Xinjiang: For the first time, the highest meteorological observation station is built at the Zhongkunlun Mountains

Scientific examiners are mentioned in the installation of meteorological observation equipment scientific research team

Scientific examiners are photographed by Wang Xiaofei Wang Xiaofei, debugging meteorological observation equipment

"Temperature 5.8 ℃, humidity 84.0 %, air pressure 542.6 hundred Pache, wind speed 10.8 meters / second, wind direction 24 degrees, ground temperature 10.2 ℃ ..." This is 17:50 on August 19th, the Meteorological Bureau of Xinjiang Uygur Autonomous Region and the Chinese Academy of Sciences, the Chinese Academy of Sciences,, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, the Chinese Academy of Sciences, and the Chinese Academy of Sciences For the first time, Peking University and other units built in a multi -factor Beidou Transmission Automatic Station in the 5212.70 -meter area of ​​Zhongkunlun Mountain, and passed the observation data from Beidou Satellite. The construction of the station makes up for the blind spots of meteorological monitoring of the Mid -Kunlun Mountains. Dongkunlun, Xikunlun, and Zhongkunlun Mountain achieve the meteorological observation station network coverage.

In order to track the mechanism of water vapor energy evolution related to the Kunlun Mountains on the northern slope of the Qinghai -Tibet Plateau, and reveal the mechanism behind the climate change in the southern Xinjiang and the potential impact of its incident, from August 10th to 13th, from the Chinese Academy of Sciences, Peking University, and National Climate Center The scientific research team composed of 40 experts and scholars including the Meteorological Bureau of Xinjiang Uygur Autonomous Region has launched a comprehensive scientific survey of Kunlun Mountain. The scientific examination team overcomes the bad weather and the altitude response. After many demonstrations, the first multi -factor Beidou transmission station is established at the junction of the new Tibetan line at an altitude of 5212.70 meters. After debugging, the station was fully invested in business observations on August 13.

The Kunlun Mountain Comprehensive Scientific Investigation Activities were launched under the framework of the scientific investigation task of "Climate Change and West Wind -Mestwriting" in the second Qinghai -Tibet Plateau comprehensive scientific investigation. The scientific examination team learned on the spot to understand the topographic landforms and vegetation coverage of different gradient terrain and vegetation in the northern slope of Kunlun Mountain, and planned the automatic meteorological stations of different gradients on the northern slope of Kunlun Mountain to fill the Kunlun Mountains monitoring blind zone and study the mechanism of precipitation in this area. Improve the level of refinement of forecast services; at the same time, it attracts more scientific research projects and experts to conduct special research and technical research on the northern slope of Kunlun Mountain through this scientific research, accelerate the improvement of the fragile ecological environment in the southern Xinjiang, and improve the ability of ecological repair.

It is reported that the Meteorological Bureau of Xinjiang Uygur Autonomous Region will also set up 5 sets of automatic meteorological observation stations at different altitudes of the Kunlun Mountains to build the East, West, and Zhongkunlun Meteorological Station Network to comprehensively explore the mechanism of Kunlun landscape vapor, accelerate the improvement of southern Xinjiang Meteorological Meteorological Disaster prevention and disaster reduction ability. (Author: Li Zhihong Chen Tianyu Editor: Zhang Minglu)

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