AOGS 2022 Abstracts
Atmospheric Sciences
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| AS01 Passive and Active Sensing of the Chemistry and Dynamics of the Middle and Upper Atmosphere |
| Abstract ID |
Abstract Title |
Authors |
| AS01-A001 |
Record-breaking Stratospheric Smoke Events in Canada 2017, Siberia 2019, and Australia 2019/2020! Any Influence of Smoke Occurrence on Ozone Depletion and Cirrus Clouds? |
Kevin OHNEISER1#+, Albert ANSMANN1, Ronny ENGELMANN1, Boris BARJA2, Holger BAARS1, Patric SEIFERT1, Hannes GRIESCHE1, Martin RADENZ1, Julian HOFER1, Dietrich ALTHAUSEN1, Cristofer JIMENEZ1
1Leibniz Institute for Tropospheric Research, Germany, 2University of Magallanes, Chile |
| AS01-A002 |
Turbulent Kinetic Energy Dissipation Rates Around the Polar Vortex in the UTLS Region in the Antarctic |
Masashi KOHMA1#+, Kaoru SATO1, Koji NISHIMURA2, Masaki TSUTSUMI3
1The University of Tokyo, Japan, 2Kyoto University, Japan, 3National Institute of Polar Research, Japan |
| AS01-A003 |
Comparison of Mesospheric Wind Observed by the Monostatic and Bistatic Meteor Radars |
Jie ZENG#+, Wen YI, Xianghui XUE
University of Science and Technology of China, China |
| AS01-A006 |
Long-term Meteor Wind Observations as By-products of Routine Mesosphere Measurements of PANSY Radar, Antarctica |
Masaki TSUTSUMI1#+, Taishi HASHIMOTO1, Koji NISHIMURA2, Toru SATO2, Masashi KOHMA3, Kaoru SATO3
1National Institute of Polar Research, Japan, 2Kyoto University, Japan, 3The University of Tokyo, Japan |
| AS01-A007 |
Observations of the Richardson Number by the MIGHTI on the NASA ICON Satellite, and Dynamic Instability Near the Turbopause |
Gary SWENSON1#+, Scott ENGLAND2, Jeffrey FORBES3
1University of Illinois at Urbana-Champaign, United States, 2Virginia Tech, United States, 3University of Colorado Boulder, United States |
| AS01-A008 |
The Ground–based Airglow Network in China and Research Progresses |
Jiyao XU#+
Chinese Academy of Sciences, China |
| AS01-A009 |
Climatology of Interhemispheric Mesopause Temperatures Using the High- and Middle-latitude Meteor Radars |
Wen YI1#+, Xianghui XUE1, Iain REID2,3, Damian MURPHY4, Masaki TSUTSUMI5, Chris HALL6
1University of Science and Technology of China, China, 2ATRAD Pty. Ltd., Australia, 3University of Adelaide, Australia, 4Australian Antarctic Division, Australia, 5National Institute of Polar Research, Japan, 6University of Tromsø, Norway |
| AS01-A010 |
Investigation of Direct Solar Proton Impact on Arctic Stratospheric Ozone |
Jia JIA1#+, Antti KERO2, Niilo KALAKOSKI3, Monika SZELAG3, Pekka T. VERRONEN2,3
1Norwegian University of Science and Technology, Norway, 2University of Oulu, Finland, 3Finnish Meteorological Institute, Finland |
| AS01-A011 |
The Correlation of Meteor Flux and Sodium Layer in the MLT Region |
Yanlin LI1#+, Tai-Yin HUANG2, Julio URBINA1, Fabio VARGAS3, Wuhu FENG4
1The Pennsylvania State University, United States, 2Penn State Lehigh Valley, United States, 3University of Illinois, United States, 4University of Leeds, United Kingdom |
| AS01-A012 |
C-Structures Observed in Mesospheric Sodium and Potassium Layers |
Vania ANDRIOLI1,2#+, Jiyao XU3, Paulo BATISTA2, Alexandre PIMENTA2, Maria MARTINS2, Laysa RESENDE4, Siomel SAVIO2, Cristiane TARGON2, Guotao YANG1, Jing JIAO1, Chi WANG1, Zhengkuan LIU1
1Chinese Academy of Sciences, China, 2National Institute for Space Research, Brazil, 3State Key Laboratory of Space Weather, China, 4China-Brazil State Key Laboratory for Space Weather, Brazil |
| AS01-A013 |
Observing Mesospheric Neutral Wind With Electrojet Zeeman Imaging Explorer (EZIE) |
Astrid MAUTE1#+, Rafael ARAUJO DE MESQUITA2, Heikki VANHAMAKI3, Patrick ESPY4,5, Karl LAUNDAL5, Jeng-Hwa YEE2, Jesper GJERLOEV2, Wenbin WANG1
1National Center for Atmospheric Research, United States, 2The Johns Hopkins University Applied Physics Laboratory, United States, 3University of Oulu, Finland, 4Norwegian University of Science and Technology, Norway, 5University of Bergen, Norway |
| AS01-A014 |
Response of Mean Winds and Tides to Energetic Particle Precipitation |
Patrick ESPY1,2#+, Kristina SHIZUKA YAMASE SKARVANG1, Willem VAN CASPEL1, Robert HIBBINS1,2, Andrew KAVANAGH3, Tracy MOFFAT-GRIFFIN3
1Norwegian University of Science and Technology, Norway, 2University of Bergen, Norway, 3British Antarctic Survey, United Kingdom |
| AS01-A015 |
Empirical Modelling of SSUSI-derived Auroral Ionization Rates |
Stefan BENDER1#+, Patrick ESPY1,2, Larry PAXTON3
1Norwegian University of Science and Technology, Norway, 2University of Bergen, Norway, 3The Johns Hopkins University Applied Physics Laboratory, United States |
| AS01-A024 |
MATS Satellite Data: How Well Can We Determine Gravity Wave Parameters? |
Björn LINDER1#+, Peter PREUSSE2, Qiuyu CHEN2, Manfred ERN2, Linda MEGNER1, Jörg GUMBEL1, Erich BECKER3
1Stockholm University, Sweden, 2Forschungszentrum Jülich, Germany, 3NorthWest Research Associates, United States |
| AS02 Climate Change and Tropical Climatic Hazards in Asia Oceania |
| Abstract ID |
Abstract Title |
Authors |
| AS02-A002 |
WMO Space-based Weather and Climate Extremes Monitoring (SWCEM) for East Asia and Western Pacific |
Yuriy KULESHOV1,2#+, Toshiyuki KURINO3
1Bureau of Meteorology, Australia, 2Royal Melbourne Institute of Technology University, Australia, 3Japan Aerospace Exploration Agency, Japan |
| AS02-A001 |
The Decadal Variation of Eastward-moving Tropical Cyclones in the South China Sea During 1980-2020 |
Xi LUO1+, Lei YANG2#, Sheng CHEN2, Dong LIANG1, Johnny CHAN3, Dongxiao WANG1
1Sun Yat-sen University, China, 2Chinese Academy of Sciences, China, 3City University of Hong Kong, Hong Kong SAR |
| AS02-A003 |
Climate Risk and Early Warning Systems (CREWS) International Initiative: Building Resilience of Papua New Guinea to Drought |
Yuriy KULESHOV1,2#+
1Bureau of Meteorology, Australia, 2Royal Melbourne Institute of Technology University, Australia |
| AS02-A004 |
New Version of the Global Satellite Mapping of Precipitation (GSMaP) Towards the Enhancement of WMO SWCEM Activities |
Moeka YAMAJI1#+, Tomoko TASHIMA2, Munehisa K. YAMAMOTO1, Toshiyuki KURINO1, Takuji KUBOTA1
1Japan Aerospace Exploration Agency, Japan, 2Remote Sensing Technology Center of Japan, Japan |
| AS02-A005 |
Evaluating Satellite Soil Moisture Datasets for Drought Monitoring in Australia and the South-west Pacific |
Jessica BHARDWAJ#+
Bureau of Meteorology, Australia |
| AS02-A006 |
Building Capacity for a User-centred Integrated Early Warning System for Drought in Papua New Guinea |
Jessica BHARDWAJ#+
Bureau of Meteorology, Australia |
| AS02-A007 |
A Comparison of Various Correction and Blending Techniques for Creating an Improved Satellite-gauge Rainfall Dataset Over Australia |
Zhi-Weng CHUA#+
Bureau of Meteorology, Australia |
| AS02-A008 |
Using WMO SWCEM Satellite Precipitation Estimates for Creating an Improved Satellite-gauge Dataset Over Australia |
Zhi-Weng CHUA#+
Bureau of Meteorology, Australia |
| AS02-A009 |
Lightning Characteristics Over Shenzhen Area Induced By Tropical Cyclones |
Qinglan LI#+, Chaoyi MA
Chinese Academy of Sciences, China |
| AS02-A010 |
Utilising Hazard, Vulnerability and Exposure Indices to Assess Pluvial and Fluvial Flood Risk in Australia’s Most Flood Prone Regions |
Imogen SCHWARZ1,2#+, Mark ZIEGELAAR3,2, Matthew KELLY1,2
1The Australian Bureau of Meteorology, Australia, 2Monash University, Australia, 3Bureau of Meteorology, Australia |
| AS02-A012 |
Multi-hazard Tropical Cyclone Risk Assessment for Australia |
Cameron DO#+
Bureau of Meteorology, Australia |
| AS02-A011 |
Developing a Tropical Cyclone Risk Assessment for Papua New Guinea |
Cameron DO#+
Bureau of Meteorology, Australia |
| AS02-A013 |
Validating a Tailored Disaster Risk Assessment Methodology: Drought Risk Assessment in Local PNG Regions |
Isabella AITKENHEAD#+
Bureau of Meteorology, Australia |
| AS02-A014 |
Developing a Disaster Risk Analyser Web App for Enhanced Provision of Risk Information to Users in Pacific SIDS: A Conceptual Design for Drought Risk in PNG |
Isabella AITKENHEAD#+
Bureau of Meteorology, Australia |
| AS02-A015 |
Changes in Tropical Cyclone-induced Extreme Hourly Precipitation Over China During 1975-2018 |
Yali LUO#, Baochen YANG+, Lu LIU, Xiaoling JIANG
Chinese Academy of Meteorological Sciences, China |
| AS02-A017 |
Meteorological Observations and Thermal Environment Assessment at Tokunoshima Island, Kagoshima, Japan |
Yoshiki MAKIZONO#+, Yoshinori SHIGETA
Tottori University of Environmental Studies, Japan |
| AS03 The Asian Monsoon: Past, Present and the Future |
| Abstract ID |
Abstract Title |
Authors |
| AS03-A004 |
The Role of Tropical Volcanic Eruptions in Exacerbating Indian Droughts |
Suvarna FADNAVIS1#+, Rolf MÜLLER2
1Indian Institute of Tropical Meteorology, India, 2Forschungszentrum Juelich, Germany |
| AS03-A001 |
Different Asian Rainfall Anomaly Patterns Associated with Early and Peak Summer Rainfall Variation Over the Indochina Peninsula |
Yu SHI+, Renguang WU#
Zhejiang University, China |
| AS03-A002 |
Contribution of Precipitation and Temperature to Drought Variations Over Asia |
Jianmin ZHANG#+, Renguang WU
Zhejiang University, China |
| AS03-A005 |
A Climatological Study on Precipitation Microphysical Characteristics Over Asian Monsoon Region Using GPM/DPR |
Moeka YAMAJI1#+, Hiroshi TAKAHASHI2
1Japan Aerospace Exploration Agency, Japan, 2Tokyo Metropolitan University, Japan |
| AS03-A003 |
Asymmetric Changes in the Intensity of Synoptic Disturbances Over the Tropical Western North Pacific in El Niño and La Niña Developing Years |
Qinlu GU#+, Renguang WU
Zhejiang University, China |
| AS03-A007 |
Impact of the South China Sea Summer Monsoon on the Indian Ocean Dipole in CMIP5 Models |
Yazhou ZHANG+, Jianping LI#
Ocean University of China, China |
| AS03-A013 |
Consistency of the Impact of More Extreme ENSO on the East Asian Summer Monsoon in Future Climate Scenarios |
Sandro F. VEIGA#+, Huiling YUAN
Nanjing University, China |
| AS03-A006 |
Changing Influence of ENSO on Indochina Peninsula Rainfall |
Renguang WU1#+, Yiya YANG2, Yu SHI1, Peijun ZHU1
1Zhejiang University, China, 2Bejing Meteorological Service, China |
| AS03-A011 |
Characterization of East Asian Rainbands and its Associated Circulation Over the Tibetan Plateau Region |
Jiabin LIU, Inez FUNG, John CHIANG#+
University of California, Berkeley, United States |
| AS03-A008 |
Increased Variability of Western Pacific Subtropical High Under Greenhouse Warming |
Kai YANG1, Wenju CAI2,3#+
1Chinese Academy of Sciences, China, 2Ocean University of China and Qingdao National Laboratory for Marine Science and Technology, China, 3Commonwealth Scientific and Industrial Research Organisation, Australia |
| AS03-A009 |
Quantification of Physical Factors of EAWM Surface Circulation Formation |
Hae-Li PARK#+, Kyong-Hwan SEO
Pusan National University, Korea, South |
| AS03-A010 |
Tele-connections Among South and East Asian Monsoons |
Ramesh KRIPALANI1,2#+, Preethi BHASKAR1, Milind MUJUMDAR1, Amita PRABHU1, Kyung-Ja HA3, Jai-Ho OH4, Renguang WU5
1Indian Institute of Tropical Meteorology, India, 2Pukyong and Pusan National Universities, Korea, South, 3Pusan National University, Korea, South, 4Nano C&W, Korea, South, 5Zhejiang University, China |
| AS03-A012 |
Spatial Synchronization Patterns of Extreme Rainfall Events in the Asian Summer Monsoon Region |
Shraddha GUPTA1#+, Zhen SU1, Niklas BOERS2, Jürgen KURTHS1, Norbert MARWAN1, Florian PAPPENBERGER3
1Potsdam Institute for Climate Impact Research, Germany, 2Technical University of Munich, Germany, 3European Centre for Medium-Range Weather Forecasts, United Kingdom |
| AS03-A016 |
Effects of Global Warming on Extreme East Asian Summer Monsoon in 2020 |
Tae Ho MUN+, Dong-Hyun CHA#
Ulsan National Institute of Science and Technology, Korea, South |
| AS03-A017 |
Aerosol Variations Over India by the Monsoon Intra-seasonal Oscillation |
Jun MATSUMOTO1,2#+
1Tokyo Metropolitan University, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan |
| AS03-A019 |
Tangible Interannual Variability of Summer Monsoon Rainfall in the Himalayas |
Pratik KAD#+, Kyung-Ja HA
Pusan National University, Korea, South |
| AS03-A020 |
Examination of the Relation Between Climate and Precipitation-δ18O Over Eastern Asia |
Nitesh SINHA#+, Axel TIMMERMANN, Sun-Seon LEE
Pusan National University, Korea, South |
| AS03-A018 |
Unraveling the Changes in Indian Summer Monsoon: A Global Climate Model Perspective |
Amita KUMARI+, Pankaj KUMAR#
Indian Institute of Science Education and Research Bhopal, India |
| AS03-A021 |
Different Future Changes Between Early and Late Summer Monsoon Precipitation in East Asia |
Hirokazu ENDO#+, Akio KITOH, Tomoaki OSE, Ryo MIZUTA
Japan Meteorological Agency, Japan |
| AS03-A022 |
Investigating the Atlantic-Indian Summer Monsoon Multidecadal Teleconnections in the PMIP3 Last Millennial Simulations |
Arijeet DUTTA1#+, Rahul SIVANKUTTY2, Neena Joseph MANI3
1Indian Institute of Science Education and Research, India, 2British Antarctic Survey, United Kingdom, 3Indian Institute of Science Education and Research, Pune, India |
| AS03-A023 |
Addressing Abrupt Global Warming, Warming Trend Slowdown and Related Indian Summer Monsoon Features in Recent Decades |
Indrani ROY#+
University College London, United Kingdom |
| AS03-A024 |
The Indian Summer Monsoon Under Future Warming in CMIP6 Models: Seasonal Rainfall, Variability and Extremes |
Anja KATZENBERGER1,2#+, Jacob SCHEWE1, Julia PONGRATZ3, Anders LEVERMANN1
1Potsdam Institute of Climate Impact Research, Germany, 2University of Potsdam, Germany, 3Ludwig Maximilian University Munich, Germany |
| AS04 Understanding and Modeling Climate Impacts of Anthropogenic Land Use Change |
| Abstract ID |
Abstract Title |
Authors |
| AS04-A001 |
Quantifying the Effect of Irrigation on Regional Climate in China Based on Multi-RCM Simulations |
Yuwen FAN1+, Eun-Soon IM1#, Min-Hui LO2
1The Hong Kong University of Science and Technology, Hong Kong SAR, 2National Taiwan University, Taiwan |
| AS04-A002 |
The Effects of Deforestation on Coincident El Niño and pIOD Events |
HeMing XIAO1#+, Min-Hui LO1, Ting-Hui LEE1, Jin-Yi YU2
1National Taiwan University, Taiwan, 2University of California, Irvine, United States |
| AS04-A003 |
Effect of Reducing Irrigation on the Local Climate in the Semi-arid Cropping Regions |
Huazhen LI1+, Min-Hui LO2, Dongryeol RYU1, Murray PEEL1#, Yongqiang ZHANG3
1The University of Melbourne, Australia, 2National Taiwan University, Taiwan, 3Chinese Academy of Sciences, China |
| AS04-A004 |
Improving Rice Yield Prediction in Korea by Incorporating the Indicators of the Land Surface Conditions |
Subin HA1+, Yong-Tak KIM1, Eun-Soon IM1#, Sera JO2, Jina HUR2, Kyo-Moon SHIM2
1The Hong Kong University of Science and Technology, Hong Kong SAR, 2National Institute of Agricultural Sciences, Korea, South |
| AS04-A005 |
Modeling Assessment of Hydroclimate Variations in Response to Land Use/Cover Change: Case Study in Central Taiwan |
Chia-Jeng CHEN#+, Jing-Ru YE
National Chung Hsing University, Taiwan |
| AS04-A006 |
The Diverse Impacts of Urban Growth to Human Thermal Comfort Over the PRD and YRD Regions |
Sze Lok LAM+, Thanh NGUYEN-XUAN , Eun-Soon IM#
The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS04-A007 |
The Role of Forest in Dampening the Diurnal Cycle of Air Temperature |
Yi-Shin JANG+, Min-Hui LO#
National Taiwan University, Taiwan |
| AS04-A009 |
Contrasting Responses of Surface Heat Fluxes to Tropical Deforestation |
Hung-Chen CHEN#+, Min-Hui LO
National Taiwan University, Taiwan |
| AS04-A008 |
The Uniqueness of Cloud Forests in Altering Surface Evaporative Fluxes Under Climate Changes |
Tzu-Ying YANG#+, Min-Hui LO
National Taiwan University, Taiwan |
| AS04-A010 |
Exploring the Factors Controlling the Increased Annual Range of Amazon Precipitation |
Pei-Syuan LIAO#+, Min-Hui LO
National Taiwan University, Taiwan |
| AS04-A012 |
Estimating First-flowering Date of Pear in Korea Using Dynamically Downscaled Land Surface Temperature (LST) |
Jina HUR1, Sera JO1#+, Subin HA2, Eun-Soon IM2, Kyo-Moon SHIM1
1National Institute of Agricultural Sciences, Korea, South, 2The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS04-A013 |
Effects of Urbanization on Extreme Precipitation in a Metropolitan Area Using the WRF-UCM |
Hae Soo JUNG#+
Ewha Womans University, Korea, South |
| AS04-A011 |
Effect of Land Initial Conditions on Seasonal Prediction Skill Using PNU CGCM-WRF Chain |
MyeongJu CHOI1#+, Young Hyun KIM1, Jina HUR2, Joong-Bae AHN1
1Pusan National University, Korea, South, 2National Institute of Agricultural Sciences, Korea, South |
| AS04-A015 |
Examine How Different Management Strategies Influence Surface Energy Patterns in Tea Fields |
Siang-Heng WANG#+, Jehn-Yih JUANG
National Taiwan University, Taiwan |
| AS04-A016 |
A Study on Impacts of Urbanization on Atmospheric Circulation and Aerosol Transport Simulated by the WRF-Chem Coupled with Urban Canopy Model |
Joonlee LEE#+, Ganghan KIM, Myong-In LEE
Ulsan National Institute of Science and Technology, Korea, South |
| AS05 El Niño Complexity and Change |
| Abstract ID |
Abstract Title |
Authors |
| AS05-A001 |
Pleistocene El Niño Complexity |
Axel TIMMERMANN#+, Sun-Seon LEE, Kyung-Sook YUN
Pusan National University, Korea, South |
| AS05-A002 |
Increased ENSO Sea Surface Temperature Variability Under Four IPCC Emission Scenarios |
Wenju CAI1,2#+, Benjamin NG2
1Ocean University of China and Qingdao National Laboratory for Marine Science and Technology, China, 2Commonwealth Scientific and Industrial Research Organisation, Australia |
| AS05-A003 |
Relations Between Interannual Variability of Regional-scale Indonesian Precipitation and Large-scale Climate Modes During 1960-2007 |
Givo ALSEPAN#+, Shoshiro MINOBE
Hokkaido University, Japan |
| AS05-A005 |
El Niño’s Diverse Lifetime and the Associated Indian Ocean and Western North Pacific Anticyclone Variabilities in the 1200-year Community Earth System Model 2 (CESM2) Pre-industrial Control Simulation |
Chung-Wei LEE#+, Chung-Hsiung SUI
National Taiwan University, Taiwan |
| AS05-A006 |
Mechanisms for Multi-year ENSO Using Reanalysis and CMIP6 Models |
Tomoki IWAKIRI#+, Masahiro WATANABE
The University of Tokyo, Japan |
| AS05-A007 |
Extreme El Niño Events in a Changing Climate |
Samantha STEVENSON#+
University of California Santa Barbara, United States |
| AS06 Mesoscale Meteorology and High-impact Weather |
| Abstract ID |
Abstract Title |
Authors |
| AS06-A001 |
KDP Evolution and Heavy Rain Event in Northern Taiwan: Application of Polarimetric Radar on the Very-short-range Rainfall Forecast |
Chi-June JUNG1+, Yucheng KAO2, Ben JOU1#
1National Taiwan University, Taiwan, 2Environmental Simulation Co. Ltd., Taiwan |
| AS06-A002 |
A Comparative Study on Km-scale Simulations of the Extreme Rainfall Event Along the Northern Coast of Taiwan on 2 June 2017 |
Chung-Chieh WANG#+, Ting-Yu YEH
National Taiwan Normal University, Taiwan |
| AS06-A003 |
Climatologies of Mesoscale Convective Systems Over China Observed by Spaceborne Radars |
Hao CHEN+, Weixin XU#
Sun Yat-sen University, China |
| AS06-A004 |
The Extreme Precipitation Research in the Southeastern Mountains of Yilan, Taiwan Under the Weak Synoptic Weather Condition |
Hsun CHIU#+, Chung-Chieh WANG
National Taiwan Normal University, Taiwan |
| AS06-A006 |
A New X-band Phased Array Weather Radar Network and Its Applications for High-impact Weather Observations and Warnings in Shanghai |
Dai JIANHUA1,2#+
1Shanghai Central Meteorological Observatory, China, 2Shanghai Meteorological Service and Hunan Eastone Washon Technology Co., Ltd., China |
| AS06-A005 |
Onshore Convection Associated With the Easterly Wave Over the South China Sea: A Case Study |
Wenbin CHEN#+, Huiling YUAN
Nanjing University, China |
| AS06-A008 |
Classification of Heatwave Types That Occur Over the Korean Peninsula and Its Development Mechanism |
Ahean JANG1#+, Ki-Hong MIN1,2, Dong-Hyun CHA3, Myong-In LEE3
1Kyungpook National University, Korea, South, 2Purdue University, United States, 3Ulsan National Institute of Science and Technology, Korea, South |
| AS06-A009 |
A Large-eddy Simulation Study of Deep-convection Initiation Through the Collision of Two Sea-breeze Fronts |
Shizuo FU1#+, Richard ROTUNNO2, Jinghua CHEN3, Xin DENG4, Huiwen XUE4
1Fujian Normal University, China, 2National Center for Atmospheric Research, United States, 3Nanjing University of Information Science & Technology, China, 4Peking University, China |
| AS06-A010 |
A Fast, Physically Based Model for Predicting Long-range Firebrand Transport in Bushfire Plumes |
Jeff KEPERT1,2#+, Kevin TORY2, Will THURSTON3
1Bureau of Meteorology Research, Australia, 2Bureau of Meteorology, Australia, 3Met Office, United Kingdom |
| AS06-A011 |
Generation of Multiple Gravity Wave Couplets by Latent Heating Forcing and Mechanical Oscillators During Convection |
Hongpei YANG+, Yu DU#
Sun Yat-sen University, China |
| AS07 Asian Paleo-monsoon: Reconstructions and Simulations |
| Abstract ID |
Abstract Title |
Authors |
| AS07-A001 |
Holocene Multi-centennial Variations of the Asian Summer Monsoon Driven by Solar Activity |
Weiyi SUN1#+, Jian LIU1, Bin WANG2, Deliang CHEN3
1Nanjing Normal University, China, 2University of Hawaii, United States, 3University of Gothenburg, Sweden |
| AS07-A002 |
Decadal Variability of Land Monsoon Precipitation Over Northern Hemisphere Over the Past Millennium |
Tianyin SHEN#+, Jian LIU, Weiyi SUN
Nanjing Normal University, China |
| AS07-A003 |
Characteristics and Mechanisms of Multi-scale EASM Weakening Events During the Holocene |
Liang NING1,2#+, Jian LIU1, Zhengyu LIU3, Mi YAN1, Sun WEIYI1, Raymond BRADLEY2, Kefan CHEN1, Yanmin QIN1
1Nanjing Normal University, China, 2University of Massachusetts, United States, 3The Ohio State University, United States |
| AS07-A005 |
Understanding Global Monsoon Precipitation Changes During the 8.2 ka Event and the Current Warm Period |
Peng HE1,2+, Jian LIU2#, Bin WANG3, Sun WEIYI2
1Beijing Meteorological Bureau, China, 2Nanjing Normal University, China, 3University of Hawaii, United States |
| AS07-A007 |
Different Response of Interannual Precipitation Variability in Northern African and Asian Summer Monsoon Under Interglacial Epochs Compared to Global Warming |
Jiazhi HE1#+, Weiyi SUN2, Jian LIU2
1NanJing Normal University, China, 2Nanjing Normal University, China |
| AS07-A008 |
Effects of Consecutive Volcanic Eruptions on AMOC Over Past Millennium and Their Contributions to the LIA |
Kefan CHEN1#+, Liang NING1, Zhengyu LIU2, Jian LIU1, Mi YAN1
1Nanjing Normal University, China, 2The Ohio State University, United States |
| AS07-A009 |
EASM-EAWM Relation From Decadal to Orbital Scales |
Mi YAN#+
Nanjing Normal University, China |
| AS07-A010 |
Characteristics and Attributions of Centennial Summer Extreme High Temperature Events in Asia During the Holocene |
Lu LIU#+
Nanjing Normal University, China |
| AS07-A011 |
Decadal Precipitation Projections Over Eastern China Constrained by the Interdecadal Pacific Oscillation |
Yanmin QIN1+, Liang NING1,2#, Longhui LI1, Zhengyu LIU3, Jian LIU1, Mi YAN1, Kefan CHEN1
1Nanjing Normal University, China, 2University of Massachusetts, United States, 3The Ohio State University, United States |
| AS07-A012 |
A Synthesis of Regional Paleoclimate Variations in China During the Past ~21 Ka |
Huayu LU1#+, Yan ZHAO2, Xiangdong YANG2, Haibin WU2, Cheng ZHAO1, Enlou ZHANG2, Feng SHI2, Xueyuan KUANG1, Jingjing WANG1, Jun CHENG3, Zhengtang GUO2
1Nanjing University, China, 2Chinese Academy of Sciences, China, 3Nanjing University of Information Science & Technology, China |
| AS07-A013 |
Local Insolation Drives Afro-Asian Monsoon at Orbital-scale in Holocene |
Qin WEN#+
Nanjing Normal University, China |
| AS07-A014 |
Synchronicity of East Asia and Global Temperature Changes Over the Last Millennium |
YaWen LIU+, Mi YAN#
Nanjing Normal University, China |
| AS08 Future of Cities within the Context of Climate Change |
| Abstract ID |
Abstract Title |
Authors |
| AS08-A001 |
The Impact of Increasing Greenhouse Gas Concentration and Urban Expansion on Extreme Precipitation Across US Cities |
Matei GEORGESCU1#+, Ashley BROADBENT2, Mohamed MOUSTAOUI1, Scott KRAYENHOFF3, Meng WANG1
1Arizona State University, United States, 2National Institute of Water and Atmospheric Research, New Zealand, 3University of Guelph, Canada |
| AS08-A003 |
Wind Field of a Realistic Dense City by Large-eddy Simulation |
Lan YAO+, Chun-Ho LIU#
The University of Hong Kong, Hong Kong SAR |
| AS08-A006 |
Impact of BIPV Window on Building Energy Consumption and Urban Microclimate: Model Development and Sensitivity Analysis |
Liutao CHEN#+, Jiachuan YANG, Xing ZHENG
The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS08-A007 |
Spatiotemporal Impact of Vehicle Heat on Urban Thermal Environment and the Potential Benefit of Electric Vehicles |
Xuan CHEN1+, Jiachuan YANG1#, Rui ZHU2, Wong MAN SING2, Chao REN3
1The Hong Kong University of Science and Technology, Hong Kong SAR, 2The Hong Kong Polytechnic University, Hong Kong SAR, 3The University of Hong Kong, Hong Kong SAR |
| AS08-A009 |
Urban Footprint on Extreme Precipitation in Lagos, Nigeria |
Quang-Van DOAN1#+, Shun KOBAYASHI1, Hiroyuki KUSAKA1, Fei CHEN2, Cenlin HE2, Dev NIYOGI3
1University of Tsukuba, Japan, 2National Center for Atmospheric Research, United States, 3The University of Texas at Austin, United States |
| AS08-A008 |
Impact of Urban Roughness Representation on Regional Hydrometeorology Simulation |
Jiachuan YANG1#+, Qi LI2, Long YANG3
1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Cornell University, United States, 3Nanjing University, China |
| AS08-A010 |
Uncertainties in Urban Climate Downscaling Associated with Future Urbanization |
Quang-Van DOAN1#+, Hiroyuki KUSAKA1, Lidia VITANOVA2, Ronald ESTOQUE3, Thanh Hung NGUYEN1, Fei CHEN4
1University of Tsukuba, Japan, 2Nikken Sekkei Research Institute, Japan, 3National Institute for Environmental Studies, Japan, 4National Center for Atmospheric Research, United States |
| AS08-A011 |
Impact of Urbanization to the Future Thermal Environment of Worldwide Megacities |
Do Ngoc KHANH#+, Alvin Christopher Galang VARQUEZ, Manabu KANDA
Tokyo Institute of Technology, Japan |
| AS08-A013 |
Potential Installation of Solar Panels for Dissemination of Wide Carbon-neutral Area in Kanto Region, Japan |
Lidia VITANOVA1#+, Shinji YAMAMURA1, Quang-Van DOAN2
1Nikken Sekkei Research Institute, Japan, 2University of Tsukuba, Japan |
| AS08-A016 |
A Roof Albedo Estimation of Individual Buildings by Super-resolution of Open Satellite Data |
Kosho IDO1#+, Makoto NAKAYOSHI1, Shiho ONOMURA1, Sumika OYAMA1, Yuta WATANABE1, Ryo KANEKO2, Masuo NAKANO3, Yuya TAKANE4, Jeffrey JORDAN5, Matthew CROSS5, Benjamin CRAWFORD5
1Tokyo University of Science, Japan, 2The University of Tokyo, Japan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4National Institute of Advanced Industrial Science and Technology, Japan, 5University of Colorado Denver, United States |
| AS08-A014 |
Wireless Sensor Network for Heat Risk Visualization in the Hottest City, Kumagaya in Japan |
Tomohiro MITA#+, Kanta SUSAKI, Makoto NAKAYOSHI
Tokyo University of Science, Japan |
| AS08-A015 |
Globe Anemo-radiometer Using New Spherical Platinum Thermometers |
Kanta SUSAKI1#+, Makoto NAKAYOSHI1, Satoshi KANEGAE2, Toshiya YASUE2
1Tokyo University of Science, Japan, 2KOA Corporation, Japan |
| AS08-A017 |
Urbanization Effects on Rainfall Processes Induced by Landfalling Typhoon Lekima (2019) Over the Shanghai Metropolitan Area |
Xiangyu AO1#+, Caijun YUE2, Xuchao YANG3, Lin DENG1, Wei HUANG1
1China Meteorological Administration, China, 2Shanghai Marine Meteorological Center, China, 3Zhejiang University, China |
| AS08-A018 |
The Impact of Urban-scale Grid on the Representation of the Urban Convective Boundary Layer Over Singapore |
Song CHEN1,2#+, Pratiman PATEL3, Anurag DIPANKAR4, Matthias ROTH3, Aurel MOISE1
1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore, 3National University of Singapore, Singapore, 4ETH Zurich, Switzerland |
| AS08-A019 |
Systematic Review and Assessment of the Impact of Rapid Urbanization and Urban Heat Island on Vulnerable Population |
Debanjali BANERJEE#+, Pravin BHIWAPURKAR
University of Cincinnati, United States |
| AS08-A022 |
Importance of Urban Characterization in Capturing Urban Sprawl and Heterogeneity on Hurricane Harvey Precipitation |
Kwun Yip FUNG1+, Zong-Liang YANG1#, Fei CHEN2, Dev NIYOGI1
1The University of Texas at Austin, United States, 2National Center for Atmospheric Research, United States |
| AS08-A020 |
Characteristics of Anthropogenic Heat Flux Estimated with Eddy Covariance Sites and Building Energy Consumption in Seoul, Korea |
Seon-Ok HONG1+, Jinwon KIM1#, Sung-Hwa PARK2,1, Young-San PARK2,1, Sang-Sam LEE2,1, Yeon-Hee KIM1
1National Institute of Meteorological Sciences, Korea, South, 2Korea Meteorological Administration, Korea, South |
| AS08-A021 |
Numerical Analysis of the Contemporary Interaction Between the Phoenix Metro Area Urban Boundary Layer and the Local Thermo-topographical Circulation |
Aldo BRANDI#+, Matei GEORGESCU
Arizona State University, United States |
| AS08-A024 |
On the Influences of Urbanization on the Extreme Rainfall Over Zhengzhou on 20 July 2021: A Convection-permitting Ensemble Modeling Study |
Yali LUO1#+, Jiahua ZHANG2, Miao YU1, Xudong LIANG1, Rudi XIA1, Yanyu GAO1, Xiaoyu GAO1, Jinfang YIN1
1Chinese Academy of Meteorological Sciences, China, 2Chengdu University of Information Technology, China |
| AS08-A023 |
Assessing the Impacts of Urbanization on the Urban Hydro-climate Using High-resolution Coupling of Land Surface and Hydrological Models in WRF-Hydro |
Ulysse PASQUIER#+, Pouya VAHMANI, Andrew JONES
Lawrence Berkeley National Laboratory, United States |
| AS08-A025 |
Influence of Urban Topographical Indices on Ventilation Timescales |
Guangdong DUAN1#+, Kumi NAKAMAE2, Tetsuya TAKEMI2
1Dalian Maritime University, China, 2Kyoto University, Japan |
| AS08-A026 |
City-scale Large Eddy Simulation Model (City-LES) to Propose Better Adaptation Strategies for Heat Stress Mitigation in Urban Areas |
Hiroyuki KUSAKA1#+, Takuto SATO1, Ryosaku IKEDA2, Satoru IIZUKA3, Taisuke BOKU1
1University of Tsukuba, Japan, 2Weathernews Inc, Japan, 3Nagoya University, Japan |
| AS08-A028 |
A Quantification of Classic But Unquantified Positive Feedback Effects in the Urban-building-energy-climate System |
Yukihiro KIKEGAWA1#+, Yuya TAKANE2, Yukitaka OHASHI3, Tomohiko IHARA4
1Meisei University, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan, 3Okayama University of Science, Japan, 4The University of Tokyo, Japan |
| AS09 Observations, Remote Sensing, and Modeling of Tropospheric Composition and Air Quality in Asia and the Transpacific Region |
| Abstract ID |
Abstract Title |
Authors |
| AS09-A001 |
Toward Target Observations of the Meteorological Initial State for Improving the PM2.5 Forecast of a Heavy Haze Event That Occurred in the Beijing-Tianjin-Hebei Region |
Lichao YANG+, Wansuo DUAN#
Chinese Academy of Sciences, China |
| AS09-A002 |
The Salt Rain from the Disappearing Aral Sea: An Analysis of the 2018 Summertime Dust Outbreak in Central Asia |
Xi XIN#+
Michigan Technological University, United States |
| AS09-A003 |
Estimation of PM2.5 in Seoul, South Korea Using Various Aerosol Optical Depths |
Ja-Ho KOO1#+, Jhoon KIM1, Jinkyu HONG1, Sujung GO2, Myungje CHOI2
1Yonsei University, Korea, South, 2NASA Goddard Space Flight Center, United States |
| AS09-A007 |
The Impact of Soil NOx Emissions on Air Quality in East China |
Tong SHA#+
Shaanxi University of Science & Technology, China |
| AS09-A004 |
Estimation of Secondary PM2.5 in China and the United States Using a Multi-Tracer Approach |
Haoran ZHANG#+, Nan LI, Tang KEQIN
Nanjing University of Information Science & Technology, China |
| AS09-A005 |
Study of Aerosol Sources and Transport Mechanism in a Case of Air Pollution Over Yungui Plateau, China |
Jun ZHU#+
Nanjing University of Information Science & Technology, China |
| AS09-A006 |
Characteristic of Surface Ozone Variation in Hong Kong: Implication for Air Quality Improvement |
Yue DENG1,2+, Wenjun QU1#, Xiao-Ming HU3, Lei FAN1, Dandan FAN1,4
1Ocean University of China, China, 2Guangxi Meteorological Information Center, China, 3University of Oklahoma, United States, 4Shaanxi Meteorological Information Center, China |
| AS09-A008 |
A Top-down Method of Estimating NOx Emissions Over South, Southeast and East Asia Based on OMI NO2 Observations |
Jian LIU1,2+, Jason COHEN2#
1Sun Yat-sen University, China, 2China University of Mining and Technology, China |
| AS09-A009 |
Full-coverage Daily Ground-level Ozone Estimation from Bigdata Using Machine Learning Across China |
Jing WEI1#+, Jun WANG2, Zhanqing LI1,3
1University of Maryland, United States, 2The University of Iowa, United States, 3Beijing Normal University, China |
| AS09-A012 |
Aerosols Direct Radiative Effects Combined Ground-based Lidar and Sun-Photometer Observations: Cases Comparison Between Haze and Dust Events |
Yuanxin LIANG+, Huizheng CHE#, Ke GUI
Chinese Academy of Meteorological Sciences, China |
| AS09-A011 |
Indirect Detection of High Aerosol Layers Using OMI NO2 and MOPPIT CO Data |
Xutao WANG+, Kai QIN#, Jason COHEN
China University of Mining and Technology, China |
| AS09-A010 |
Spatiotemporal Neural Network for Estimating Surface NO2 Concentrations and Their Health Impact Over North China |
Chengxin ZHANG#+
University of Science and Technology of China, China |
| AS09-A014 |
First Global Observation of Tropospheric Formaldehyde from Chinese Gaofen-5 Satellite: Locating Source of Volatile Organic Compounds |
Wenjing SU+, Cheng LIU#
University of Science and Technology of China, China |
| AS09-A016 |
Cropland Nitrogen Oxides Emissions and Effects on the Ozone Pollution in the North China Plain |
Ruonan WANG1#+, Naifang BEI2, Guohui LI1, Xia LI1,3, Suixin LIU1, Jiaoyang YU1, Qian JIANG1, Xuexi TIE4
1Chinese Academy of Sciences, China, 2Xi’an Jiaotong University, China, 3University of Chinese Academy of Sciences, China, 4National Center for Atmospheric Research, United States |
| AS09-A018 |
Comparison of Daytime and Nighttime AOD Over China: A Perspective From Satellite Observations and Model Simulation |
Yi WANG#+, Xiaodong JIANG, Minghui TAO, Lu GUI
China University of Geosciences, China |
| AS09-A020 |
The Effect of Diffuse Radiation on Ecosystem Carbon Fluxes: A Case Study of FLUXNET Forest Observations in China |
Xiaoqing DENG+, Jing ZHANG#
Beijing Normal University, China |
| AS09-A022 |
Spatial and Temporal Distribution and Analysis of HCHO Concentration Based on Sentinel-5P Remote Sensing Products |
Ke LI+, Chen JIA#, Yanfang MING
Shandong University of Science and Technology, China |
| AS09-A023 |
Reconstructing Decade-long NO2 Emissions at Global Scale Combining a New Constrained Top-down Approach, Measurements, and Models |
Shuo WANG1#+, Jason COHEN2
1Sun Yat-sen University, China, 2China University of Mining and Technology, China |
| AS09-A026 |
Merging TROPOMI and MOPITT to Quantify Surface Controlled and Vertically Controlled Regions of CO Over China |
Jiaojiao MAO+, Jason COHEN#
China University of Mining and Technology, China |
| AS09-A028 |
OMI Formaldehyde Column Constrained Emissions of Reactive Volatile Organic Compounds Over the Pearl River Delta Region of China |
Jialin LI+, Meigen ZHANG#, Jinhua TAO, Xiao HAN, Yongfu XU
Chinese Academy of Sciences, China |
| AS09-A027 |
Ozone Profiles Without Blind Area Retrieved From MAX-DOAS Measurements and Comprehensive Validation with Multi-platform Observations |
Xiangguang JI#+
University of Science and Technology of China, China |
| AS09-A035 |
Development of UI-WRF-Chem for MAIA Satellite Mission: Case Demonstration |
Huanxin ZHANG1#+, Jun WANG1, Nathan JANECHEK1, Meng ZHOU1, Cui GE1, Lorena Castro GARCIA1, Tong SHA2, Yanyu WANG3, Sebastian VAL4, Yuan WANG5, James MCDUFFIE4, David DINER4
1The University of Iowa, United States, 2Nanjing University of Information Science & Technology, China, 3Fudan University, China, 4Jet Propulsion Laboratory, California Institute of Technology, United States, 5California Institute of Technology, United States |
| AS09-A032 |
Impact of Lidar Data Assimilation on Planetary Boundary Layer Wind and PM2.5 Prediction in Taiwan |
Fang-Yi CHENG#+, Shu-Chih YANG, Sheng-Hsiang WANG, Chia-Hua HSU, Lian-Jie WANG
National Central University, Taiwan |
| AS09-A034 |
Effect of Source Variation on the Size and Mixing State of Black Carbon Aerosol in Urban Beijing From 2013 to 2019: Implication on Light Absorption |
Yunfei WU#+, Xiangao XIA, Renjian ZHANG
Chinese Academy of Sciences, China |
| AS09-A037 |
Measuring Aerosol Optical Depth From Aircraft During KORUS-AQ Reveals Higher Consistency Than Aerosol Size |
Samuel LEBLANC1,2#+, Michal SEGAL-ROZENHAIMER1, Jens REDEMANN3, Connor FLYNN3, Roy JOHNSON2, Stephen DUNAGAN2, Robert DAHLGREN4, Myungje CHOI5, Arlindo DA SILVA5, Patricia CASTELLANOS5, Qian TAN1, Luke ZIEMBA6, K. Lee THORNHILL7,6, Meloë KACENELENBOGEN2, Jhoon KIM8
1Bay Area Environmental Research Institute, United States, 2NASA Ames Research Center, United States, 3University of Oklahoma, United States, 4University of Minnesota, United States, 5NASA Goddard Space Flight Center, United States, 6NASA Langley Research Center, United States, 7Science Systems & Applications, Inc., United States, 8Yonsei University, Korea, South |
| AS09-A038 |
Impacts of Aerosol-radiation Feedback on Air Quality Over Delhi, India |
Lakhima CHUTIA#+, Jun WANG, Huanxin ZHANG
The University of Iowa, United States |
| AS09-A039 |
Retrievals of Aerosol Optical Properties Over Asia From Geostationary Environment Monitoring Spectrometer (GEMS) Data |
Yeseul CHO1+, Jhoon KIM1#, Sujung GO2, Mijin KIM2, Seoyoung LEE1, Deok-Rae KIM3, Dongwon LEE3, Omar TORRES2
1Yonsei University, Korea, South, 2NASA Goddard Space Flight Center, United States, 3National Institute of Environmental Research, Korea, South |
| AS09-A040 |
Diagnosis of Ozone Formation Regimes Over Megacities and Its Impacts on Ozone Trend in East Asia |
Hyo-Jung LEE1+, Limseok CHANG2, Daniel A. JAFFE3, Juseon BAK1, Xiong LIU4, Gonzalo GONZÁLEZ ABAD5, Hyun-Young JO1, Yu-Jin JO1, Jae-Bum LEE2, Geum-Hee YANG2, Jongmin KIM1, Cheol-Hee KIM1#
1Pusan National University, Korea, South, 2National Institute of Environmental Research, Korea, South, 3University of Washington Bothell, United States, 4Harvard University, United States, 5Harvard-Smithsonian Center for Astrophysics, United States |
| AS09-A042 |
A Case Study of Heavy PM2.5 Secondary Formation by N2O5 Nocturnal Chemistry in Seoul, Korea During January 2018 |
Hyun-Young JO+, Hyo-Jung LEE, Yu-Jin JO, Jongmin KIM, Cheol-Hee KIM#
Pusan National University, Korea, South |
| AS09-A044 |
The Comparative Analysis About Vertical Profile of Organic Aerosol During the KORUS-AQ Campaign Through the Observation and Simulation |
Jongmin KIM+, Hyo-Jung LEE, Hyun-Young JO, Yu-Jin JO, Seung-Hee BAEK, Min-Jun PARK, Cheol-Hee KIM#
Pusan National University, Korea, South |
| AS09-A045 |
Rapidly Changing Anthropogenic Emissions Drive Diverse Ozone Trends Over Different Parts of Southeast Asia |
Xiaolin WANG1+, Tzung-May FU2#, Lin ZHANG1
1Peking University, China, 2Southern University of Science and Technology, China |
| AS11 The Science and Prediction of Tropical Cyclones |
| Abstract ID |
Abstract Title |
Authors |
| AS11-A002 |
Unique Tropical Cyclone Shaheen in the Northern Arabian Sea, October 2021 |
James TERRY1#+, Amna RUHEILI2, Robert BOLDI1, Gennady GIENKO3, Henrik STAHL1
1Zayed University, United Arab Emirates, 2Sultan Qaboos University, Oman, 3University of Alaska Anchorage, United States |
| AS11-A005 |
An ERA5 Global Climatology of Tropical Cyclone Size Asymmetry |
Kailin ZHANG, Kelvin T. F. CHAN#, Lifeng XU+
Sun Yat-sen University, China |
| AS11-A003 |
Resolution Dependence of Tropical Cyclones by a Cumulus Parameterization |
Yuya BABA#+, Tomomichi OGATA
Japan Agency for Marine-Earth Science and Technology, Japan |
| AS11-A004 |
Landfalling Hurricane Track Modes and Decay |
Kelvin T. F. CHAN1#+, Kailin ZHANG1, Yue WU1, Johnny CHAN2
1Sun Yat-sen University, China, 2City University of Hong Kong, Hong Kong SAR |
| AS11-A007 |
Interdecadal Change in the Relationship Between the Pacific Meridional Mode and Tropical Cyclone Landfalls in China |
Xiangjiang WEI#+, Si GAO
Sun Yat-sen University, China |
| AS11-A008 |
Deep Eye Clouds in Tropical Cyclone Trami (2018) During T-PARCII Dropsonde Observations |
Soichiro HIRANO1, Kosuke ITO1#+, Hiroyuki YAMADA1, Satoki TSUJINO2, Kazuhisa TSUBOKI3, Chun-Chieh WU4
1University of the Ryukyus, Japan, 2Meteorological Research Institute, Japan, 3Nagoya University, Japan, 4National Taiwan University, Taiwan |
| AS11-A011 |
Evaluate Control Parameters Between Tropical Cyclone Track and Orography for KMA EPS Models |
Kyeong Shin KOH#+, Dongjin KIM, Joo-Hyung SON, Seon Kyun BAEK
Korea Meteorological Administration, Korea, South |
| AS11-A009 |
On the Potential Precursors for Rapidly-intensifying Tropical Cyclones in the Idealized Atmosphere-Ocean Coupled Environment |
Jaedeok LEE1#+, Eun-Chul CHANG1, Chun-Chieh WU2, Kosuke ITO3, Ui-Yong BYUN1
1Kongju National University, Korea, South, 2National Taiwan University, Taiwan, 3University of the Ryukyus, Japan |
| AS11-A010 |
Numerical Prediction of Tropical Cyclogenesis: Identification of Large-scale Physical Processes Under the Monsoon Shear Line Synoptic Pattern |
Mei LIANG1+, Johnny CHAN2#, Jianjun XU1, Munehiko YAMAGUCHI3
1Guangdong Ocean University, China, 2City University of Hong Kong, Hong Kong SAR, 3Japan Meteorological Agency, Japan |
| AS11-A012 |
Structure Changes Preceding Rapid Intensification in Tropical Cyclone Under Moderate Vertical Wind Shear |
Chendi WANG1#+, Juan FANG2
1Shanxi Meteorological Observatory; School of the Atmospheric Sciences, Nanjing University, China, 2Nanjing University, China |
| AS11-A027 |
Development of Observation-based Prediction System for Precipitation/Wind of Typhoons Affecting the Korea Peninsula |
Minyeong KIM#+, Se-Hwan YANG, Seong-Hee WON
Korea Meteorological Administration, Korea, South |
| AS11-A013 |
Examining the Eyewall Replacement Cycle of Typhoon Lekima (2019) Using Forward and Backward Trajectory Analyses |
Shang-En LI#+, Ming-Jen YANG
National Taiwan University, Taiwan |
| AS11-A014 |
Evaluation of Tropical Cyclone Tracking Algorithms |
Soohui JEON, Joo-Hyung SON#+, Seonkyun BAEK
Korea Meteorological Administration, Korea, South |
| AS11-A015 |
Simulation of Hurricane Florence with WRF Relating to Ocean Heat Response |
Panpan LU1+, Clair STARK1#, Elizabeth A. RITCHIE2, Scott TYO2
1University of New South Wales Canberra, Australia, 2Monash University, Australia |
| AS11-A016 |
Analysis of Typhoon Eye Diameters in Satellite Images |
Namiko TORIYAMA1#+, Tsubasa KOHYAMA1, Hiroaki MIURA2
1Ochanomizu University, Japan, 2The University of Tokyo, Japan |
| AS11-A017 |
Estimation of Probability Circle of Tropical Cyclone Based on Multiple Ensemble Prediction Models |
Jinyeon KIM#+, Dongjin KIM, Joo-Hyung SON, Seonkyun BAEK
Korea Meteorological Administration, Korea, South |
| AS11-A020 |
Climatology of Secondary Tropical Cyclogenesis Over South China Sea |
Yue WU+, Kelvin T. F. CHAN#
Sun Yat-sen University, China |
| AS11-A018 |
On the Two Types of Tropical Cyclone Eye Formation: Clearing Formation and Banding Formation |
Yueh-Li CHEN#+, Chun-Chieh WU
National Taiwan University, Taiwan |
| AS11-A019 |
Dynamical Downscaling for Assessing the Intense Tropical Cyclone Activity in the Western North Pacific Under Global Warming |
Cheng-Hsiang CHIH1+, Chun-Chieh WU1#, Yi-Hsuan HUANG1, Yi-Chen LI1, Li-Zhi SHEN1, Huang-Hsiung HSU2, Hsin-Chien LIANG2
1National Taiwan University, Taiwan, 2Academia Sinica, Taiwan |
| AS11-A021 |
Recent Global Decrease in the Inner-core Rain Rate of Tropical Cyclones |
Shifei TU1+, Jianjun XU1#, Johnny CHAN2, Kian HUANG3, Feng XU1, Long CHIU4
1Guangdong Ocean University, China, 2City University of Hong Kong, Hong Kong SAR, 3The University of Utah, United States, 4George Mason University, United States |
| AS11-A022 |
Recent Changes in the Trend of Atlantic Hurricanes and the Factors Influencing Them |
Sidha Sankalpa MOHARANA#+, Debadatta SWAIN
Indian Institute of Technology Bhubaneswar, India |
| AS11-A025 |
Diurnal Pulse in Tropical Cyclones and Its Relationship to TC Intensity Change |
Xinyan ZHANG#+, Weixin XU
Sun Yat-sen University, China |
| AS11-A023 |
Typhoon Activities Under Changing Climate - Response, Mechanism, and Uncertainty Evaluated by Idealized WRF Model Simulations Forced by HiRAM Projected Environmental Changes |
Yi-Chen LI, Yi-Hsuan HUANG#+, Chun-Chieh WU
National Taiwan University, Taiwan |
| AS11-A024 |
Effects of Topography and Sea Surface Temperature Anomalies on Heavy Rainfall Induced by Typhoon Chaba in 2016 |
Woojin CHO#+, Jinyoung PARK, Dong-Hyun CHA
Ulsan National Institute of Science and Technology, Korea, South |
| AS11-A026 |
Long-term Variability of Tropical Cyclone Rapid Intensification Over the Western North Pacific |
Haeun JO1#+, Minkyu LEE2, Dong-Hyun CHA1
1Ulsan National Institute of Science and Technology, Korea, South, 2Pohang University of Science and Technology, Korea, South |
| AS11-A029 |
Characteristics of Tropical Cyclones in Subseasonal Forecasting with Glosea5 |
Taehyung KIM1+, Eunji KIM1, Minkyu LEE2, Dong-Hyun CHA1#
1Ulsan National Institute of Science and Technology, Korea, South, 2Pohang University of Science and Technology, Korea, South |
| AS11-A038 |
A Time-dependent Analytical Model of Tropical Cyclone Intensification |
Yuqing WANG#+
Chinese Academy of Meteorological Sciences, China |
| AS11-A028 |
The Effect of Storm-related Errors on TC Rainfall Estimates Across the Korean Peninsula |
Jiwon HWANG+, Dong-Hyun CHA#
Ulsan National Institute of Science and Technology, Korea, South |
| AS11-A031 |
Scientific Understanding on Machine Learning Models Results Predicting Tropical Cyclogenesis Over the Western North Pacific |
Minhee CHANG1#+, Chang-Hoi HO1, Chaehyeon NAM2
1Seoul National University, Korea, South, 2Colorado State University, United States |
| AS11-A030 |
Influence of Different Types of ENSO Events on Tropical Cyclone Rainfall Over the Western North Pacific |
Yi-Peng GUO#+
Nanjing University, China |
| AS11-A032 |
Breakdown and Reformation of Eyewall in a Landfalling Tropical Cyclone: A Numerical Study of Super Typhoon Mangkhut (2018) |
King Heng LAU1#+, Chun-Chieh WU2, Francis Chi Yung TAM1,3
1The Chinese University of Hong Kong, Hong Kong SAR, 2National Taiwan University, Taiwan, 3Shenzhen Research Institute, China |
| AS11-A033 |
Decadal Review (2011-2020) of the Hong Kong Observatory’s Tropical Cyclone Reconnaissance Programme |
K.K. HON#+
Hong Kong Observatory, Hong Kong SAR |
| AS11-A035 |
A New Statistical Model for Typhoon Intensity Prediction Based on ECMWF Forecast |
Jeong-Ho BAE#+, Jung-Rim LEE, Seong-Hee WON, Seon Kyun BAEK
Korea Meteorological Administration, Korea, South |
| AS11-A036 |
A Parametric Model of Tropical Cyclone Wind Evolution During Landfall |
Jeff KEPERT1,2#+
1Bureau of Meteorology Research, Australia, 2Bureau of Meteorology, Australia |
| AS11-A037 |
A Tale of Two Tropical Cyclones Affected by Volcanic Aerosols: Wukong (2018) and Cody (2022) |
Haiyang LIU1, Xiaodong TANG1#+, Jian-Feng GU2
1Nanjing University, China, 2University of Reading, United Kingdom |
| AS11-A039 |
Detection of Rapid Intensifying Tropical Cyclone Through Geostationary Satellite Based on Cloud Feature Extraction Algorithm |
Minsang KIM+, Myung-Sook PARK#
Korea Institute of Ocean Science and Technology, Korea, South |
| AS11-A040 |
Simulated Dynamics of Boundary Layer Flow of Rapidly Intensifying Tropical Cyclones Over North Indian Ocean |
Jyoti BHATE#+, Amit KESARKAR, Arpita MUNSI, Kasturi SINGH
National Atmospheric Research Laboratory, India |
| AS12 Application of Cloud-resolving Model Simulations for Studying Cloud and Related Physical Processes in Climate |
| Abstract ID |
Abstract Title |
Authors |
| AS12-A001 |
Evaluations of NICAM Using Intensive Observations and Joint Simulator Over the Tokyo Metropolitan Area |
Woosub ROH1#+, Masaki SATOH2
1Tokyo University of Marine Science and Technology, Japan, 2The University of Tokyo, Japan |
| AS12-A002 |
Evaluation of Cloud and Precipitation Processes in Regional and Global Models With Ultimate: A Case Study With the Dual-polarization Doppler Weather Radars |
Masaki SATOH1#+, Shuhei MATSUGISHI1, Woosub ROH2, Yasutaka IKUTA3, Naomi KUBA1, Tatsuya SEIKI4, Tempei HASHINO5, Hajime OKAMOTO6
1The University of Tokyo, Japan, 2Tokyo University of Marine Science and Technology, Japan, 3Meteorological Research Institute, Japan, 4Japan Agency for Marine-Earth Science and Technology, Japan, 5Kochi University of Technology, Japan, 6Kyushu University, Japan |
| AS12-A003 |
Marine Boundary Layer Jet (MBLJ) Over the South China Sea: Climatological Characteristics of MBLJ and Cloud-resolving Model Simulations for a Heavy Rainfall Event With MBLJ During Mei-Yu Season |
Chuan-Chi TU1#+, Yi-Leng CHEN2,1, Pay-Liam LIN1, Yu DU3
1National Central University, Taiwan, 2University of Hawaii at Manoa, United States, 3Sun Yat-sen University, China |
| AS12-A004 |
Effects of the Horizontal Scales of the Cloud-resolving Model on Tropical Cyclones in the Superparameterized Community Atmosphere Model |
Kuan-Ting KUO+, Chien-Ming WU#, Wei-Ting CHEN
National Taiwan University, Taiwan |
| AS12-A005 |
Potential Changes of Typhoon Characteristics Near Taiwan Under a Global Warming Climate |
Chen-Hau LAN1+, Pay-Liam LIN1#, Wei-Chyung WANG2, Sarah LU2
1National Central University, Taiwan, 2University at Albany - State University of New York, United States |
| AS12-A006 |
Effects of the Terrain and Diurnal Forcing on the Initiation of the Prefrontal Mesoscale Convection System During Mei-yu Season |
Siang-Yu ZHAN#+, Pay-Liam LIN
National Central University, Taiwan |
| AS12-A008 |
A Mechanism of Convective Self-aggregation: Coupling Between Low-level Circulation and Free-tropospheric Variability |
Tomoro YANASE1#+, Seiya NISHIZAWA2,3, Hiroaki MIURA4, Tetsuya TAKEMI5, Hirofumi TOMITA6
1RIKEN Cluster for Pioneering Research, Japan, 2RIKEN Center for Computational Science, Japan, 3Japan Meteorological Agency, Japan, 4The University of Tokyo, Japan, 5Kyoto University, Japan, 6RIKEN Advanced Institute for Computational Science, Japan |
| AS12-A007 |
Non-monotonic Dependence of Horizontal Scale of Convective Self-aggregation on Sea Surface Temperature in Radiative Convective Equilibrium Experiments With a Global Nonhydrostatic Model |
Shuhei MATSUGISHI, Masaki SATOH#+
The University of Tokyo, Japan |
| AS13 General Session for Atmospheric Sciences |
| Abstract ID |
Abstract Title |
Authors |
| AS13-A006 |
Mid-latitude Mixed-phase Stratocumulus Clouds and Their Interactions With Aerosols: How Ice Processes Affect Microphysical, Dynamic and Thermodynamic Development in Those Clouds and Interactions? |
Seoung Soo LEE1#+, Kyung-Ja HA2
1Earth System Science Interdisciplinary Center, United States, 2Pusan National University, Korea, South |
| AS13-A003 |
Wake After a Single Fractal Tree Model Based on Large-eddy Simulation |
Shiyun LIU+, Chun-Ho LIU#, Fei WANG
The University of Hong Kong, Hong Kong SAR |
| AS13-A014 |
Merging OMI and GOME-2 to Produce a Higher-coverage Global Tropospheric NO2 Dataset Using Gradient Boosting Tree Algorithm |
Xuancen LIU+, Qin HE, Kai QIN#
China University of Mining and Technology, China |
| AS13-A001 |
Characteristics and Classification of Cold Surge in South Korea |
Eung-sup KIM#+, Joong-Bae AHN
Pusan National University, Korea, South |
| AS13-A008 |
Quantifying the Impact of Synoptic Circulation Patterns on Ozone Variability in PRD From 2015 to 2020 |
Run LIU1,2#, Yao WANG1+
1Jinan University, China, 2Guangdong-Hongkong-Macau Joint Laboratory of Collaborative Innovation for Environmental Quality, China |
| AS13-A002 |
Importance of Water Vapour in Conventional (“Dry”) Potential Temperature for Tropical Dynamics |
Tieh-Yong KOH1#+, Shao-Yi LEE2
1Singapore University of Social Sciences, Singapore, 2., Singapore |
| AS13-A020 |
Seasonal Dependency of Hadley Circulation Responses to High Latitude Forcing |
Yung-Jen CHEN1#+, Yen-Ting HWANG1, John CHIANG2
1National Taiwan University, Taiwan, 2University of California, Berkeley, United States |
| AS13-A007 |
Simulated Microphysical Characteristics of Winter Storms During the ICE-POP Field Campaign: Comparison of the Bulk-type Cloud Microphysics Schemes |
Jeongsu KO1#+, Kyo-Sun LIM1, Kwonil KIM1, Gyu Won LEE1, Alexis BERNE2, Greg THOMPSON3
1Kyungpook National University, Korea, South, 2École Polytechnique Fédérale de Lausanne, Switzerland, 3University Corporation for Atmospheric Research, United States |
| AS13-A017 |
Seasonality Changes in Terrestrial Precipitation From 1979-2018 |
Chia-Wei LAN1#+, Min-Hui LO1, Chao-An CHEN2
1National Taiwan University, Taiwan, 2Academia Sinica, Taiwan |
| AS13-A019 |
Decomposing Projection Uncertainty for the Seasonal Evolution of Arctic Amplification |
You-Ting WU1#+, Yu-Chiao LIANG1, Yan-Ning KUO2, Flavio LEHNER2, Lorenzo POLVANI3, Michael PREVIDI3, Min-Hui LO1, Chia-Wei LAN1
1National Taiwan University, Taiwan, 2Cornell University, United States, 3Columbia University, United States |
| AS13-A021 |
Two-stage Tropical SST Responses to an Idealized Radiative Forcing in Northern High Latitudes |
Hung-Yi TSENG1#+, Yen-Ting HWANG1, Yu-Heng TSENG1, Sarah KANG2, Shang-Ping XIE3
1National Taiwan University, Taiwan, 2Ulsan National Institute of Science and Technology, Korea, South, 3University of California San Diego, United States |
| AS13-A004 |
Observation the Occurrence of a Ground Inversion Layer During the Winter Season at Mt. Hoki Daisen in Tottori Prefecture, Japan |
Yoshiki MAKIZONO#+, Yoshinori SHIGETA
Tottori University of Environmental Studies, Japan |
| AS14 Machine Learning in Weather, Climate and Hydrological Analysis and Predictions |
| Abstract ID |
Abstract Title |
Authors |
| AS14-A002 |
Time Extrapolation of Multi-parameter Phased Array Weather Radar (MP-PAWR) Observations With a 3D Convolutional Recurrent Neural Network |
Philippe BARON1#+, Dong-Kyun KIM2, Hanado HIROSHI1, Kohei KAWASHIMA2, Hiroshi KIKUCHI3, Takeshi MAESAKA4, Tomoaki MEGA2, Shinsuke SATOH1, Yuuki WADA2, Eiichi YOSHIKAWA5, Tomoo USHIO2, Seiji KAWAMURA1
1National Institute of Information and Communications Technology, Japan, 2Osaka University, Japan, 3The University of Electro Communications, Japan, 4National Research Institute for Earth Science and Disaster Resilience, Japan, 5Japan Aerospace Exploration Agency, Japan |
| AS14-A003 |
Statistical Downscaling to Represent Region-specific Spatial Dependency of Temporal Variation |
Noriko ISHIZAKI1#+, Hideo SHIOGAMA1, Naota HANASAKI1, Kiyoshi TAKAHASHI1, Tosiyuki NAKAEGAWA2
1National Institute for Environmental Studies, Japan, 2Japan Meteorological Agency, Japan |
| AS14-A004 |
Constraining Rainfall Bias in Thailand Using Partial Convolutions |
Kiyoharu HASEGAWA#+, Shinjiro KANAE
Tokyo Institute of Technology, Japan |
| AS14-A005 |
Extracting 3D Radar Features to Improve Quantitative Precipitation Estimation in Complex Terrain Based on Deep Learning Neural Networks |
Yung-Yun CHENG+, Chia-Tung CHANG, Buo-Fu CHEN#, Cheng-Shang LEE, Hung-Chi KUO
National Taiwan University, Taiwan |
| AS14-A006 |
Model-consistent Parameterisation With Deep Learning and Differentiable Physics |
Yongquan QU#+, Xiaoming SHI
Hong Kong University of Science and Technology, China |
| AS14-A007 |
MCUNet: A Multi-scale Prediction Model for Precipitation Nowcasting |
Shangshang YANG#+, Huiling YUAN
Nanjing University, China |
| AS14-A008 |
Predicting Surface Air Maximum Temperature Over India at Medium-range Time Scale Using Machine Learning Techniques |
Venkata Ratnam JAYANTHI#+, Swadhin BEHERA, Masami NONAKA, Patrick MARTINEAU , Kalpesh PATIL
Japan Agency for Marine-Earth Science and Technology, Japan |
| AS14-A009 |
Convolutional Neural Network-based Statistical Post-processing for Short-term Ensemble Precipitation Forecasts |
Wentao LI+, Qingyun DUAN#
Hohai University, China |
| AS14-A011 |
Using Machine Learning to Assess Uncertainty in Rainfall Climatology Products |
Xinxin SUI#+
The University of Texas at Austin, United States |
| AS14-A013 |
Prediction of Daily Air Temperature: Comparison of a Hybrid ML Approach With Four Other ML Approaches |
Mohd Imran KHAN#+, Rajib MAITY
Indian Institute of Technology Kharagpur, India |
| AS15 Mid-latitude Cyclones: Linking Mesoscale to Climate |
| Abstract ID |
Abstract Title |
Authors |
| AS15-A002 |
Long-term Trends of Northern Hemispheric Winter Cyclones in the Extended ERA5 Reanalysis |
Alexia KARWAT1#+, Christian FRANZKE2, Richard BLENDER1
1University of Hamburg, Germany, 2Pusan National University, Korea, South |
| AS15-A003 |
Maintenance Mechanism of Cutoff Lows as Vortex-Vortex Interactions: A Case Study of July 2021 in Europe |
Koryu YAMAMOTO1#+, Keita IGA1, Akira YAMAZAKI2
1The University of Tokyo, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan |
| AS15-A004 |
Robust Expansion of Extreme Extratropical Storms Under Global Warming |
Panxi DAI1#+, Ji NIE2
1Zhejiang University, China, 2Peking University, China |
| AS15-A005 |
The Synchronization Between the Zonal Jet Stream and Temperature Anomalies Leads to an Extremely Freezing North America in January 2019 |
Fen XU1+, X. San LIANG2#
1Nanjing University of Information Science & Technology, China, 2Fudan University, China |
| AS15-A006 |
Quantification of Precipitation and Latent Heating Associated With Extratropical Cyclones Using GPM KuPR: Significance of Latent Heating on Explosive Development |
Hiroki TSUJI1#+, Yukari TAKAYABU1, Eigo TOCHIMOTO2
1The University of Tokyo, Japan, 2National Research Institute for Earth Science and Disaster Resilience, Japan |
| AS15-A007 |
Frontal Structures of Extratropical Cyclones in the Northwestern Pacific and Northwestern Atlantic Storm Tracks |
Eigo TOCHIMOTO1#+, Hiroshi NIINO2
1National Research Institute for Earth Science and Disaster Resilience, Japan, 2The University of Tokyo, Japan |
| AS17 Regional Climate Downscaling and Cordex: Challenges and Prospects |
| Abstract ID |
Abstract Title |
Authors |
| AS17-A002 |
Impacts of Planetary Boundary Layer Parameterization in RegCM4.7 on the Intensity and Structure of Simulated Tropical Cyclones Over the Philippines |
Rochelle CORONEL1#+, Ma. Cathrene LAGARE2, Faye Abigail CRUZ3, Gemma NARISMA3, Marcelino VILLAFUERTE II4, Jennifer TIBAY3
1Ateneo de Davao University, Philippines, 2Tohoku University, Japan, 3Manila Observatory, Philippines, 4Philippine Atmospheric Geophysical and Astronomical Services Administration, Philippines |
| AS17-A001 |
A Comparative Study of Various Downscaling and Bias Correction Methods for Future Changes of Precipitation Over the Indonesian Region |
Motoki NISHIMORI1#+, Michihiko TONOUCHI2, Hiroshi SATODA2, Kadarsah 3, Agus SABANA HADI3, Dodo GUNAWAN3
1National Agriculture and Food Research Organization, Japan, 2Japan Meteorological Business Support Center, Japan, 3Agency for Meteorology, Climatology and Geophysics, Indonesia |
| AS17-A003 |
Future Climate Change and its Uncertainty Assessment Using Bias-corrected High-resolution Multi-regional Climate Models Over East Asia |
Changyong PARK+, Dong-Hyun CHA#, Seok-Woo SHIN
Ulsan National Institute of Science and Technology, Korea, South |
| AS17-A018 |
Changes In Climate Extremes In Hissar-Allay Mountainous Region, Tajikistan |
Ermias Sisay BRHANE#+, Koji DAIRAKU
University of Tsukuba, Japan |
| AS17-A019 |
Impact of Climate Change on Streamflow Using a Regional Climate Model (Case Study in Ribb Watershed, Lake Tana Sub-basin, Ethiopia) |
Ermias Sisay BRHANE#, Koji DAIRAKU+
University of Tsukuba, Japan |
| AS17-A004 |
Evaluation of East Asian Winter Monsoon Simulated by Multi-regional Climate Models and Their Systematic Errors |
Seok-Woo SHIN1+, Changyong PARK1, Minkyu LEE2, Taehyung KIM1, Dong-Hyun CHA1#
1Ulsan National Institute of Science and Technology, Korea, South, 2Pohang University of Science and Technology, Korea, South |
| AS17-A005 |
Future Projections of Tropical Cyclone Activities in Multi-RCMs Under the SSP Scenarios Over CORDEX-East Asia Domain |
Eunji KIM1+, Taehyung KIM1, Tae Ho MUN1, Seok-Woo SHIN1, Minkyu LEE2, Dong-Hyun CHA1#, Eun-Chul CHANG3, Joong-Bae AHN4, Seung-Ki MIN2, Jin-Uk KIM5, Young-Hwa BYUN6
1Ulsan National Institute of Science and Technology, Korea, South, 2Pohang University of Science and Technology, Korea, South, 3Kongju National University, Korea, South, 4Pusan National University, Korea, South, 5Korea Meteorological Administration, Korea, South, 6National Institute of Meteorological Sciences, Korea, South |
| AS17-A012 |
Future Projection of the Impact of Heat Waves on the Electricity Demand in South Korea |
Yujin KIM1+, Youngeun CHOI2, Seung-Ki MIN1#
1Pohang University of Science and Technology, Korea, South, 2Konkuk University, Korea, South |
| AS17-A006 |
Dynamic Downscaling for River Basins in Philippines and Indonesia |
Tomoki USHIYAMA1,2#+
1Public Works Research Institute, Japan, 2National Graduate Institute for Policy Studies, Japan |
| AS17-A007 |
Considering Model Independence in Regional Climate Model Selection |
Jason EVANS1#+, Chris THOMAS1, Giovanni DI VIRGILIO2, Fei JI2, Eugene TAM2
1University of New South Wales, Australia, 2NSW Department of Planning and Environment, Australia |
| AS17-A008 |
The Australian Climate Service (ACS) Strategy for Regional Modelling and Climate Projections |
Chloe MACKALLAH1#+, Michael GROSE1, Sugata NARSEY2, Andrew DOWDY2, Chun-Hsu SU2, Marcus THATCHER1, Francois DELAGE2, Ulrike BENDE-MICHL2, Benjamin NG1, Alicia TAKBASH1
1Commonwealth Scientific and Industrial Research Organisation, Australia, 2Bureau of Meteorology, Australia |
| AS17-A009 |
Performance Evaluation of High-resolution Simulations Over Mindanao |
Julie Mae DADO1#+, Faye Abigail CRUZ1, Lance KOSCA2, Jing Xiang CHUNG3, Ratchanan SRISAWADWONG4, Jerasorn SANTISIRISOMBOON4, Fredolin TANGANG5
1Manila Observatory, Philippines, 2Ateneo de Manila University, Philippines, 3Universiti Malaysia Terengganu, Malaysia, 4Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand, 5Universiti Kebangsaan Malaysia, Malaysia |
| AS17-A015 |
Performance of the Convective Permitting Non-hydrostatic Regional Climate Model (NHRCM) in Simulating the Rainfall Over Peninsular Malaysia |
Jing Xiang CHUNG1, Fredolin TANGANG2,3#+, Hidetaka SASAKI4, Akihiko MURATA4, Jerasorn SANTISIRISOMBOON5, Liew JUNENG2, Sheau Tieh NGAI2, Ester SALIMUN2, Mohd Fadzil MOHD AKHIR1
1Universiti Malaysia Terengganu, Malaysia, 2National University of Malaysia, Malaysia, 3Ramkhamhaeng University, Thailand, 4Japan Meteorological Agency, Japan, 5Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand |
| AS17-A010 |
Models Performances and Projected Precipitations Based on the CMIP5 5 KM Regional Climate Downscaling Simulations Over Peninsular Malaysia |
Jing Xiang CHUNG1, Fredolin TANGANG2,3#+, Jerasorn SANTISIRISOMBOON4, Liew JUNENG2, Ester SALIMUN2, Abdul Azim AMIRUDIN2, Mohd Syazwan Faisal MOHD5, Mohd Fadzil MOHD AKHIR1, Faye Abigail CRUZ6, Julie Mae DADO6, Thanh NGO-DUC7, Phan VAN-TAN8
1Universiti Malaysia Terengganu, Malaysia, 2National University of Malaysia, Malaysia, 3Ramkhamhaeng University, Thailand, 4Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand, 5National Hydraulic Research Institute of Malaysia, Malaysia, 6Manila Observatory, Philippines, 7University of Science and Technology of Hanoi, Viet Nam, 8Vietnam National University, Viet Nam |
| AS17-A014 |
Correlation Between Northward Migration of Tropical Cyclone Tracks and Pacific Decadal Oscillation Over the Western North Pacific |
Minkyu LEE1+, Seung-Ki MIN1#, Dong-Hyun CHA2, Taehyung KIM2, Sang-Wook YEH3, Johnny CHAN4
1Pohang University of Science and Technology, Korea, South, 2Ulsan National Institute of Science and Technology, Korea, South, 3Hanyang University, Korea, South, 4City University of Hong Kong, Hong Kong SAR |
| AS17-A011 |
The Role of the Pacific-Japan Pattern in Extreme Heatwaves Over East Asia |
Joowan Kim & Noh El KIM EL1#, Joowan KIM1+, Sang-Yoon JUN2, Dong-Hyun CHA3, Myung-Sook PARK4, Joo-Hong KIM2, Hyeong-Gyu KIM1
1Kongju National University, Korea, South, 2Korea Polar Research Institute, Korea, South, 3Ulsan National Institute of Science and Technology, Korea, South, 4Korea Institute of Ocean Science and Technology, Korea, South |
| AS17-A013 |
A High-resolution Climate Experiment Over Part of Vietnam and the Lower Mekong Basin: Performance Evaluation and Projection for Rainfall |
Thanh NGO-DUC1#+, Huy HOANG-CONG2, Tuyet THI3, Long TRINH-TUAN4, Jing Xiang CHUNG5, Phan VAN-TAN6, Fredolin TANGANG7, Jerasorn SANTISIRISOMBOON8
1University of Science and Technology of Hanoi, Viet Nam, 2Ministry of Natural Resources and Environment, Viet Nam, 3Ministry of Planning and Investment, Viet Nam, 4Tokyo Metropolitan University, Japan, 5Universiti Malaysia Terengganu, Malaysia, 6Vietnam National University, Viet Nam, 7Universiti Kebangsaan Malaysia, Malaysia, 8Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand |
| AS17-A016 |
Variability Characteristics and Mechanism of Extreme Events in South Asian Monsoon Region Under Changing Climate |
Jerasorn SANTISIRISOMBOON1#+, Jaruthat SANTISIRISOMBOON1, Waranyu WONGSEREE2, Damrongrit SETSIRICHOK2, Patama SINGHRUCK3, Ratchanan SRISAWADWONG1, Fredolin TANGANG4,5, Liew JUNENG4, Jing Xiang CHUNG6, Phan VAN-TAN7, Thanh NGO-DUC8, Faye Abigail CRUZ9, Julie Mae DADO9
1Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand, 2King Mongkut's University of Technology North Bangkok, Thailand, 3Chulalongkorn University, Thailand, 4National University of Malaysia, Malaysia, 5Ramkhamhaeng University, Thailand, 6Universiti Malaysia Terengganu, Malaysia, 7Vietnam National University, Viet Nam, 8University of Science and Technology of Hanoi, Viet Nam, 9Manila Observatory, Philippines |
| AS17-A017 |
Dynamical Analyses for Future Changes of the Summer Precipitation in the Downscaled SSP Scenarios Over East Asia |
Eun-Chul CHANG1#+, Tae-Min KIM1, Namgu YEO1, Joowan KIM1, Dong-Hyun CHA2, Ui-Yong BYUN1
1Kongju National University, Korea, South, 2Ulsan National Institute of Science and Technology, Korea, South |
| AS18 Carbon Neutrality, Clean Air and Regional Interactions |
| Abstract ID |
Abstract Title |
Authors |
| AS18-A001 |
Near-real-time Global Gridded Daily CO2 Emissions |
Xinyu DOU#+, Zhu LIU
Tsinghua University, China |
| AS18-A002 |
Carbon Monitor Europe, A Near-real-time and Country-level Monitoring of EU27&UK CO2 Emissions |
Piyu KE1#+, Zhu DENG1, Biqing ZHU1, Zhu LIU1, Philippe CIAIS2, Bo ZHENG1, Yilong WANG3, Olivier BOUCHER4, Feifan YAN5, Steven DAVIS6
1Tsinghua University, China, 2Le Laboratoire des Sciences du Climat et de l'Environnement, France, 3Institute of Geographic Sciences and Natural Resources Research, China, 4Institut Pierre-Simon Laplace, Sorbonne Université / National Centre for Scientific Research, France, 5Ocean University of China, China, 6University of California, Irvine, United States |
| AS18-A003 |
The Necessity and Potential Strategies of Interregional Coordinated Carbon Reduction in China |
Ray ZHANG1+, Jingxu WANG1#, Jintai LIN2, Zhu LIU3, Baozhang CHEN4
1Ocean University of China, China, 2Peking University, China, 3Tsinghua University, China, 4Nanjing University of Information Science & Technology, China |
| AS18-A005 |
Characteristics and Sources of Ozone and Its Precursors Around the Wuhan Military Games |
Jing MA#+
China University of Geosciences, China |
| AS18-A004 |
Impact of Eastern and Central Pacific El Niño on Lower Tropospheric Ozone in China |
Zhongjing JIANG#+, Jing LI
Peking University, China |
| AS18-A006 |
Towards Reducing Inter-provincial and Inter-city Economic Inequality Embedded in China's Environmental Protection Tax Law |
Jingxu WANG1+, Jintai LIN2#, Kuishuang FENG3, Klaus HUBACEK4
1Ocean University of China, China, 2Peking University, China, 3University of Maryland, United States, 4University of Groningen, Netherlands |
| AS18-A011 |
Sulfate and Nitrate Elevation in Reverse-transport Dust Plumes Over Coastal Areas of North China |
Wenshuai LI1#+, Yuxuan QI1, Wen QU2, Wenjun QU1, Jinhui SHI1, Daizhou ZHANG3, Yingchen LIU1, Yuanyuan MA1, Yanjing ZHANG1, Danyang REN1, Xueqing DU1, Shishi YANG1, Xinfeng WANG4, Li YI1, Xiaomei GAO5, Lifang SHENG1, Yang ZHOU 1
1Ocean University of China, China, 2North China Sea Marine Forecasting Center of State Ocean Administration, China, 3Prefectural University of Kumamoto, Japan, 4Shandong University, China, 5University of Jinan, China |
| AS18-A009 |
Numerical Study of the Regional Transport of PM2.5 Over the North China Plain Under Two Typical Wintertime Synoptic Patterns |
Weihang ZHANG#+, Lifang SHENG, Yuanhong ZHAO, Yang ZHOU , Wencai WANG, Shangfei HAI
Ocean University of China, China |
| AS18-A008 |
The Striking Effect of Vertical Mixing in the Planetary Boundary Layer on New Particle Formation in the Yangtze River Delta |
Shangfei HAI1#+, Shiyi LAI2, Yang GAO1, Lifang SHENG1
1Ocean University of China, China, 2Nanjing University, China |
| AS18-A013 |
Source Apportionment of PM2.5 Using PMF Combined Online Bulk and Single-particle Measurements: Contributions of Biomass Burning and Fireworks During the Chinese New Year in Hong Kong |
Yanjing ZHANG1+, Wenshuai LI1, Yang ZHOU 1#, Lei LI2, Mei LI2, Zhen ZHOU2, Jianzhen YU3
1Ocean University of China, China, 2Jinan University, China, 3Hong Kong University of Science and Technology, China |
| AS18-A014 |
The Impact of Compound Extreme Weather Events on Ozone Pollution |
Yang GAO#+
Ocean University of China, China |
| AS18-A015 |
The Development of a High-resolution Biogenic Emission Inventory From Urban Green Spaces in China |
Mingchen MA#+, Yang GAO
Ocean University of China, China |
| AS18-A016 |
Mass-conserving and Measurement Constrained Method for Quantifying Emissions and Impacts of Short-lived Climate Forcers |
Jason COHEN#+
China University of Mining and Technology, China |
| AS18-A017 |
Evaluating the Carbon Sink Capacity of Kunlun Mountain National Park Under Multiple Park Management Schemes |
Qiuyu LIU1#+, Mingxi DU2, Li ZHAO2, Jiahuan GUO3, Xiang KANG2
1University of Quebec at Montreal, Canada, 2Xi'an Jiaotong University, China, 3Nanjing Forestry University, China |
| AS18-A020 |
Potential Health and Economic Impacts of Shifting Manufacturing From China to Indonesia or India |
Qi RAN1+, Shao-Yi LEE2, Duofan ZHENG1, John MOORE3, Wenjie DONG1#
1Sun Yat-sen University, China, 2., Singapore, 3Beijing Normal University, China |
| AS18-A021 |
Inequality in Historical Transboundary Anthropogenic PM2.5 and Ozone Health Impacts |
Lulu CHEN#+, Jintai LIN, Ruijing NI
Peking University, China |
| AS21 Ensemble Modeling of High-impact, Multi-scale Weather to Decadal Phenomena |
| Abstract ID |
Abstract Title |
Authors |
| AS21-A001 |
A Novel Ensemble Forecasting Method for Dealing with Combined Effect of Initial and Model Errors and Its Potential Implementation Using Machine Learning |
Wansuo DUAN1#+, Junjie MA1, Stéphane VANNITSEM2
1Chinese Academy of Sciences, China, 2Royal Meteorological Institute of Belgium, Belgium |
| AS21-A005 |
Toward Unifying Short-term and Next-day Convection-allowing Ensemble Forecast Systems With a Continuously Cycling 3-km Ensemble Kalman Filter Over the Entire Conterminous United States |
Craig SCHWARTZ1#+, Glen ROMINE1, David DOWELL2
1National Center for Atmospheric Research, United States, 2National Oceanic and Atmospheric Administration, United States |
| AS21-A007 |
Correction of Monthly SST Forecasts in CFSv2 Using the Local Dynamical Analog Method |
Zhaolu HOU+, Jianping LI#, Bin ZUO
Ocean University of China, China |
| AS21-A006 |
Effects of Aerosols on the Ensemble Forecasting of Mei-yu Front Storms Over the Yangtze–huai River Valley |
Lin LIU#+
China Meteorological Administration, China |
| AS21-A008 |
Ensemble Forecasts of a Warm-sector Heavy Rainfall Event in South China |
Yilixue YANG+, Huiling YUAN#
Nanjing University, China |
| AS21-A018 |
Convective-scale Ensemble Forecasts of the Heavy Precipitation of Typhoon Lekima (2019) in Zhejiang Province |
Fanyu XU+, Huiling YUAN#
Nanjing University, China |
| AS21-A009 |
The Response of the East Asian Summer Rainfall to More Extreme El Niño Events in Future Climate Scenarios |
Sandro F. VEIGA#+, Huiling YUAN
Nanjing University, China |
| AS21-A013 |
A Simulated Radar Reflectivity Calculation Method in Numerical Weather Prediction Models |
Yuxiao CHEN1#+, Jing CHEN2, Dehui CHEN2
1Lanzhou University, China, 2China Meteorological Administration, China |
| AS21-A014 |
Evolution Characteristics of Different Scale Initial Perturbation Energies in Convection-permitting Ensemble Prediction of GRAPES |
Yanan MA#+
Chinese Academy of Meteorological Sciences, China |
| AS21-A015 |
Analysis Constraint Scheme of Initial Perturbation for Regional Ensemble Prediction Based on ETKF |
Qiuping WANG#+
Nanjing University of Information Science & Technology, China |
| AS21-A016 |
Sampling with Ensembles: A Critical Review |
Jie FENG#+
Fudan University, China |
| AS21-A019 |
Ensemble-based Sensitivity Analysis of the Track Forecasts of Typhoon In-fa in ECMWF, NCEP and CMA Ensemble Prediction Systems |
Liangying LIU#+, Jie FENG
Fudan University, China |
| AS21-A020 |
Impacts of Sudden Stratospheric Warming on Extreme Cold Events in Early 2021: An Ensemble-based Sensitivity Analysis |
Murong ZHANG1+, Xiao-Yi YANG1#, Yipeng HUANG2
1Xiamen University, China, 2Xiamen Meteorological Bureau, China |
| AS21-A021 |
A Risk Probability Forecast of the Gust Based on the Theory of Digital Image Processing and Application Experiments |
Jing CHEN1#+, Yuxiao CHEN2, Chuan LI1
1China Meteorological Administration, China, 2Lanzhou University, China |
| AS23 Earth System Predictability, Prediction and Projection |
| Abstract ID |
Abstract Title |
Authors |
| AS23-A002 |
Future Amplification of Sea Surface Temperature Seasonality Due to Enhanced Ocean Stratification |
Anila Rani JO1#+, June-Yi LEE1, Axel TIMMERMANN1, Fei-Fei JIN2, Ryohei YAMAGUCHI3, Angeles GALLEGO4
1Pusan National University, Korea, South, 2University of Hawaii, United States, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4University of Hawaii at Manoa, United States |
| AS23-A003 |
Understanding Intense ENSO Warm Biases in TaiESM1 and CMIP6 Models |
Yi-Chi WANG1#+, Yu-Luen CHEN1, Wan-Ling TSENG1, Shihyu LEE1, Huang-Hsiung HSU1, Mao-Lin SHEN2, Wei-Liang LEE1, Hsin-Chien LIANG1
1Academia Sinica, Taiwan, 2University of Bergen, Norway |
| AS23-A005 |
The Roles of Ocean Heat Uptake and Cloud Radiative Feedback in Altering Boreal Summer Tropical Precipitation Patterns Under Climate Change |
Yong-Jhih CHEN1#+, Yen-Ting HWANG1, Shang-Ping XIE2
1National Taiwan University, Taiwan, 2University of California San Diego, United States |
| AS23-A004 |
Seasonal Prediction of Sea Surface Temperatures in the North Atlantic Ocean and Norwegian Seas |
Noel KEENLYSIDE1#+, Sunil PARIYAR1, Ingo BETHKE1, Yiguo WANG2, Francois COUNILLON2
1University of Bergen, Norway, 2Nansen Environmental and Remote Sensing Center, Norway |
| AS23-A007 |
Effects of Aerosols Reduction on the Asian Summer Monsoon Seasonal Prediction: The Case of Summer 2020 |
Annalisa CHERCHI1#+, Andrea ALESSANDRI1, Andrea ALESSANDRI1, Etienne TOURIGNY2, Juan Camillo ACOSTA NAVARRO2, Pablo ORTEGA2, Paolo DAVINI1, Danila VOLPI1, Franco CATALANO3, Twan VAN NOIJE4
1National Research Council, Institute of Atmospheric Science and Climate (CNR-ISAC), Italy, 2Barcelona Supercomputing Center, Spain, 3Agenzia Nazionale per le Nuove Tecnologie, l'Energia e lo Sviluppo Economico Sostenibile (ENEA), Italy, 4Royal Netherlands Meteorological Institute (KNMI), Netherlands |
| AS23-A008 |
On the Optimization of Grand Multi-model Probabilistic Performance and the Independence of the Contributing Seasonal Prediction Systems |
Andrea ALESSANDRI1#+, Franco CATALANO2, Kristian NIELSEN3,4, Alberto TROCCOLI5,4
1National Research Council of Italy, Institute of Atmospheric Sciences and Climate (CNR-ISAC), Italy, 2Agenzia Nazionale per le Nuove Tecnologie, l'Energia e lo Sviluppo Economico Sostenibile (ENEA), Italy, 3Underwriters Laboratories Ibérica S.L., Spain, 4World Energy & Meteorology Council (WEMC), United Kingdom, 5University of East Anglia, United Kingdom |
| AS25 Dynamics and Prediction of Multi-scale Climate Variabilities Over Asia-pacific Region |
| Abstract ID |
Abstract Title |
Authors |
| AS25-A001 |
Synergistic Effect of the 25–60-day Tropical and Mid-latitude Intraseasonal Oscillations on the Persistently Severe Yangtze Floods |
Jianying LI1#+, Panmao ZHAI1, Jiangyu MAO2
1Chinese Academy of Meteorological Sciences, China, 2Chinese Academy of Sciences, China |
| AS25-A002 |
Causes of Interdecadal Increase in the Intraseasonal Rainfall Variability Over Southern China Around the Early 1990s |
Yifeng CHENG1+, Lu WANG1#, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS25-A008 |
The Combined Effects of the Tropical and Extratropical Quasi-biweekly Variabilities in Modulating the Record-setting Meiyu Rainfall in 2020 |
Shuanglin LI#+, Zhen HUANG
China University of Geosciences, China |
| AS25-A006 |
Characteristics of Seasonal Extreme High Temperature Events in the Yangtze River Basin |
Qiuchao YIN+, Lu WANG#
Nanjing University of Information Science & Technology, China |
| AS25-A004 |
Intraseasonal Oscillation of the 2017 Autumn Rain of West China |
Quanling GUO+, Lu WANG#, Jing MA
Nanjing University of Information Science & Technology, China |
| AS25-A005 |
Dependence of the MJO Prediction Skill on MJO Diversity |
Xuan ZHOU+, Lu WANG#
Nanjing University of Information Science & Technology, China |
| AS25-A007 |
The Role of Multiscale Interaction in the Maintenance and Propagation of MJO |
Jiwang MA1+, X. San LIANG2#
1Shandong Meteorological Observatory, China, 2Fudan University, China |
| AS25-A009 |
Relationship Between the Boreal Summer Intraseasonal Oscillation and the Pacific-Japan Pattern and Its Interannual Modulations |
Ayako SEIKI1#+, Yu KOSAKA2, Satoru YOKOI1
1Japan Agency for Marine-Earth Science and Technology, Japan, 2The University of Tokyo, Japan |
| AS25-A011 |
Diversity of MJO Initiation Regions and Processes |
Tianyi WANG#+, Tim LI
University of Hawaii, United States |
| AS25-A012 |
Reexamining the Moisture Mode Theories of the Madden-Julian Oscillation Based on Observational Analyses |
Feng HU1#+, Tim LI2, Jianyun GAO3, Lisheng HAO4
1Chuzhou University, China, 2University of Hawaii, United States, 3Fujian Climate Center, China, 4Tianjin Climate Center, China |
| AS25-A013 |
The Independent Influences of Sea Surface Temperature Anomalies Over the Atlantic on the Interannual Variability of East Asian Summer Monsoon Rainfall |
Ying YANG1#+, Zhiwei ZHU1, Tim LI2, Leishan JIANG1
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS25-A014 |
Prediction Skill of Intraseasonal Surface Air Temperature Over Mid-high-latitude Eurasia in S2S Models |
Jing CUI1#+, Shuangyan YANG1, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS25-A015 |
Subseasonal and Synoptic Variabilities of Precipitation Over the Yangtze River Basin in the Summer of 2020 |
Liudan DING#+
Nanjing University of Information Science & Technology, China |
| AS25-A016 |
Potential Predictability of the Tropical Cyclone Frequency Over the Western North Pacific With 50-km AGCM Ensemble Experiments |
Tomomichi OGATA1#+, Bunmei TAGUCHI2, Ayako YAMAMOTO3, Masami NONAKA1
1Japan Agency for Marine-Earth Science and Technology, Japan, 2University of Toyama, Japan, 3 Tokyo University of Marine Science and Technology, Japan |
| AS25-A017 |
Statistical Prediction of Accumulated Cyclone Energy in the Western North Pacific From July to August |
Li TAO#+
Nanjing University of Information Science & Technology, China |
| AS25-A018 |
Effect of a Low-frequency Vortex on the Size of Typhoon Lan (2017) |
Mengyuan MA1#+, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS25-A019 |
Impacts of Midlatitude Western North Pacific Sea Surface Temperature Anomaly on the Subseasonal to Seasonal Tropical Cyclone Activity: Case Study of the 2018 Boreal Summer |
Tomoe NASUNO1#+, Masuo NAKANO1, Hiroyuki MURAKAMI2, Kazuyoshi KIKUCHI3, Yohei YAMADA1
1Japan Agency for Marine-Earth Science and Technology, Japan, 2National Oceanic and Atmospheric Administration, United States, 3University of Hawaii at Manoa, United States |
| AS25-A020 |
A Multivariate Index for Tropical Intraseasonal Oscillations Based on the Seasonally-varying Modal Structures |
Shuguang WANG#+
Nanjing University, China |
| AS26 Record Breaking Monsoons: Modelling, Prediction and Risks |
| Abstract ID |
Abstract Title |
Authors |
| AS26-A001 |
Understanding Moisture Sources and Pathways for East Asian Summer Monsoon Rain Belts and Governing Weather Regimes in a Fortnight |
Fandy Tat Fan CHENG+, Mengqian LU#, Lun DAI
The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS26-A002 |
How Will Anthropogenic Warming Shape the East Asian Monsoon Cycle? |
Lun DAI+, Fandy Tat Fan CHENG, Mengqian LU#
The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS26-A003 |
Simulation and Prediction of the Asian Mid-latitude Westerly Jet and Its Relationship With the East Asian Rainband in Summer |
Chaofan LI1#+, Riyu LU1, Yuhan YAN2, Zhongda LIN1
1Chinese Academy of Sciences, China, 2Chinese Academy of Meteorological Sciences, China |
| AS26-A005 |
Effects of MJO and ENSO on the Seasonal Prediction of South China Sea Summer Monsoon Onset and a Case Study on 2018 |
Ronald Kwan Kit LI1+, Francis Chi Yung TAM1,2#, Gabriel LAU1
1The Chinese University of Hong Kong, Hong Kong SAR, 2Shenzhen Research Institute, China |
| AS26-A007 |
Influence of Okhotsk Sea Blocking on Summer Precipitation Over South Korea |
Chan-Yeong SONG+, Joong-Bae AHN#
Pusan National University, Korea, South |
| AS26-A008 |
Evaluating the Ability of CMIP6 Models in Simulating El Niño Diversity Impacts on Extreme Rainfall Over East Asia |
Dingrui CAO1,2+, Francis Chi Yung TAM1,2#, Kang XU3
1The Chinese University of Hong Kong, Hong Kong SAR, 2Shenzhen Research Institute, China, 3Chinese Academy of Sciences, China |
| AS26-A009 |
Risk and Dynamics of Unprecedented Precipitation in Southeast China |
Ka Ho CHEUNG1#+, Francis Chi Yung TAM1,2, Adam SCAIFE3,4, Ronald Kwan Kit LI1, Nick DUNSTONE5
1The Chinese University of Hong Kong, Hong Kong SAR, 2Shenzhen Research Institute, China, 3Met Office, United Kingdom, 4University of Exeter, United Kingdom, 5Met Office Hadley Centre, United Kingdom |
| AS26-A011 |
Seasonal Forecasts of Yangtze River Basin Summer Rainfall |
Philip BETT1#+, Gill MARTIN1, Nick DUNSTONE2, Adam SCAIFE1,3, Hazel THORNTON1, Chaofan LI4
1Met Office, United Kingdom, 2Met Office Hadley Centre, United Kingdom, 3University of Exeter, United Kingdom, 4Chinese Academy of Sciences, China |
| AS26-A012 |
Influence of Anthropogenic Aerosol Reductions on Asian Summer Monsoon Rainfall Extremes: Insights From the Record Wet 2020 Season |
Deepti SINGH#+
Washington State University, United States |
| AS26-A013 |
Current Chance of Record-breaking Rainfall Over India |
Shipra JAIN1,2#+, Adam SCAIFE3,4
1National Environment Agency, Singapore, 2Centre for Climate Research Singapore, Singapore, 3Met Office, United Kingdom, 4University of Exeter, United Kingdom |
| AS28 Global Precipitation Measurement, Science, and Applications |
| Abstract ID |
Abstract Title |
Authors |
| AS28-A001 |
Performance Assessment of GPM-based Near-real-time Satellite Products in Depicting Diurnal Precipitation Variation Over Taiwan |
Jie HSU+, Wan-Ru HUANG#, Pin-Yi LIU
National Taiwan Normal University, Taiwan |
| AS28-A002 |
Evaluation and Application of Satellite Precipitation Products in Studying the Various Types of Rainfall Events in Taiwan |
Wan-Ru HUANG#+, Pin-Yi LIU, Ya-Hui CHANG, Cheng-An LEE, Jie HSU
National Taiwan Normal University, Taiwan |
| AS28-A014 |
Comparison of GPM DPR Products Related to Ice-phase Precipitation |
Kenji SUZUKI1#+, Rimpei KAMAMOTO2
1Yamaguchi University, Japan, 2Railway Technical Research Institute, Japan |
| AS28-A003 |
IMERG 07: Improvements and Early Results |
George J. HUFFMAN1, David BOLVIN2, Eric NELKIN2, Jackson TAN3,1#+, Robert JOYCE2
1National Aeronautics and Space Administration, Goddard Space Flight Center, United States, 2Science Systems and Applications, Inc., United States, 3University of Maryland Baltimore County, United States |
| AS28-A005 |
Improvements of Global Satellite Mapping of Precipitation (GSMaP) Product Released in December 2021 |
Takuji KUBOTA1#+, Kazumasa AONASHI2, Tomoo USHIO3, Shoichi SHIGE2, Moeka YAMAJI1, Munehisa K. YAMAMOTO1, Hitoshi HIROSE1, Yukari TAKAYABU4
1Japan Aerospace Exploration Agency, Japan, 2Kyoto University, Japan, 3Osaka University, Japan, 4The University of Tokyo, Japan |
| AS28-A006 |
Analysis of a Precipitation System Causing Heavy Rainfall Over Kyushu in August 2021 Using GPM KuPR Observation Data |
Hiroki TSUJI#+, Yukari TAKAYABU
The University of Tokyo, Japan |
| AS28-A010 |
The Development of a Weather Information System Based on the NICAM-LETKF Assimilation System |
Ying-Wen CHEN1#+, Koji TERASAKI2, Shunji KOTSUKI3, Kaya KANEMARU4, Masaki SATOH1, Takemasa MIYOSHI2,5, Takuji KUBOTA6
1The University of Tokyo, Japan, 2RIKEN Center for Computational Science, Japan, 3Chiba University, Japan, 4National Institute of Information and Communications Technology, Japan, 5University of Maryland, United States, 6Japan Aerospace Exploration Agency, Japan |
| AS28-A007 |
Spectral Retrieval of Latent Heating Profiles Over Great Mountain Ranges in the Tropical Precipitation Regime for TRMM PR and GPM DPR |
Shoichi SHIGE1#+, Shunsuke AOKI1, Kazushi TAKEMURA1, Munehisa K. YAMAMOTO2, Atsushi HAMADA3, Chie YOKOYAMA4, Hiroki TSUJI4, Yukari TAKAYABU4
1Kyoto University, Japan, 2Japan Aerospace Exploration Agency, Japan, 3University of Toyama, Japan, 4The University of Tokyo, Japan |
| AS28-A008 |
Temporal Variation of Incidence-angle Differences in Precipitation as Observed by Spaceborne Radars |
Masafumi HIROSE1#+, Shoichi SHIGE2
1Meijo University, Japan, 2Kyoto University, Japan |
| AS28-A009 |
Early Results From GPCP Version 3.2 Products |
George J. HUFFMAN1#+, David BOLVIN2, Eric NELKIN2, Guojun GU3, Mohammad Reza EHSANI4
1National Aeronautics and Space Administration, Goddard Space Flight Center, United States, 2Science Systems and Applications, Inc., United States, 3University of Maryland, United States, 4University of Arizona, United States |
| AS28-A011 |
Comparison of the Precipitation Rate Estimates Between TRMM/PR and GPM/KuPR |
Shinta SETO#+
Nagasaki University, Japan |
| AS28-A012 |
Development of Precipitation Detection Method for Spaceborne Precipitation Radar Using Dual-frequency Observations |
Riku SHIMIZU1#+, Shoichi SHIGE1, Toshio IGUCHI2, Cheng-Ku YU3
1Kyoto University, Japan, 2Maryland University, United States, 3National Taiwan University, Taiwan |
| AS28-A013 |
Introduction of a Histogram Matching Method to Provide More Homogeneous GSMaP Products |
Hitoshi HIROSE1#+, Takuji KUBOTA1, Tomoaki MEGA2, Tomoo USHIO2
1Japan Aerospace Exploration Agency, Japan, 2Osaka University, Japan |
| AS28-A015 |
Reexamination of Precipitation Type Classification for Spaceborne Radars Using a Ground Based Doppler Radar Over the Tibetan Plateau |
Takeshi MASAKI1#+, Shoichi SHIGE1, Hiroyuki YAMADA2
1Kyoto University, Japan, 2University of the Ryukyus, Japan |
| AS29 Processes and Teleconnections of Tropical Water Cycle Variability: Past, Present and Future |
| Abstract ID |
Abstract Title |
Authors |
| AS29-A004 |
The Madden-Julian Oscillation and Its Teleconnections: Past, Present, and Future |
Eric MALONEY1#+, Wei-Ting HSIAO 1, Elizabeth BARNES 1, Hien BUI2, Juliana DIAS3, George KILADIS3, Stefan TULICH3
1Colorado State University, United States, 2Pusan National University, Korea, South, 3National Oceanic and Atmospheric Administration, United States |
| AS29-A002 |
Understanding Regional Monsoon Precipitation Response to Climate Change |
Krishnan RAGHAVAN1#+, Herve DOUVILLE2, James RENWICK3, Richard ALLAN4, Paola ARIAS5, Mathew BARLOW6, Ruth CEREZO-MOTA7, Annalisa CHERCHI8, Thian Yew GAN9, Joelle GERGIS10, Dabang JIANG11, Asif KHAN12,13, Wilfried POKAM14, Daniel ROSENFELD15, Jessica TIERNEY16, Olga ZOLINA17,18, T.P. SABIN1, Stephane SENESI19, Pascale BRACONNOT20,21, Arona DIEDHIOU22, Sarah CONNORS23
1Indian Institute of Tropical Meteorology, India, 2National Centre for Meteorological Research, France, 3Victoria University of Wellington, New Zealand, 4University of Reading, United Kingdom, 5Universidad de Antioquia, Colombia, 6University of Massachusetts Lowell, United States, 7National Autonomous University of Mexico, Mexico, 8The Institute of Atmospheric Sciences and Climate (CNR-ISAC), Italy, 9University of Alberta, Canada, 10Australian National University, Australia, 11Chinese Academy of Sciences, China, 12University of Engineering & Technology, Pakistan, 13Lahore University of Management Sciences, Pakistan, 14University of Yaoundé I, Cameroon, 15The Hebrew University of Jerusalem, Israel, 16The University of Arizona, United States, 17Shirshov Institute of Oceanology of the Russian Academy of Sciences (IO RAS), Russian Federation, 18Université Grenoble Alpes, France, 19Météo-France, France, 20Pierre Simon Laplace Institute, France, 21Université Paris-Saclay, France, 22Université Félix HouphouetBoigny, Senegal, 23The Intergovernmental Panel on Climate Change, France |
| AS29-A003 |
Future Changes of the ENSO-Indian Summer Monsoon Teleconnection: the Temporal vs Ensemble-wise Approach |
June-Yi LEE1#+, Tamas BODAI2
1Pusan National University, Korea, South, 2IBS Center for Climate Physics, Korea, South |
| AS29-A005 |
Exploring the Factors Behind the Variability of Upper Tropospheric Humidity Over the Monsoon Region |
Devika M. V.1#+, Ajil KOTTAYIL1, Viju O. JOHN2, Prajwal K.1
1Cochin University of Science and Technology, India, 2European Organisation for the Exploitation of Meteorological Satellites (EUMETSAT), Germany |
| AS30 Climate Changes and Land-air Interactions in Cold Regions |
| Abstract ID |
Abstract Title |
Authors |
| AS30-A002 |
Impact of Transient Eddy Fluxes on the Dust Storm Event: Cases Study in South Xinjiang, China |
Yan LI#+
Lanzhou University, China |
| AS30-A003 |
Genesis of Tibetan Plateau Vortex: Roles of Surface Diabatic and Atmospheric Condensational Latent Heating |
Feimin ZHANG#+, Chenghai WANG
Lanzhou University, China |
| AS30-A004 |
Comparative Analysis of Water-energy Cycle Processes Based on a High-resolution Assimilation Dataset of the Water-energy Cycle Over Different Underlying Surfaces in Qinghai-Tibet Plateau |
Xiaohang WEN1#+, Siqiong LUO2
1Chengdu University of Information Technology, China, 2Chinese Academy of Sciences, China |
| AS32 Extreme Events: Observations and Modeling |
| Abstract ID |
Abstract Title |
Authors |
| AS32-A001 |
The Role of Transient Eddies and Diabatic Heating in the Maintenance of Heat Waves: A Nonlinear Quasi-stationary Wave Perspective |
Christian FRANZKE#+
Pusan National University, Korea, South |
| AS32-A003 |
High-frequency Contribution to Changes in the Marine Heatwaves in the Marginal Sea of China |
Xiuming LI#+, Renguang WU
Zhejiang University, China |
| AS32-A005 |
2021 Texas Cold Snap: Manifestation of Natural Variability and Recent Warming Trend |
Pei-Chun HSU#+, Huang-Hsiung HSU, Hao-Jhe HONG, Ying-Ting CHEN, Yu-Len CHEN, Wan-Ling TSENG
Academia Sinica, Taiwan |
| AS32-A006 |
Influence of Model Resolution on Bomb Cyclones Revealed by HighResMIP-PRIMAVERA Simulations |
Jiaxiang GAO1#+, Shoshiro MINOBE1, Malcolm ROBERTS2, Rein HAARSMA3, Dian PUTRASAHAN4, Christopher ROBERTS5, Enrico SCOCCIMARRO6, Laurent TERRAY7, Benoît VANNIÈRE8, Pier VIDALE8
1Hokkaido University, Japan, 2Met Office Hadley Centre, United Kingdom, 3Koninklijk Nederlands Meteorologisch Instituut, Netherlands, 4Max Planck Gesellschaft zur Foerderung der Wissenschaften E.V., Germany, 5European Centre for Medium-Range Weather Forecasts, United Kingdom, 6Fondazione Centro Euro-Mediterraneo sui Cambiamenti Climatici, Italy, 7Université de Toulouse/Centre National de la Recherche Scientifique, France, 8University of Reading, United Kingdom |
| AS32-A008 |
Roles of Air-sea Interaction in 2016 East Asia Heat Wave: Impact of Air-sea Coupling |
Donghyuck YOON1+, Dong-Hyun CHA1#, Myong-In LEE1, Ki-Hong MIN2,3, Joowan KIM4, Chang-Keun SONG1
1Ulsan National Institute of Science and Technology, Korea, South, 2Kyungpook National University, Korea, South, 3Purdue University, United States, 4Kongju National University, Korea, South |
| AS32-A009 |
Response of the Moisture-temperature Relationship to Global Warming |
Sridhara NAYAK1#+, Tetsuya TAKEMI2
1Japan Meteorological Corporation Limited, Japan, 2Kyoto University, Japan |
| AS32-A011 |
Spatiotemporal Characteristics and Related Factors for the Tropical Night in the South Korea Metropolitan Area |
TaeHun KANG+, Dong-Hyun CHA#, Donghyuck YOON
Ulsan National Institute of Science and Technology, Korea, South |
| AS32-A010 |
Future Change in Extreme Precipitation in East Asian Spring and Mei-yu Seasons in Two High-resolution AGCMs |
Chao-An CHEN1#+, Huang-Hsiung HSU1, Hsin-Chien LIANG1, Ping-Gin CHIU2, Chia-Ying TU1
1Academia Sinica, Taiwan, 2University of Bergen, Norway |
| AS32-A014 |
Cold Events Over the Eastern China: Perspective From Five Metropolitan Areas |
Ziyu SHANG#+, Guoxing CHEN
Fudan University, China |
| AS32-A015 |
Amplification Effect of Urbanization on Atmospheric Aridity Over China |
Peng WANG1+, Ming LUO1,2#
1Sun Yat-sen University, China, 2The Chinese University of Hong Kong, Hong Kong SAR |
| AS32-A016 |
A 3D Evaluation of Spatiotemporally Contiguous Extreme Rainfall in China |
Xiaoyu WANG1+, Ming LUO1,2#
1Sun Yat-sen University, China, 2The Chinese University of Hong Kong, Hong Kong SAR |
| AS33 Mesoscale and Orographic Effects on Airflow, Precipitation and Weather Systems |
| Abstract ID |
Abstract Title |
Authors |
| AS33-A007 |
Orographic Precipitation Enhancement in the Outer-core Region of Typhoon Chanthu (2021) Observed by a Dual-polarimetric Doppler Radar |
Tsubaki HOSOKAWA#+, Cheng-Ku YU
National Taiwan University, Taiwan |
| AS33-A001 |
Role of Topography in Generating Stationary Precipitating Systems Under Moist Unstable Conditions |
Tetsuya TAKEMI#+, Nanami NAKA
Kyoto University, Japan |
| AS33-A002 |
Relations Between Upstream Conditions and the Intensity of Orographic Precipitation on Main Mountain Ranges of South Korea |
Chia-Lun TSAI#+, Kwonil KIM, Heechul PARK, Hong-Mok PARK, Wonbae BANG, Gyu Won LEE
Kyungpook National University, Korea, South |
| AS33-A003 |
Assimilating Novel PBL Observations With a Regional Ensemble Data Assimilation System and Their Impact on Improving the PBL and Air Quality Prediction |
Chih Kuan WANG#+, Shu-Chih YANG, Sheng-Hsiang WANG, Fang-Yi CHENG
National Central University, Taiwan |
| AS33-A004 |
Characteristics of Active Rainfall Spells Over the Southern Slope of the Meghalaya Plateau Observed by Cherrapunji Radar |
Fumie MURATA1#+, Toru TERAO2, Shyam S. KUNDU3, Hiambok J. SYIEMLIEH4, Laitpharlang CAJEE4, Kinji FURUKAWA5, Takuji KUBOTA5, Sayeed Ahmed CHOUDHURY6
1Kochi University, Japan, 2Kagawa University, Japan, 3North Eastern Space Applications Centre, India, 4North-Eastern Hill University, India, 5Japan Aerospace Exploration Agency, Japan, 6Bangladesh Meteorological Department, Bangladesh |
| AS33-A009 |
Orographic Precipitation Over Mt. Da-Tun Associated With Typhoon Saola (2012) |
Ming-Jen HSU#+, Cheng-Ku YU
National Taiwan University, Taiwan |
| AS33-A005 |
Orographic Effects on the Predictability of Thunderstorms and Accompanying Rainfall |
Pin-Ying WU1#+, Tetsuya TAKEMI2
1Japan Meteorological Business Support Center, Japan, 2Kyoto University, Japan |
| AS33-A006 |
Statistical Characteristics of Convective Intensity, Cold Pool and, Propagation of Outer Tropical Cyclone Rainbands |
Brian JENG#+, Cheng-Ku YU, Che-Yu LIN
National Taiwan University, Taiwan |
| AS33-A010 |
High Resolution Numerical Simulation of 2018 Extreme Rainfall in Kaua‘i |
Xiao LUO#+, Pao-Shin CHU
University of Hawaii, United States |
| AS33-A011 |
A Statistical Study of Outer Tropical Cyclone Rainband Formation |
Che-Yu LIN#+, Cheng-Ku YU, Chi Hang PUN
National Taiwan University, Taiwan |
| AS33-A012 |
Investigating General Characteristics of Precipitation Development Over South Korea |
Kwonil KIM#+, Chia-Lun TSAI, Heechul PARK, Gyu Won LEE
Kyungpook National University, Korea, South |
| AS33-A018 |
Evolutionary Mechanisms of Heavy Rainfall Event With Deep Moist Convection in Seoul Metropolitan Area |
Yi June PARK#+, Jung-Hoon KIM
Seoul National University, Korea, South |
| AS33-A013 |
Orographic Precipitation Associated With Typhoon Meari (2011) and Development of an Orographic Precipitation Model |
Lin-Wen CHENG#+, Cheng-Ku YU, Syuan-Ping CHEN
National Taiwan University, Taiwan |
| AS33-A014 |
Characteristics of Hail-producing Convection in Bandung Basin, Indonesia as Derived From Himawari-8 High Resolution Data and X-band Radar Data |
Hiromitsu IKEDA1#+, Shoichi SHIGE1, Kazumasa AONASHI1, Hitoshi HIROSE2, Atsushi HAMADA3, Nurjanna Joko TRILAKSONO4, Rahma YANTI4, Dinda Shabrina MEDYANI4, Prawira Yudha KOMBARA5
1Kyoto University, Japan, 2Japan Aerospace Exploration Agency, Japan, 3University of Toyama, Japan, 4Institut Teknologi Bandung, Indonesia, 5National Research and Innovation Agency (BRIN), Indonesia |
| AS33-A015 |
Generation Mechanisms of Two Mountain Wave Turbulence Events in Alaska |
Yewon SHIN+, Jung-Hoon KIM#
Seoul National University, Korea, South |
| AS33-A016 |
Three-dimensional Variational Multi-doppler Wind Retrieval Over Complex Terrain |
Ting-Yu CHA1#+, Michael BELL1, Wenchau LEE2
1Colorado State University, United States, 2National Center for Atmospheric Research, United States |
| AS33-A017 |
Impacts of Coastal Terrain on Warm-sector Heavy-rain-producing MCSs in Southern China |
Murong ZHANG1+, Kristen RASMUSSEN2, Zhiyong MENG3#, Yipeng HUANG4
1Xiamen University, China, 2Colorado State University, United States, 3Peking University, China, 4Xiamen Meteorological Bureau, China |
| AS33-A019 |
Mesoscale Analysis of the Extreme Heavy Rain Event in Taipei on 8 September 2018 |
Yu-Sheng LIANG1+, Chung-Yi LIN2, Chi-June JUNG1, Yucheng KAO3, Ben JOU1#
1National Taiwan University, Taiwan, 2National Science and Technology Center for Disaster Reduction, Taiwan, 3Environmental Simulation Co. Ltd., Taiwan |
| AS33-A020 |
Wind Speed and Duration of Local ‟Sendaigawa Arashi” Wind Phenomenon in the Coastal Area of Satsumasendai City, Kagoshima Prefecture, Japan |
Yoshinori SHIGETA#+
Tottori University of Environmental Studies, Japan |
| AS34 Aerosols and Trace Gases Affecting Asia: Source, Composition, Transport, and Impacts |
| Abstract ID |
Abstract Title |
Authors |
| AS34-A002 |
Seasonal Variation, Spatial Distribution, and Transport Routes of Speciated Atmospheric Mercury in the Eastern Channel of Taiwan Island |
Kuan-Chen CHIANG#+, Jun-Hao CENG, Chung-Shin YUAN, Po-Hsuan YEN, Yu-Lun TSENG
National Sun Yat-sen University, Taiwan |
| AS34-A003 |
Spatiotemporal Variation, Chemical Fingerprints, and Source Apportionment of PM2.5 at the Southeastern Sea Areas of Taiwan Island |
Jun-Hao CENG#+, Po-Hsuan YEN, Kuan-Chen CHIANG, Yu-Lun TSENG, Chung-Shin YUAN
National Sun Yat-sen University, Taiwan |
| AS34-A005 |
Features of the Tropopause Aerosol Layer at the Tibetan Plateau Revealed by In-situ Measurements and the Influence of the Raikoke Volcanic Eruptions |
Xue WU#+
Chinese Academy of Sciences, China |
| AS34-A006 |
Transport of Asian Biomass Burning Pollutants Gases to the UTLS and Its Impact on Ozone in the Lower Stratosphere: As Seen in a Global Model |
Tanusri CHAKRABORTY#+, Prashant CHAVAN
Indian Institute of Tropical Meteorology, India |
| AS34-A007 |
Using ERA5 and Lagrangian Transport Calculation To Estimate ATAL Surface Sources From COBALD Balloon Measurements |
Jan CLEMENS1#+, Bärbel VOGEL1, Lars HOFFMANN1, Sabine GRIESSBACH1, Nicole THOMAS1, Suvarna FADNAVIS2, Thomas PETER3
1Forschungszentrum Jülich GmbH, Germany, 2Indian Institute of Tropical Meteorology, India, 3Swiss Federal Institute of Technology (ETH), Switzerland |
| AS34-A008 |
Wildfire Smoke and Stratospheric Chemistry |
Pengfei YU#+
Jinan University, China |
| AS34-A009 |
Chemical Composition and Sources of Amines in PM2.5 in an Urban Site of PRD China |
Shan HUANG1#+, Weiwei HU2, Bin YUAN1, Qicong SONG1, Junwen LIU1
1Jinan University, China, 2Chinese Academy of Sciences, China |
| AS34-A010 |
Attributing Emissions of Short-lived Climate Forcers and Their Impacts Using Remotely Sensed Measurements of Trace Gasses and Aerosols With Simple Models |
Jason COHEN#+
China University of Mining and Technology, China |
| AS34-A011 |
Light Absorption and Chemical Properties of Water-soluble Brown Carbon in Coastal Cities in Eastern China |
Haibiao CHEN1#+, Caiqing YAN1, Lin DU1, Xuehua ZHOU1, Bing CHEN1, Xinfeng WANG1, Likun XUE1, Qiaoyun YANG2
1Shandong University, China, 2Tianjin Medical University, China |
| AS34-A012 |
Evaluation of the Relative Contributions of the Heterogeneous and Gas-phase Chemistry to the Ozone Anomalies Due to the 1991 Pinatubo Eruption |
Yifeng PENG1#+, Pengfei YU2
1Lanzhou University, China, 2Jinan University, China |
| AS34-A013 |
Enhanced Contribution of Anthropogenic Sources to Elements in Fine Particles Over the Offshore Area of Northern China |
Yuxuan QI1+, Wenshuai LI1, Wenqing ZHU1, Jinhui SHI1, Daizhou ZHANG2, Yanjing ZHANG1, Lifang SHENG1, Wencai WANG1, Yunhui ZHAO1, Guanru WU1, Xinfeng WANG3, Yang ZHOU 1#
1Ocean University of China, China, 2Prefectural University of Kumamoto, Japan, 3Shandong University, China |
| AS34-A014 |
Characteristics of Non-precipitation Clouds of the Eastern Qinghai-Tibet |
Xia WAN1#+, Guirong XU1, Jianfeng QIN2
1China Meteorological Administration, China, 2Wuhan Meteorological Service, China |
| AS34-A015 |
High Levels of Particulate Nitro-aromatic Compounds at a Coastal Rural Area in Northern China and the Source Analysis |
Yueru JIANG1#+, Xinfeng WANG1, Min LI1, Yiheng LIANG2, Zhiyi LIU1, Jing CHEN1, Yujiao ZHU1, Likun XUE1, Wenxing WANG1
1Shandong University, China, 2ETH Zürich, Switzerland |
| AS34-A016 |
Identifying Sensitive Areas for Targeted Observations to Improve Air Quality Prediction Over South Korea |
Seungyeon LEE1+, Xiaohao QIN2, Ji Won YOON1, Sujeong LIM1, Ebony LEE1, Seon Ki PARK1#
1Ewha Womans University, Korea, South, 2Chinese Academy of Sciences, China |
| AS34-A017 |
Blue Emissions Associated With Narrow Bipolar Events From Thunderstorm Clouds Penetrating Into the Stratosphere |
Feifan LIU1#+, Torsten NEUBERT2, Baoyou ZHU1, Gaopeng LU1, Jiuhou LEI1
1University of Science and Technology of China, China, 2Technical University of Denmark, Denmark |
| AS35 Idealised Frameworks, Modelling, and Observations to Understand Moist Convective Processes at Various Scales |
| Abstract ID |
Abstract Title |
Authors |
| AS35-A001 |
Seasonal RCE on Moisture Space From the Observational Perspectives |
Peng-Jen CHEN#+, Wei Ting CHEN, Yen-Ting HWANG, Chien-Ming WU
National Taiwan University, Taiwan |
| AS35-A002 |
Convective Response in a Cloud-permitting Simulation of the MJO: Time Scales and Processes |
Yan LIU1#+, Zhe-Min TAN1, Zhaohua WU2
1Nanjing University, China, 2Florida State University, United States |
| AS35-A003 |
Factors Controlling Precipitation Intensity in Idealised Monsoon Simulations Over an Aquapatch |
Maxime COLIN1#+, Jan O. HAERTER1, Vishal DIXIT2
1Leibniz Centre for Tropical Marine Research, Germany, 2TU Delft, Netherlands |
| AS35-A005 |
Idealized Simulation of Convectively Coupled Kelvin Wave Using the Single-column Unified Forecast System |
I-Kuan HU1#+, Stefan TULICH2, George KILADIS2, Juliana DIAS2
1Cooperative Institute for Research in Environmental Sciences, United States, 2National Oceanic and Atmospheric Administration, United States |
| AS35-A004 |
A Shallow-water Model for Convective Self-aggregation |
Da YANG#+
University of California, Davis, United States |
| AS36 Advances in ENSO Dynamics, ENSO Prediction and ENSO Teleconnection |
| Abstract ID |
Abstract Title |
Authors |
| AS36-A001 |
Study of ENSO Effects on Australian Bushfire Conditions Between 1876 – 2014 |
Soubhik BISWAS1#+, Savin CHAND1, Andrew DOWDY2, Wendy WRIGHT1, Cameron FOALE1, Xiaohui ZHAO1
1Federation University, Australia, 2Bureau of Meteorology, Australia |
| AS36-A002 |
On the Asymmetric SSTA Zonal Spatial Pattern Between El Niño and La Niña |
Zian GE1+, Lin CHEN1#, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS36-A003 |
The Asymmetric Connection of SST in the Tasman Sea With Respect to the Opposite Phases of ENSO in Austral Summer |
Shuanglin LI1#, Xueqian SUN2+, Stefan LIESS3
1China University of Geosciences, China, 2Chinese Academy of Sciences, China, 3University of Minnesota Twin Cities, United States |
| AS36-A004 |
Restored Relationship Between ENSO and Indian Summer Monsoon Rainfall Around 1999/2000 |
Xianke YANG#+, Ping HUANG
Chinese Academy of Sciences, China |
| AS36-A005 |
Deep Learning Method Shows Higher Skill in Predicting Central Pacific Than Eastern Pacific ENSO |
Tingyu WANG#+, Ping HUANG
Chinese Academy of Sciences, China |
| AS36-A007 |
Impacts of Tropical North Atlantic and Equatorial Atlantic SST Anomalies on ENSO |
Leishan JIANG1#+, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS36-A008 |
Influence of Winter Arctic Sea Ice Concentration Change on the El Niño-Southern Oscillation in the Following Winter |
Shangfeng CHEN#+
Chinese Academy of Sciences, China |
| AS36-A010 |
Seasonally Alternate Roles of the North Pacific Oscillation and the South Pacific Oscillation in Tropical Pacific Zonal Wind and ENSO |
Wenxiu ZHONG1#+, Wenju CAI2,3, Song YANG1, Arnold SULLIVAN3, Wansuo DUAN4
1Sun Yat-sen University, China, 2Ocean University of China and Qingdao National Laboratory for Marine Science and Technology, China, 3Commonwealth Scientific and Industrial Research Organisation, Australia, 4Chinese Academy of Sciences, China |
| AS36-A012 |
Long-range Prediction of El Niño and La Niña Beyond a Year |
S. SHARMILA1,2#+, Harry HENDON2, Oscar ALVES2, Antje WEISHEIMER3, Magdalena BALMASEDA3
1University of Southern Queensland, Australia, 2Bureau of Meteorology, Australia, 3European Centre for Medium-Range Weather Forecasts, United Kingdom |
| AS36-A011 |
The Phase-locking of Tropical North Atlantic and the Contribution of ENSO |
Han-Ching CHEN1#+, Fei-Fei JIN2, Leishan JIANG1
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS36-A017 |
Seasonal Transition of Precedent Indian Ocean Basin Mode and Subsequent Indian Ocean Dipole Without ENSO Impact |
Mengke ZHANG1+, Dachao JIN2#
1Chinese Academy of Meteorological Sciences, China, 2Nanjing University of Information Science & Technology, China |
| AS36-A018 |
Factors Determining the ENSO Period Simulation Bias in Coupled Models: A Physical Process-oriented Analysis |
Ming SUN1+, Lin CHEN1#, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS36-A019 |
Rectification Effect of ENSO on Tropical Pacific Climate |
Manrui XUE#+
University of Hawaii, United States |
| AS36-A020 |
Mechanism for Southward Shift of Zonal Wind Anomalies During the Mature Phase of ENSO |
Yuhan GONG1#+, Tim LI2
1Nanjing University of Information Science & Technology, China, 2University of Hawaii at Manoa, United States |
| AS36-A022 |
Mean Sea Surface Temperature Changes Influence ENSO-related Precipitation Changes in the Mid-latitudes |
Young-Min YANG#+
Nanjing University of Information Science & Technology, China |
| AS36-A023 |
Atlantic Multidecadal Oscillation Modulates ENSO Atmospheric Anomaly Amplitude in the Tropical Pacific |
Xin GENG#+
Nanjing University of Information Science & Technology, China |
| AS36-A024 |
Change of El Nino and La Nina Amplitude Asymmetry Around 1980 |
Xiao PAN1#+, Tim LI2, Mingcheng CHEN1
1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States |
| AS36-A025 |
Zonal Structure of Tropical Pacific Surface Salinity Anomalies Affects ENSO Intensity and Asymmetry |
Cong GUAN1#+, Feng TIAN1, Michael MCPHADEN2, Fan WANG1, Shijian HU1, Rong-Hua ZHANG1
1Chinese Academy of Sciences, China, 2National Oceanic and Atmospheric Administration, United States |
| AS37 Biogenic VOCs: Emissions, Atmospheric Oxidation, and Impacts |
| Abstract ID |
Abstract Title |
Authors |
| AS37-A003 |
River Winds and Transport of Forest Volatiles in the Amazonian Riparian Ecoregion |
Jianhuai YE1+, Carla BATISTA2, Tianning ZHAO3, Jesus CAMPOS4, Yongjing MA5, Patricia GUIMARÃES2, Igor RIBEIRO2, Adan MEDEIROS2, Matthew STEWART3, Jordi VILÀ-GUERAU DE ARELLANO6, Alex GUENTHER4, Rodrigo SOUZA2, Scot MARTIN3#
1Southern University of Science and Technology, China, 2Amazonas State University, Brazil, 3Harvard University, United States, 4University of California, Irvine, United States, 5Chinese Academy of Sciences, China, 6Wageningen University, Netherlands |
| AS37-A006 |
Observational Insights Into Isoprene Secondary Organic Aerosol Formation Through the Epoxides Pathway |
Xiang DING#+
Chinese Academy of Sciences, China |
| AS38 Subseasonal to Seasonal Forecasts and Applications |
| Abstract ID |
Abstract Title |
Authors |
| AS38-A001 |
Experimentation, Validation and Operationalization by Indonesian Agency for Meteorology, Climate and Geophysics (BMKG) of Climate Services in Sub-seasonal Prediction |
Novi FITRIANTI1#+, Charles DE LA CROIX-VAUBOIS1, Thierry LEFORT2
1Meteo France International, France, 2Lefort Weather Consulting, France |
| AS38-A002 |
Probabilistic Extreme Temperature Forecasts Using the Bayesian Processor of Ensemble Over Taiwan |
Hsin-Yu CHU1#+, Yun-Jing CHEN1, Zoltan TOTH2, Hui-Ling CHANG1,3
1Central Weather Bureau, Taiwan, 2National Oceanic and Atmospheric Administration, United States, 3National Central University, Taiwan |
| AS38-A005 |
APCC's Climate Information Services on Subseasonal to Seasonal Prediction |
Hyung Jin KIM#+, Yun-Young LEE, Inja JEON, A-Young LIM, Bo Ra KIM, Sangwon MOON
APEC Climate Center, Korea, South |
| AS38-A003 |
Developing Subseasonal to Seasonal Forecast Applications for the Marine Sector |
Claire SPILLMAN1#+, Grant SMITH1, Alistair HOBDAY2, Jason HARTOG2
1Bureau of Meteorology, Australia, 2CSIRO Oceans and Atmosphere, Australia |
| AS38-A007 |
Evaluation of the Performance of Adaptive Thresholding for Sub-seasonal Extreme Heavy Rainfall in Southeast Asia |
Wee Leng TAN#+, Thea TURKINGTON, Ryan KANG
Centre for Climate Research Singapore, Singapore |
| AS38-A004 |
The Decaying Stage of Springtime Hot Season in Indochina and Its Subseasonal Prediction |
Mien-Tze KUEH#+, Chuan-Yao LIN
Academia Sinica, Taiwan |
| AS38-A006 |
Threshold-based ‘Category’ Seasonal Outlooks for End-users |
Ryan KANG#+, Wee Leng TAN, Thea TURKINGTON
Centre for Climate Research Singapore, Singapore |
| AS38-A008 |
Two Years of S2S Outlooks for Hydrometeorological Disasters as Part of the S2S Southeast Asia Pilot Project |
Thea TURKINGTON1#+, Wee Leng TAN1, Ryan KANG1, Keith Paolo LANDICHO2, G. SRINIVASAN3, Sung Eun KIM4
1Centre for Climate Research Singapore, Singapore, 2AHA Centre, Thailand, 3Regional Integrated Multi-Hazard Early Warning System for Africa and Asia, Thailand, 4United Nations Economic and Social Commission for Asia and the Pacific, Thailand |
| AS38-A009 |
Skill of Multiple Seasonal Forecasts System for Indian Summer Monsoon Rainfall |
Shipra JAIN1,2#+, Adam SCAIFE3,4
1National Environment Agency, Singapore, 2Centre for Climate Research Singapore, Singapore, 3Met Office, United Kingdom, 4University of Exeter, United Kingdom |
| AS38-A010 |
Boreal Summer Intraseasonal Oscillation in S2S Reforecasts |
Daniel SIMON+, Neena Joseph MANI#
Indian Institute of Science Education and Research, Pune, India |
| AS39 Multi-sensor Observations of Severe Storms for Disaster Mitigation |
| Abstract ID |
Abstract Title |
Authors |
| AS39-A001 |
Heavy Rain Microphysics in Tropical and Subtropical Northeast Asia, Southeast Asia, and Oceania: Videosonde Observations |
Tsutomu TAKAHASHI1#+, Tetsuya KAWANO1, Kenji SUZUKI2, Khamneung MUANGKOTE3
1Kyushu University, Japan, 2Yamaguchi University, Japan, 3Thai Meteorological Department (Retired), Thailand |
| AS39-A003 |
Development of a New Balloon-borne Particle Imaging Sensor and Terminal Velocity Measurement of Precipitation Particles in Clouds |
Kenji SUZUKI1#+, Takuji SUGIDACHI2, Kensaku SHIMIZU2, Masatomo FUJIWARA3
1Yamaguchi University, Japan, 2Meisei Electric, Japan, 3Hokkaido University, Japan |
| AS39-A006 |
Analyzing the Rainfall Estimates and Hydrological Applicability Using X-band Dual-polarization Radars in South Korea |
Seongsim YOON1#+, Sanghun LIM1, Wansik YU2
1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2K-water, Korea, South |
| AS39-A004 |
Thunderstorm Observation by the Phased Array Weather Radar |
Tomoo USHIO1#+, Yuuki WADA1, Eiichi YOSHIKAWA2, Dong-Kyun KIM1
1Osaka University, Japan, 2Japan Aerospace Exploration Agency, Japan |
| AS39-A005 |
Precipitation Threshold for Urban Flood Warning Using Multi-sensor-based Observations |
Dongkyun KIM#+
Hongik University, Korea, South |
| AS39-A007 |
Bimodal Raindrop Size Distributions From Observational Analysis With a New Formula |
Megumi OKAZAKI1#+, Tetsuya TAKEMI1, Yasuhiro AWATA2, Tomoro YANASE3, Satoru OISHI4,5
1Kyoto University, Japan, 2Japan Aerospace Exploration Agency, Japan, 3RIKEN Cluster for Pioneering Research, Japan, 4Kobe University, Japan, 5RIKEN, Japan |
| AS39-A008 |
Aircraft Dropsonde Observation of Atmospheric Rivers and Typhoons |
Kazuhisa TSUBOKI#+
Nagoya University, Japan |
| AS39-A009 |
Long-term Assessment of the Reflectivity Biases and Wet-radome Effect Using Collocated Operational S- and C-band Dual-polarimetric Radars |
Jui Le LOH1+, Wei-Yu CHANG1#, Hsiu-Wei HSU1, Pin-Fang LIN2, Pao-Liang CHANG2, Yung-Lin TENG1, Yu-Chieng LIOU1
1National Central University, Taiwan, 2Central Weather Bureau, Taiwan |
| AS39-A011 |
A Storm-based Probability Nowcasting Establish by Tracking Error Statistics |
Tsai-Jung LEE1#+, Kaoshen CHUNG1, Ching-Yin KE1, Treng-Shi HUANG2, Shin-Gan CHEN2
1National Central University, Taiwan, 2Central Weather Bureau, Taiwan |
| AS39-A010 |
Multifractal Analysis of Three-dimensional Precipitation and Water Vapor Flux Associated With Linear Mesoscale Convective Systems in Japan |
Ono AKIYUKI#+, Kosei YAMAGUCHI, Eiichi NAKAKITA
Kyoto University, Japan |
| AS39-A012 |
Assimilating Dual-polarimetric Radar Observations With EnKF: Analysis and Forecasts in a Real Case |
Bing-Xue ZHUANG1#+, Kaoshen CHUNG1, Chih-Chien TSAI2
1National Central University, Taiwan, 2National Science and Technology Center for Disaster Reduction, Taiwan |
| AS39-A013 |
Application of Quantitative Precipitation Nowcasts Algorithm for High Resolution Weather Radar |
Yu-Ri LEE#+, Dong-Bin SHIN
Yonsei University, Korea, South |
| AS39-A014 |
Cloud Radar Observation of Early Development Stage of Summer Convective Clouds in the Tokyo Metropolitan Area, Japan |
Tadayasu OHIGASHI#+, Takeshi MAESAKA, Shin-Ichi SUZUKI, Yukari SHUSSE, Namiko SAKURAI
National Research Institute for Earth Science and Disaster Resilience, Japan |
| AS39-A015 |
Development of Flash Flood Forecasting System Based on Rainfall Radar |
Seok Hwan HWANG1#+, Jungsoo YOON1, Narae KANG1, Keonhaeng LEE2, Yooseung WON2, Dong-Ryul LEE1
1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2Han River Flood Control Office, Korea, South |
| AS39-A016 |
Raindrop Size Distribution Characteristics of Mei-yu Season Rainfall Observed Over North Taiwan |
Balaji Kumar SEELA1,2+, Jayalakshmi JANAPATI1, Pay-Liam LIN1#, Chen-Hau LAN1
1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS39-A017 |
An Assessment of GPM DPR Data Products With North Taiwan Disdrometer Measurements |
Jayalakshmi JANAPATI1+, Balaji Kumar SEELA1,2, Pay-Liam LIN1#, Chen-Hau LAN1, Utpal KUMAR3
1National Central University, Taiwan, 2Academia Sinica, Taiwan, 3University of California, Berkeley, United States |
| AS39-A018 |
Study on Relationships Between Polarimetric Radar Parameters and Raindrop Size Distribution With Isolated Large Raindrops |
Tomoki MATSUSHIMA1#+, Satoru OISHI1,2, Yoshiyuki KAJIKAWA1, Megumi OKAZAKI3
1Kobe University, Japan, 2RIKEN, Japan, 3Kyoto University, Japan |
| AS39-A019 |
Influence of Mid-level Water Vapor on the Development of Convective Clouds by Analyzing GNSS and Terrestrial Digital Broadcasting Waves Observation |
Kimitaka MURASE1#+, Kosei YAMAGUCHI1, Eiichi NAKAKITA1, Hanado HIROSHI2, Seiji KAWAMURA2, Kaya KANEMARU2, Kazuyoshi SOUMA3
1Kyoto University, Japan, 2National Institute of Information and Communications Technology, Japan, 3University of Yamanashi, Japan |
| AS39-A023 |
Real-time Average Recurrence Interval Map of Accumulative Rainfall for Japan |
Kohin HIRANO#+, Satoshi IIZUKA, Takeshi MAESAKA
National Research Institute for Earth Science and Disaster Resilience, Japan |
| AS39-A024 |
Comparison of QPFs Based on Radar Precipitation and High-resolution Gridded Precipitation |
Ho-Jun KIM+, Sumiya URANCHIMEG, Yoon Jeong KWON, Hyun-Han KWON#
Sejong University, Korea, South |
| AS40 Asian-Australian Monsoon: Linking Research to Operational Needs |
| Abstract ID |
Abstract Title |
Authors |
| AS40-A001 |
Structure and Maintenance Mechanisms of the Mascarene High in Austral Winter |
Yuan ZHAO1+, Zhiping WEN2, Xiuzhen LI1#, Ruidan CHEN1, Guixing CHEN1
1Sun Yat-sen University, China, 2Fudan University, China |
| AS40-A002 |
The Combined Influence of the Madden-Julian Oscillation and El Niño-southern Oscillation on Australian Rainfall |
Tim COWAN1#+, Matthew WHEELER2, Andrew MARSHALL2
1University of Southern Queensland, Australia, 2Bureau of Meteorology, Australia |
| AS40-A005 |
Observed Impact of Asian-Australian Monsoon and Indo-Pacific Sea Surface Temperature on Major Cities Climate in Indonesia for Typical Meteorological Year Development |
Radyan Putra PRADANA1,2#+, Han Soo LEE1, Mohamad Husein NURRAHMAT2, I Dewa Gede ARYA PUTRA2, Hideyo NIMIYA3, Tetsu KUBOTA1, Donaldi PERMANA2
1Hiroshima University, Japan, 2Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, 3Kagoshima University, Japan |
| AS40-A004 |
Hydroclimate Changes and Climatic Extremes Over Asia |
Kyung-Ja HA#+
Pusan National University, Korea, South |
| AS40-A006 |
Warming-induced Changes in ENSO-monsoon Teleconnection Over South-East Asia |
Chen CHEN1#+, Sandeep SAHANY1, Aurel MOISE1, Xin Rong CHUA1, Muhammad Eeqmal HASSIM1,2, Gerald LIM1, Venkatraman PRASANNA2
1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore |
| AS40-A007 |
Precipitation Characteristics and Environments of Extreme Precipitation Events Extracted From the GPM/DPR Measurements |
Yukari TAKAYABU#+, Haruna TONE
The University of Tokyo, Japan |
| AS40-A008 |
Interhemispheric and Seasonal Asymmetry in the Monsoon Onset Processes and Distribution of High Moist Static Energy Airmass |
Toru TERAO1#+, Fumie MURATA2, Yusuke YAMANE3, Masashi KIGUCHI4, Azusa FUKUSHIMA5, Masahiro TANOUE6, Hideyuki KAMIMERA7, Taiichi HAYASHI8
1Kagawa University, Japan, 2Kochi University, Japan, 3Tokoha University, Japan, 4The University of Tokyo, Japan, 5Kobe Gakuin University, Japan, 6National Institute for Environmental Studies, Japan, 7National Research Institute for Earth Science and Disaster Resilience, Japan, 8Kyoto University, Japan |
| AS40-A009 |
Influence of Boreal Summer Intraseasonal Oscillation on Rainfall Extremes and Monsoon Break Events in the Philippines |
Lyndon OLAGUERA1,2, Jun MATSUMOTO3,4#+, John MANALO3,5
1Ateneo de Manila University, Philippines, 2Manila Observatory, Philippines, 3Tokyo Metropolitan University, Japan, 4Japan Agency for Marine-Earth Science and Technology, Japan, 5Philippine Atmospheric Geophysical and Astronomical Services Administration, Philippines |
| AS41 Atmospheric Electricity: Thunderstorms, Lightning and Transient Luminous Events and Their Effects on the Ionosphere |
| Abstract ID |
Abstract Title |
Authors |
| AS41-A002 |
Lightning Analysis for Thunderstorms Associated With Sprites in a Squall Line |
Hsun-Ya HOU1+, Cheng-Ling KUO1#, Tai-Yin HUANG2, Mitsuteru SATO3, Chen-Yu HUNG1, Wei-Yu CHANG1, Rue-Ron HSU4, Lou-Chuang LEE1
1National Central University, Taiwan, 2Penn State Lehigh Valley, United States, 3Hokkaido University, Japan, 4National Cheng Kung University, Taiwan |
| AS41-A001 |
Optical Diagnosis of Electric Fields in Sprites |
Cheng-Ling KUO1#+, Tai-Yin HUANG2, Rue-Ron HSU3, Lou-Chuang LEE1
1National Central University, Taiwan, 2Penn State Lehigh Valley, United States, 3National Cheng Kung University, Taiwan |
| AS41-A003 |
Global Properties of Sprites Observed Over the Sea of Japan and the Pacific Ocean Between 2016 and 2021 |
Maomao DUAN1#+, Takanori SAKAMOTO1, Teruaki ENOTO2, Masashi KAMOGAWA3, Koji ITO4
1Aoyama Gakuin University, Japan, 2RIKEN, Japan, 3University of Shizuoka, Japan, 4SonotaCo Network, Japan |
| AS41-A004 |
Lightning Activities in Typhoon Clouds and Their Relation to the Typhoon Intensity Development |
Mitsuteru SATO1#+, Yukihiro TAKAHASHI1, Hisayuki KUBOTA1, Glenn LOPEZ2
1Hokkaido University, Japan, 2Advanced Science and Technology Institute, Philippines |
| AS41-A005 |
A Review of Lightning-induced Transient Emission in the Airglow Layers in the MLT Region. What is Next? |
Tai-Yin HUANG1#+, Cheng-Ling KUO2
1Penn State Lehigh Valley, United States, 2National Central University, Taiwan |
| AS41-A006 |
Advancing the Understanding of Lightning and Transient Luminous Events Through the Study of Streamers |
Ningyu LIU#+
University of New Hampshire, United States |
| AS41-A007 |
Characteristics of Intracloud Lightning to Cloud-to-ground Lightning Ratio in Thunderstorms Over China |
Yushu REN#+, Weixin XU
Sun Yat-sen University, China |
| AS42 Extreme Weather Resiliency: Prediction and Response Strategies |
| Abstract ID |
Abstract Title |
Authors |
| AS42-A001 |
Statistical Postprocessing of 1-14-day Probabilistic Cold Extreme Forecasts Over Taiwan |
Yun-Jing CHEN1, Hui-Ling CHANG1,2#+, Zoltan TOTH3, Pay-Liam LIN2
1Central Weather Bureau, Taiwan, 2National Central University, Taiwan, 3National Oceanic and Atmospheric Administration, United States |
| AS42-A002 |
Evaluation of Probabilistic Forecasts of Consecutive Days Without Measurable Rainfall Over Taiwan |
Shih-Chun CHOU1+, Hui-Ling CHANG1,2#, Chih-Yung Feng FENG3, Han-Fang LIN3, Pay-Liam LIN2
1Central Weather Bureau, Taiwan, 2National Central University, Taiwan, 3Manysplended Infotech Ltd, Taiwan |
| AS42-A003 |
Raindrop Size Distribution Characteristics of the Western Pacific Tropical Cyclones Measured in the Palau Islands |
Balaji Kumar SEELA1,2+, Jayalakshmi JANAPATI1, Pay-Liam LIN1#, Chen-Hau LAN1, Ryuichi SHIROOKA3, Hiroyuki HASHIGUCHI4, Krishna Reddy KRISHNAREDDIGIARI5
1National Central University, Taiwan, 2Academia Sinica, Taiwan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4Kyoto University, Japan, 5Yogi Vemana University, India |
| AS42-A004 |
Investigating the Lagrangian Evolution of Microphysical Characteristics of Convective Precipitation Systems Using Dual-polarimetric Radar |
Wei-Yu CHANG#+
National Central University, Taiwan |
| AS42-A009 |
Investigation of the Hygroscopic Cloud- Seeding Effects in Liquid-water Clouds in Northern Taiwan: Sensitivity Analysis by WRF |
Kai-I LIN#+, Kaoshen CHUNG, Sheng-Hsiang WANG
National Central University, Taiwan |
| AS42-A005 |
Applying Ensemble Singular Vector to Study the Sensitivity of a Mei-yu Front-associated Heavy Rainfall Event on 2nd June 2017 in Taiwan |
Peng-Xiang LAI1#+, Shu-Chih YANG1, Kevin LUPO2, Ryan TORN2
1National Central University, Taiwan, 2University at Albany, State University of New York, United States |
| AS42-A008 |
Extreme Snow Events Along the Coast of the Northeast United States: Potential Changes Due to Global Warming |
Guoxing CHEN1#+, Wei-Chyung WANG2, Chao-Tzuen CHENG3, Huang-Hsiung HSU4
1Fudan University, China, 2University at Albany - State University of New York, United States, 3National Science and Technology Center for Disaster Reduction, Taiwan, 4Academia Sinica, Taiwan |
| AS42-A011 |
Extreme Heavy Rainfall Event on 01-02 June 2017: Ensemble Simulations and Cluster Analysis |
Pei-Jung TSAI#+, Kaoshen CHUNG, Yu-Chieng LIOU, Ching-Yin KE
National Central University, Taiwan |
| AS42-A006 |
Extended-range Reservoir Inflow Forecasting Based on Calibrated and Downscaled Rainfall Forecasts |
Hui-Ling CHANG1,2#+, Tao-Chang YANG3, Jing-Shan HONG1
1Central Weather Bureau, Taiwan, 2National Central University, Taiwan, 3National Cheng Kung University, Taiwan |
| AS42-A007 |
Typhoon and Catastrophic Disaster Insurance Modeling in Agriculture: An Application to Paddy Rice in Taiwan |
Ching-Cheng CHANG1#+, Wenko HSU2, Hui-Ling CHANG3,2, Jing-Shan HONG3, Shueng-Huey CHIANG3
1Academia Sinica, Taiwan, 2National Central University, Taiwan, 3Central Weather Bureau, Taiwan |
| AS42-A012 |
Microphysical Characteristics of N-th Moments Relationship in Drop Size Distribution Over North Taiwan |
Chen-Hau LAN1+, Pay-Liam LIN1#, Kaoshen CHUNG1, Zhao-Cheng ZENG1, Meng-Tze LEE2
1National Central University, Taiwan, 2McGill University, Canada |
| AS42-A010 |
Analysis and Simulations of a Heavy Rainfall Event Associated With the Passage of a Shallow Front Over Northern Taiwan on 2 June 2017 |
Chuan-Chi TU1#+, Yi-Leng CHEN2,1, Pay-Liam LIN1, Mu-Qun HUANG1
1National Central University, Taiwan, 2University of Hawaii at Manoa, United States |
| AS42-A013 |
Rainfall Kinetic Energy Functional Relationships With GPM DPR Data Products |
Jayalakshmi JANAPATI1+, Balaji Kumar SEELA1,2, Pay-Liam LIN1#, Chen-Hau LAN1, Utpal KUMAR3
1National Central University, Taiwan, 2Academia Sinica, Taiwan, 3University of California, Berkeley, United States |
| AS42-A014 |
The Impacts of Mid-level Moisture on the Structure, Evolution and Precipitation of Afternoon Thunderstorms: A Real-case Modeling Study at Taipei on 14 June 2015 |
Jyong-En MIAO1,2#+, Ming-Jen YANG1
1National Taiwan University, Taiwan, 2Civil Aeronautics Administration, Taiwan |
| AS42-A015 |
Simulation of the Heavy Rainfall Event Produced by the Prefrontal MCS During Mei-yu Season |
Siang-Yu ZHAN#+, Pay-Liam LIN, Chuan-Chi TU
National Central University, Taiwan |
| AS42-A016 |
Characteristics of Low Level Jets and Boundary Layer Structure Over Northern Taiwan and Dongsha Island Revealed From Wind Profilers |
Pay-Liam LIN#+, Yen-LIng LIOU
National Central University, Taiwan |
| AS42-A018 |
An Overview of Low-level Jets and Their Roles in Heavy Rainfall Over the Taiwan Area During the Early Summer Rainy Season |
Yi-Leng CHEN1,2#+, Chuan-Chi TU2, Feng HSIAO1, Ching-Sen CHEN2, Pay LIAM2, Po-Hsiung LIN3
1University of Hawaii at Manoa, United States, 2National Central University, Taiwan, 3National Taiwan University, Taiwan |
| AS42-A019 |
Effect of the Low-level Jets on the Movement of the Mei-yu Front |
Mu-Qun HUANG#+, Pay-Liam LIN
National Central University, Taiwan |
| AS42-A020 |
Rainfall Distribution and Formation Mechanism in Yilan Plain Area During the 2020 Yilan Experiment for Severe Rainfall |
Pay-Liam LIN#, Lin HUNG+
National Central University, Taiwan |
| AS43 Middle Atmosphere Science |
| Abstract ID |
Abstract Title |
Authors |
| AS43-A001 |
Vertical Transport of Mesospheric Water Vapor and Carbon Monoxide by the Migrating Diurnal Tide |
Cornelius Csar Jude SALINAS1#+, Dong WU2, Jae LEE2, Loren CHANG1, Jia YUE2, Quan GAN3, Liying QIAN4, Hanli LIU4, James M. RUSSELL5, Martin MLYNCZAK6
1National Central University, Taiwan, 2National Aeronautics and Space Administration, Goddard Space Flight Center, United States, 3University of Colorado Boulder, United States, 4National Center for Atmospheric Research, United States, 5Hampton University, United States, 6National Aeronautics and Space Administration, United States |
| AS43-A002 |
The Simplified Chemistry-dynamical Model (SCDM V1.0) |
Hao-Jhe HONG1#+, Thomas REICHLER2
1Academia Sinica, Taiwan, 2University of Utah, United States |
| AS43-A003 |
Compensation Between Planetary Wave Forcing and Orographic Gravity Wave Drag in the Northern Hemisphere Winter Stratosphere Revealed in the CFSR Reanalysis Data |
Ji-Hee YOO+, Hye-Yeong CHUN#
Yonsei University, Korea, South |
| AS43-A004 |
Activities of Small-scale Gravity Waves in the Upper Mesosphere Observed From Meteor Radar at King Sejong Station, Antarctica (62.22°S, 58.78°W) and Their Potential Sources |
Byeong-Gwon SONG1+, In-Sun SONG1, Hye-Yeong CHUN1#, Changsup LEE2, Hosik KAM3, Yongha KIM4, Min-Jee KANG5, Neil HINDLEY6, Nicholas MITCHELL6
1Yonsei University, Korea, South, 2Korea Polar Research Institute, Korea, South, 3Korea Astronomy and Space Science Institute, Korea, South, 4Chungnam National University, Korea, South, 5Seoul National University, Korea, South, 6University of Bath, United Kingdom |
| AS43-A006 |
Modeling the Transport and Deposition of 10Be Produced by the Strongest Solar Proton Event During the Holocene |
Tobias SPIEGL1, Shigeo YODEN2#+, Ulrike LANGEMATZ1, Sato TATSUHIKO3, Rattana CHHIN2, Satoshi NODA2, Fusa MIYAKE4, Kanya KUSANO4, K. SCHAAR1, Markus KUNZE1
1Free University Berlin, Germany, 2Kyoto University, Japan, 3Japan Atomic Energy Agency, Japan, 4Nagoya University, Japan |
| AS43-A007 |
Characteristics of Latent Heating Rate and Gravity-wave Momentum Flux Generated by Convection Revealed by GPM Satellite Data |
Hyun-Kyu LEE1+, Hye-Yeong CHUN1#, Min-Jee KANG2, Donghyeck KIM1, Dong-Bin SHIN1
1Yonsei University, Korea, South, 2Seoul National University, Korea, South |
| AS43-A008 |
Modulation of Global Monsoon Systems by the Equatorial Quasi-Biennial Oscillation |
Shigeo YODEN1#+, Vinay KUMAR2, Matthew HITCHMAN3
1Kyoto University, Japan, 2University of Delhi, India, 3University of Wisconsin-Madison, United States |
| AS43-A009 |
Exceptional Satellite Observations of Stratospheric Gravity Waves of the January 2022 Hunga Tonga–Hunga Ha’apai Volcanic Eruption |
Lars HOFFMANN1#+, M Joan ALEXANDER2, Neil HINDLEY3, Scott OSPREY4, Corwin WRIGHT3, Mathew BARLOW5, Justin N. CARSTENS6, Cathryn MICHELL3, Fred PRATA7, Cora RANDALL8, Jia YUE9
1Forschungszentrum Jülich GmbH, Germany, 2NorthWest Research Associates, United States, 3University of Bath, United Kingdom, 4University of Oxford, United Kingdom, 5University of Massachusetts Lowell, United States, 6Virginia Tech, United States, 7AIRES, Australia, 8University of Colorado Boulder, United States, 9National Aeronautics and Space Administration, Goddard Space Flight Center, United States |
| AS43-A010 |
Overview of the SPARC Reanalysis Intercomparison Project (S-RIP) and Plans for Its ‘Phase 2’ |
Masatomo FUJIWARA1#+, Gloria MANNEY2, Lesley GRAY3, Jonathon WRIGHT4
1Hokkaido University, Japan, 2NorthWest Research Associates, United States, 3University of Oxford, United Kingdom, 4Tsinghua University, China |
| AS43-A011 |
Is the Relationship Between Stratospheric Arctic Vortex and Arctic Oscillation Steady? |
Dingzhu HU#+
Nanjing University of Information Science & Technology, China |
| AS44 Weather Radar Networks and Their Applications for High-impact Weather Observations and Warnings |
| Abstract ID |
Abstract Title |
Authors |
| AS44-A002 |
Improving Nowcasting of Convective Development by Incorporating Polarimetric Radar Variables Into a Deep Learning Model |
Xiang PAN#+, Kun ZHAO
Nanjing University, China |
| AS44-A004 |
Analysis of Weather Front Using Feature Parameters Based on 3-dimensional Radar Data |
Soyeon PARK1#+, Kwang-Ho KIM1, Jung SUNG-HWA2
1Korea Meteorological Admistration, Korea, South, 2Korea Meteorological Administration, Korea, South |
| AS44-A003 |
Detection of Bright Band Echo Based on Fuzzy-logic From S-Band Dual-polarization Radar |
Jeong-Eun LEE#+, Soohyun KWON
Korea Meteorological Administration, Korea, South |
| AS44-A005 |
Characterization of Bright Band From Quasi-vertical Profiles of S-Band Dual-polarization Radar |
Jeong-Eun LEE#+, Soohyun KWON, Jung SUNG-HWA
Korea Meteorological Administration, Korea, South |
| AS44-A006 |
Thunderstorm Cell Tracking With Observations From 3-dimensional Lightning Mapping and Doppler Weather Radar |
Sulin JIANG1+, Fanchao LYU1#, Steven CUMMER2, Mingjun WANG1
1Nanjing Joint Institute for Atmospheric Sciences, China, 2Duke University, United States |
| AS44-A013 |
Airborne Phased Array Radar (APAR): The Next Generation of Airborne Polarimetric Doppler Weather Radar |
Wenchau LEE#+, Everette JOSEPH, Krista LAURSEN
National Center for Atmospheric Research, United States |
| AS44-A012 |
Using the Airborne Phased Array Radar (APAR) Observing Simulator to Analyze Severe Weather Events |
Bradley KLOTZ#+, Wenchau LEE, Jothiram VIVEKANANDAN, George BRYAN
National Center for Atmospheric Research, United States |
| AS44-A008 |
Analysis of Lightning Forecasting Using 3-dimensional Composite Field of Dual-polarization Radar Network |
MyoungJae SON#+, Hae Lim KIM, Mi-Kyung SUK
Weather Radar Center, Korea, South |
| AS44-A009 |
Microphysical Characteristics of Precipitation Associated With Super Typhoon Lekima and Its Impacts on Radar Quantitative Precipitation Estimation |
Yabin GOU1+, Haonan CHEN2#
1Hangzhou Meteorological Bureau, China, 2Colorado State University, United States |
| AS44-A010 |
Improving Hydrometeorology Applications of WSR-88D in a Complex Urban Environment |
Haonan CHEN1#+, Liangwei WANG1, Shun YAO1, Jack XU2, Darshan BARAL2, Liang XU2
1Colorado State University, United States, 2Santa Clara Valley Water, United States |
| AS44-A016 |
Improving Polarimetric Radar Signature Simulations of Melting Layers by Using Two-moment Bulk Microphysics Parameterization Schemes |
Zhi TAO+, Hao HUANG#, Kun ZHAO
Nanjing University, China |
| AS44-A015 |
A Merger-formation Bow Echo Dominated by Low-level Mesovortex in South China |
Qiqing LIU+, Kun ZHAO#, Xin XU, Ang ZHOU
Nanjing University, China |
| AS44-A017 |
Analysis of Wintertime Dry Microburst Event Observed With Photography and Phased Array Radar |
Toru ADACHI1#+, Hiroshi NIINO2
1Meteorological Research Institute, Japan, 2The University of Tokyo, Japan |
| AS44-A018 |
Inter-zone Differences of Convective Development in a Convection Outbreak Event Over Southeastern Coast of China: An Observational Analysis |
Yipeng HUANG1#+, Murong ZHANG2, Yuchun ZHAO1, Ben JOU3, Hui ZHENG1, Changrong LUO1, Dehua CHEN1
1Xiamen Meteorological Bureau, China, 2Xiamen University, China, 3National Taiwan University, Taiwan |
| AS44-A019 |
Different of Convection Evolution Mechanisms and Microphysical Characteristics of Two Mesoscale Convective Systems During a Heavy Rainfall Event Over the Coastal Region of South China |
Xiantong LIU1#+, Langming YE2, Huiqi LI1, Yiliang PU2, Feng XIA1, Biyu XU2
1China Meteorological Administration, China, 2Jiangmen Meteorological Bureau, China |
| AS44-A020 |
C-band Polarimetric Observations of Winter Hailstorm in Central Taiwan |
Radiant Rong-Guang HSIU#+, Ben JOU
National Taiwan University, Taiwan |
| AS45 Aviation Meteorology |
| Abstract ID |
Abstract Title |
Authors |
| AS45-A001 |
Probabilistic Forecast of Low-level Wind Shear Over Jeju International Airport Using Non-homogeneous Regression Model |
Lee YOUNG-GON1#+, Chansoo KIM2, Seung-Bum KIM3
1Numerical Modeling Center, Korea, South, 2Kongju National University, Korea, South, 3National Institute of Meteorological Sciences, Korea, South |
| AS45-A002 |
Does ENSO Affect Global Clear-Air Turbulence? |
Paul WILLIAMS#+, Rachel CHEYNE
University of Reading, United Kingdom |
| AS45-A005 |
Analysis of Recent Trends of Clear-Air Turbulence (CAT) in Wintertime Over the Northern Hemisphere |
Mohamed FOUDAD#+, Emilia SANCHEZ-GOMEZ, Mélanie ROCHOUX, Thomas JARAVEL
Université de Toulouse, France |
| AS45-A006 |
Estimation of Eddy Dissipation Rate (EDR) Using Radiosonde Data and Comparison With In-situ Flight EDR |
Han-Chang KO+, Hye-Yeong CHUN#
Yonsei University, Korea, South |
| AS45-A007 |
Estimating the Impact of Global Warming on Aircraft Takeoff Performance in China |
Panxi DAI1#+, Wei YUAN2, Mengxiang XU2, Wei SONG2, Peng ZHANG3
1Zhejiang University, China, 2Aviation Meteorological Center, China, 3Hebei Airlines, China |
| AS45-A011 |
Ensemble Forecast of the Simplified Forecast Icing Potentials Using the Global Unified Model of the Korean Meteorological Administration |
Eun-Tae KIM+, Jung-Hoon KIM#
Seoul National University, Korea, South |
| AS45-A008 |
Detection and Analysis of Aircraft Icing Using Dual-polarimetric Radar |
Yura KIM#+, Mi-Kyung SUK, MyoungJae SON
Weather Radar Center, Korea, South |
| AS45-A015 |
A Numerical Simulation of a Coastal Fog Bank Event on Nova Scotia, Canada Using the WRF Model |
Jeonghoe KIM1+, Jung-Hoon KIM1#, Clive DORMAN2
1Seoul National University, Korea, South, 2Scripps Institution of Oceanography, United States |
| AS45-A009 |
Multi-Index Consensus (MIC) En-route Turbulence Prediction for Asia-Pacific Region |
K.K. HON#+, P.W. CHAN
Hong Kong Observatory, Hong Kong SAR |
| AS45-A010 |
Characteristics of Low-level Turbulence Observed by Unmanned Aerial Vehicle in Suburb of Seoul Metropolitan Area |
Soo-Hyun KIM+, Jung-Hoon KIM#, Jeonghoe KIM, Jeongmin KIM, Jae-Sik MIN
Seoul National University, Korea, South |
| AS45-A014 |
Retrieval and Quality Assessment of Wind Observation From Mode-S EHS Data in Korea |
Jeongmin KIM#+, Jung-Hoon KIM
Seoul National University, Korea, South |
| AS45-A012 |
Development of Aviation Turbulence Forecast System for the Republic of Korea Air Force |
Dan-Bi LEE1+, Jung-Hoon KIM1#, Eun-Jae JO2, Yo-Hwan CHOI2, Sang-Hwan PARK2, Hyeon-Sung KIM2, Jae-Ik SONG2, Ki-Nam KIM2, Shin-Woung BYUN2, Jae-Don HWANG2
1Seoul National University, Korea, South, 2Republic of Korea Air Force Weather Group, Korea, South |
| AS45-A013 |
Effects of Distant Convection on Widespread Clear-Air Turbulence |
Stanley TRIER#+
National Center for Atmospheric Research, United States |
| AS45-A016 |
Automatic Aviation Turbulence Detection Using Advanced Machine Learning Techniques |
James KWOK1#+, Lawrence CHAN1, Haitao YIN1, Peter Ping-Wah LI2, Christy YY LEUNG2
1Hong Kong University of Science and Technology, Hong Kong SAR, 2Hong Kong Observatory, Hong Kong SAR |
| AS45-A017 |
Analysis of the Meteorological Fields in Aviation Accident Cases Due to Clear Air Turbulence |
Hironobu UCHIDA1, Masatomo FUJIWARA1#+, Jung-Hoon KIM2, Robert SHARMAN3
1Hokkaido University, Japan, 2Seoul National University, Korea, South, 3National Center for Atmospheric Research, United States |
| AS46 Exploring Climate Change with the New CESM2 Large Ensemble |
| Abstract ID |
Abstract Title |
Authors |
| AS46-A001 |
A Revised Interpretation of Signal to Noise Ratio Paradox |
Yanan DUAN+, Sanjiv KUMAR#
Auburn University, United States |
| AS46-A002 |
Exploring ENSO Teleconnections to Australia in the Present and Future Climates |
Andréa S. TASCHETTO#+
University of New South Wales, Australia |
| AS46-A003 |
The Reduced Seasonality Over the Pan-Arctic Region Under Global Warming |
Chia-Wei LAN#+, Min-Hui LO, Yu-Chiao LIANG, You-Ting WU
National Taiwan University, Taiwan |
| AS46-A004 |
Long-term Climate Change Projection Beyond 2100 |
Sun-Seon LEE1#+, Keith RODGERS1, Nan ROSENBLOOM2, Axel TIMMERMANN1, Gokhan DANABASOGLU2
1Pusan National University, Korea, South, 2National Center for Atmospheric Research, United States |
| AS46-A005 |
Changes in Internal Climate Variability Alter Extreme Heat Stress Projections |
Karl STEIN1#+, Christian FRANZKE1, Axel TIMMERMANN1, Ryohei YAMAGUCHI2, Kyung-Sook YUN1, Sarah SCHLUNEGGER3, Sun-Seon LEE1, James EDWARDS4, Nan ROSENBLOOM4
1Pusan National University, Korea, South, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Princeton University, United States, 4National Center for Atmospheric Research, United States |
| AS46-A006 |
Internal Variability and Forcing Influence Model-satellite Differences in the Rate of Tropical Tropospheric Warming |
Stephen PO-CHEDLEY1#+, Elizabeth BARNES2, Céline BONFILS1, John FASULLO3, Zachary LABE2, Benjamin SANTER1, Nicholas SILER4
1Lawrence Livermore National Laboratory, United States, 2Colorado State University, United States, 3National Center for Atmospheric Research, United States, 4Oregon State University, United States |
| AS46-A007 |
Mechanism of Projected Warming Patterns in the Indian Ocean |
Sahil SHARMA1#+, Kyung-Ja HA1, Ryohei YAMAGUCHI2, Keith RODGERS1, Eui-Seok CHUNG3
1Pusan National University, Korea, South, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Korea Polar Research Institute, Korea, South |
| AS46-A009 |
Climate Impacts and Ocean Responses to the Historical High-amplitude Interannual Fluctuations of Biomass Burning Aerosol Emissions in the CMIP6 Protocol |
Ryohei YAMAGUCHI1+, Ji-Eun KIM2, Keith RODGERS2#, Axel TIMMERMANN2, Sun-Seon LEE2, Lei HUANG2, Karl STEIN2, Malte STUECKER3, John FASULLO4, Gokhan DANABASOGLU4, Clara DESER4, Jean-François LAMARQUE4, Nan ROSENBLOOM4, James EDWARDS4
1Japan Agency for Marine-Earth Science and Technology, Japan, 2Pusan National University, Korea, South, 3University of Hawaii at Manoa, United States, 4National Center for Atmospheric Research, United States |
| AS46-A008 |
Ecosystem and Biogeochemical Impacts of Sustained Anthropogenic Forcing Out to the Year 2500 |
Keith RODGERS1#+, Sun-Seon LEE1, Nan ROSENBLOOM2, Axel TIMMERMANN1, Gokhan DANABASOGLU2, Keith LINDSAY2, Ji-Eun KIM1, Ryohei YAMAGUCHI3, In-Won KIM1, Karl STEIN1, Will WIEDER2, Danica LOMBARDOZZI2, Daniele BIANCHI4
1Pusan National University, Korea, South, 2National Center for Atmospheric Research, United States, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4University of California Los Angeles, United States |
| AS46-A010 |
Emergence Patterns of Anthropogenic Lake Ice Loss |
Lei HUANG1+, Axel TIMMERMANN1, Sun-Seon LEE1#, Keith RODGERS1, Ryohei YAMAGUCHI2, Eui-Seok CHUNG1
1Pusan National University, Korea, South, 2Japan Agency for Marine-Earth Science and Technology, Japan |
| AS46-A011 |
Decadal Warming in Northern High Latitudes by Interannually Varying Biomass Burning Emissions in CESM2 Large Ensemble Simulations |
Ji-Eun KIM1#+, Ryohei YAMAGUCHI2, Keith RODGERS1, Axel TIMMERMANN1, Sun-Seon LEE1, Karl STEIN1, Gokhan DANABASOGLU3, Jean-François LAMARQUE3, John FASULLO3, Clara DESER3, Isla SIMPSON3, Nan ROSENBLOOM3, James EDWARDS3, Jennifer KAY4, Malte STUECKER5
1Pusan National University, Korea, South, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3National Center for Atmospheric Research, United States, 4University of Colorado, Boulder, United States, 5University of Hawaii at Manoa, United States |
| AS47 Past and Future Irreversible and Abrupt Climate Transitions |
| Abstract ID |
Abstract Title |
Authors |
| AS47-A004 |
Feedback Processes Modulating the Sensitivity of Atlantic Thermohaline Circulation to Freshwater Forcing Timescales |
Hyo-Jeong KIM1#+, Soon-Il AN1, Soong-Ki KIM1, Jae-Heung PARK2
1Yonsei University, Korea, South, 2Pohang University of Science and Technology, Korea, South |
| AS47-A001 |
Reversibility of European Heatwaves in a CO2 Removal Scenario |
Nari IM1+, Soon-Il AN1#, Jongsoo SHIN1, Daehyun KIM2, Seung-Ki MIN3, Jong-Seong KUG3
1Yonsei University, Korea, South, 2University of Washington, United States, 3Pohang University of Science and Technology, Korea, South |
| AS47-A009 |
Delayed Southern Ocean Response in a Carbon Dioxide Removal Scenario Through Warm Water Upwelling and Sea Ice-albedo Feedback |
Jongsoo SHIN1#+, Soon-Il AN1, Jong-Seong KUG2, Sang-Wook YEH3, Daehyun KIM4, Hajoon SONG1, Young-Min YANG5, Jae-Heung PARK2
1Yonsei University, Korea, South, 2Pohang University of Science and Technology, Korea, South, 3Hanyang University, Korea, South, 4University of Washington, United States, 5Nanjing University of Information Science & Technology, China |
| AS47-A003 |
Irreversible Response of the Intertropical Convergence Zone to CO2 Forcing |
Jong-Seong KUG#+, Ji-Hoon OH
Pohang University of Science and Technology, Korea, South |
| AS47-A002 |
Slow and Soft Passage Through Tipping Point of the AMOC in a Changing Climate |
Soong-Ki KIM1#+, Hyo-Jeong KIM1, Henk DIJKSTRA2, Soon-Il AN1
1Yonsei University, Korea, South, 2Utrecht University, Netherlands |
| AS47-A005 |
Hysteresis of Arctic Sea Ice From the Increasing/decreasing of the Carbon Dioxide |
Eunsook HEO#+, Soon-Il AN
Yonsei University, Korea, South |
| AS47-A011 |
Irreversibility of Temperature and Precipitation Related Compound Extreme Events Under SSP1-1.9 Scenario |
Min-Gyu SEONG+, Seung-Ki MIN#
Pohang University of Science and Technology, Korea, South |
| AS47-A006 |
Understanding the Global Hydrological Cycle to CO2 Forcing Through the Earth's Energy Budget |
Se-Yong SONG+, Sang-Wook YEH#
Hanyang University, Korea, South |
| AS47-A007 |
Recent Increase of Specific Atmospheric Circulation in East Asia During Winter and Its Relationship With the Eddy-driven Jet |
Sae-Yoon OH#+, Sang-Wook YEH, Se-Yong SONG, Yong-Cheol JEONG
Hanyang University, Korea, South |
| AS47-A008 |
Non-monotonic Storm Track Change to Carbon Dioxide Removal |
Jaeyoung HWANG1+, Seok-Woo SON1#, Soon-Il AN2, Sang-Wook YEH3, Seung-Ki MIN4, Jong-Seong KUG4, Jongsoo SHIN2
1Seoul National University, Korea, South, 2Yonsei University, Korea, South, 3Hanyang University, Korea, South, 4Pohang University of Science and Technology, Korea, South |
| AS47-A014 |
Irreversible Response of East Asian Extreme Precipitation to CO2 Forcing |
Seo-Young JO1+, Min-Gyu SEONG1, Seung-Ki MIN1#, Jong-Seong KUG1, Sang-Wook YEH2, Soon-Il AN3, Seok-Woo SON4
1Pohang University of Science and Technology, Korea, South, 2Hanyang University, Korea, South, 3Yonsei University, Korea, South, 4Seoul National University, Korea, South |
| AS47-A015 |
Modeling the Atmospheric CO2 Concentration During the Last Glacial Period From Temperature Proxies of Antarctica and Greenland Using Artificial Intelligence |
Nasrin SALEHNIA+, Jinho AHN#
Seoul National University, Korea, South |
| AS47-A012 |
Intensity Change of Indian Ocean Dipole Mode Under Global Warming |
Soon-Il AN1#+, Hyo-Jin PARK1, Soong-Ki KIM1, Jongsoo SHIN1, Sang-Wook YEH2, Jong-Seong KUG3
1Yonsei University, Korea, South, 2Hanyang University, Korea, South, 3Pohang University of Science and Technology, Korea, South |
| AS52 Application of Satellite Data to Weather, Climate and Environmental Study |
| Abstract ID |
Abstract Title |
Authors |
| AS52-A001 |
Cloud-cleared Radiance of Geostationary Hyperspectral Infrared Sounder Based on Collocated Imager |
Xinya GONG#+
National Satellite Meteorological Center, China |
| AS52-A002 |
All-sky Infrared Radiance Assimilation in the Global Data Assimilation System at JMA |
Kozo OKAMOTO#+, Toshiyuki ISHIBASHI, Izumi OKABE, Masahiro HAYASHI
Japan Meteorological Agency, Japan |
| AS52-A003 |
Impact of Assimilating High-resolution Atmospheric Motion Vectors on Convective Scale Short-term Forecasts |
Juan ZHAO1#+, Jidong GAO2
1China Meteorological Administration Training Centre, China, 2NOAA National Severe Storms Laboratory, United States |
| AS52-A004 |
Impacts of Assimilation FY2G and FY4A Atmospheric Motion Vectors on Typhoon Prediction |
Peigen GUAN#+
Chengdu University of Information Technology, China |
| AS52-A007 |
The Application of Satellite Observations in Updating Fire and Industrial Emissions |
Minghui TAO1#+, Liangfu CHEN2, Yi WANG1, Jinxi CHEN1, Jianfang JIANG1, Wenjing MAN1
1China University of Geosciences, China, 2Chinese Academy of Sciences, China |
| AS52-A006 |
Cloud Properties, Deep Convective Clouds and Precipitation During Substages of Rapid Intensification of Tropical Cyclones in the Western North Pacific |
Jason Pajimola PUNAY1#+, Chian-Yi LIU2
1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS52-A005 |
Assessment of Satellite Precipitation Datasets for High Variability and Rapid Evolution Typhoon Precipitation Events in the Philippines |
Putu ARYASTANA1,2#+, Chian-Yi LIU3
1National Central University, Taiwan, 2Warmadewa University, Indonesia, 3Academia Sinica, Taiwan |
| AS52-A008 |
A Statistical Investigation About Impact of Aeolus DWL Data Assimilation on Forecasting Skills for Typhoons |
Izumi OKABE#+, Kozo OKAMOTO
Japan Meteorological Agency, Japan |
| AS52-A009 |
Diurnal Variations of Different Types of Cloud Associated With the Baiu–Meiyu Rainband in June Using Retrieved Cloud Properties |
Takaya YAMASHITA#+, Hironobu IWABUCHI
Tohoku University, Japan |
| AS52-A010 |
On the Applications of Geostationary Hyperspectral Infrared Sounder Observations |
Jun LI#+
National Satellite Meteorological Center, China |
| AS52-A012 |
Resulting Invalid Retrieval of Cloud Top Properties of Fengyun-4A Satellite Imager From Infrared Band Calibration Bias |
Min MIN1#+, Fu WANG2
1Sun Yat-sen University, China, 2China Meteorological Administration, China |
| AS52-A014 |
Can Current Hyperspectral Infrared Sounders Capture the Small Scale Atmospheric Water Vapor Spatial Variations? |
Di DI#+
Nanjing University of Information Science & Technology, China |
| AS52-A015 |
Adaptive Piecewise Assimilation of Geostationary Satellite Observations and Its Impact on Typhoon Analysis and Forecasting |
Deming MENG1#+, Zhe-Min TAN1, Chen YAODENG2, Yuanbing WANG2
1Nanjing University, China, 2Nanjing University of Information Science & Technology, China |
| AS52-A016 |
Local Storm Tracking and Nowcasting in Pre-convection Environment From Geostationary Satellite Observations With Random Forest - Improvements and Evaluations |
Zheng MA1+, Jun LI2#, Min MIN3, Jianhua SUN1
1Chinese Academy of Sciences, China, 2National Satellite Meteorological Center, China, 3Sun Yat-sen University, China |
| AS56 Maritime Continent-Southeast Asia Weather and Climate: Processes, Predictions, Projections |
| Abstract ID |
Abstract Title |
Authors |
| AS56-A001 |
Cold Surge Effect on Atmospheric Sounding Parameter Over Natuna Island During East Asia Winter Monsoon 2019/2020 |
Yosafat Donni HARYANTO1, Nelly Florida RIAMA2#+, Suwignyo PRASETYO1, Feriomex HUTAGALUNG3
1State College of Meteorology Climatology and Geophysics, Indonesia, 2Indonesian Agency for Meteorology, Climatology, and Geophysics, Indonesia, 3Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia |
| AS56-A002 |
Diurnal Cycle and Dipolar Pattern of Precipitation Over Borneo During an MJO Event: Lee Convergence and Offshore-propagation |
Yihao ZHOU+, Shuguang WANG#, Juan FANG
Nanjing University, China |
| AS56-A003 |
The Sub-seasonal Air-sea Coupling Frequency Experiments Maintaining a Lead-lag Relationship Between Deep Convection and SST Variations |
Yung-Yao LAN+, Huang-Hsiung HSU#
Academia Sinica, Taiwan |
| AS56-A004 |
Topographic and Resolution Impact on the Convection Over the Philippine Islands |
Yoshiyuki KAJIKAWA#+, Tsuyoshi YAMAURA
Kobe University, Japan |
| AS56-A005 |
Two Extreme Rainfall Events in the Maritime Continent Arising From Cold Surges in January 2021 |
Xin Rong CHUA1#+, Sandeep SAHANY1, Aurel MOISE1, Muhammad Eeqmal HASSIM1,2, Chen CHEN1, Sean LEE1, Gerald LIM1, Venkatraman PRASANNA2
1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore |
| AS56-A006 |
How Local Processes Related to Deforestation Influence the Development and Propagation of the MJO in the Maritime Continent |
Chiung-Wen June CHANG1#+, Min-Hui LO2, Wan-Ling TSENG3, Yu-Cian TSAI4, Jia-Yuh YU4
1Chinese Cultural University, Taiwan, 2National Taiwan University, Taiwan, 3Academia Sinica, Taiwan, 4National Central University, Taiwan |
| AS56-A007 |
Projected Changes in Wet and Dry Season Rainfall for the Maritime Continent-Southeast Asia Region in CMIP6 Models |
Muhammad Eeqmal HASSIM1,2#+, Sandeep SAHANY1, Aurel MOISE1, Xin Rong CHUA1, Chen CHEN1, Gerald LIM1, Sean LEE1, Venkatraman PRASANNA2
1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore |
| AS58 Land Atmosphere Biosphere Interactions |
| Abstract ID |
Abstract Title |
Authors |
| AS58-A004 |
Comparative Assessment of Water Use Efficiencies of Pine-Oak Dominated Vegetations of Central Himalaya |
Priyanka LOHANI#+, Sandipan MUKHERJEE, Vaibhav GOSAVI, K. Chandra SEKAR, Kireet KUMAR
Govind Ballabh 'Pant National Institute of Himalayan Environment', India |
| AS58-A005 |
Impact of Integrating Groundwater Effects in the Noah Land Surface Model |
Jerry B. SAMUEL#+, Arindam CHAKRABORTY
Indian Institute of Science, Bangalore, India |
| AS58-A006 |
Interference of Atmospheric Dust in Acid Neutralization Over an Rural Agricultural Area in Delhi-NCR |
Sudesh , U.C. KULSHRESTHA#+
Jawaharlal Nehru University, India |
| AS59 15th Sasaki Symposium on Data Assimilation for Atmospheric, Oceanic and Hydrologic Applications |
| Abstract ID |
Abstract Title |
Authors |
| AS59-A001 |
A Learning-based Data Assimilation for Partial State Estimation |
Wei KANG1#+, Liang XU2
1Naval Postgraduate School, United States, 2Naval Research Laboratory, United States |
| AS59-A002 |
Comparing Partial and Continuously Cycling Ensemble Kalman Filter Data Assimilation Systems for Convection-allowing Ensemble Forecast Initialization |
Craig SCHWARTZ1#+, Jonathan POTERJOY2, Jacob CARLEY3, David DOWELL3, Glen ROMINE1, Kayo IDE2
1National Center for Atmospheric Research, United States, 2University of Maryland, United States, 3National Oceanic and Atmospheric Administration, United States |
| AS59-A003 |
LETKF-based Ocean Research Analysis (LORA) in the Western North Pacific Region |
Shun OHISHI1#+, Takemasa MIYOSHI1,2, Misako KACHI3
1RIKEN Center for Computational Science, Japan, 2University of Maryland, United States, 3Japan Aerospace Exploration Agency, Japan |
| AS59-A008 |
Rapid-update Analysis With Multi-scale Correction and Its Impact on the Heavy Rainfall Development Over the Taipei Basin |
Lawrence Jing-Yueh LIU1+, Shu-Chih YANG1#, Pao-Liang CHANG2, Wei-Yu CHANG1, Chih-Chien TSAI3
1National Central University, Taiwan, 2Central Weather Bureau, Taiwan, 3National Science and Technology Center for Disaster Reduction, Taiwan |
| AS59-A019 |
Role of Strongly Coupled Data Assimilation for Air Quality Prediction Using a Coupled Aerosol-atmosphere Model |
Ebony LEE1+, Milija ZUPANSKI2, Seon Ki PARK1#
1Ewha Womans University, Korea, South, 2Colorado State University, United States |
| AS59-A004 |
Influence of CALIOP L2 Backscatter Data Assimilation on Dust and Cloud Forecasts Over North Africa and the East Atlantic |
Shu-Hua CHEN1+, Shu-Chih YANG2#, Chu-Chun HUANG1, Toshihisa MATSUI3,4
1University of California, Davis, United States, 2National Central University, Taiwan, 3NASA Goddard Space Flight Center, United States, 4University of Maryland, United States |
| AS59-A007 |
A Multi-scale Localization for the Local Ensemble Transform Kalman Filter With Attenuation of Ensemble Perturbation |
Shunji KOTSUKI1#+, Caig BISHOP2
1Chiba University, Japan, 2The University of Melbourne, Australia |
| AS59-A006 |
Development of a Hybrid Ensemble-variational Data Assimilation System Over the Western Maritime Continent |
Joshua LEE#+
Centre for Climate Research Singapore, Singapore |
| AS59-A009 |
Assimilation of Multiscale Remote Sensing Data to Improve Precipitation Forecasting |
Miranti Indri HASTUTI1+, Ki-Hong MIN1,2#
1Kyungpook National University, Korea, South, 2Purdue University, United States |
| AS59-A010 |
Understanding the Impact of Assimilation of AHI Radiances on Tropical Precipitation |
Krishnamoorthy CHANDRAMOULI#+, Dale BARKER
Centre for Climate Research Singapore, Singapore |
| AS59-A011 |
Impact of Increasing Horizontal and Vertical Resolution During the HWRF Hybrid EnVar Data Assimilation on the Analysis and Prediction of Hurricane Patricia (2015) |
Jie FENG#+
Fudan University, China |
| AS59-A012 |
Assimilation of Soil Moisture in the Strongly Coupled Atmosphere-land Surface Data Assimilation System |
Sujeong LIM1+, Seon Ki PARK1#, Milija ZUPANSKI2
1Ewha Womans University, Korea, South, 2Colorado State University, United States |
| AS59-A013 |
Improving Air Quality Predictions Through Optimization of Optional Physical Parameterization Schemes in WRF-Chem Using Micro-genetic Algorithm |
Ji Won YOON+, Ebony LEE, Sujeong LIM, Seungyeon LEE, Seon Ki PARK#
Ewha Womans University, Korea, South |
| AS59-A014 |
Big Data Assimilation: Real-time 30-s-update Forecast Experiments Using Fugaku in Tokyo in 2021 |
Takemasa MIYOSHI1,2#+, Arata AMEMIYA1, Takumi HONDA1, Shigenori OTSUKA1, Yasumitsu MAEJIMA1, James TAYLOR3, Hirofumi TOMITA4, Seiya NISHIZAWA1,5, Kenta SUEKI1, Tsuyoshi YAMAURA4, Yutaka ISHIKAWA6, Shinsuke SATOH7, Tomoo USHIO8, Kana KOIKE9, Erika HOSHI9
1RIKEN Center for Computational Science, Japan, 2University of Maryland, United States, 3RIKEN, Japan, 4RIKEN Advanced Institute for Computational Science, Japan, 5Japan Meteorological Agency, Japan, 6National Institute of Informatics, Japan, 7National Institute of Information and Communications Technology, Japan, 8Osaka University, Japan, 9MTI Ltd., Japan |
| AS59-A016 |
A Machine Learning Approach to the Observation Operator for Satellite Radiance Data Assimilation |
Jianyu LIANG1#+, Koji TERASAKI1, Takemasa MIYOSHI1,2
1RIKEN Center for Computational Science, Japan, 2University of Maryland, United States |
| AS59-A015 |
Toward a Fully Non-Gaussian Generalization of Traditional Data Assimilation Methods |
Hristo CHIPILSKI#+
National Center for Atmospheric Research, United States |
| AS59-A017 |
Assimilation of Remote Sensing Data in a Hydrological Model for Soil Moisture and Streamflow Estimations: A Study in Belgium Using ASCAT Observations |
Pierre BAGUIS1#+, Alberto CARRASSI2, Stéphane VANNITSEM1, Emmanuel ROULIN1, Joris VAN DEN BERGH1, Sara MODANESI3, Hans LIEVENS3
1Royal Meteorological Institute of Belgium, Belgium, 2University of Reading, United Kingdom, 3KU Leuven, Belgium |
| AS59-A018 |
Approaches and Impact of Surface Data Bias Correction in a Convective-scale Data Assimilation System of Taiwan |
Guo-Yuan LIEN#+, Yi-Chuan LO
Central Weather Bureau, Taiwan |
| AS59-A020 |
Insights From Large Ensembles Experiments With the Red Sea Ensemble Data Assimilation System |
Siva Reddy SANIKOMMU1#+, Naila RABOUDI1, Peng ZHAN2, Bilel HADRI1, Mohamad EL GHARAMTI3, Ibrahim HOTEIT1
1King Abdullah University of Science and Technology, Saudi Arabia, 2Southern University of Science and Technology, China, 3National Center for Atmospheric Research, United States |
| AS59-A021 |
Impact of Assimilating the GNSS-Reflectometry Sea Surface Wind on Severe Weather Prediction |
Shu-Chih YANG#+, Kuan-Jen LIN, Cheng-Chieh KAO
National Central University, Taiwan |
| AS59-A022 |
Impact of Radio Occultation Data on the Tracks Predictions of Northwestern Pacific Typhoons |
Shu-Ya CHEN#+, Ching-Yuang HUANG, Thi‐Chinh NGUYEN, Hsiu-Wen LI
National Central University, Taiwan |
| AS60 Atmospheric Rivers: Toward Global Understanding and Applications |
| Abstract ID |
Abstract Title |
Authors |
| AS60-A001 |
Distinct Characteristics of Windy ARs and Wet ARs |
Yang ZHOU1#+, Travis O'BRIEN2, William COLLINS1, Christine SHIELDS3
1Lawrence Berkeley National Laboratory, United States, 2Indiana University Bloomington, United States, 3National Center for Atmospheric Research, United States |
| AS60-A002 |
The Impact of Atmospheric Rivers on Precipitation Over East Asia - North Pacific Region: Climatology and Dependence on ENSO Condition |
Yating XIONG+, Xuejuan REN#
Nanjing University, China |
| AS60-A003 |
Influence of Zero-degree Line on Atmospheric Rivers in High Mountain Asia: WRF Case Studies of Orographic Precipitation Extremes |
Deanna NASH#+
University of California, Santa Barbara, United States |
| AS60-A015 |
Distinctive Characteristics of Atmospheric Rivers and Active Monsoon in India |
Rosa LYNGWA1#+, Munir NAYAK2, Mohd. Farooq AZAM1
1Indian Institute of Technology Indore, India, 2National Institute of Technology Srinagar, India |
| AS60-A019 |
Extending the Atmospheric River Concept to Aerosols: Climatology, Major Transport Pathways, and Associated Air Quality Impacts |
Sudip CHAKRABORTY1#+, Duane WALISER1, Bin GUAN2,1, Arlindo DA SILVA3
1Jet Propulsion Laboratory, California Institute of Technology, United States, 2University of California, Los Angeles, United States, 3NASA Goddard Space Flight Center, United States |
| AS60-A004 |
Modeling of AR-induced Post-wildfire Debris Flow Susceptibility in California, U.S.A. |
Chuxuan LI1#+, Alexander HANDWERGER2, Jiali WANG3, Daniel HORTON1
1Northwestern University, United States, 2NASA Jet Propulsion Laboratory, United States, 3Argonne National Laboratory, United States |
| AS60-A006 |
East Asian Atmospheric Rivers Bring More Frequent and Intense Extreme Rainfall Under Global Warming |
Youichi KAMAE1#+, Yukiko IMADA2, Hiroaki KAWASE2, Wei MEI3
1University of Tsukuba, Japan, 2Japan Meteorological Agency, Japan, 3University of North Carolina at Chapel Hill, United States |
| AS60-A007 |
Tracking Atmospheric Rivers Globally: Algorithm Update, Parallel Implementation, and Application to ERA5 |
Bin GUAN1#+, Duane WALISER2
1University of California, Los Angeles, United States, 2Jet Propulsion Laboratory, California Institute of Technology, United States |
| AS60-A008 |
Evaluation of a CMIP6 GCM Ensemble in Representing AR Characteristic Over East Asia |
Tae Jun KIM1#+, Jinwon KIM1,2, Chanil PARK3, Seok-Woo SON3, Jinuk KIM4, Sang-Hoon KWON4, Hyejin MOON1, Young-Hwa BYUN1
1National Institute of Meteorological Sciences, Korea, South, 2University of California, Los Angeles, United States, 3Seoul National University, Korea, South, 4Korea Meteorological Administration, Korea, South |
| AS60-A011 |
Effects of Atmospheric Rivers on the Hydrology in the Namgang-dam Basin |
Young RYU1#+, Jinwon KIM2,3, Tae Jun KIM2, Kyung-On BOO4,1, Young-Hwa BYUN2, Bin GUAN3,5, Youichi KAMAE6, Chanil PARK7, Seok-Woo SON7, Wei MEI8
1Korea Meteorological Administration, Korea, South, 2National Institute of Meteorological Sciences, Korea, South, 3University of California, Los Angeles, United States, 4Numerical Modeling Center, Korea, South, 5Jet Propulsion Laboratory, California Institute of Technology, United States, 6University of Tsukuba, Japan, 7Seoul National University, Korea, South, 8University of North Carolina at Chapel Hill, United States |
| AS60-A009 |
Two Flavors of Atmospheric Rivers in the North Pacific |
Chanil PARK#+, Seok-Woo SON
Seoul National University, Korea, South |
| AS60-A010 |
Climatology of Atmospheric Rivers and Associated Surface Warming in the Arctic |
Chen ZHANG#+, Wen-Wen TUNG, Lei WANG, William CLEVELAND
Purdue University, United States |
| AS60-A014 |
Improved Forecast Skill Through the Assimilation of Dropsonde Observations From the Atmospheric River Reconnaissance Program |
Minghua ZHENG1#+, Luca DELLE MONACHE1, Marty RALPH1, Bruce CORNUELLE1, Vijay TALLAPRAGADA2, Aneesh SUBRAMANIAN3, Jennifer HAASE1
1University of California San Diego, United States, 2National Oceanic and Atmospheric Administration, United States, 3University of Colorado Boulder, United States |
| AS60-A016 |
Historic and Future Atmospheric Rivers and Precipitation in the Middle East and North Africa (MENA) |
Elias MASSOUD1#+, Theresa MASSOUD2, Bin GUAN3,4, Agniv SENGUPTA5, Duane WALISER4
1University of California, Berkeley, United States, 2University of Balamand, Dubai, United Arab Emirates, 3University of California, Los Angeles, United States, 4Jet Propulsion Laboratory, California Institute of Technology, United States, 5University of California San Diego, United States |
| AS60-A017 |
Impact of Winter Atmospheric River on the Snowpack in the Headwaters of the Euphrates and Tigris Basin |
Yasemin EZBER1#+, Deniz BOZKURT2, Omer Lutfi SEN1
1Istanbul Technical University, Turkey, 2University of Valparaíso, Chile |
| AS60-A018 |
Atmospheric River Reconnaissance – A Research and Operations Partnership |
Anna WILSON1#+, Marty RALPH1, Vijay TALLAPRAGADA2, Chris DAVIS3, Luca DELLE MONACHE1, James DOYLE4, Florian PAPPENBERGER5, Carolyn REYNOLDS4, Aneesh SUBRAMANIAN6, David LAVERS5, Luca CENTURIONI1, Alison COBB1, Jason CORDEIRA7, Jennifer HAASE1, Chad HECHT1, Brian KAWZENUK1, Jonathan RUTZ2, Ryan TORN8, Xingren WU2, Minghua ZHENG1
1University of California San Diego, United States, 2National Oceanic and Atmospheric Administration, United States, 3National Center For Atmospheric Research, United States, 4U.S. Naval Research Laboratory, United States, 5European Centre for Medium-Range Weather Forecasts, United Kingdom, 6University of Colorado Boulder, United States, 7Plymouth State University, United States, 8University at Albany, State University of New York, United States |
| AS60-A020 |
Atmospheric Rivers at the Center for Western Weather and Water Extremes: From Science to Solutions |
F. Martin RALPH1#+, Zhenhai ZHANG1, Jason CORDEIRA2, Mike DEFLORIO1, Luca DELLE MONACHE1, Julie KALANSKY1, Anna WILSON1
1University of California San Diego, United States, 2Plymouth State University, United States |
| AS61 Weather and Climate Extremes in Past, Present, and Future Climates Over Asia-pacific Region |
| Abstract ID |
Abstract Title |
Authors |
| AS61-A001 |
Classification of Boreal Summer East Asian Marine Heatwaves and Their Possible Causes |
Hyoeun OH1#+, Go-Un KIM1, Jae-Heung PARK2, Jin-Young JEONG1
1Korea Institute of Ocean Science and Technology, Korea, South, 2Pohang University of Science and Technology, Korea, South |
| AS61-A002 |
Contribution of Greenhouse Gases and Anthropogenic Aerosols to Precipitation Extremes in China |
Siyan DONG+, Ying SUN#
China Meteorological Administration, China |
| AS61-A004 |
Unprecedented Slow Water Temperature Evolution During Spring 2020 and Its Impacts on Spring Bloom in the Yellow Sea |
Go-Un KIM+, Keunjong LEE, Jaeik LEE, Hyoeun OH, Jin-Young JEONG, Chan Joo JANG, Yong Sun KIM#
Korea Institute of Ocean Science and Technology, Korea, South |
| AS61-A003 |
Anthropogenic Influence on Extreme Temperatures in China Based on CMIP6 Models |
Ting HU+, Ying SUN#
China Meteorological Administration, China |
| AS61-A006 |
Trends and Variabilities of Marine Heat Waves and Cold Spells Around Japan |
Toru MIYAMA#+, Yasumasa MIYAZAWA, Sergey VARLAMOV, Ruochao ZHANG
Japan Agency for Marine-Earth Science and Technology, Japan |
| AS61-A008 |
Projected Changes in Global Terrestrial Near-surface Wind Speed in 1.5 ◦C–4.0 ◦C Global Warming Levels |
Zhibo LI1, Yue YU2, Cheng SHEN3#+, Jinlin ZHA4, Ruiqi WANG5
1Peking University, China, 2Nanjing Meteorological Bureau, China, 3Gaochun Meteorological Bureau, China, 4Chinese Academy of Sciences, China, 5East China Normal University, China |
| AS61-A010 |
The Variation of High Temperature During the Canicular Days in Mainland China Since 1960 and Its Causes |
Xiaojie WANG#+
East China Normal University, China |
| AS61-A011 |
Attribution of Human Influence on a Complex Flooding Event |
Francis ZWIERS1#+, Nathan GILLETT2, Alex CANNON2, Elizaveta MALININA 2, Markus SCHNORBUS1, Faron ANSLOW1, Qiaohong SUN1, Megan KIRCHMEIER-YOUNG2, Christian SEILER 2, Xuebin ZHANG2, Greg FLATO2, Hui WAN2, Guilong LI2, Armel Castellan CASTELLAN2
1University of Victoria, Canada, 2Environment and Climate Change Canada, Canada |
| AS63 Monitoring, Analysis, and Prediction of Typhoon and Climate Affecting Taiwan and the Philippines |
| Abstract ID |
Abstract Title |
Authors |
| AS63-A001 |
How Do Inhomogeneous Sea-salt Aerosols Affect the Precipitation of Landfalling Tropical Cyclones? |
Shoujuan SHU#+, Limin ZHU
Zhejiang University, China |
| AS63-A002 |
Extreme Tropical Cyclone Activity Affecting Taiwan During September 2016 |
Jau-Ming CHEN1#+, Wei-Teh LI2
1National Kaohsiung University of Science and Technology, Taiwan, 2National Sun Yat-sen University, Taiwan |
| AS63-A003 |
Tropical Cyclone Climatology and Variability in Taiwan and Philippine Region During 1979-2018 |
Mong-Ming LU1#+, Chung-Hsiung SUI1, Ching-Hsuan WU1, Ana Liza Solmoro SOLIS2, Ming-Dean CHENG3
1National Taiwan University, Taiwan, 2Philippine Atmospheric Geophysical and Astronomical Services Administration, Philippines, 3Central Weather Bureau, Taiwan |
| AS63-A004 |
Taiwan-Philippines Vote-meteorology of Typhoon Study |
Ben JOU1#, Esperanza CAYANAN2+
1National Taiwan University, Taiwan, 2Philippine Atmospheric, Geophysical and Astronomical Services Administration, Philippines |
| AS63-A005 |
Improvement of Extended-range TC Forecasting in the Western North Pacific Using the Large-scale Environmental Indices |
Tzu-Ting LO1#+, Hsiao-Chung TSAI2, Meng-Shih CHEN1, Marcelino VILLAFUERTE II3
1Central Weather Bureau, Taiwan, 2Tamkang University, Taiwan, 3Philippine Atmospheric Geophysical and Astronomical Services Administration, Philippines |
| AS63-A006 |
Application and Evaluation of Time-lagged Typhoon Quantitative Precipitation Forecasts for the Philippines Using a Cloud-resolving Model |
Chung-Chieh WANG#+, Chien-Hung TSAI
National Taiwan Normal University, Taiwan |
| AS63-A007 |
Calibration of Ensemble Probabilistic Forecasts (PQPF) of Typhoon Precipitation Over Taiwan Using Neural Network Models |
Joyce JUANG1,2+, Charlotte WANG2, Yu-Jyun HUANG2, Mei-Hsien LEE3, Hui-Ling CHANG1,4, Jing-Shan HONG1, Chuhsing Kate HSIAO2#
1Central Weather Bureau, Taiwan, 2National Taiwan University, Taiwan, 3University of Taipei, Taiwan, 4National Central University, Taiwan |
| AS63-A017 |
A Quantitative Precipitation Estimation Algorithm for S-band Polarimetric Radar Using Specific Attenuation in Taiwan |
Yu-Shuang TANG1#+, Pao-Liang CHANG2, Pin-Fang LIN2, Wei-Yu CHANG1
1National Central University, Taiwan, 2Central Weather Bureau, Taiwan |
| AS63-A008 |
Estimate Liquid Water Content Using Collocated Dual-wavelength Radars: An Idealized Simulation Study |
Hua-En LIN+, Wei-Yu CHANG#
National Central University, Taiwan |
| AS63-A009 |
Assessment of Satellite Precipitation Datasets for High Variability and Rapid Evolution Typhoon Precipitation Events in the Philippines |
Putu ARYASTANA1,2#+, Chian-Yi LIU3, Esperanza CAYANAN4, Ben JOU5
1National Central University, Taiwan, 2Warmadewa University, Indonesia, 3Academia Sinica, Taiwan, 4Philippine Atmospheric, Geophysical and Astronomical Services Administration, Philippines, 5National Taiwan University, Taiwan |
| AS63-A010 |
Application of WRF FDDA to Improve TWRF Predictions on Typhoon by Utilizing Predicted Typhoon Wind Field |
Hua HSU+, Der-Song CHEN#, Jia-Hong XIE, Chun-Teng CHENG, Ling-Feng HSIAO, Pao-Liang CHANG, Jing-Shan HONG
Central Weather Bureau, Taiwan |
| AS63-A011 |
The Application of Wave Watch III Wave Model in Philippines Sea Area |
Heng-Wen CHANG1#+, Chi-Hao CHU2, Chuen-Teyr TERNG2
1Taiwan Group on Earth Observations, Taiwan, 2Central Weather Bureau, Taiwan |
| AS63-A012 |
Decadal Changes of the Early Summer Asian Monsoon and the South China Sea Tropical Cyclones During 2001–2020 |
Yin-Min CHO#+, Mong-Ming LU, Chung-Hsiung SUI
National Taiwan University, Taiwan |
| AS63-A013 |
The Impact of Scale-aware Parameterization on the CWB FV3GFS for Typhoon Predictions |
Chang-Hung LIN#+, Ling-Feng HSIAO
Central Weather Bureau, Taiwan |
| AS63-A014 |
Toward Sub-seasonal to Seasonal Forecasts and Climate Services in Taiwan |
Meng-Shih CHEN1#+, Tzu-Ting LO1, Hui-Ling CHANG1,2, Juiling KUO1, Yun-Jing CHEN1, Ching-Teng LEE1, Hsiao-Chung TSAI3
1Central Weather Bureau, Taiwan, 2National Central University, Taiwan, 3Tamkang University, Taiwan |
| AS63-A015 |
Influences of Seasonal to Subseasonal Variability on Typhoon Clustering in Western North Pacific During Late Fall 2019 |
Kuan-Yun WANG+, Po-Chia CHEN, Chung-Hsiung SUI#, Mong-Ming LU
National Taiwan University, Taiwan |
| AS63-A016 |
Interdecadal Variability of Tropical Cyclone Activity in the Philippines and Japan |
Hisayuki KUBOTA1#+, Johnny CHAN2, Jun MATSUMOTO3,4
1Hokkaido University, Japan, 2City University of Hong Kong, Hong Kong SAR, 3Tokyo Metropolitan University, Japan, 4Japan Agency for Marine-Earth Science and Technology, Japan |
| AS63-A019 |
Impact Study of Polarimetric Radar Data Assimilation With Two-moment Microphysics Schemes for a Severe Rainfall Event in Taipei |
Siou-Ying JIANG1,2#+, Ben JOU2, Jing-Shan HONG1
1Central Weather Bureau, Taiwan, 2National Taiwan University, Taiwan |
| AS63-A022 |
Rapid Intensification of Typhoon Chanthu (2021) Observed by Taiwan Radar Network |
Wei-Ting FANG1#+, Pao-Liang CHANG1, Ming-Jen YANG2
1Central Weather Bureau, Taiwan, 2National Taiwan University, Taiwan |
| AS63-A024 |
Effect of the MJO on East Asian Winter Rainfall as Revealed by an SVD Analysis and the Application in Sub-seasonal Forecast Model Evaluation |
Yun-Lan CHEN1#+, Chung-Hsiung SUI2, Chih-Pei CHANG2,3, Kai-Chih TSENG 4,5, Yea-Ching TUNG1, Jen-Her CHEN1
1Central Weather Bureau, Taiwan, 2National Taiwan University, Taiwan, 3Naval Postgraduate School, United States, 4Princeton University, United States, 5NOAA Geophysical Fluid Dynamics Laboratory, United States |
| AS63-A025 |
A Numerical Study on Extreme Waves Around Taiwan During Typhoon Using Coupled Current and Wave Models |
Chi-Hung WANG1#+, Jason C.-S. YU1, Fan-Ju LIN2, Chi-Hao CHU2
1National Sun Yat-sen University, Taiwan, 2Central Weather Bureau, Taiwan |
| AS63-A027 |
Removing Interference Echoes in Philippine Radars Using a Fuzzy Logic Approach |
Pin-Fang LIN1#+, Lester Kim M. LAGRIMAS2, Jung-Bin WANG1, Pao-Liang CHANG1, Wei-Ting FANG1, John Grender C. ALMARIO2, Ben JOU3, Esperanza CAYANAN2, Esperanza CAYANAN2
1Central Weather Bureau, Taiwan, 2Philippine Atmospheric, Geophysical and Astronomical Services Administration, Philippines, 3National Taiwan University, Taiwan |
| AS63-A028 |
Radar Analysis of a Stranded Rainband in Meiyu Season |
Zong-Lin WU+, Chi-June JUNG, Ben JOU#
National Taiwan University, Taiwan |
| AS65 From Weather Predictability to Controllability |
| Abstract ID |
Abstract Title |
Authors |
| AS65-A001 |
Improving Analysis and Prediction of Tropical Cyclones by Assimilating Radar and GNSS-R Wind Observations: Observing System Simulation Experiments |
Kuan-Jen LIN1#+, Shu-Chih YANG1, Shuyi CHEN2
1National Central University, Taiwan, 2University of Washington, United States |
| AS65-A002 |
A Control Simulation Experiment for August 2014 Severe Rainfall Event Using a Regional Model |
Yasumitsu MAEJIMA1#+, Takemasa MIYOSHI1,2
1RIKEN Center for Computational Science, Japan, 2University of Maryland, United States |
| AS65-A003 |
Optimizing Mobile Observation Placements for Numerical Weather Prediction: Idealized Experiments With a Simplified AGCM |
Shunji KOTSUKI#+, Mao OUYANG
Chiba University, Japan |
| AS65-A005 |
Efficient Control Simulation Experiments With the Lorenz-96 Model |
Qiwen SUN1#+, Takemasa MIYOSHI1,2, Serge RICHARD3
1RIKEN Center for Computational Science, Japan, 2University of Maryland, United States, 3Nagoya University, Japan |
| AS65-A006 |
Assimilating Retrieved Water Vapor and Radar Data From NCAR S-PolKa: Performance and Validation Using Real Cases |
Phuong-Nghi DO1+, Kaoshen CHUNG1#, Pay-Liam LIN1, Ching-Yin KE1, Scott ELLIS2
1National Central University, Taiwan, 2National Center for Atmospheric Research, United States |
| AS65-A008 |
Study on Vertical Wind Profile by Using Boundary Layer Radar |
Mako SAWADA1#+, Satoru OISHI1,2
1Kobe University, Japan, 2RIKEN, Japan |
| AS65-A009 |
Impact of Assimilating Radar Refractivity in the Context of Ensemble Kalman Filter: Cases Study of the SoWMEX |
Kaoshen CHUNG1#+, Phuong-Nghi DO1, Ya-Chien FENG2
1National Central University, Taiwan, 2Pacific Northwest National Laboratory, United States |
| AS66 50th Anniversary of the Metaphorical Butterfly Effect Since Lorenz (1972): Multistability, Multiscale Predictability, and Sensitivity in Numerical Models |
| Abstract ID |
Abstract Title |
Authors |
| AS66-A001 |
One Saddle Point and Two Types of Sensitivities Within the Lorenz 1963 and 1969 Models |
Bo-Wen SHEN1#+, Roger PIELKE, SR.2, Xubin ZENG3
1San Diego State University, United States, 2University of Colorado Boulder, United States, 3University of Arizona, United States |
| AS66-A005 |
The Duality of Chaos and Order, Multistability, and Predictability Within Lorenz Models |
Bo-Wen SHEN1#+, Roger PIELKE, SR.2, Xubin ZENG3, Sara FAGHIH-NAINI4,5, Jialin CUI1, Wei PAXSON1, Tiffany REYES1, Robert ATLAS6, Amit KESARKAR7
1San Diego State University, United States, 2University of Colorado Boulder, United States, 3University of Arizona, United States, 4University of Bayreuth, Germany, 5Friedrich-Alexander University Erlangen-Nuremberg, Germany, 6National Oceanic and Atmospheric Administration, United States, 7National Atmospheric Research Laboratory, India |
| AS66-A003 |
The KdV-S.I.R. Equation and the Non-dissipative Lorenz Model: Analytical Solutions of Solitary Epidemic Waves |
Wei PAXSON+, Bo-Wen SHEN#
San Diego State University, United States |
| AS66-A004 |
Presence of Attractor in Two-parameter Saltzman S-LOM (7) |
John LEWIS1#+, S. LAKSHMIVARAHAN2
1National Severe Storms Lab (on Assign, to DRI/UNR, United States, 2University of Oklahoma, United States |
| AS66-A006 |
An ISOMAP Analysis of Sea Surface Temperature for the Classification and Detection of El Niño & La Niña Events |
John Chien-Han TSENG#+
Central Weather Bureau, Taiwan |
| AS66-A007 |
Uncertainties and Error Growth in Forecasting the Record-breaking Rainfall in Zhengzhou, Henan on 19–20 July 2021 |
Yunji ZHANG1#+, Huizhen YU2, Murong ZHANG3, Yawen YANG4, Zhiyong MENG4
1The Pennsylvania State University, United States, 2Qingdao Meteorological Bureau, China, 3Xiamen University, China, 4Peking University, China |
| AS66-A009 |
From Predictability to Controllability: Control Simulation Experiment |
Takemasa MIYOSHI1,2#+, Qiwen SUN1, Koji TERASAKI1, Yasumitsu MAEJIMA1
1RIKEN Center for Computational Science, Japan, 2University of Maryland, United States |
| AS66-A012 |
Development of Taiwan’s CWB Global Ensemble Prediction System |
Pei-Hsuan KUO1#+, Deng-Shun CHEN2, Pang-Yen LIU2, Jen-Her CHEN2, Pay LIAM1
1National Central University, Taiwan, 2Central Weather Bureau, Taiwan |
| AS66-A013 |
Multiscale Interactions and Multistability Analysis of Predictions of Recurving and Looping Cyclones Over North Indian Oceans |
Amit KESARKAR1, Kasturi SINGH1#+, Bowen SHEN2, Jyoti BHATE1
1National Atmospheric Research Laboratory, India, 2San Diego State University, United States |
| AS66-A014 |
Cloud-resolving Time-lagged Rainfall Ensemble Forecasts for Typhoons in Taiwan: Examples of Saola (2012), Soulik (2013), and Soudelor (2015) |
Chung-Chieh WANG1, Hung-Chi KUO2#+, Shin-Hau CHEN1, Yu-Han CHEN2, Kazuhisa TSUBOKI3
1National Taiwan Normal University, Taiwan, 2National Taiwan University, Taiwan, 3Nagoya University, Japan |
| AS66-A015 |
Sensitivity of the Life Span on Changing Ventilation Effect of Precipitation Particles of a Numerically Simulated Thunderstorm |
Pao WANG1,2#+, Yen-Liang CHOU3
1Academia Sinica/National Cheng Kung University, Taiwan, 2University of Wisconsin-Madison, United States, 3Academia Sinica, Taiwan |
| AS66-A016 |
Insights Into Atmospheric Predictability Through Global Cloud-resolving Simulations |
Falko JUDT#+
National Center for Atmospheric Research, United States |
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