Water Resource Protection Planning Theory and Technology

Author: Zhu Dangsheng
Publisher:
Publish Date: 2001-01-01
Features: This book is a comprehensive compilation based on the author's series of achievements in water resource protection planning, evaluation, management, and scientific research over the years. It incorporates theoretical findings and technical experiences from both domestic and international sources, references relevant literature, and aligns with the requirements of the national water resource protection planning. The book thoroughly elaborates on the objectives, significance, fundamental theories, and practical techniques of water resource protection; provides detailed introductions to the framework of water resource protection planning, protection goals, calculation methods, and prevention measures; compiles the technical outline and implementation rules of the national water resource protection planning; and incorporates numerous technical experiences from both domestic and international sources, as well as the technical approaches of water resource protection planning for the seven major river basins in China and the technical details of the Jiangsu Province protection planning. It offers theoretical and technical support for carrying out water resource protection planning, safeguarding surface and groundwater resources, promoting sustainable economic development, and ensuring the long-term utilization of water resources. This book is suitable for workers engaged in water resource protection planning, evaluation, management, and scientific research, as well as scientific and technical personnel from relevant departments such as water conservancy, environmental protection, municipal affairs, and agriculture. It is also a valuable reference for teachers and students in universities and colleges majoring in hydrology and water resources engineering, environmental engineering, water supply and drainage engineering, and environmental science. It is particularly directly applicable to the ongoing national water resource protection planning efforts.