supported by the National Key R&D Program of China [grant number 2023YFC3008005];the Guangdong Basic and Applied Basic Research Foundation [grant numbers 2022A1515011288 and 2024A1515030210];the Key Innovation Team of the China Meteorological Administration [grant number CMA2023ZD08];the Guangdong Provincial Marine Meteorology Science Data Center [grant number 2024B1212070014]。
This paper provides a comparative analysis of the performance of a high-resolution regional ocean-atmosphere coupled model in predicting tropical cyclone(TC)gales over the northern South China Sea.The atmosphere and o...
In the second week of April,the Beijing Meteorological Observatory issued its first orange wind warning in nearly a decade,alerting residents that gale-force winds exceeding Force 12 would sweep through the city over ...
Supported by the National Natural Science Foundation of China (62106169)。
Numerical weather prediction of wind speed requires statistical postprocessing of systematic errors to obtain reliable and accurate forecasts.However,use of postprocessing models is often undesirable for extreme weath...
supported by the China National Science Foundation (Grant No. 41705029);Anhui Joint Foundation (Grant No.2208085UQ11);China Meteorological Administration special grants on innovation and development (Grant No. CXFZ2023J017);China Meteorological Administration special grants on decision-making meteorological service (Grant No. JCZX2022005);support from the innovation team at Anhui Meteorological Bureau
Arctic changes influence not only temperature and precipitation in the midlatitudes but also contribute to severe convection.This study investigates an extreme gale event that occurred on 30 April 2021 in East China a...