Headwaters of Six Great Rivers of the World: Qingzang Plateau
The primary objective of this study is to assess the environmental and human impacts of all six great river(the Irrawaddy, Ganges, Brahmaputra, Yellow, Yangtze, and Lancang-Mekong river) mainstem and tributary dams and the plans by many countries for more hydropower utilizing the potential of these rivers as the continent’s energy lifeline.
Sample Chapter(s)
Co-Authors (52 KB)
Components of the Book:
  • Co-Authors
  • Foreword
  • Preface
  • Title Page
  • Chapter 1 Irrawaddy River: Myanmar’s Lifeline
  • Chapter 2 Brahmaputra and Ganges River System: Need for Remediation, Mitiga-tion, Restoration and Protection
  • Chapter 3 Managing Yellow River Landscape to Reduce the Environmental Impacts of Soil Erosion, Siltation, Flooding and Pollution
  • Chapter 4 Yangtze River: China’s Most Significant Navigation and Hydropower Power Lifeline
  • Chapter 5 Impacts of Mekong-Lancang Mainstem and Tributary Dams on China, Laos, Myanmar, Thailand, Cambodia, and Vietnam
  • Chapter 6 The Mekong Delta in Cambodia and Vietnam Is Subsiding and in Need of Remediation
  • Chapter 7 Anthropic and Natural Sources of Arsenic in the Soils and Groundwater of the Mekong Delta
  • Chapter 8 The Pulses of the Mekong River Basin: Rivers and the Livelihoods of Fish-ers and Farmers
  • Postscript
  • Dedication
  • Acknowledgements
Readership: Students, academics, teachers, and other people attending or interested in headwaters of six great rivers of the world: Qingzang Plateau.
1
Co-Authors
Kenneth R. Olson and Wadslin Frenelus
DOI: 11341
PDF (52 KB)
1
Foreword
Kenneth R. Olson and Wadslin Frenelus
DOI: 11342
PDF (51 KB)
1
Preface
Kenneth R. Olson and Wadslin Frenelus
DOI: 11343
PDF (58 KB)
1
Title Page
Kenneth R. Olson and Wadslin Frenelus
DOI: 11344
PDF (61 KB)
1
Chapter 1 Irrawaddy River: Myanmar’s Lifeline
Kenneth R. Olson, and Wadslin Frenelus
DOI: 11345
PDF (6838 KB)
57
Chapter 2 Brahmaputra and Ganges River System: Need for Remediation, Mitiga-tion, Restoration and Protection
Kenneth R. Olson, and Wadslin Frenelus
DOI: 11346
PDF (5504 KB)
97
Chapter 3 Managing Yellow River Landscape to Reduce the Environmental Impacts of Soil Erosion, Siltation, Flooding and Pollution
Kenneth R. Olson, and Wadslin Frenelus
DOI: 11347
PDF (4377 KB)
141
Chapter 4 Yangtze River: China’s Most Significant Navigation and Hydropower Power Lifeline
Kenneth R. Olson, and David R. Speidel
DOI: 11348
PDF (5796 KB)
197
Chapter 5 Impacts of Mekong-Lancang Mainstem and Tributary Dams on China, Laos, Myanmar, Thailand, Cambodia, and Vietnam
Kenneth R. Olson, and Wadslin Frenelus
DOI: 11349
PDF (14433 KB)
275
Chapter 6 The Mekong Delta in Cambodia and Vietnam Is Subsiding and in Need of Remediation
Kenneth R. Olson
DOI: 11350
PDF (8706 KB)
307
Chapter 7 Anthropic and Natural Sources of Arsenic in the Soils and Groundwater of the Mekong Delta
Kenneth R. Olson, and Khoe M. Chau
DOI: 11351
PDF (4643 KB)
353
Chapter 8 The Pulses of the Mekong River Basin: Rivers and the Livelihoods of Fish-ers and Farmers
Lois Wright Morton, and Kenneth R. Olson
DOI: 11352
PDF (5129 KB)
397
Postscript
Kenneth R. Olson, and Wadslin Frenelus
DOI: 11353
PDF (52 KB)
399
Dedication
Kenneth R. Olson and Wadslin Frenelus
DOI: 11354
PDF (51 KB)
401
Acknowledgements
Kenneth R. Olson and Wadslin Frenelus
DOI: 11355
PDF (52 KB)
Kenneth R. Olson
Kenneth R. Olson is a professor emeritus of soil science in the Department of Natural Resources and Environmental Science, College of Agricultural, Consumer, and Environmental Sciences, University of Illinois, Urbana, Il-linois.

Wadslin Frenelus
Wadslin Frenelus is a Doctor of Hydraulic Engineering from the Depart-ment of Hydraulic and Environmental Engineering at China Three Gorges University. He is a professor of Applied Hydraulics and Water Management at the State University of Haiti and Quisqueya University.

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