Where is Metasequoia Wetland Park in Dian Wei Village, Kunming?

Metasequoia glyptostroboides Wetland Park in Dian Wei Village, Kunming is located in Songhuaba Water Source Protection Area, Dianyuan Street, Panlong District, Kunming.

In early winter, the Metasequoia glyptostroboides forest in Dian Wei Village Wetland of Dianyuan Street, Panlong District, Kunming City, Yunnan Province gradually changed into "red makeup", and the whole wetland was decorated with colors of red, orange and green that had not faded. Metasequoia glyptostroboides wetland in Dian Wei Village is located in the upper reaches of Dianchi Lake, belonging to Kunming Songhuaba water source protection area. After years of ecological restoration, the ecology of the reserve is getting better and better year by year.

Brief introduction of Songhuaba water source protection area in Dianyuan Street, Panlong District

At first, it was used for flood control and agricultural irrigation. With the development of Kunming city, after 1990, its main function became urban water supply, and after 2003, it stopped agricultural irrigation water supply and became drinking water supply in Kunming.

As the Yunlong Reservoir in Zhangjiuhe River is 97 kilometers away from the main urban area of Kunming, and it is a single-pipe water transfer project, the Qingshuihai, Niulan River water transfer project and the future central Yunnan water transfer project will all be long-distance single-pipe water transfer projects, so Songhuaba Reservoir is not only the drinking water source of Kunming, but also the only reliable lifeline water source reservoir in Kunming.

Kunming songhua dam Reservoir is a large-scale flood control and water storage reservoir. It is located in the northeast of Heilongtan in the northern suburb of Kunming. Built in 1274~ 1276. After many overhauls, reconstruction and expansion, the total storage capacity has been expanded to 2190,000 cubic meters, and the runoff area is 593 square kilometers, which can provide Kunming with an average of 300,000 tons of drinking water every year.