment including climate change, land use change and artificial water use, by applying a distributed hydrological model WEP-L (Water and Energy transfer Processes model in Large basins).