Hydrological Sciences for Managing Water Resources in the Asian Developing World
Edited by Xiaohong Chen, Yongqin David Chen, Jun Xia & Hailun Zhang
IAHS Publ. 319 (2008) ISBN 978-1-901502-44-2, + pp. Price £72.0
Many regions in Asia are experiencing unprecedented rapid development resulting in great pressures on environmental quality and sustainable management of natural resources. China has traditionally emphasised water shortages in the Yellow River basin and flooding by the Yangtze River, but water problems in South China, and especially the Pearl River (Zhujiang) basin have attracted attention in recent years. Many of the contributions are from China, especially the south, and provide an insight to the innovative work that is on-going there.
- Novel Techniques for Hydrological Analysis: using artificial neural networks (ANNs), fuzzy analysis, genetic algorithms (GAs) and back propagation (BP) algorithms to solve a variety of hydrological problems
- Hydrological Modelling: popularity of the Xinanjiang model in China is demonstrated, as well as use of other models
- Hydrological Impacts of Global Change and Human Activities: studies carried out in China and other countries in Asia
- Optimal Allocation of Water Resources: addresses the techniques and application of water resources optimization in different settings
- Water Resources and Watershed Management: covers issues such as water rights, watershed rehabili¬tation, urban water supply, water governance and institutional reform in regions under rapid development
- Water Environment and Aquatic Ecosystems: illustrates the variety and complexity of water quality problems
Contents
- Xiaohong Chen, Yongqin David Chen, Jun Xia & Hailun Zhang
Preface
- Novel Techniques for Hydrological Analysis
- Xiaohong Chen & Dedi Liu
Wavelet analysis on inter-annual variation of precipitation in Guangdong, China, 3-9
- Chun-Tian Cheng, Xiang-Yang Li & K. W. Chau
A parallel adaptive metropolis algorithm for uncertainty assessment of Xinanjiang model parameters, 10-16
- Zailin Huo, Shaoyuan Feng, Shaozhong Kang, Wangcheng Li & Shaojun Chen
ANN models for groundwater dynamics in the lower reach of Shiyang River basin, northwest China, 17-24
- Yajiao Li, Bing Shen & Jiake Li
Application of ANN for runoff forecasting: an analysis of the methodology, 25-30
- Yuangfang Chen, Wenpeng Wang, Guoxin Chen, Shujiang Li & Aomi Chen
Application and testing of a new flood stochastic simulation model in China, 31-38
- Ranhang Zhao & Shouyu Chen
A hybrid fuzzy and neural network model for hydrological forecasting in ungauged basins, 39-48
- Juliang Jin, Youfu Zhang, Yiming Wei & Lihua Tang
A fuzzy pattern recognition model for water quality evaluation based on the principle of maximum entropy, 49-56
- Martijn J. Booij & Charles S. Melching
Appropriate spatial scales to achieve model output uncertainty goals, 57-87
- Jingyi Zhang, Haiqing Xu & Hui He
Application and evaluation of methods for identifying hydrologically homogeneous regions, 68-74
- Yi Xiao, Shenglian Guo, Pan Liu & Bin Fang
A new design flood hydrograph method based on bivariate joint distribution, 75-82
- Fadong Li, Xianfang Song, Changyuan Tang, Changming Liu, Akihiko Kondoh & Wanjun Zhang
Stable isotopic characterization of precipitation, soil water and groundwater in Taihang Mountain, north China, 83-90
- Hydrological Modelling
- Tian-Yu Long, Ming-Ko Woo & Robin Thorne
Monthly streamflow simulation for Upper Changjiang Basin above the Three Gorges in China, 93-100
- Xiang Zhang, Xiaodan Chen, Francis Chiew & Caiyun Liu
Application of the SIMHYD rainfall-runoff model to two catchments in China, 101-107
- Guoru Huang & Yongqin David Chen
Low flow simulation for Dongjiang Basin using the Xinanjiang watershed hydrological model, 108-115
- Ji Chen & Yiping Wu
Exploring hydrological process features of the East River (Dongjiang) basin in south China using VIC and SWAT, 116-123
- Mohammad Bakir & Xingnan Zhang
GIS-based hydrological modelling: a comparative study of HEC-HMS and the Xinanjiang model, 124-133
- Lizhou Hou, Shaoyuan Feng, Yueyuan Ding & Fengxin Wang
Rainfall-runoff relation for porous pavements under artificial rainfall, 134-142
- Haoyun Hu, Chenghua Dang & Xiaoli Ren
Development and application of an infiltration rate curve for runoff analysis in the North China Plain, 143-148
- Y. Wang, S. M. Grove, M. G. Anderson & L. F. Liu
Modelling and predicting the unsaturated hydraulic transport properties with a new characteristic model, 149-156
- Xiaohua Wei & Wensheng Luo
A hybrid finite analytical method for numerical simulation of jets in co-flowing conditions, 157-164
- Hydrological Impacts of Global Change and Human Activities
- Fei Yuan & Liliang Ren
Evaluating the influence of land-cover change on catchment hydrology through the modified Xinanjiang model, 167-174
- Dilinuer Aji, Akihiko Kondoh & Changyuan Tang
Analysis of hydrological changes of lakes and rivers in Xinjiang using GIS techniques and remote sensing data, 175-183
- Guobin Lu, Qiongfang Li, Zhenhua Zou, Hongjie Wang, Ziqiang Xia & Xirong Ma
Impact of human activities on the flow regime of the Yellow River, 184-191
- Tao Jiang, Yongqin David Chen, Xiaohong Chen, Tao Yang, Zufa Liu & Kun Li
Modelling of water availability response to climate change: a case study of Dongjiang (East River) basin, south China, 192-199
- Bahman Ramezani
Recognition of climatic drought in Anzali wetland basin on the southwestern coast of the Caspian Sea, 200-205
- Dong Wang, Shaoming Pan, Jichun Wu, Qingping Zhu, Ling Wang & Chang Liu
Flow and sediment regulation and its effects in the Yellow River, 206-214
- Optimal Allocation of Water Resources
- Dedi Liu, Xiaohong Chen & Bingjun Liu
Sustainable-development-oriented optimal allocation of water resources: a case study in Foshan City, Guangdong, China, 217-224
- Yadong Mei & Ying Xiong
An improved optimization method for long-term operation of cascade multipurpose reservoirs in Yellow River, China, 225-231
- Bingjun Liu, Dongguo Shao & Xingpin Shen
Optimal water resource allocation in the water source area of the Middle Route of the South-to-North Water Transfer Project, 232-239
- Bing Ji, Jinchun Fan, Jin Tao & Jian Liang
Measures for ensuring security and safety of water supply in Dongguan City, south China, 240-246
- Qiting Zuo, Zening Wu & Junxia Ma
Models for optimum distribution of water resources at three hierarchies and their applications, 247-254
- Jun Yan, Jun Wang, Zhanwen Ding, Xiaolei Zhang & Hucheng Li
Influence of the South-to-North Water Transfer Project on water resources carrying capacity of the Yangtze River Basin, 255-262
- Jian-Cang Xie, Fan Sun, Yu-Peng Wang, Ker Kong & Yew-Gan Thian
A two-stage dynamic game model for water resources optimal allocation, 263-269
- Pan Liu, Shenglian Guo & Wei Li
Optimal design of seasonal flood control water levels for the Three Gorges Reservoir, 270-278
- Water Resources and Watershed Management
- Shaohua Li, Zengchuan Dong & Xuetao Sun
Reform of water rights system in China: theory and practice, 281-288
- Yunqing Wu, Dongguo Shao & Yi Xiao
A comprehensive benefit evaluation for the Xiangjiang River basin rehabilitation project, 289-295
- Shisong Qu, Weiping Wang & Liting Xing
Participatory approach in groundwater management and ecological restoration in a coastal area affected by seawater intrusion, 296-302
- Jian Pan, Wenyao Yan, Naiji Zhang, Huiting Liu, Rongjun Mai & Hui Chen
Application of the FOSM method in water project management, 303-310
- H. K. Ramaraju
Governance and regulation in the drinking water sector for Karnataka State, India, 311-318
- Meinan Liu, Zufa Liu, Tao Jiang, Xiaohong Chen & Haixia Yu
Institutional reform of water resources management in China, 319-325
- Junhe Chen & Chunyuan Huang
An analysis of urban water resources carrying capacity: a case study of Shenzhen city, 326-334
- Water Environment and Aquatic Ecosystem
- Shuisen Chen, Ligang Fang, Yuhuai Zeng & Lixin Zhang
EO-1 Hyperion and ALI inter-sensor comparison of retrieval of river suspended solid concentration in the Pearl River Estuary, 337-346
- Liting Xing, Fengxin Kang, Weiping Wang & Zhenmin Ma
Assessment models for anti-pollution capability of karst groundwater in north China, 347-354
- Yintao Lu, Changyuan Tang, Jianyao Chen & Sakura Yasuo
Assessment of nitrate pollution using stable isotopic and geochemical methods in the Pearl River Delta, south China, 355-362
- Zhen Tao, Quanzhou Gao, Xiaohong Chen, Zufa Liu & Jian Ding
Characteristics and distribution of rare earth elements in suspended sediments of the Zengjiang River, south China, 363-371
- Haixia Yu & Liqiang Xu
Calculation of pollutant flux of the Qiantang River based on ADCP, 372-377
- Yuk Fo Lai & Kin Che Lam
Adsorption and desorption of phosphate by wetland sediments in Hong Kong, 378-386
- Ahmad Zaharin Aris, Mohd Harun Abdullah & Baba Musta
Hydrochemical analysis on groundwater in shallow aquifer of Manukan and Mabul Islands, Malaysia, 387-394
- Yongbo Chen, Xuan Ban & Damei Li
A multi-parametric eco-hydrological model for the spawn field of Acipenser sinensis downstream of Gezhouba Dam, 395-400
- Hua Fang, Jian-Ping Lin, Jiang-Ming Mo, Qi-Feng Fu & Shu-Bin Lin
Revegetation with Panicum repens on the water fluctuation belt of reservoirs in south China, 401-406
- Zufa Liu, Tao Jiang, Xiaohong Chen, Haixia Yu, Wenjie Lin, Xia Liu & Mingyu Huo
Non-point source water pollution and water quality protection in Guangdong Province, 407-414
- Wing Chi Hui & Yongqin David Chen
Modelling the impact of land use changes on nonpoint source pollution loading, 415-420