摘要
利用自动气象站观测资料、地面常规观测资料和雷达产品,分析了2020年6月5日克拉玛依市一次强对流天气。结果表明:西伯利亚低槽、低层垂直风切变和中层冷空气是此次过程的主要天气系统,雷达回波的演变发展与强对流天气的发生发展相吻合,是能开展强对流天气预测预报的有效工具。
A severe convective weather in Karamay city on June 5,2020 was analyzed by using automatic weather station observation data,conventional ground observation data and radar products.The results showed that the Siberian trough,low-level vertical wind shear and middle-level cold air were the main weather systems in this process,and the evolution and development of radar echoes coincide with the occurrence and development of severe convective weather,which was an effective tool for severe convective weather prediction.
作者
菅人乐
史昀
马晓慧
李文博
崔丽娜
JIAN Renle(Karamay Meteorological Bureau,Karamay,Xinjiang 834000)
出处
《农业灾害研究》
2022年第1期115-117,共3页
Journal of Agricultural Catastrophology
关键词
强对流天气
低槽
雷暴单体
锋面
雷达回波
Revere convective weather
Low groove
Thunderstorm monomer
Frontal surface
Radar echo
