相关期刊:《Journal of Atmospheric Science Research》《Meteorological and Environmental Research》《Atmospheric and Climate Sciences》《Journal of Meteorological Research》更多>>
National Key R&D Program of China (2022YFC3004101);Science and Technology Projects of Guangzhou (2023B04J0704,2023B04J0232);Natural Science Foundation of Guangdong Province (2022A15150118141);Key Scientific and Technological Research Project of Guangzhou Meteorological Society (Z202201)。
The X-band phased array radar offers faster scanning speed and higher spatial resolution compared to the S-band radar,making it capable of enhancing tornado monitoring and early warning capabilities.This study analyze...
Hurricane Ida ferociously affected many south-eastern and eastern parts of the United States,making it one of the strongest hurricanes in recent years.Advanced forecast and warning tool has been used to track the path...
A total of 61 supercells with mesocyclones lasting for at least 6 volume scans were investigated. These storm parameters and mesocyclone parameters were counted and compared to determine the salient differences betwee...
Supported by The Project from Department of Science and Technology of Shandong Province Under Grant No. 2007GG20008001 and 2010GSF10805
By using the high spatial and temporal resolution Jinan Doppler Weather Radar data and Jinan,Xingtai sounding data,the radar signature and mesocyclone parameters of 54 supercells during 2003-2008 were analyzed.The res...
Supported by the National Special Fund for Meteorology(GYHY200706033);National Natural Science Foundation of China under Grant Nos.40505004,40405012,and 40333025;National Fundamental Research"973"Program of China(2004CB418301); the Natioual Meteorological Center of China TIGGE Program(GYHY(QX) 2007-232 6-1)
In this study,single Doppler radar data were used to examine the structure and evolution of a high precipitation(HP) supercell embedded in a cold front near Jianyang,Fujian Province on 12 April 2003.The synoptic env...
Supported by the National Natural Science Foundation of China under Grant Nos.40505004,40405012,and 40333025;the National Grand Fundamental Research 973 Program of China(973:2004CB418301);the GYHY(QX) 200706033;and the NMCTIGGE Program GYHY(QX) 2007-232 6-1.
In this study, the kinematic and precipitation structures of a mesocyclone associated with a hook echo were analyzed using single Doppler radar data. The mesocyclone was embedded in a mesoscale convective rainband nea...
Acknowledgements. This work was supported by a grant of "Eco-Technopia 21 Project" by Korean Ministry of Environment. This work was also supported by the Brain Korea 21 Project in 2006/7. Reviewer Prof. Gang Fu's constructive comments and suggestions are greatly appreciated. Also, we thank the Information Management Division of Korean Meteorological Administration for providing us with the Forecaster's Analysis System.
This study investigates the characteristics of a heavy snowfall event over the southwestern part of the Korean Peninsula on 4 December 2005. The snowstorm was a type of mesoscale maritime cyclone which resulted from b...