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Water Resources Research in Northwest China examines the possible impacts of climate change on hydrology and water resources in the vast arid region of Northwest China, which is one of the world's largest arid places.
The first chapter offers an introductory discussion of the physical geography and socioeconomic conditions in the region. Chapters 2 through 7 discuss the climate system and hydrologic system changes in the region, and assess some implications of these changes in relation to potential evapotranspiration, the hydrological cycle and spatiotemporal variations of the snow cover and glaciers as measured via remote sensing, geographic information systems, and statistical analysis. Chapters 8 and 9 focus on model description and experimental design for interpreting the hydro-climatic process, emphasizing the integration of water, climate, and land ecosystems through field observations and computer-based simulations. Chapter 10 examines some extreme hydrological events and presents a study using the historical trend method to investigate the spatial and temporal variability of changing temperature and precipitation extremes in the hyper-arid region of Northwest China. A concluding chapter discusses possible strategies for sustainable watershed management. The contributors are acknowledged experts who bring broad, relevant experience on water resources research in China's cold and arid regions. The lessons of Water Resources Research in Northwest China will prove useful for understanding arid areas elsewhere in the world.
2 Climate System in Northwest China
3 Hydrologic system in Northwest China
4 Response of Run-off to Climate Change
5 Glacier change and its impact on water resources
6 Spatiotemporal Variation of Snow Cover from Space in Northern Xinjiang
7 Change of potential evaporation and its implications to water cycle
8 The nonlinear hydro-climatic process: a case study of the Tarim headwaters, NW China
9 Climate change scenarios and the impact on runoff
10 Changes in extreme hydrological events
11 Water resources management