The minimum water level in the same period since 118 years in Chenglingji Station in Dongting Lake

(Reporter Liu Ge correspondent Peng Feiyu) The Yueyang Water Culture Bureau released the latest water drought analysis yesterday afternoon. At 8 o'clock on the 21st, the water level of Lingji Station of Dongting Lake City was 19.89 meters, which was 7.56 meters lower than the average water level in the same period. It was 118 (1904). The minimum water level in history has also reached the lowest level of history in the 25 years.

At 8 o'clock on the 21st, the water level of the Three Gorges Reservoir was 146.99 meters, the storage flow was 9300 seconds, and the outlet flow was 6880 seconds. The three -mouth four water combination is included in the lake flow of 1260 seconds, of which the four water is 1130 seconds, and the three -mouth is 127 seconds. The flow of the lake is 1460 seconds. Since August, the total amount of three water and four water came to a total of 11.038 billion cubic meters, with an average of 38.29 billion square meters in the same period of 38.29 billion square meters.

At 8 o'clock on the 21st, the main control stations of the four waters were lower than the average value of the water level in the same period. The water level of the Gaoluo River Gaizi Station is 87.65 meters, which is only 0.34 meters higher than the historical lowest water level (87.31 meters); The station water level is 43.19 meters, which is only 0.78 meters higher than the lowest water level (42.41 meters).

According to the comprehensive analysis of indexes such as rainfall, no effective rainfall days, evaporation, and soil relative humidity, the current most parts of the city are drought, including Linxiang City, Yunxi District, Yueyang Tower District, Pingjiang County, Yueyang County, Xiangxiang County, Xiangyang County, Xiangyang County The degree of drought in Yin County, Lo Luo City, and Quyuan Management Area is severe hydrological drought, and the degree of drought in Huarong County and Junshan District is a large hydrological drought.

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