Min River (Sichuan)

Geography

The Min River flows in the general southern direction. It starts in north-central Sichuan, where its basin is limited by the Qionglai Mountains in the west and the Min Mountains in the east. The river passes through the Longmen Mountains and enters the plains of the Sichuan Basin near Dujiangyan. In that area, the ancient Irrigation System and the modern Zipingpu dam are located. The Giant Buddha of Leshan is built into the stone banks of the Min River.

Names

Some 19th-century Western authors used the name Blue River as the "colloquial name" for the Minjiang, after the former local Chinese name Qingshui (清水, lit. "Clear water"),{{citation

Wildlife

A survey by biologist Deng Qixiang found that only 16 of the 40 fish species recorded in the 1950s can be found today. The Sichuan Taimen, a protected species, has not been seen in one stretch of river, the Wenchuan, for an entire decade.

History

Located along the Min River is the oldest surviving water management scheme built by hydraulic engineer Li Bing, helping to significantly expand the power of the Qin state and triggering a population boom in the Chengdu plain. It was built about 2,300 years ago. The first Western academic to research its history was Joseph Needham. The scheme became known as the Dujiangyan Irrigation System.

Dams

The Min is being heavily developed, primarily for hydroelectric power. Twenty-seven dams have been completed, are under construction, or are planned for the river as of March 2014. Those dams are listed below from downstream to upstream.

• Pianchuangzi Dam – Planned, 740 MW
• Longxikou Dam – Planned, 360 MW
• Jianwei Dam – Planned, 360 MW
• Shazui Dam – Planned, 250 MW
• Banqiaoxi Dam – Planned, 30 MW
• Yangliuhu Dam – Planned, 76.5 MW
• Zipingpu Dam – Completed, 760 MW
• Yingxiuwan Dam – Completed, 135 MW
• Taipingyi Dam – Completed, 260 MW
• Futangba Dam – Completed, 360 MW
• Shaba Dam – Under construction, 720 MW
• Jiangsheba Dam – Completed, 96 MW
• Yangmaoping Dam – Planned, 3.4 MW
• Tongzhong Dam – Completed, 49.5 MW
• Nanxin Dam – Completed, 9.6 MW
• Shigu Dam – Completed, 2.7 MW
• Zongqu Dam – Planned, 2 MW
• Yaneryan Dam – Planned, 66 MW
• Feihongqiao Dam – Planned, 120 MW
• Jinlongtan Dam – Completed, 180 MW
• Tianlonghu Dam – Completed, 180 MW
• Xiaohaizi Dam – Completed, 48 MW
• Lianhuayan Dam – Planned, 111 MW
• Wulibao Dam – Planned, 157 MW
• Longpan Dam – Planned, 72.6 MW
• Xiningguan Dam – Planned, 37.2 MW
• Hongqiaoguan Dam – Planned, 68.5 MW

References

References

1. (23 January 2019). "Studies of the Biogeochemistry of Typical Estuaries and Bays in China".
2. (23 January 2019). "Studies of the Biogeochemistry of Typical Estuaries and Bays in China".
3. (23 January 2019). "Studies of the Biogeochemistry of Typical Estuaries and Bays in China".
4. Fan Chengda. James M. Hargett (trans.) ''Riding the River Home: A Complete and Annotated Translation of Fan Chengda's (1126–1193) Travel Diary Record of a Boat Trip to Wu'', [https://books.google.com/books?id=AnMLAQAAMAAJ&q=history+gold+china+jinsha p. 77]. Chinese Univ. of Hong Kong (Hong Kong), 2008. Accessed 15 August 2013.
5. {{Cite EB1911. Jamieson. George
6. E.g., Moll, Herman. "[http://www.davidrumsey.com/luna/servlet/detail/RUMSEY~8~1~3744~430080:The-Empire-of-China-and-island-of-J The Empire of China and island of Japan, agreeable to modern history.]" Bowles & Bowles (London), 1736. Accessed 13 August 2013.
7. (2 February 2007). "Quenching China's thirst".
8. Dong, Luan. "INTERACTIVE: Mapping China's "Dam Rush"". Wilson Center.
9. (March 2014). "The Last Report on China's Rivers". China's Rivers Report.