Headwaters of Six Great Rivers of the World: Qingzang Plateau — An Author Interview on Dams, Transboundary River Governance, and Environmental Change in Asia

Authors

  • Editorial board Author

DOI:

https://doi.org/10.66659/7n0p1v95

Keywords:

Qingzang Plateau, transboundary rivers, hydropower dams, Lancang-Mekong, sediment trapping, arsenic contamination, river governance, envi-ronmental resilience

Abstract

This interview-based contribution presents the main scientific themes of Headwaters of Six Great Rivers of the World: Qingzang Plateau by Kenneth R. Olson and Wadslin Frenelus. The discussion focuses on the Qingzang Plateau as the hydrological source region for six major Asian river systems and examines the environmental and human consequences of hydropower development, sediment trapping, river regulation, and transboundary governance. Particular attention is given to the Lancang-Mekong system, the role of dams in altering flood pulses and sediment delivery, the ecological significance of river connectivity, and the social consequences of resettlement. The interview also addresses the environmental effects of war, especially arsenic contamination linked to Agent Blue in southern Vietnam and the degradation associated with conflict in Myanmar. Across these cases, the text argues that river management must be understood not only as an engineering problem but also as an ecological, political, and public-health problem. The contribution highlights the need for stronger interdisciplinary analysis, more effective transboundary coordination, and policy approaches centered on resilience, livelihood restoration, and long-term ecosystem protection

References

1. Olson KR, Frenelus W. Irrawaddy River Valley, Delta and Control of Myanmar’s Life-line. Open Journal of Soil Science. 2025;15:445–476.

2. Olson KR, Frenelus W. Ganges and Brahmaputra River System: Need for a Multi-Country Plan for Cleaning, Mitigation, Restoration and Protection. Open Journal of Soil Science. 2024;14:635–659.

3. Olson KR, Frenelus W. Managing Yellow River Watershed Development and Agri-cultural Use to Reduce the Environmental Impacts of Flooding, Soil Erosion, Silta-tion and Pollution. Journal of Water Resource and Protection. 2025;17:196–222.

4. Olson KR, Speidel DR. China’s Most Important Navigation and Hydropower Power Lifeline: Yangtze River. Open Journal of Soil Science. 2025;15:285–319.

5. Olson KR, Frenelus W. Environmental and Human Impacts of Lancang-Mekong Mainstem and Tributary Dams on China, Laos, Thailand, Myanmar, Cambodia, and Vietnam. Open Journal of Soil Science. 2024;14:555–605.

6. Olson KR. The Mekong Delta in Vietnam and Cambodia Is Subsiding and in Need of Remediation. Open Journal of Soil Science. 2022;12:171–192.

7. Olson KR, Chau KM. Natural and Anthropic Sources of Arsenic in the Groundwater and Soils of the Mekong Delta. Open Journal of Soil Science. 2022;12:541–570.

8. Morton LW, Olson KR. The Pulses of the Mekong River Basin: Rivers and the Liveli-hoods of Farmers and Fishers. Journal of Environmental Protection. 2018;9:431–459.

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Published

2026-07-02

How to Cite

Editorial board. 2026. “Headwaters of Six Great Rivers of the World: Qingzang Plateau — An Author Interview on Dams, Transboundary River Governance, and Environmental Change in Asia”. Pollution and Diseases, July, 16 pages. https://doi.org/10.66659/7n0p1v95.

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