Cover image for Yellow River : Water and Life.
Yellow River : Water and Life.
Title:
Yellow River : Water and Life.
Author:
Kusuda, Tetsuya.
ISBN:
9789814280969
Personal Author:
Physical Description:
1 online resource (192 pages)
Contents:
Contents -- Preface -- List of Contributors -- List of Images -- 1. Introduction Tetsuya Kusuda -- 2. Profile of theYellow River Basin Dawen Yang and Hiroshi Ishidaira -- 2.1. Characteristics of the Nature -- 2.1.1. Morphology -- 2.1.2. Geology -- 2.1.3. Climate -- 2.2. Human Activities -- 2.2.1. Population distribution -- 2.2.2. Land use -- 2.2.3. Urban and rural lives -- 2.2.4. Agriculture -- 2.2.5. Industry -- 2.2.6. Production and economics -- 2.3. Socio-Economic States -- 2.3.1. Strategic situation of theYellow River in history -- 2.3.2. Socio-economic conditions in the basin -- 2.3.3. Policy of development in the basin -- 2.3.4. Administration in the basin -- 2.3.5. Social problems on water in the basin -- References -- 3. Water Resources and Use Dawen Yang, Kyoichi Otsuki, Tetsuo Kobayashi, Daisuke Yasutake, Hiroyuki Cho, Masaharu Kitano, Makito Mori, Tugihiro Watanabe, Kuniyoshi Takeuchi, Hiroshi Ishidaira and Changrong Yan -- 3.1. Water Resources Availability -- 3.1.1. Precipitation/snow melting -- 3.1.2. Potential evaporation -- 3.1.3. Runoff and river flow -- 3.1.4. Water storage -- 3.1.5. Groundwater resources -- 3.2. Water-Use -- 3.2.1. Forest -- (a) Climate and forest distribution -- (b) Vegetation in arid lands -- (c) Vegetation in semi-arid and semi-humid lands -- 3.2.2. Irrigation -- (a) Irrigation in Qingdongxia District -- (b) Hetao Irrigation District -- (c) Togtoh irrigation area -- 3.2.3. Industrial use -- 3.2.4. Consumption of water in urban areas -- References -- 4. Water Quality and River Ecology Tetsuya Kusuda and Osamu Higashi -- 4.1. Water Quality in theYellow River Basin -- 4.2. Water Quality in theWei River Basin -- 4.2.1. Sources of pollutants -- (a) Land use -- (b) Population and industrial facility distributions -- (c)Water demand distribution -- 4.2.2. Pollutant unit loads and loading rates -- (a) Point sources.

(b) Non-point sources -- 4.3. Water Quality in theWei River -- 4.3.1. Observational results -- 4.4. Simulation with an Integrated Model onWater Quality and Quantity -- 4.4.1. Integrated model of water quantity and quality -- 4.4.2. Computational results -- 4.4.3. Toward future -- 4.5. River Environment in Xi'an -- 4.5.1. Urban areas -- 4.5.2. Effects of reservoirs -- References -- 5. SedimentYield and Transport in the MiddleYellow River Basin Haruyuki Hashimoto, Hiroki Takaoka, Takahito Ueno and Byungdug Jun -- 5.1. SedimentYield -- 5.2. Fluvial Geomorphology -- 5.2.1. Analytical framework -- 5.2.2. Analysis of geographic information and satellite images -- (a) Analysis of topographic maps -- (b) GIS image processing -- 5.2.3. Comparison of the eight tributaries in the middle reach of theYellow River -- 5.3. Field Measurements of Flood Flows -- 5.3.1. Rainfall-runoff relationships -- 5.3.2. Sediment particle size in flood flows and on riverbeds -- 5.3.3. Relationship between discharge and sediment transport rate -- 5.3.4. Flow resistance -- 5.4. Formula for Flow Resistance and Sediment Transport -- 5.5. Comparison among Theoretically Calculated, Experimental and Observed Results -- 5.6. Analysis of Flood and Sediment Runoff -- 5.6.1. Rainfall-runoff analysis -- 5.6.2. Riverbed variation analysis -- References -- 6. Modeling and Simulation onWater in theYellow River Dawen Yang -- 6.1. Hydrological Model and Simulation -- 6.1.1. Introduction -- 6.1.2. Data -- 6.1.3. Description of the hydrological model -- 6.1.4. Model calibration and validation -- 6.2. Analysis ofWater Resources in the Last Half Century -- 6.2.1. Spatial and seasonal distributions of water resources for a long-term mean -- 6.2.2. Decadal variation of water resources -- 6.2.3. Inter-annual variability of water resources.

6.2.4. Reason for the drying-up in the main river along the lower reach over the last 30 years -- References -- 7. Projection of Water Supply and Demand with Economy and Food Supply in theYellow River Basin Hidefumi Imura, Hiroaki Shirakawa and Akio Onishi -- 7.1. Analysis of Current Water-Use Using the Water Resource Supply-Demand Model -- 7.1.1. Overview of the model -- 7.1.2. Structural changes in water resource supply and demand (1997-2000) -- 7.2. Impacts of Economic Growth and Urbanization on Water Resource Supply-Demand Balance -- 7.2.1. Regional economic growth scenarios -- 7.2.2. Water supply-demand gaps in theYellow River basin -- 7.2.3. Analysis by watershed -- 7.3. Impacts of Changes in Food Demand onWater Resources -- 7.4. Toward the Future -- References -- Index.
Abstract:
The Yellow River basin, located in the semi-arid and arid climate zones in northern China, is confronted with serious problems of water deficit as well as water pollution. Due to increasing population, rising living standards, increasing pressure of expanding irrigation areas and developing industries in the basin, efficient water resource allocation has become a pressing issue. On the surface this problem appears domestic, but in reality it is of international proportions - it may impact other countries through trade. As such, development in the basin is severely curtailed. In order to understand and provide a way of thinking about the issues pertaining to the current state of water resources in the basin, The Yellow River systematically explains the methods of modeling and the mechanism of water circulation on each element, while introducing several new-age technologies for water-saving. This book also presents the cutting-edge research results of a five-year project that improved the sustainability in utilizing and controlling water in the Yellow River basin. Sample Chapter(s). Chapter 1: Introduction (33 KB). Contents: Introduction (T Kusuda); Profile of the Yellow River Basin (D-W Yang & H Ishidaira); Water Resources and Use (D-W Yang et al.); Water Quality and River Ecology (T Kusuda & O Higashi); Sediment Yield and Transport in the Middle Yellow River Basin (H Hashimoto et al.); Modeling and Simulation on Water in the Yellow River (D-W Yang); Projection of Water Supply and Demand with Economy and Food Supply in the Yellow River Basin (H Imura et al.). Readership: Graduate students, researchers and practitioners in civil engineering, environmental science and hydrology.
Local Note:
Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2017. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.
Electronic Access:
Click to View
Holds: Copies: