Distributed River Basin Hydrological Model: Principles and Practice (Frontiers in Water Science Academic Series)

Author: Jia Yangwen
Publisher:
Publish Date: 2005-01-01
Features: The book consists of 3 parts, totaling 12 chapters. The first part provides an overview, elaborating on the significance of basin water cycle research, reviewing the development history, current research and application status, and main issues of distributed basin hydrological models and land surface process models, and briefly introducing representative models. The second part covers the fundamentals of basin water cycle simulation, describing the processes of basin water cycle elements and energy exchange, as well as their simulation methods, and introducing the applications of geographic information systems, remote sensing, and digital basin technologies in simulation. The third part provides a detailed introduction to the two models developed by the author over the years—the WEP model and the GBHM model—as well as their application situations in Japan, South Korea, and China. The final chapter discusses the development trends and application prospects of distributed basin hydrological models. This book can serve as a reference for researchers and university teachers in the fields of hydrology and water resources, as well as graduate students in related disciplines, and technical personnel engaged in water conservancy engineering or environmental engineering planning and management.