Pudu River Explained

Pudu River
Name Other:Tanglang River
Subdivision Type1:Country
Subdivision Name1:China
Subdivision Type2:State
Subdivision Name2:Yunnan
Subdivision Type5:Cities
Subdivision Name5:Kunming City, Anning City, Fumin County
Length:363.6km (225.9miles)approx.
Discharge1 Avg:91.2m3/s
Source1:Mount Liangwang
Source1 Location:Dashao Township,Songming County
Source1 Coordinates:25.4214°N 102.9161°W
Mouth:Jinsha River
Mouth Location:Zehei Township,Luquan Yi and Miao Autonomous County
Mouth Coordinates:26.3025°N 102.8033°W
River System:Jinsha River
Basin Size:11657km2approx.
Tributaries Left:Mingyi River, Zhangjiu River
Tributaries Right:Xima River
Extra:Book: Encyclopedia of rivers and lakes in China Section of Changjiang basin . 2010. China WaterPower Press. Beijing. 978-7-5084-6512-8.

The Pudu River is a major river in Yunnan Province in southwest China.

The source of Pudu River is located in Songming County; the headwater stream is called Muyang River . The river runs southwards through Kunming and then it is called the Panlong River; it flows into Dian Lake at the south of Kunming.

Geography

The river leaves Dian Lake near Haikou Subdistrict (formerly, Haikou Town) (海口街道) of Xishan District, in the southwestern part of the lake. The outlet of the lake is called Tanglang Creek or Tanglang River . The river runs northward through Anning City and Fumin County; from there on, it is called Pudu River. It joins Jinsha River in the northeastern part of Luquan Yi and Miao Autonomous County. The river is about 363.6 kilometres long.[1]

Name

The name Pudu (普渡) is a slogan from Buddhism Classics, literally "helping people get out of sorrows and troubles". Some people also believe that "Pudu" here actually refers to "a ferry ran by Pu's family".

In Chinese, the name of the Pudu River is written with the same Chinese characters as the Chinese name of Purdue University, but this is just a coincidence.

Notes and References

  1. Book: Encyclopedia of rivers and lakes in China Section of Changjiang basin . 2010. China WaterPower Press. Beijing. 978-7-5084-6512-8.