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River Morphodynamics and Stream Ecology of the Qinghai-Tibet Plateau

New
Offers abundant knowledge on river diversity and fluvial processes in the plateau and shows distinct changes due to exogenous and endogenous factors.
Outlines the importance of the aquatic ecosystem and biodiversity to the ecologal integrity of the plateau.
Showcases the adverse effects of wetland degradation and desertification to water resources safety and ecological barrier of western China.
Provides insight on the fluvial geomorphology and ecological changes of the Qinghai-Tibet Plateau.
Shows a reference object to the global terrestrial and aquatic ecosystem

By: Zhaoyin Wang (Author), Zhiwei Li (Author), Mengzhen Xu (Author), Guaon Yu (Author)

CRC Press

Hardback | Mar 2016 | #221060 | ISBN-13: 9781138027718
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NHBS Price: £94.99 $121/€113 approx

About this book

Based on a thorough understanding of changing facts on fluvial morphodynamics and ecology on the Qinghai-Tibet Plateau, the research projects in River Morphodynamics and Stream Ecology of the Qinghai-Tibet Plateau study the effect of the plateau uplift on river network morphology, fluvial processes, aquatic ecology (i.e. wetland, lake and benthic invertebrates) and desertification in the local region. The research focusses on analyzing the causes and mechanism underlying these changes during a comprehensive field survey in 2007-2014, and in the meantime proposes suitable management strategies for protection and rehabilitation of this region.

Main research contents include: 1) hydrological and geomorphic processes of stream network development under the geological background of the plateau uplift; 2) modern fluvial processes (i.e. river pattern diversity and spatial changes, meandering rivers migration, natural cutoff and oxbow lakes evolution); 3) benthic invertebrate assemblages in different aquatic habitat (i.e. alluvial and mountain rivers, saltwater and freshwater lake, oxbow lake); 4) wetland types, evolvement and shrinkage mechanisms on the plateau; 5) distribution and evolution of desertification and control methods.


Contents

Preface

Chapter 1 Uplift of Qinghai-Tibet Plateau and development of stream networks
    Uplift of Qinghai-Tibet Plateau
    River morphology of the Yalutsangpo valley
    Stream networks on the Qinghai-Tibet plateau
    Development of stream networks in the Tongde basin initiated by the Yellow River incision

Chapter 2 Morphodynamics caused by glaciers, landsides and debris flows
    Knickpoints in the Yalutsangpo and its tributaries
    Morpho-proceses caused by glaciers
    Morphodynamics in the environment of neotectonic movement
    Fluvial processes after the Yigong Great Landslide

Chapter 3 Morpho-dynamics of meandering rivers in the plateau
    Meandering rivers in Yellow River source
    Migration of meandering river
    Mechanism of meander cutoff
    Evolution of oxbow lakes

Chapter 4 Plateau wetland and rapid shrinkage of peat land
    Plateau wetlands
    Rapid shrinkage of Ruoergai peat land
    Crescent lakes in plateau desert

Chapter 5 Desertification and restoration strategies
    Desertification in the plateau
    Activity of sand dunes and mechanism of desertification
    Aeolian erosion-vegetation dynamics model
    Restoration strategies of plateau desert

Chapter 6 Vegetation and erosion in the Yalutsangpo basin
    Dynamics of various erosions and vegetation
    Vegetation restoration of the Yigong Landslide
    Grain erosion and vegetation restoration

Chapter 7 Aquatic ecology
    Macroinvertebrate assemblages in Sanjiangyuan
    Aquatic ecology assessment in oxbow lakes and swamps
    Diversity of benthic macroinvertebrates in the Yalutsangpo basin


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Biography

Zhaoyin Wang, Professor of Tsinghua University; Chairman of the Advisory Council of the International Research and Training Center on Erosion and Sedimentation (UNESCO); Vice president of the International Association of Hydraulic Engineering Research (IAHR) and chairman of the division of Hydro-environment of IAHR; Chief editor of the International Journal of Sediment Research; and Vice president of the World Association for Sedimentation and Erosion Research (WASER). His research interests include sediment transportation, river ecology and integrated river management. He has published more than 300 papers in international and Chinese journals. His scientific achievements include the theory of hyperconcentrated flows, debris flows and control strategies, development of vegetation-erosion dynamics, research in eco-sedimentation, theory and methods of integrated river management. In recognition of Zhaoyin Wang's scientific contributions, the Chinese government has awarded him many prizes. The American Society of Civil Engineers awarded him the 2011 Hans Albert Einstein Award. The award citation reads: "For his unique contributions for understanding of hyperconcentrated flows, debris flows, watershed vegetation-erosion dynamics, stream ecology and restoration, and integrated river basin management."

Zhiwei Li, Post-doctoral research fellow of Tsinghua University. His research interests include fluvial processes, meandering river and wetland. He has published more than 30 papers in international and Chinese journals as the first author. His current efforts focus on fluvial processes of the Yangtze River Source and Yellow River Source and wetland degradation mechanisms of the Ruoergai basin on the Qinghai-Tibet Plateau.

Mengzhen Xu, Doctor and assistant professor of Tsinghua University. Her research interest include eco-hydraulics and eco-sedimentation, restoration of river ecosystems, and the impact of hydraulic engineering on aquatic ecosystems. She has published and co-authored more than 40 papers in international and Chinese journals.

Guoan Yu, Doctor, Alexander von Humboldt Research Fellow and assistant professor of Institute of Geographic Sciences and Natural Resources Research, CAS. His research interest include fluvial processes, bedload transport and geomorphology.

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