Study on Sediment Transport and Water Consumption in the Lower reaches of the Wei River

Author: Lin Xiuzhi
Publisher:
Publish Date: 2005-12-01
Features: This book introduces the basic conditions, sediment-water characteristics, and channel erosion-deposition and sediment transport of the lower Wei River. It provides a detailed study of the critical sediment-water conditions for erosion-deposition during floods in the lower Wei River. From two different perspectives, it discusses the sediment transport and water consumption for each month during the flood season and non-flood season, as well as during the flood peak period. It explores the required sediment transport and water consumption in different stages of "curb, restore, and maintain," and proposes the characteristic sediment-water processes needed for each stage. This book is suitable for planners, designers, researchers, and management personnel in the fields of sediment and river dynamics, water conservancy, hydrology, geography, and flood control and disaster reduction engineering, as well as university teachers and students.
This book introduces the basic conditions, sediment-water characteristics, and channel erosion-deposition and sediment transport of the lower Wei River. It provides a detailed study of the critical sediment-water conditions for erosion-deposition during floods in the lower Wei River. From two different perspectives, it discusses the sediment transport and water consumption for each month during the flood season and non-flood season, as well as during the flood peak period. It explores the required sediment transport and water consumption in different stages of "curb, restore, and maintain," and proposes the characteristic sediment-water processes needed for each stage. This book is suitable for planners, designers, researchers, and management personnel in the fields of sediment and river dynamics, water conservancy, hydrology, geography, and flood control and disaster reduction engineering, as well as university teachers and students.