TROPICAL_CYCLONE

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Multi-Scale Influencing Factors and Prediction of Interannual Variability in Rapid Intensification Magnitude of Northwest Pacific Tropical Cyclones
《Journal of Tropical Meteorology》2025年第1期75-86,共12页LI Yu-meng ZHAN Rui-fen DING Yi-hui 
Guangdong Major Project of Basic and Applied Basic Research(2020B0301030004);National Natural Science Foundation of China(41875114);Science and Technology Commission of Shanghai Municipality,China(23DZ1204703)。
The rapid intensification(RI)magnitude of tropical cyclones(TCs)over the western North Pacific(WNP)exhibits significant interannual variability and is influenced by multiple factors across various scales.These factors...
关键词：western North Pacific tropical cyclone rapid intensification interannual variability multis-cale factors 
An Objective Synoptic Analysis Technique for the Identification of Tropical Cyclone Remote Precipitation in China and Its Application
《Journal of Ocean University of China》2025年第1期13-30,共18页JIA Li DING Chenchen CONG Chunhua REN Fumin LIU Yanan 
supported by the Postgraduate Research&Practice Innovation Program of Jiangsu Province(No.KYCX22_1136);the National Natural Scientific Foundation of China(No.42275037);the Basic Research Fund of CAMS(No.2023Z016);the Key Laboratory of South China Sea Meteorological Disaster Prevention and Mitigation of Hainan Province(No.SCSF202202);supported by the Jiangsu Collaborative Innovation Center for Climate Change。
At present,the identification of tropical cyclone remote precipitation(TRP)requires subjective participation,leading to inconsistent results among different researchers despite adopting the same identification standar...
关键词：tropical cyclone remote precipitation objective identification method 
Short-Term Rolling Prediction of Tropical Cyclone Intensity Based on Multi-Task Learning with Fusion of Deviation-Angle Variance and Satellite Imagery
《Advances in Atmospheric Sciences》2025年第1期111-128,共18页Wei TIAN Ping SONG Yuanyuan CHEN Yonghong ZHANG Liguang WU Haikun ZHAO Kenny Thiam Choy LIM KAM SIAN Chunyi XIANG 
jointly supported by the National Natural Science Foundation of China(Grant Nos.42075138 and 42375147);the Program on Key Basic Research Project of Jiangsu(Grant No.BE2023829)。
Tropical cyclones(TCs)are one of the most serious types of natural disasters,and accurate TC activity predictions are key to disaster prevention and mitigation.Recently,TC track predictions have made significant progr...
关键词：tropical cyclone INTENSITY structure rolling prediction MULTI-TASK 
A Machine Learning-Based Parameterized Tropical Cyclone Precipitation Model
《International Journal of Disaster Risk Science》2024年第6期972-985,共14页Yi Lu Jie Yin Peiyan Chen Hui Yu Sirong Huang 
sponsored by the National Key Research and Development Program of China(Grant No.2021YFC3000804);the National Natural Science Foundation of China(Grant Nos.U2142206,42371076);Shanghai Science and Technology Commission Project(No.23DZ1204701);Shanghai Pilot Program for Basic Research(No.TQ20240209);the Basic Research Fund of Shanghai Typhoon Institute(Nos.2023JB05,2024JB04)。
Current simulation models considerably underestimate local-scale,short-duration extreme precipitation induced by tropical cyclones(TCs).This problem needs to be addressed to establish active response policies for TC-i...
关键词：Extreme precipitation Machine learning Parameterized model-Shanghai Tropical cyclone 
Development of Asymmetric Convection in a Tropical Cyclone under Environmental Uniform Flow and Vertical Wind Shear
《Advances in Atmospheric Sciences》2024年第12期2399-2418,共20页Yubin LI Yuncong JIANG Johnny C.L.CHAN Kevin K.W.CHEUNG 
supported by the National Natural Science Foundation of China(Grant number 42075072);support from The Startup Foundation for Introducing Talent of the Nanjing University of Information Science and Technology.
Idealized numerical simulations have been carried out to reveal the complexity in the development of asymmetric convection in a tropical cyclone(TC)under the influence of an environment with either uniform flow,vertic...
关键词：tropical cyclone environmental flow vertical wind shear asymmetric convection inner core outer rainband 
On the Revival Mechanism of Typhoon Doksuri(2023)Remnants after Its Landfall
《Journal of Meteorological Research》2024年第6期1032-1046,共15页Chunyi XIANG Lin DONG Yu LAN Hui WANG Runling YU Xiaoyong ZHUGE Da LIU Qian WANG 
Supported by the National Key Research and Development Program of China(2022YFC3004200 and 2022YFC3003901).
After landfall,tropical cyclone(TC)remnants may maintain or even rejuvenate and incur catastrophic disasters.What leads to the revival of TC remnants over land remains elusive.In this study,the revival mechanism of Ty...
关键词：tropical cyclone(TC)remnants LANDFALL Typhoon Doksuri(2023) VORTEX revival mechanism 
Simulation of the Effects of SST Changes Induced by Tropical Cyclones on the Intensity of Tropical Cyclone Bilis(0604)
《Journal of Tropical Meteorology》2024年第4期351-360,共10页YUAN Jin-nan ZHANG Cheng-zhong WEN Guan-huan ZHOU Ming-sen ZHU Yu 
National Natural Science Foundation of China(42275123);Guangdong Basic and Applied Basic Research Foundation(2024A1515010508);Guangdong Provincial Marine Meteorology Science Data Center(2024B1212070014);Innova-tion Team of Severe Weather Mechanism and Forecasting Technology in the South China Sea of Guangdong Meteorolo-gical Service(GRMCTD202201);Science and Technology Research Project of Guangdong Meteorological Service(GRMC2022M02)。
The effects of sea surface temperature(SST)changes induced by tropical cyclone(TC)Bilis(0604)and its preceding TC,TC Ewiniar(0603),on the intensity of TC Bilis were investigated by using numerical experiments.The obse...
关键词：sea surface temperature cooling tropical cyclone intensity spatial filtering numerical simulation 
Sub-seasonal variability of tropical cyclone landfall characteristics on the west coast of the Bay of Bengal during October–December:The role of La Nina and El Nino
《Tropical Cyclone Research and Review》2024年第4期276-285,共10页Anupama Sahoo M.S.Girishkumar 
the support provided by the MoES-INCOIS fellowships as part of the Ph.D.program.This is INCOIS contribution number 540。
Tropical cyclones(TCs)create more disasters when they make landfall.Climatologically,the west coast of the Bay of Bengal(BoB),one of the most densely populated geographical regions over the globe,is more vulnerable to...
关键词：Tropical cyclone LANDFALL ENSO Bay of Bengal Sub-seasonal variability 
A method to automatically ascertain the identities of tropical cyclones in tropical cyclone warning messages
《Tropical Cyclone Research and Review》2024年第4期286-292,共7页Rijin Wan Mengqi Yang 
support of the Innovation and Development Special Program of the China Meteorological Administration(CXFZ2024J006);Shanghai Science and Technology Commission Project(23DZ1204701);the National Key Research and Development Program of China(2021YFC3000805);the Typhoon Scientific and Technological Innovation Group of the China Meteorological Administration(CMA2023ZD06).
In the operational forecasting of tropical cyclones(TCs),decoding TC warning messages from global centers,along with extracting,organizing,and storing useful track observations and forecasts,are fundamental tasks.The ...
关键词：Tropical cyclone warning messages Decoding Typhoon track database Spatio-temporal distance comparison Identification method of TC individual 
Projections of future tropical cyclone landfalling activity in the East Asia region
《Tropical Cyclone Research and Review》2024年第4期328-343,共16页Kin Sik Liu Johnny C.L.Chan Bruce Chong Homan Wong 
This study reveals the possible future changes in tropical cyclone(TC)landfalling activity along the East Asian coast under different climate change scenarios based on global circulation model(GCM)simulations.Wefirst i...
关键词：Tropical cyclone projections Climate model simulations Western North Pacific 
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