Abstracts
ABSTRACT
AOGS 2025 Abstracts
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Browse by Section: AS - Atmospheric Sciences BG - Biogeosciences HS - Hydrological Sciences IG - Interdisciplinary Geosciences OS - Ocean Sciences PS - Planetary Sciences ST - Solar and Terrestrial Sciences SE - Solid Earth Sciences SS - Special Sessions |
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Atmospheric Sciences
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| AS02 Asian Monsoon, Extremes and Climate Change | ||
| Abstract ID | Abstract Title | Authors |
| AS02-A001 | Impact of La Niña on the Following Summer East Asian Precipitation Through Intermediate SST Anomalies | Na WEN#+ Nanjing University of Information Science & Technology, China |
| AS02-A004 | Dependence of Environmental Impacts Upon the Intensification Rate and Location of Tropical Cyclones in the Western North Pacific | Ping HE#+, Renguang WU Zhejiang University, China |
| AS02-A003 | The Boreal Summer Rainfall Changes in Eastern China and Associated Spatial Heterogeneous Jets Variations During the Arctic Amplification Period | Yuting LIU+, Danqing HUANG# Nanjing University, China |
| AS02-A005 | Emergent Constraints On The Future East Asian Winter Surface Air Temperature Changes | Anqi LIU1+, Xiaolong CHEN2, Danqing HUANG1# 1Nanjing University, China, 2Chinese Academy of Sciences, China |
| AS02-A070 | Quantifying Contributions of External Forcings and Internal Oceanic Variability to Decadal Variations in Winter East Asian Jet Streams | Shuhui HU1+, Danqing HUANG1#, Bingliang ZHUANG1, Wenjian HUA2 1Nanjing University, China, 2Nanjing University of Information Science and Technology, China |
| AS02-A006 | Influence of Zonal Variation of the Subtropical Westerly Jet on Rainfall Patterns and Frequency of Heavy Precipitation Events Over East Asia | Yin DU1#+, Zhiqing XIE2 1Nanjing University of Information Science & Technology, China, 2Jiangsu Climate Center, China |
| AS02-A007 | Impact of the thermal contrast between the Arabian Sea and the Iranian Plateau on the interannual variability of the East Asian summer monsoon | Dongxiao WANG1, Dongxiao WANG1#+, Jie CAO2, Yimin LIU3 1Sun Yat-sen University, China, 2Yunnan University, China, 3Chinese Academy of Sciences, China |
| AS02-A010 | Precipitation Characteristics and Synoptic Environment Evolution of Prolonged Southwesterly Flow Around Southern Taiwan During Mei-yu Season | Yen-Chao CHIU#+, Fang-Ching CHIEN National Taiwan Normal University, Taiwan |
| AS02-A009 | Emerging Influence of the Australian Monsoon on Indian Ocean Interannual Variability in a Warming Climate | Xin WANG#+ Chinese Academy of Sciences, China |
| AS02-A013 | Rainfall Suppression Effect of Tropical Cyclones in the Western North Pacific and South China Sea | Xinyu LI1#+, Riyu LU2, Guixing CHEN3, Ruidan CHEN4 1Hohai University, China, 2Chinese Academy of Sciences, China, 3Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), School of Atmospheric Sciences, Sun Yat-sen University, Zhuhai, China, 4Sun Yat-sen University, China |
| AS02-A011 | Impacts of the Anomalous Southwest Tropical Indian Ocean SST Warming on Indo-Pacific Climate from April to June Based on the CESM Model | Zesheng CHEN1+, Zhenning LI2, Yuanyuan GUO3, Teng WANG4, Yan DU1# 1Chinese Academy of Sciences, China, 2The Hong Kong University of Science and Technology, Hong Kong SAR, 3Fudan University, China, 4Sun Yat-sen University, China |
| AS02-A012 | Diagnostics and Extended Range Prediction of Heatwaves in India | Raju MANDAL#+, Susmitha JOSEPH, Ak SAHAI, Avijit DEY Indian Institute of Tropical Meteorology, India |
| AS02-A021 | Modulation of Taiwan Strait Surface Wind Variability by the ENSO Combination Mode in Observational Data and Cmip6 Models | Yu-Sung HUANG#+, Li-Chiao WANG National Central University, Taiwan |
| AS02-A080 | Exchange Between Atmospheric Boundary Layer and Free Troposphere Over the Indian Monsoon Region | Sanjay Kumar MEHTA1, Seetha CJ1,2#+ 1SRM Institute of Science and Technology, India, 2India Meteorological Department, Ministry of Earth Sciences, Government of India, India |
| AS02-A014 | Investigating the South Asian Summer Monsoon Onset Based on the Perspective of Convection Aggregation Using SP-CAM | Ding-Rong WU+, Yung-Jen CHEN, Wei-Ting CHEN#, Chien-Ming WU, Yen-Ting HWANG, Kuan-Ting KUO National Taiwan University, Taiwan |
| AS02-A016 | Global Warming is already very close to 1.5 ° C — an Assessment Based on C-MST3.0 | Qingxiang LI1#+, Zichen LI1, Sihao WEI1, Qiya XU2 1Sun Yat-sen University, China, 2Sun Yat-Sen University, China |
| AS02-A015 | Recent Two Decades Witness an Uptick in Monsoon Depressions Over the Northern Arabian Sea | Nagaraju CHILUKOTI1#+, Mahendra NIMMAKANTI1, Chowdary S JASTI2 1National Institute of Technology Rourkela, India, 2Indian Institute of Tropical Meteorology, India |
| AS02-A040 | The Tug-of-war Between Mjo and Low-frequency Variability Under the Prolonged Tropical Asian Summer Monsoon Withdrawal | Xin WANG#+, Wen ZHOU, Yue ZHANG, Ruhua ZHANG Fudan University, China |
| AS02-A018 | Forecasting the Unpredictable: a Contrastive Learning Model for Forecasting Tropical Cyclone Rapid Intensification | Chong WANG1#+, Nan YANG2, Xiaofeng LI3 1Institute of Oceanology, China, 2 Institute of Oceanology, China, China, 3Chinese Academy of Sciences, China |
| AS02-A019 | On the Relationship Between Precipitation Extreme and Local Temperature Over Eastern China Based on Convection Permitting Simulations: Roles of Different Moisture Processes and Precipitation Types | Guoqing DAI+, Danqing HUANG, Ben YANG# Nanjing University, China |
| AS02-A022 | Three-dimensional Atmospheric Circulation Patterns of Summer Temperature Variability in Eastern China and Its Decadal Changes | Jianjun PENG1#, Shujuan HU2+, wenxin ZHANG2, Zihan HAO1 1Lanzhou University, China, 2lanzhou university, China |
| AS02-A072 | Influence of Cross-equatorial Northerly Surge on Precipitation and Circulation Patterns Across Different MJO Phases | Qoosaku MOTEKI#+ Japan Agency for Marine-Earth Science and Technology, Japan |
| AS02-A073 | Relationship Between the Development of Borneo Vortex and MJO Phases | Miki HATTORI#+ Japan Agency for Marine-Earth Science and Technology, Japan |
| AS02-A024 | The Co-evolution of East Asian Subtropical Westerly Jet and East Asian Summer Monsoon During Different Time Periods in the Holocene and Its Influence on Precipitation Patterns in China | Mi YAN1#+, Yawen LIU1, Zhengyu LIU2, Sumin WANG3 1Nanjing Normal University, China, 2The Ohio State University, United States, 3NIGLAS CAS, China |
| AS02-A050 | Climatology of Double Low-level Jets Over South China During the Warm Season | Chunling ZHOU1#+, Yu DU2, Guixing CHEN3 1Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), School of Atmospheric Sciences, Sun Yat-sen University, Zhuhai, China, China, 2Sun Yat-sen University, China, 3Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), School of Atmospheric Sciences, Sun Yat-sen University, Zhuhai, China |
| AS02-A042 | Predictive Potential of Sea Surface Winds in Anticipating the Cases of Double Monsoon Onset | Vaibhav TYAGI#+, Saurabh DAS Indian Institute of Technology Indore, India |
| AS02-A062 | The Impact of Madden Julian Oscillation on Spring and Autumn Afternoon Diurnal Convection in Sri Lanka | Wan-Ru HUANG1#+, Suranjith Bandara KORALEGEDARA1, Tzu-Yang CHIANG1, Cheng‑An LEE1, Po-Han TUNG1, Yu-Tang CHIEN1, Liping DENG2 1National Taiwan Normal University, Taiwan, 2College of Ocean and Meteorology, Guangdong Ocean University, Zhanjiang, China, China |
| AS02-A027 | Clouds Regulate Diurnal Pulse of Energy Input in the Monsoon Flow | Jiahui CAO1#+, Guixing CHEN2 1Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), School of Atmospheric Sciences, Sun Yat-sen University, Zhuhai, China, China, 2Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), School of Atmospheric Sciences, Sun Yat-sen University, Zhuhai, China |
| AS02-A037 | Phase Transitions in Climate Network Delineate the Large-scale Onsets and Local Onsets of the Indian Monsoon | Yogenraj PATIL1, Gaurav CHOPRA1, Shruti TANDON1, B. N. GOSWAMI2, Sujith RAMAN PILLAI INDUSEKHARAN NAIR1#+ 1Indian Institute of Technology Madras, India, 2Cotton University, India |
| AS02-A028 | Quantifying Impacts of Two Enso Patterns on South China Sea Summer Monsoon Onset | Lianyi ZHANG1+, Zesheng CHEN2#, Yan DU2 1South China Sea Institute of oceanology, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS02-A030 | Possible Mechanisms of the Influence of Solar Activity on Snow Over the Qinghai–tibet Plateau | Yan SONG1#+, Xunqiang BI2, Tiangui XIAO3, Ziniu XIAO4, Zhicai LI5, Yaqing ZHOU6 1China Meteorological Administration Training Center, China, 2Chinese Academy of Sciences, China, 3School of Atmospheric Sciences, Chengdu University of Information Technology, China, 4Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 5Shanxi Climate Centre, China, 6Jinzhong Meteorological Bureau of Shanxi Province, China |
| AS02-A029 | A Comparative Investigation of Monsoon Active and Break Events over the Western North Pacific | Ke XU1#+, Riyu LU2 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS02-A032 | Interannual-interdecadal Variability of Extreme Low Temperature in North Asia and Its Driving Mechanisms | Ya GAO#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS02-A031 | A Shorter Duration of the Indian Summer Monsoon in Constrained Projections | Yifeng CHENG1+, Lu WANG1#, Xiaolong CHEN2, Tianjun ZHOU2, Andrew TURNER3,4 1Nanjing University of Information Science & Technology, China, 2Chinese Academy of Sciences, China, 3National Centre for Atmospheric Science, United Kingdom, 4University of Reading, United Kingdom |
| AS02-A033 | Monsoon Variability Over Southeast Asia: a Review of Research by the Author | Ramesh KRIPALANI1,2#+ 1Retired Senior Scientist, Indian Institute of Tropical Meteorology, India, 2Pukyong and Pusan National Universities, Korea, South |
| AS02-A034 | Interdecadal Variation and Causes of Drought in Northeast China in Recent Decades | Dong CHEN1+, Ya GAO2#, Jianqi SUN3, Huijun WANG4, Jiehua MA5 1China Meteorological Administration, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3Nansen-Zhu International Research Centre, China, 4Nanjing University of Information Science and Technology, China, 5Institute of Atmospheric Physics, Chinese Academy of Sciences, China, China |
| AS02-A038 | Analysis of the Extreme Rainfall Event in the UAE on April 16, 2024: Potential Contributing Factors | Koteswararao KUNDETI1,2#+ 1National Center of Meteorology, United Arab Emirates, 2National Center of Meteorology, United Arab Emirates |
| AS02-A043 | Compound Weather and Climate Extremes in the Asian Region: Science-informed Recommendations for Policy | Krishnan RAGHAVAN1, Chirag DHARA2, Takeshi HORINOUCHI3, C. Kendra GOTANGCO4,5, A. P. DIMRI6, Mandira SHRESTHA7, Swapna P1, Roxy Mathew KOLL1, Seok-Woo SON8, Ayantika DEY CHOUDHURY1#+, Faye Abigail CRUZ5, Fangli QIAO9 1Indian Institute of Tropical Meteorology, India, 2Krea University, India, 3Hokkaido University, Japan, 4Ateneo de Manila University, Philippines, 5Manila Observatory, Philippines, 6Jawaharlal Nehru University, India, 7International Centre for Integrated Mountain Development, Nepal, 8Seoul National University, Korea, South, 9State Oceanic Administration, China |
| AS02-A041 | Characteristics of East Asian Monsoon Cycle Represented by the Western Pacific-indian Ocean Regional Low-level Circulation Types and the Relationship with Enso | Yin-Min CHO#+, Mong-Ming LU National Taiwan University, Taiwan |
| AS02-A074 | ENSO-Driven Australian Monsoon Rainfall Projections In A Warming Climate | Huazhen LI1#+, Andréa S. TASCHETTO1, Christine CHUNG2, Ghyslaine BOSCHAT2 1University of New South Wales, Australia, 2Bureau of Meteorology, Australia |
| AS02-A044 | Southeast Asian Monsoon Index for Its Monitoring | Thea TURKINGTON1#+, Tieh-Yong KOH2, Donaldi PERMANA3, Zizhen DONG4, Joseph BASECONCILLO5 1Centre for Climate Research Singapore, Singapore, 2Asian-Australian Monsoon Working Group, Monsoons Panel, CLIVAR, Singapore, 3Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, 4Department of Atmospheric Sciences, Yunnan University, China, 5Philippine Atmospheric, Geophysical and Astronomical Services Administration, Philippines |
| AS02-A045 | Origins of Synoptic and Intraseasonal Variabilities Over the Northwestern Pacific Monsoon Trough | Hongyu CHEN1+, Chi QIN2, Tim LI3# 1Nanjing University of Information Science & Technology, China, 2Changzhou Meteorological Bureau, China, 3University of Hawaiʻi at Mānoa, United States |
| AS02-A075 | A Tale of Two Cold Surges: Extratropical and Tropical Drivers of Extreme Rainfall Over the Maritime Continent | Xin Rong CHUA1#+, Isaac TAN1, Eun-Pa LIM2, Muhammad Eeqmal HASSIM1,3, Aurel MOISE1, Sandeep SAHANY1, Gerald LIM3 1Centre for Climate Research Singapore, Singapore, 2Bureau of Meteorology, Australia, 3Meteorological Service Singapore, Singapore |
| AS02-A047 | The Role of Regional SST Changes on Decadal Variability in MJO Propagation Speed | Hye-Ryeom KIM1#+, Kyung-Ja HA1, Bin WANG2 1Pusan National University, Korea, South, 2University of Hawaii, United States |
| AS02-A076 | ENSO and MJO Influence on Widespread and Persistent Rainfall in Northern Queensland | Ashneel CHANDRA1,2#+, Claire Louise VINCENT3 1The University of Melbourne, Australia, 2ARC Centre of Excellence for Climate Extremes, Australia, 3The University of Melbourne, ARC Centre of Excellence for Climate Extremes, Australia |
| AS02-A048 | Biomass Burning Is the Dominant Contributor to Carbon Aerosols in Rainwater Over the Northern Indian Ocean | Krishnakant BUDHAVANT1,2#+, Orjan GUSTAFSSON3 1Maldives Meteorological Services, Maldives, 2Indian Institute of Science, India, 3Stockholm University, Sweden |
| AS02-A049 | Clausius Clapeyron Scaling of Atmospheric Water Vapor in Cmip6 Climate Models’ Simulations | Lakshmi Kumar T. V.1#+, Bharath JAISANKAR2, Humberto BARBOSA3 1Jawaharlal Nehru University, India, 2SRM Institute of Science and Technology, India, 3Universidade Federal da Alagoes, Brazil |
| AS02-A056 | Quantifying the Relative Contributions of Three Tropical Oceans to the Western North Pacific Anomalous Anticyclone | Zhiyuan LU1#+, Lu DONG2, Fengfei SONG2, Bo WU3, Shuyan WU4, Chunzai WANG5 1State Key Laboratory of Tropical Oceanography, South China Sea Institute of Oceanology, Chinese Academy of Sciences, China, 2Ocean University of China, China, 3Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 4Sun Yat-sen University, China, 5Chinese Academy of Sciences, China |
| AS02-A052 | Integrating Mesoscale Weather Forecasting Into Climate-responsive Architectural Design: Enhancing Glass Curtain Wall Buildings' Resilience to Extreme Heat Events | Qingqing FENG+, Ji CHEN# The University of Hong Kong, Hong Kong SAR |
| AS02-A054 | Distinct Response of Asian Summer Monsoon During the First and Third Years of Triple La Niña Events | Yihou ZHOU1#+, Shaobo QIAO2 1Sun Yat-Sen University, China, 2Sun Yat-sen University, China |
| AS02-A079 | Decoding Thunderstorm Genesis: Impact of Atmospheric Boundary Layer from Radar Observation and WRF Simulation | Angel Anita CHRISTY1+, M.G. MANOJ1#, Ashish SHAJI1, Rakesh VARADARAJAN2, Kavya JOHNY3 1Cochin University of Science and Technology, India, 2Cochin University of Science and Technology , India, 3Advanced Centre for Atmospheric Radar Research, Cochin University of Science and Technology, Cochin, India, India |
| AS02-A055 | Analysis Of Vortices In The South China Sea That Cross the Malay Peninsula | Thenamuthan SEGARAN#+ Universiti Malaya, Malaysia |
| AS02-A077 | Climatological Characteristics of Precipitating Clouds Over the Eastern Coast of the Philippines During the Northeast Monsoon Season | Yves Sheldon ELLA#+ Ateneo de Manila University, Philippines |
| AS02-A059 | The Dynamics and Thermodynamics of Active and Break Periods in the Indian Summer Monsoon | Andrew TURNER1,2#+, Akshay DEORAS2, Ambrogio VOLONTÉ2, Reinhard SCHIEMANN1,2, Laura WILCOX2, Arathy MENON3 1National Centre for Atmospheric Science, United Kingdom, 2University of Reading, United Kingdom, 3Met Office, United Kingdom |
| AS02-A058 | The Evolution of the Moisture Flux with the Onset and Retreat Isochrones of the Indian Summer Monsoon | Amarjeet VIDYARTHI1,2#+, Vasubandhu MISRA3, Arun CHAKRABORTY1, Anil GUPTA1 1Indian Institute of Technology Kharagpur, India, 2Florida State Universit, Tallahassee, FL, United States, 3Florida State University, United States |
| AS02-A060 | Study of Moisture Flux Isochrones of the Indian Summer Monsoon Rainfall Over Uttarakhand State of India: Implications for Extreme Rainfall Events | Hemwati NANDAN1#+, Ankur SINGH2, Amarjeet VIDYARTHI3,4, Arun CHAKRABORTY3 1HNBGU Srinagar Garhwal, India, 2Hemwati Nandan Bahuguna Garhwal University Srinagar (Garhwal), Uttarakhand, India, 3Indian Institute of Technology Kharagpur, India, 4Florida State Universit, Tallahassee, FL, United States |
| AS02-A065 | Future Changes of East Asian Summer Monsoon Rainfall Under Global Warming | Daokai XUE#+ Nanjing Universicy, China |
| AS02-A063 | The Modern Landscape in a Semi and Semi-arid Dune Field of Northern China | Jinhua DU#+ Chang'an university, China |
| AS02-A064 | Influence of Northward-propagating Intraseasonal Oscillations and ENSO Background States on Summer Monsoon Onset Over the Arabian Sea and India | Tsung Hsun LIN1#+, Mong-Ming LU2, Tim LI3 1Department of Atmospheric Sciences, National Taiwan University, Taiwan, 2National Taiwan University, Taiwan, 3University of Hawaiʻi at Mānoa, United States |
| AS02-A069 | Human Influence on China’s Temperature Extremes: Integrating Cmip Models, Proxy Reconstructions, and Attribution Frameworks from the Tibetan Plateau to National Scales | Hong YIN#+ National Climate Center, China |
| AS02-A078 | Cross-equatorial Northerly Surges Associated with Extratropical Cold Surges and Tropical Variability Over the Maritime Continent | Narizka Nanda PURWADANI1#+, Muhammad Rais ABDILLAH1, Tri Wahyu HADI2, Rusmawan SUWARMAN2, Nurjanna Joko TRILAKSONO1,3, Faiz Rohman FAJARY2, Madam Taqiyya MAULANA2, Dudy WIJAYA1 1Institut Teknologi Bandung, Indonesia, 2Bandung Institute of Technology, Indonesia, 3Weather and Climate Prediction Laboratory, Indonesia |
| AS02-A081 | Surface Tracer Variations and Its Role for the Cloud Development During the Transient Monsoon Conditions | Sanjay Kumar MEHTA1#+, Seetha CJ1,2, Jagabandhu PANDA3, Bala Subrahamanyam D4, Som Kumar SHARMA5, Vijay KANAWADE6 1SRM Institute of Science and Technology, India, 2India Meteorological Department, Ministry of Earth Sciences, Government of India, India, 3National Institute of Technology, Rourkela, India, 4Indian Space Research Organization, India, 5Physical Research Laboratory, India, 6The Cyprus Institute, Cyprus |
| AS03 Biomass Burning Emission and Impacts on the Environment in Southeast Asia | ||
| Abstract ID | Abstract Title | Authors |
| AS03-A006 | Assessing Aviation Emissions Using Quick Access Recorder Data and High-precision Models | Yi Wei ZHAO1#+, Guang Ze LI2, Long Fei CHEN1, Zhen Zhong ZHANG1, Ge GAO1 1Beihang University, China, 2Beihang University, China, China |
| AS03-A002 | Aqueous Photooxidation of Brown Carbon Contributes to Highly Oxygenated Secondary Organic Aerosols | Chin Wai LEUNG1+, Di HU2# 1Hong Kong Baptist University, Kowloon Tong, Hong Kong Special Administrative Region of China, Hong Kong SAR, 2Department of Chemistry, Hong Kong Baptist University, Hong Kong SAR |
| AS03-A001 | Impact of Southeast Asia Biomass Burning Emissions on Air Quality in Southeast Asia and China | Qi YING1#+, Minsu CHOI2 1Hong Kong University of Science and Technology, Hong Kong SAR, 2Texas A&M University, United States |
| AS03-A003 | Understanding Smoke Pollution in Southeast Asia Using Observational Data and Simulation | Makiko NAKATA1#+, Sonoyo MUKAI2, Toshiyuki FUJITO3 1Kindai University, Japan, 2KCGI, Japan, 3REESIT/KCGI, Japan |
| AS03-A007 | Impacts of Biomass Burning in Peninsular Southeast Asia on the Air Quality and Regional Climate in Southern China | Li XING#+ Shaanxi Normal University, China |
| AS03-A008 | Impact of Transboundary Smoke Haze on the Chemical Composition and Mixing State of Fine Particles in Singapore | Laura-Helena RIVELLINI1#+, Nethmi KASTHURIARACHCHI2, Mutian MA3, Alex LEE4, Liya YU5 1National University of Singapore, Environmental Research Institute, Singapore, 2Department of Civil & Environmental Engineering, National University of Singapore, Singapore, Singapore, 3Cambridge Centre of Advance Research and Education in Singapore, Singapore, 4Air Quality Processes Research Section, Environment and Climate Change Canada, ON, Toronto, Canada, Canada, 5National University of Singapore, Singapore |
| AS03-A010 | Simulation Biomass Burning Impacts on Global Tropospheric Composition with Observational Constraints | Yao GUO#+, Pengfei YU Jinan University, China |
| AS03-A011 | Altitude-dependent Variability of Biomass Burning Aerosol Emissions in Continental Southeast Asia | Mien-Tze KUEH#+, Yi-Yun CHIEN, Chuan-Yao LIN Academia Sinica, Taiwan |
| AS04 Integrating Ground Networks, Satellites, and Modeling for Enhanced Atmospheric Aerosols Insights | ||
| Abstract ID | Abstract Title | Authors |
| AS04-A001 | Classification of Aerosol Types in Korea Using Various Optical Properties of Aerosols | JIMIN PARK+, Ja-Ho KOO# Yonsei University, Korea, South |
| AS04-A025 | Deriving Aerosol and Cloud Properties from Surface-measured Direct and Diffuse Spectral Irradiances | Pradeep KHATRI1#+, Tamio TAKAMURA2, Hitoshi IRIE2 1Soka University, Japan, 2Chiba University, Japan |
| AS04-A003 | PM2.5 Estimation in Seoul Using Gems AOD and a Combination of Machine Learning and Ensemble Methods | Juhee LEE1, JIMIN PARK1+, Yeseul CHO1, Jhoon KIM1,2, Kwang-min MYUNG3, Ja-Ho KOO1# 1Yonsei University, Korea, South, 2Korean Academy of Science and Technology (KAST), Korea, South, 3Data Intelligence Lab, Inc., Korea, South |
| AS04-A009 | Radiative Effects of Aerosols on Elevated Layer Inversions and Boundary Layer Weakening – Investigation Based on Case Studies | Marina ALOYSIUS1#+, Adithya S2, Venkat Ratnam M3 1Assumption College (Autonomous), India, 2Assumption College Autonomous, Changanassery, Kottayam, Kerala, India, India, 3National Atmospheric Research Laboratory, India |
| AS04-A005 | Characteristics of Biomass Burning Aerosol Plume | Sonoyo MUKAI1+, Makiko NAKATA2#, Souichiro HIOKI3, Takuya FUNATOMI4, Toshiyuki FUJITO5 1KCGI, Japan, 2Kindai University, Japan, 3University of Lille, France, 4Nara Institute of Science and Technology, Japan, 5REESIT/KCGI, Japan |
| AS04-A028 | Sorely Reducing Emissions of Non-methane Short-lived Climate Forcers Will Worsen Compound Flood-heatwave Extremes in the Northern Hemisphere | Yingfang LI1+, Zhili WANG1#, Yadong LEI1, Xiaochao YU2, Lin LIU3, Huizheng CHE1, Xiaoye ZHANG1 1Chinese Academy of Meteorological Sciences, China, 2China Meteorological Administration, China, 3Chinese Academy of Meteorological Sciences, China, China |
| AS04-A011 | Bridging Observations and Models: Understanding Aerosol Composition in Changchun by Aeronet and Geos-chem | Yuliia YUKHYMCHUK1#+, Gennadi MILINEVSKY2, Xuhui GAO2, Ivan SYNIAVSKYI3, Xuanyi WEI2, Yu SHI 2 1Jilin University, China, 2College of Physics, International Center of Future Science, Jilin University, China, 3Main Astronomical Observatory of National Academy of Sciences of Ukraine, Ukraine |
| AS04-A013 | Further development and application of the WRFDA-Chem three-dimensional variational (3DVAR) system: Joint assimilation of satellite AOD retrievals and surface observations | YIKE ZHOU1#+, Wei SUN2 1National Meteorological Information Center, China Meteorological Administration, China, 2State Key Laboratory of Severe Weather, Chinese Academy of Meteorological Sciences, China |
| AS04-A030 | The Changing Influence of ENSO on Northern Hemisphere Tropospheric Ozone in a Warmer Climate | Semin YUN+, Jiwon JEONG, Byung-Kwon MOON# Jeonbuk National University, Korea, South |
| AS04-A014 | The Potential of Single Scattering Albedo in Classifying Aerosol Types and Understanding Optical Properties | Sujin EOM+, Sang Seo PARK# Ulsan National Institute of Science and Technology, Korea, South |
| AS04-A015 | Maritime Aerosol Optical Properties by Automatic Ship-borne Sky Radiometer | Kazuma AOKI#+ University of Toyama, Japan |
| AS04-A036 | Response of Ozone to Current and Future Emission Scenarios and the Resultant Human Health Impact in Southeast Asia | Tingting FANG1+, Jie HU2, Yefu GU3, Joseph SUNG4, Steve YIM1# 1Nanyang Technological University, Singapore, 2Asian School of the Environment, Nanyang Technical University, Singapore, Singapore, 3Department of Geography and Resource Management, The Chinese University of Hong Kong, Hong Kong, China, China, 4Lee Kong Chian School of Medicine, Nanyang Technical University, Singapore, Singapore |
| AS04-A034 | Pm2.5-associated Premature Mortality Attributable to Hot-and-polluted Episodes and the Inequality Between Global North and Global South | Tao HUANG1+, YUE LI2, Jinhui LI3, Joseph SUNG4, Steve YIM1# 1Nanyang Technological University, Singapore, 2The Chinese University of Hong Kong, Hong Kong SAR, 3Stanford School of Medicine, United States, 4Lee Kong Chian School of Medicine, Nanyang Technical University, Singapore, Singapore |
| AS04-A016 | Development of the Cma-chemra: China Regional Weakly Coupled Chemical-weather Reanalysis System with Product Since 2007 | TAO ZHANG+, Zijiang ZHOU# CMA, China |
| AS04-A035 | An Integrated Machine Learning Model for Multi-city Air Pollution Prediction and Source Contribution Analysis | YUE LI1+, Tao HUANG2, Tingting FANG2, Steve YIM2# 1The Chinese University of Hong Kong, Hong Kong SAR, 2Nanyang Technological University, Singapore |
| AS04-A037 | Identifying Synoptic-scale Atmospheric Conditions for Springtime Variability of Pm10 Concentrations in South Korea | changok HAN1#+, Eungul LEE2 1Department of Climate-Social Science Convergence, Kyung Hee University, Korea, South, 2Kyung Hee University, Korea, South |
| AS04-A038 | Global Health Impacts of Ambient Fine Particulate Pollution Associated with Climate Variability | Steve YIM1#+, YUE LI2, Tao HUANG1, Jue Tao LIM3, Harry LEE4, Sanjay Haresh CHOTIRMALL 3, Guang Hui DONG5, John ABISHEGANADEN3, Jadwicha WEDZICHA6, Stephan SCHUSTER7, Benjamin HORTON8,9, Joseph SUNG10 1Nanyang Technological University, Singapore, 2The Chinese University of Hong Kong, Hong Kong SAR, 3Lee Kong Chian School of Medicine, Nanyang Technological University, Singapore, Singapore, 4Department of Geography and Resource Management, The Chinese University of Hong Kong, Sha Tin 999077, Hong Kong, China, Hong Kong SAR, 5School of Public Health, Sun Yat-sen University, Guangzhou, China, China, 6Airways Disease Section, National Heart and Lung Institute, Imperial College London, London, UK, United Kingdom, 7Singapore Centre For Environmental Life Sciences Engineering (SCELSE), Nanyang Technological University, Singapore, Singapore, Singapore, 8City University of Hong Kong, Hong Kong SAR, 9Imperial, United Kingdom, 10Lee Kong Chian School of Medicine, Nanyang Technical University, Singapore, Singapore |
| AS04-A032 | Investigating the Response of China’s Surface Ozone Concentration to the Future Changes of Multiple Factors | Jinya YANG+, Yu ZHAO# Nanjing University, China |
| AS04-A039 | Refining Spatial and Temporal Air Quality Prediction in Tropical Urban Areas Using Lstm-diffusion Models | Angsana CHAKSAN1#+, YUE LI2, Tingting FANG1, Tao HUANG1, Steve YIM1 1Nanyang Technological University, Singapore, 2The Chinese University of Hong Kong, Hong Kong SAR |
| AS04-A017 | Seasonal Variability of the Boundary Layer in Singapore: Insights from MPLNET and Ground-based Observations | Qiaojun LIU1+, Yifan GAO2, Bo XIAO2, Ellsworth WELTON3, Santo V. SALINAS4# 1Qingdao University of Science & Technology, School of Mathematics and Physics, Qingdao, China and Centre for Remote Imaging, Sensing and Processing (CRISP), National University of Singapore, China, 2Qingdao University of Science & Technology, School of Mathematics and Physics, Qingdao, China, 3National Aeronautics and Space Administration, United States, 4National University of Singapore, Singapore |
| AS04-A018 | Seamless Interpolation of Aerosol Optical Depth Based on Optimal Interpolation Fusion and Transformer Model | Meng WU, Ning WANG#+, Ning WANG, Lingling MA Aerospace Information Research Institute, Chinese Academy of Sciences, China |
| AS04-A041 | The Sensitivity of Ground-level Ozone to Precursor Emissions and Source Contributions in Southeast Asia | Jie HU1+, Tingting FANG2, Steve YIM2# 1Asian School of the Environment, Nanyang Technical University, Singapore, Singapore, 2Nanyang Technological University, Singapore |
| AS04-A020 | Long-term Trend of Aerosol Radiative Forcing Over Trance, Upper, Middle, and Lower Regions of the Indo-gangetic Plain | Bharat Ji MEHROTRA1#+, Amit KUMAR2, Atul K. SRIVASTAVA3, Manoj K. SRIVASTAVA1 1Banaras Hindu University, India, 2India Meteorological Department , India, 3Indian Institute of Tropical Meteorology, India |
| AS04-A023 | Predicting Climate Adaptation Via Cirrus Cloud Forcing with 20 Years of MPLNET Lidar Data | Simone LOLLI1#+, Andreu SALCEDO-BOSCH2, Jasper R. LEWIS3, Erica DOLINAR4, James R. CAMPBELL4, Ellsworth WELTON5 1CNR, Italy, 2CNR-IMAA, Italy, 3UMBC, United States, 4NRL, United States, 5National Aeronautics and Space Administration, United States |
| AS04-A026 | Identifying Key Drivers of Light Scattering of Aerosol in a Megacity in China Using Machine Learning | Xing PENG#+ Peking University Shenzhen Graduate School, China |
| AS06 Application of Satellite Data to Weather, Climate and Environmental Study | ||
| Abstract ID | Abstract Title | Authors |
| AS06-A027 | Retrieval of Total Precipitable Water Under All-weather Conditions from Himawari-8/ahi Observations Using the Generative Diffusion Model | Haixia XIAO1,2+, Feng ZHANG2# 1Nanjing Innovation Institute for Atmospheric Sciences, China, 2Fudan University, China |
| AS06-A001 | Optimizing cloud optical parameterizations in RTTOV for data assimilation of visible satellite images: an assessment using Fengyun-4B + Himawari-9 observations and CMA-MESO forecasts | Yongbo ZHOU1#+, Tianrui CAO1, Lijian ZHU2 1Nanjing University of Information Science and Technology, China, 2Shanghai Typhoon Institute of the China Meteorological Administration, China |
| AS06-A003 | The Analysis of Results from the Physical Model and Deep Learning Technique for Aerosol Optical Depth Retrieval Using the Gk-2a Satellite | Jong-Sung HA1#+, Jong-Min YEOM2, Seungtaek JEONG1 1Korea Aerospace Research Institute, Korea, South, 2Jeonbuk National University, Korea, South |
| AS06-A035 | Enhancing High Mountain Precipitation Estimates Through Multi-Source Data Merging | Suraj SHAH1#, Yi LIU2, Seokhyeon KIM3,4, Ashish SHARMA4+ 1School of Civil and Environmental Engineering, UNSW, Australia, 2UNSW Sydney, Australia, Australia, 3Kyung Hee University, Korea, South, 4UNSW Sydney, Australia |
| AS06-A004 | All-sky Radiance Assimilation for Geostationary Satellite Imagers Over Global Regions | Izumi OKABE#+, Kozo OKAMOTO, Toshiyuki ISHIBASHI Japan Meteorological Agency, Japan |
| AS06-A005 | Initial Evaluation and Assimilation Development for Earthcare/cpr | Kozo OKAMOTO1#+, Izumi OKABE1, Toshiyuki TANAKA2, Takuji KUBOTA3, Gennosuke KIKUCHI4 1Japan Meteorological Agency, Japan, 2JAXA/EORC, Japan, 3Japan Aerospace Exploration Agency, Japan, 4Remote Sensing Technology Center of Japan, Japan |
| AS06-A006 | Characteristics of Tropical Cloud Regime and Their Associated Radiative Effects from Cloudsat/CALIPSO Satellite Products | Kai-Ting PENG#+, Jia-Yuh YU National Central University, Taiwan |
| AS06-A007 | Pre-launch Calibration Results of the Oms-n Payload On-board the Fy-3f Satellite | Jinghua MAO#+, Yongmei WANG Chinese Academy of Sciences, China |
| AS06-A008 | Preliminary Application of Geostationary-satellite-based Mesoscale Atmospheric Motion Vectors in Typhoon Monitoring and Forecasting | Min MIN#+, Pan XIA Sun Yat-sen University, China |
| AS06-A038 | Correction Method for Satellite Precipitation Estimation Using radiosonde atmospheric profile data in Vietnam | Riko OTOMO#+, Kansei FUJIMOTO, Taichi TEBAKARI Chuo University, Japan |
| AS06-A009 | Enhanced Moisture Retrieval Near Boundary Layer from Satellite Sounder Data Through Atmospheric-surface Radiance Separation | Di DI1#+, Ronglian ZHOU2, Jun LI3 1Nanjing University of Information Science & Technology, China, 2Chinese Academy of Meteorological Sciences, China Meteorological Administration, Beijing 100081, China, China, 3National Satellite Meteorological Center, China |
| AS06-A011 | The Combination Application of FY-4 Satellite Products on Typhoon Saola Forecast on the Sea | Chun YANG#+, Bingying SHI, Jinzhong MIN Nanjing University of Information Science & Technology, China |
| AS06-A012 | Accelerating Target Tracking in Atmospheric Motion Vector Retrieval Using Openacc | rundong ZHOU1#+, Min MIN2 1SUN YET-SEN UNIVERSITY, China, 2Sun Yat-sen University, China |
| AS06-A018 | Sea Surface Wind Field Retrieval and Fusion for Microwave Radiometer: Combining Machine Learning and Traditional Algorithm | Na XU1#+, Yunkai ZHANG2, Xiaochun ZHAI3, Ke ZHAO3, Xue LIU3, Lin CHEN1, Peng ZHANG1 1National Satellite Meteorological Center, China, 2Chinese Academy of Meteorological Sciences, China Meteorological Administration, China, 3National Satellite Meteorological Center, CMA, China |
| AS06-A014 | Cloud Heights Retrieval From Passive Satellite Measurements Using Lapse Rate Information | weiyuan ZHANG+, Jiming LI# Lanzhou University, China |
| AS06-A017 | Passive Satellite Hourly Precipitation Estimation Over Mainland China by Combining Cloud and Meteorological Parameters | Sihang XU+, Jiming LI# Lanzhou University, China |
| AS06-A025 | Refining Climate Analogies for Rainfall Extremes: a Multi-scale Approach Using High-resolution Satellite Data | SUNG-CHE LIN#+, Li-Pen WANG National Taiwan University, Taiwan |
| AS06-A019 | A Rain Effect Elimination Approach Using FY-3E WindRAD Dual-frequency Measurements | Ke ZHAO1+, Ad STOFFELEN2, Jeroen VERSPEEK2, Anton VERHOEF2, Zhen LI2, Na XU3#, Lin CHEN3, Xiaochun ZHAI1, Fangli DPI1, Yunkai ZHANG4, Peng ZHANG3 1National Satellite Meteorological Center, CMA, China, 2Royal Netherlands Meteorological Institute, Netherlands, 3National Satellite Meteorological Center, China, 4Chinese Academy of Meteorological Sciences, China Meteorological Administration, China |
| AS06-A023 | The Advantages of Microwave Observations in Detecting Overshooting Tops with Machine Learning | Jinyeong KIM1#+, Junha LEE1, Myoung Hwan AHN1, Myoung-Seok SUH2 1Ewha Womans University, Korea, South, 2Kongju National University, Korea, South |
| AS06-A020 | Assessment of Goci-ii Satellite Remote Sensing Products in Lake Taihu | Min ZHAO#+ Donghai Laboratory, China |
| AS06-A033 | Analysis of All-sky 1dvar System Using Slant-path Simulations | Dabin YEOM1+, Junhyung HEO2, Myoung Hwan AHN1# 1Ewha Womans University, Korea, South, 2Korea Meteorological Administration, Korea, South |
| AS06-A021 | Cloud Type and Cloud Phase Products of Fengyun Satellites | Bo LI1#+, Lin CHEN2, Min MIN3 1National Satellite Meteorological Cener, China Meteorological Administration, China, 2National Satellite Meteorological Center, China, 3Sun Yat-sen University, China |
| AS06-A022 | The Bias-corrected Cloud-cleared Radiances (CCRs) for Geostationary Hyperspectral IR Sounder FY-4A | Xinya GONG1+, Jun LI1#, Ruoying YIN2, Wei HAN3, Zhenglong LI4 1National Satellite Meteorological Center, China, 2CMA Earth System Modeling and Prediction Centre (CEMC), China Meteorological Administration, China, 3CMA Earth System Modeling and Prediction Centre, China Meteorological Administration, China, 4University of Wisconsin–Madison, United States |
| AS06-A040 | The Impact of Aerosols on the Modification of Winter Raindrop Characteristics in Northern Taiwan | Long NGUYEN-DINH HOANG1+, Chian-Yi LIU2#, Charles C.K. CHOU2, Kaoshen CHUNG3 1Research Center of Environmental Changes, Academia Sinica, Taiwan, 2Academia Sinica, Taiwan, 3National Central University, Taiwan |
| AS06-A031 | Enhancing Long-term Aerosol Monitoring: Merging GEMS and MODIS AOD Datasets | Ha Jeong JEON1+, Yujin CHAI2, Jeong Ah YU3, Sang Min KIM3, Sang Seo PARK1# 1Ulsan National Institute of Science and Technology, Korea, South, 2Yonsei University, Korea, South, 3National Institute of Environmental Research, Korea, South |
| AS06-A030 | A Novel Framework for Black Carbon Emission Estimation: Integrating Column Density Retrievals and Conservative Methods | Jian LIU1+, Jason COHEN2#, Steve YIM3, Pawan GUPTA4, Kai QIN2 1Taiyuan University of Technology, China, 2China University of Mining and Technology, China, 3Nanyang Technological University, Singapore, 4NASA Goddard Space Flight Center, United States |
| AS06-A026 | An Adaptive Piecewise Assimilation Method for Geostationary Satellite Imagery All-sky Assimilation | Deming MENG1#+, Chen YAODENG1, Jun LI2, Yuanbing WANG1 1Nanjing University of Information Science & Technology, China, 2National Satellite Meteorological Center, China |
| AS06-A037 | Investigating Droughts over Agricultural Regions with High-resolution Satellite Soil Moisture Data | Meenu RAMADAS1#+, Akash ATNURKAR2 1Indian Institute of Technology Bhubaneswar, India, 2IIT Bhubaneswar, India |
| AS06-A029 | Satellite Precipitation Estimation Via Operator Learning | Xuan PENG#+, Yayi WU, Qian LI National University of Defense Technology, China |
| AS06-A032 | Development of an Early Detection Method for Convective Initiation in South Korea Using Gk2a/ami, Radar, and Ground Observations | Hyeon Jeong LEE#+, Myoung-Seok SUH Kongju National University, Korea, South |
| AS06-A041 | Assessing the Impact of Five Global Land Cover Products on Permafrost Modelling on the Tibetan Plateau | Yongjie PAN#+ Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China |
| AS07 GNSS Climatology and Meteorology: New Datasets, Advanced Methodologies, and Innovative Applications | ||
| Abstract ID | Abstract Title | Authors |
| AS07-A001 | Flash Drought Detection Using EDDI Derived from Meteorological and GNSS Atmospheric Parameters | Zhenzhen PENG1#+, Haobo LI2 1Monash University, Australia, 2RMIT University, Australia |
| AS07-A002 | Monitoring Weather and Climate Extremes: Insights from Ground-based GNSS Atmospheric Monitoring | Haobo LI1#+, Suelynn CHOY2, Xiaoming WANG3, Zhenzhen PENG4 1RMIT University, Australia, 2Royal Melbourne Institute of Technology University, Australia, 3Chinese Academy of Sciences, China, 4Monash University, Australia |
| AS07-A003 | A GAN-based Precipitation Nowcasting Model Integrating Radar QPE, GOES-16 SWD, And GNSS ZTDs | Xindi LUO#+, Cuixian LU Wuhan University, China |
| AS07-A012 | Comparative Evaluation of Threshold- and GRU-based Models for Accurate Rainfall Event Forecasting | Longjiang LI#+, Kefei ZHANG, Dongsheng ZHAO, Minghao ZHANG China University of Mining and Technology, China |
| AS07-A014 | Enhancing WRF Model Predictions of Precipitable Water Vapor Over the Eastern United States Through Assimilation of GNSS PWV and Radiosonde Profiles | Leshi WANG+, Kefei ZHANG#, Longjiang LI China University of Mining and Technology, China |
| AS07-A015 | Modelling the 3-dimensional Structure of Water Vapor During 2020 Great Jakarta Flood | Nabila PUTRI#+ Institut Teknologi Bandung, Indonesia |
| AS07-A010 | Real-time GNSS Water Vapor Monitoring with Moored Buoy | Linghao ZHOU1#+, Chuang SHI1, Yunchang CAO2, Hong LIANG2, Lei FAN1 1Beihang University, China, 2China Meteorological Administration, China |
| AS07-A013 | Gnss Water Vapor Data Assimilation: Advances in Rainfall and Typhoon Forecasting | Cuixian LU#+, Yuxin ZHENG, Jiafeng LI Wuhan University, China |
| AS07-A018 | Comparisons Between Polarimetric Radio Occultation Measurements with WRF Model Simulation for Tropical Cyclones | Shu-Ya CHEN1#+, Bill KUO2, Hsiu-Wen LI1, Ramon PADULLÉS3, Estel CARDELLACH3, Joe TURK4 1National Central University, Taiwan, 2University Corporation for Atmospheric Research, United States, 3Institute of Space Sciences (ICE-CSIC), Institute of Space Studies of Catalonia (IEEC), Spain, 4Jet Propulsion Laboratory, California Institute of Technology, United States |
| AS07-A022 | Modelling Tropospheric Delays Based on Gnss and Surface Meteorological Observations | Minghua WANG#+, Shuai WANG, Zhuochen LV, Chengzhi SUN Nanjing University of Information Science & Technology, China |
| AS07-A025 | COSMIC Data Analysis and Archive Center GNSS Radio Occultation Processing and Products | Jan-Peter WEISS1#+, Maggie SLEZIAK-SALLEE1, Iurii CHERNIAK1, Rachel CONROY1, Douglas HUNT2, Emily LAUER1, Valentina PETRONI1, Gary ROMERO1, Sergey SOKOLOVSKIY2, Teresa VANHOVE1, Hannah VEITEL1, Irina ZAKHARENKOVA2, Zhen ZENG1 1UCAR/COSMIC, United States, 2University Corporation for Atmospheric Research, United States |
| AS08 Climate Extremes and Compound Events: Monitoring, Mechanism and Projection | ||
| Abstract ID | Abstract Title | Authors |
| AS08-A001 | Comparison for the characteristics and mechanisms of independent daytime, nighttime, and compound heatwaves over China | Jingwen ZENG#+, Danqing HUANG Nanjing University, China |
| AS08-A002 | Future Intensification of Co-occurrences of Heat, PM2.5 and O3 Extremes in China and India Despite Stringent Regulations | Meng GAO#+ Hong Kong Baptist University, Hong Kong SAR |
| AS08-A028 | Global Drought Changes and Attribution Under Carbon Neutrality Scenario | Xiaoyun SU1#, Lin WANG2+, Gang HUANG2, Ting WANG2 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS08-A004 | A Global Transition of Dry Extremes to Dry-hot Coupling Under Climate Change | sijia LUO+, Xihui GU# China University of Geosciences, China |
| AS08-A006 | The Yangtze River Basin: a Growing Center of Intense Heatwaves in East Asia’s Monsoon Region | Wei JIANG#+ Jiangsu Meteorological Bureau, China |
| AS08-A007 | Remotely Sensed Vegetation Optical Depth Data Based Global Mapping Method for Forest Canopy Mortality Due to Drought | Xiang ZHANG1#+, Xu ZHANG2, Nengcheng CHEN2, Xihui GU2, Chao WANG3 1China University of Geosciences (Wuhan), China, 2China University of Geosciences, China, 3Wuhan University, China |
| AS08-A008 | Exploring Changes of Precipitation Extremes Under Climate Change Through Global Variable-resolution Modeling | Wei SUN1#+, Jian LI2, Rucong YU2, Nina LI3, Yi ZHANG4 1State Key Laboratory of Severe Weather, Chinese Academy of Meteorological Sciences, China, 2Chinese Academy of Meteorological Sciences, China, 3National Meteorological Center, China, 4PIESAT Information Technology Co., Ltd., China |
| AS08-A011 | Tropical Radiation-precipitation Relationship and Future Extreme Precipitation Constraint | Yuanyuan HUANG1+, Zhijian YANG2, Xiaoming SHI3# 1The Hong Kong University of Science and Technology, China, 2National University of Singapore, Singapore, 3The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS08-A010 | The Spatiotemporal Characteristics and Precursory Signals in Soil Moisture of Three Types of Heatwaves in South China Defined by the Universal Thermal Climate Index (UTCI) | Hongyun MA#+ School of Atmospheric Sciences, Nanjing University of Information Science and Technology, Nanjing, 210044, China |
| AS08-A013 | Flash Drought Events Globally Become Northeast-ward Shifted, Slower and More Localized | Dingkui WANG+, Xuezhi TAN# Sun Yat-sen University, China |
| AS08-A014 | Characteristics of Boreal Summer Compound Hot-drought Events in the Yangtze River Valley and Relationships with Indian Ocean Sea Surface Temperature | xuehua AN#+, shanlei SUN Nanjing University of Information Science and Technology, China |
| AS08-A015 | Cluster Analysis of Circulation Patterns Associated with Regional Compound Heatwaves in South China | Yuan NIU1+, Hongyun MA2# 118909651322, China, 2School of Atmospheric Sciences, Nanjing University of Information Science and Technology, Nanjing, 210044, China |
| AS08-A017 | Linking Droughts and Wildfires in Chiang Mai, Thailand: a Multi-indicator Framework for Climate Extreme Analysis | Duangnapha LAPYAI#+, Chakrit CHOTAMONSAK Chiang Mai University, Thailand |
| AS08-A019 | Analysis of Surface Soil Moisture During Flood and Drought Events in Thailand: a Case Study of 2010 | Tanawat NGAMPATTRAPAN+, Kritanai TORSRI#, Pattarapoom PEANGTA, Jakrapop AKARANEE, Thippawan THODSAN, Nureesan YUELAPAE Ministry of Higher Education, Science, Research and Innovation, Thailand |
| AS08-A021 | Contribution of Anthropogenic Influence to the 2022-like Yangtze River Valley Compound Heatwave and Drought Event | Dong CHEN1#+, Shaobo QIAO1, Wenjie DONG1, Guolin FENG2 1Sun Yat-sen University, China, 2National Climate center, China |
| AS08-A020 | Changes in human-perceived temperature extremes and associated population exposure across China | Xi CHEN#+ National Institute of Natural Hazards, Ministry of Emergency Management of China, China |
| AS08-A022 | Increased Risk of Extreme Hot and Drought Events in China Under Anthropogenic Forcing | Shanshan WANG#+ Lanzhou University, China |
| AS08-A023 | Climate Indices and Atmospheric Circulation Patterns Associated with East Asian Summer Wet-bulb Temperatures | Bo Seung LEE#+, Maeng-Ki KIM Kongju National University, Korea, South |
| AS08-A031 | The Joint Occurrence Probability of Compound Drought and Heatwaves: a Copula-based Multivariate Analysis of Duration and Severity in China | Li XIN#+ Ningxia Institute of Meteorological Sciences, China |
| AS08-A039 | Deciphering the Hazards and Vulnerabilities Associated with Landfalling Tropical Cyclones Over the Indian Landmass | Geo TOM1#+, Jagabandhu PANDA2 1National Institute of Technology Rourkela, India, 2National Institute of Technology, Rourkela, India |
| AS08-A036 | Human Influence on Seasonal Extreme Precipitation Changes Over the Tibetan Plateau | Siyan DONG1#+, Ying SUN2, Hong YIN3, Yang GUOWEI4 1National Climate Center, China Meteorological Administration, China, 2China Meteorological Administration, China, 3National Climate Center, China, 4National Climate Center, China, China |
| AS08-A037 | Advancing Understanding of Future Climate Extremes in Southeast Asia Through Cordex Southeast Asia | Fredolin TANGANG1,2#+, Faye Abigail CRUZ3, Jerasorn SANTISIRISOMBOON4 1Universiti Brunei Darussalam, Brunei Darussalam, 2Ramkhamhaeng University, Thailand, 3Manila Observatory, Philippines, 4Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand |
| AS09 Carbon Neutrality, Clean Air and Regional Interactions | ||
| Abstract ID | Abstract Title | Authors |
| AS09-A001 | Significant Shift Of Footprint Patterns And Pollutant Source Contributions: Insights From Observations At Shanghuang Observatory, East China | Jing YE#+ The Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS09-A002 | Optimized Decarbonization Pathway to Enhance Air Quality and Public Health Equity in California | Shupeng ZHU#+ Zhejiang University, China |
| AS09-A003 | Tropospheric ozone trends and attributions over East and Southeast Asia in 1995-2019: Report from TOAR II East Asia Focus Working Group | Xiao LU1#+, Yiming LIU1, Ke LI2, Ja-Ho KOO3, Tatsuya NAGASHIMA4 1Sun Yat-sen University, China, 2NUIST, China, 3Yonsei University, Korea, South, 4National Institute for Environmental Studies, Japan |
| AS09-A006 | Would forest carbon sink increase under the 'carbon neutrality' strategy in China worsen ozone pollution? | Xingfeng WANG+, Zibing YUAN# South China University of Technology, China |
| AS09-A008 | Synergistic Risks of Ambient Air Particulate Matter and Ozone Exposure on Low Birth Weight: an 11-year Longitudinal Chinese Maternity Cohort Study | Haitong SUN1#, Han CHEN2+, Lynette SHEK3, Wei Jie SEOW1, Nick WATTS4, Xiaoxia BAI5 1National University of Singapore, Singapore, 2Yong Loo Lin School of Medicine, National University of Singapore, Singapore, 3Department of Paediatrics, Yong Loo Lin School of Medicine, National University of Singapore, Singapore 117549, Singapore, Singapore, 4Centre for Sustainable Medicine (CoSM), Yong Loo Lin School of Medicine, National University of Singapore, Singapore 119228, Singapore, Singapore, 5Department of Obstetrics, Women’s Hospital, Zhejiang University School of Medicine, Hangzhou 310006, Zhejiang Province, China, China |
| AS09-A011 | Fast climate responses to the changes of sulfur emissions from consumption by developed and developing countries during 2004-2017 | Fangxuan REN1, Jintai LIN1#, Jingxu WANG2+, Lulu CHEN1 1Peking University, China, 2Ocean University of China, China |
| AS09-A009 | The Influence of Temperature Modification on Ozone-related Mortality Across Air-conditioning and Non-air-conditioning Seasons and the Role of Air-conditioning Prevalence in the Greater Bay Area (2010–2018) | Juan GAO#+ Department of Paediatrics, Yong Loo Lin School of Medicine, National University of Singapore, Singapore 117549, Republic of Singapore, Singapore |
| AS09-A013 | Green Pathways for Emission Reduction in the Residential Sector of Global South Countries | Xiongfei FAN+, Dan TONG#, Xizhe YAN Tsinghua University, China |
| AS09-A010 | Revealing New Mechanisms of Atmospheric Blocking on Ozone Pollution in China Based on High-resolution Earth System Models | Yang GAO#+, Wenbin KOU, Xiaojie GUO, Xiuwen GUO Ocean University of China, China |
| AS09-A012 | Impact of Regional Transport on Air Quality in Windsor, Ontario, Canada | Xiaohong XU#+, TIANCHU ZHANG University of Windsor, Canada |
| AS09-A015 | Future carbon dioxide and air pollution emissions in Southeast Asia and their key driving factors | Minju YEO1#+, Hyunseo KIM2, Ja-Ho KOO1 1Yonsei University, Korea, South, 2Seoul National University, Korea, South |
| AS09-A016 | Carbon Dioxide Removal Could Significantly Affect Ocean Acidification | Jiu JIANG#+ College of Geography and Remote Sensing Sciences, Xinjiang University, China |
| AS09-A017 | Impact of Australia’s Greenhouse Gas Reporting Legislation on Coal Methane Emission and Carbon Neutrality in the Asia-pacific Region | Tarra BRAIN1#+, Bryce KELLY2, Stephen HARRIS3 1UNSW, Australia, 2The University of New South Wales, Australia, 3The University of New South Wales, Australia, Australia |
| AS10 Weather Radar Networks and Their Applications for High-impact Weather Observations and Warnings | ||
| Abstract ID | Abstract Title | Authors |
| AS10-A002 | Adaptive Learning to Improve Polarimetric Radar QPE in Diverse Precipitation Regimes | Haonan CHEN1#+, Wen-Chau LEE2 1Colorado State University, United States, 2University Corporation for Atmospheric Research, United States |
| AS10-A003 | Understanding the Rainfall Microphysical Processes from Different Polarimetric Radar Observation Perspectives | Yabin GOU1, Haonan CHEN2#+ 1Hangzhou Meteorological Observatory, China, 2Colorado State University, United States |
| AS10-A004 | Application of a Quality Index in Radar Quantitative Precipitation Estimation | Yang ZHANG1#+, Liping LIU1, Hao WEN2 1Chinese Academy of Meteorological Sciences, China, 2Meteorological Observation Centre, China Meteorological Administration, China |
| AS10-A005 | Th Evolution of a Microburst Using X‐band Phased‐array Radar in South China | Ang ZHOU#+, Yiqing ZHU Nanjing University, China |
| AS10-A007 | Dual-polarization Radar Data Assimilation Based on the Hydrometeor Classification and Its Impact on Severe Weather Prediction | Haiqin CHEN#+, Kun ZHAO Nanjing University, China |
| AS10-A015 | Weather Radar Super-Resolution Reconstruction Based on UNet-based Model | Haotian TAN+, Hao HUANG, Kun ZHAO#, Yinghui LYU Nanjing University, China |
| AS10-A008 | Development and Operational Validation of an Ai-based Nowcasting Model for Precipitation Using Radar Data | seonghun PYO#+ National Institute of Meteorological Science, KMA, Korea, South |
| AS10-A009 | GVTD-MW: a Novel Mean Wind Retrieval Method for Generalized Velocity Track Display | Tsung-Jung LEE1#+, Shao-Chin HUANG1, Wen-Chau LEE2, Ben Jong-Dao JOU3, Chih-Chien TSAI1, Yi-Chiang YU1, Yu-Cheng KAO4, Ting-Yu CHA5 1National Science and Technology Center for Disaster Reduction, Taiwan, 2University Corporation for Atmospheric Research, United States, 3National Taiwan University, Taiwan, 4research scientist, Taiwan, 5National Center for Atmospheric Research, United States |
| AS10-A017 | Assessment of Eddy Dissipation Rate Estimation Methods from S-band Weather Radar | SeungWon BAEK1+, Wiebke DEIERLING2, Scott ELLIS2, Gyu Won LEE1# 1Kyungpook National University, Korea, South, 2National Center for Atmospheric Research, United States |
| AS10-A012 | Airborne Phased Array Radar (APAR): The Next Generation Of Airborne Polarimetric Doppler Weather Radar for Observing Heavy Precipitation and High-impact Weather Events | Everette JOSEPH1+, Wen-Chau LEE2#, Allison MCCOMISKEY1 1National Center for Atmospheric Research, United States, 2University Corporation for Atmospheric Research, United States |
| AS10-A013 | The Airborne Phased Array Radar (APAR) Observing Simulation, Processing, and Research Environment (AOSPRE) | Wen-Chau LEE1#+, Bradley KLOTZ2, Kevin MANNING2 1University Corporation for Atmospheric Research, United States, 2National Center for Atmospheric Research, United States |
| AS10-A019 | Tornadic Supercell Structures and Extended Tornado Wind Climatologies | Karen KOSIBA1#+, Joshua WURMAN2 1University of Alabama Huntsville, United States, 2FARM Univ of Alabama, United States |
| AS10-A021 | Coherent Boundary Layer Structures in Hurricanes | Joshua WURMAN1+, Karen KOSIBA2# 1FARM Univ of Alabama, United States, 2University of Alabama Huntsville, United States |
| AS11 Advanced Remote Sensing Applications for Atmospheric Processes: from Lower Atmosphere to Ionospheric Dynamics | ||
| Abstract ID | Abstract Title | Authors |
| AS11-A003 | Development of an AI Model for Processing Raw Spectrum Signals from a Wind Profiler for UAM Route Observations | Kyung Hun LEE#+, Byung Hyuk KWON, Sang Jin KIM, Ziwoo SEO, Yujung KOO, Hyeokjin BAE Pukyong National University, Korea, South |
| AS11-A002 | Response of the Ionospheric Plasma to the Agw Propagation in the Ionosphere. Results of Modelling and Lofar and Gnss Data on the Ulf Plasma Perturbations. | Yuriy RAPOPORT1#, Sergiy SHELYAG2+, Volodymyr GRIMALSKY3, Andrzej KRANKOWSKI1, Biagio FORTE4, Oleg CHEREMNYKH5, Sergiy PETRISHCHEVSKII6, Pawel FLISEK1, Kacper KOTULAK1, Adam FRON1, Leszek BLASZKIEWICZ1 1University of Warmia and Mazury in Olsztyn, Poland, 2Flinders University, Australia, 3Universidad Autónoma del Estado de Morelos, Mexico, 4University of Bath, United Kingdom, 5Space Research Institute of NASU and SSAU, Ukraine, 6aras Shevchenko National University of Kyiv, Ukraine |
| AS11-A004 | Severe Weather Monitoring for Urban Air Mobility Operations Using a Weather Radar and a Wind Profiler | Sang Jin KIM#+, Kyung Hun LEE, Ziwoo SEO, Hyeokjin BAE, Yujung KOO, Byung Hyuk KWON Pukyong National University, Korea, South |
| AS11-A005 | Detection of Bright Band for Severe Weather Information on UAM Corridor | Yujung KOO#+, Byung Hyuk KWON, Sang Jin KIM, Kyung Hun LEE, Ziwoo SEO, Hyeokjin BAE Pukyong National University, Korea, South |
| AS11-A006 | Vertical Structure of Humidity in UAM Operating Space | Ziwoo SEO#+, Byung Hyuk KWON, Sang Jin KIM, Kyung Hun LEE, Yujung KOO, Hyeokjin BAE Pukyong National University, Korea, South |
| AS11-A007 | Estimation of Atmospheric Boundary Layer Height Using Doppler LiDAR for Safe UAM Operation | Hyeokjin BAE#+, Sang Jin KIM, Kyung Hun LEE, Yujung KOO, Byung Hyuk KWON, Ziwoo SEO Pukyong National University, Korea, South |
| AS11-A009 | Antarctic Gravity Waves: Energy and Spectral Baselines from 30-105 km Using 14 Years of McMurdo Lidar Observations to Investigate Vertical Coupling Processes | Jackson JANDREAU1#+, Xinzhao CHU2 1University of Colorado Boulder, United States, 2University of Colorado at Boulder, United States |
| AS11-A011 | Toward Understanding Thunderstorm Dynamics and Intra-cloud Lightning in Jellyfish-like Sprites and Leader Evolution After Gigantic Jets | Cheng-Ling KUO1#+, Tai-Yin HUANG2, Julio URBINA3 1National Central University, Taiwan, 2Penn State Lehigh Valley, United States, 3The Pennsylvania State University, United States |
| AS11-A012 | Implication of Subsequent Leaders in the Gigantic Jet | Yanmou LAI1+, Yanlin LI2, Wenqian CHANG1, Janusz MLYNARCZYK3, Cheng-Ling KUO1#, Tai-Yin HUANG4, Julio URBINA2 1National Central University, Taiwan, 2The Pennsylvania State University, United States, 3AGH University of Science and Technology, Poland, 4Penn State Lehigh Valley, United States |
| AS11-A014 | Supercooled Water Cloud Detection from Polarized Multi-angle Imager Data Using 1.37 Μm Water Vapor Polarized Channel | Haofei WANG1#+, Na XU2, Peng ZHANG2, Zhengqiang LI3 1China Meteorological Administration, China, 2National Satellite Meteorological Center, China, 3Chinese Academy of Sciences, China |
| AS12 Polar Atmospheric Processes and Their Interactions with the Surface | ||
| Abstract ID | Abstract Title | Authors |
| AS12-A002 | Improved Simulation of Antarctic Sea Ice by Parameterized Thickness of New Ice in a Coupled Climate Model | Yongjie FANG1,2#+ 1CMA Earth System Modeling and Prediction Centre, China, 2China Meteorological Administration, China |
| AS12-A004 | A Super-Planck Behavior in the Surface Longwave Radiation Trend in the Arctic | Yi HUANG#+ McGill University, Canada |
| AS12-A005 | The Role of Cloud-radiation Interaction in the Interannual Variability of the Summer Arctic Oscillation | Myong-In LEE1#+, Seungseok LEE2, Sukyoung LEE3, Fei-Fei JIN4, Nakbin CHOI5, sunlae TAK6 1Ulsan National Institute of Science and Technology, Korea, South, 2Ulsan National Institute of Science and Technology, Korea, South , Korea, South, 3Pennsylvania State University, United States, 4University of Hawaii, United States, 5George Mason University, United States, 6UNIST, Korea, South |
| AS12-A006 | Spatiotemporal Trends and Biophysical Processes Related to Increasing Lightning Strikes in the Arctic Region | Minjoo KIM1,2+, Jeon-Young KANG1,1, Eungul LEE1# 1Kyung Hee University, Korea, South, 2Kyung Hee University, Korea, South |
| AS12-A011 | Increased Winter Snow Variability Amplifies Permafrost Vulnerability Across High-Latitude Regions | Lingyun AI#+, Kai YANG, Xuejing LI Lanzhou University, China |
| AS12-A008 | A Quantitative Analysis of Climate Feedbacks in Recent Surface Warming of the Southern Ocean | YANCHI LIU1+, Jiping LIU1#, Matthew ENGLAND2, Qinghua YANG1,3 1Sun Yat-sen University, China, 2University of New South Wales, Australia, 3Southern Marine Science and Engineering Guangdong Laboratory, China |
| AS12-A014 | Delayed Impact of the Southern Annular Mode on Circum-antarctic Fast Ice Dynamics | Emilia Kyung JIN#+, Eun-Sook HEO Korea Polar Research Institute, Korea, South |
| AS12-A013 | The Joint Effect of Mid-latitude Winds and the Westerly Quasi-biennial Oscillation Phase on the Antarctic Stratospheric Polar Vortex and Ozone | Zhe WANG#+ Lanzhou University, China |
| AS14 General Session for Atmospheric Sciences | ||
| Abstract ID | Abstract Title | Authors |
| AS14-A001 | Coral Reefs: an Overlooked Sink of Atmospheric CO2 in a Rapidly Warming World. | Hamish MCGOWAN1#+, Shai ABIR2, Nadav LENSKY3 1The University of Queensland, Australia, 2The Hebrew University of Jerusalem, Israel, 3Geological Survey of Israel, Israel |
| AS14-A002 | Observations of Wildfire – Atmosphere Interactions Over Mountainous Terrain, Southeast Queensland, Australia. | Hamish MCGOWAN1#+, Adrien GUYOT1, Andrew STURMAN2, Tony DALE2 1The University of Queensland, Australia, 2The University of Canterbury, New Zealand |
| AS14-A044 | Sensitivity Of WRF-Solar Forecasts To Shortwave Radiation And Microphysics Schemes Over The Manila Observatory, Philippines | Patric John PASCUA#+ Ateneo de Manila University, Philippines |
| AS14-A007 | The Atlantic Meridional Mode in Cmip5/6 Models Archives: Comparison and Mechanisms | Sandro F. VEIGA#+, Huiling YUAN Nanjing University, China |
| AS14-A003 | Volatile Organic Compounds from Human Exhaled Breath in Various Physiological Activities | Yue YU#+, Jianhuai YE Southern University of Science and Technology, China |
| AS14-A010 | Analysis of the Characteristics of Precipitation Prediction Performance in Numerical Weather Prediction (NWP) According to the Resolution of Observation Station for the Verification | Hyeja PARK#+, Seiyoung PARK, Sora PARK, Chae-yeon KANG, Jongchul HA Korea Meteorological Administration, Korea, South |
| AS14-A005 | Development of an Electron Beam–electrostatic Spraying Hybrid Process for Effective Flue Gas Control | Yong-Hwan OH1+, Seo Hee SEO1, Sang-Hee JO2, Jieun SON3, Tae-Hun KIM3, Youn-Suk SON4# 1Pukyoung National University, Korea, South, 2Korea Atomic Energy Research Institute, Korea, South, 3Korea Atomic Energy Research Institute, Korea, South, Korea, South, 4Pukyong National University, Korea, South |
| AS14-A004 | Characteristics of Hazardous Substances Emitted from Heat-not-burn Products Based on the Habits and Preferences of Users. | Youn-Suk SON#+, Dong-han KIM, Dae-hyeon KIM Pukyong National University, Korea, South |
| AS14-A006 | Study on the Correction of Differential Aerosol Extinction Effects and Angström Exponent Calculation in Raman Dial for Low-altitude Ozone Measurement | SeogJun KIM1+, Juhyeon SIM1, Yunki MUN1, Dukhyeon KIM2, Youngmin NOH1# 1Pukyong National University, Korea, South, 2Hanbat National University, Korea, South |
| AS14-A021 | Analysis of Optical Source Apportionment and Direct Radiative Forcing of Light-absorbing Carbonaceous Aerosols in Northern Taiwan | Pei-Hsuan TSENG#+, Ta-Chih HSIAO National Taiwan University, Taiwan |
| AS14-A019 | Assessment of Gaseous Pollutant & Ultrafine Particle Emission Factors from Moving and Stationary Measurements of Motor Vehicles | Yi-Chen HUANG1#+, Ta-Chih HSIAO2 1Graduate Institute of Environmental Engineering National Taiwan University, Taiwan, 2National Taiwan University, Taiwan |
| AS14-A014 | Study on the Changes in Optical Properties of Particles in Seoul Based on Particle Size from 2020 to 2023 | Inyeop KIM1+, Sohee JOO2, Youngmin NOH2# 1Pukyong national university, Korea, South, 2Pukyong National University, Korea, South |
| AS14-A018 | Analytic Platform Development for Design of Cloud Seeding | JungHoon LEE1#+, GeonMyeong LEE1, Ki-Ho CHANG2, Yun-Kyu LIM2, Anna KOJI1 1Parkor Korea Indus Co., Ltd., Korea, South, 2NIMS, Korea, South |
| AS14-A013 | Improvement of Lidar Algorithm Through Integration of Meteorological Conditions and Hygroscopic Growth | Hyo jeong CHOI1+, Juseon SHIN2, Jihyeon YUN2, Dukhyeon KIM3, Youngmin NOH2# 1Pukyong national university, Korea, South, 2Pukyong National University, Korea, South, 3Hanbat National University, Korea, South |
| AS14-A015 | Global Trends Of Airborne Per- and Polyfluoroalkyl Substances (PFASs) | Swadhina Priyadarshini LENKA1+, Nha HO THI THANH1, Marcus DEVAKISHEN2, Xiaorui WU1, Liya YU1# 1National University of Singapore, Singapore, 2NUS Environmental Research Institute (NERI), NUS, Singapore |
| AS14-A016 | A Novel Approach to Aerosol Optical Depth Measurement Using a Consumer Camera | Yunki MUN1+, Juhyeon SIM1, Mingyoung PARK1, Dukhyeon KIM2, Youngmin NOH1# 1Pukyong National University, Korea, South, 2Hanbat National University, Korea, South |
| AS14-A023 | Distinguishing Aerosol and Cloud Layers Using a Ceilometer | Mingyoung PARK1+, Sohee JOO1, Juhyeon SIM1, Yunki MUN1, Dukhyeon KIM2, Youngmin NOH1# 1Pukyong National University, Korea, South, 2Hanbat National University, Korea, South |
| AS14-A035 | Changing Atmospheric Circulation Patterns Inducing Hotter and Drier Summer in Western Uzbekistan | HYUNGJOON YOON1,2#+, Eungul LEE3 1Department of Climate-Social Science Convergence, Kyung Hee University, Korea, South, 2Department of Geography, Kyung Hee University, Korea, South, 3Kyung Hee University, Korea, South |
| AS14-A024 | Synoptic Conditions Linked to Different Eurasian Blockings Modulate the Anomalous Surface Wind Speed Over China | Zhengtai ZHANG#+ Lanzhou University, China |
| AS14-A025 | Validation and Comparison of Climate Reanalysis Data in East Asian Monsoon Region | Minseok KIM#+, Eungul LEE Kyung Hee University, Korea, South |
| AS14-A046 | Integrated Relative Humidity: An Indicator of Convection and Precipitation Evolution | Moufeng WAN+, Hui SU#, Chengxing ZHAI The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS14-A054 | Global Impacts of Pacific Quasi-decadal Oscillation on Precipitation and Tropical Cyclones | Chunhan JIN1+, Bin WANG2# 1Xinjiang University, China, 2University of Hawaii, United States |
| AS14-A055 | Decadal Variations of Tropical Cyclone Activity Over the Western North Pacific in the 20th Century | Xiaoqi ZHANG#, Gregor C. LECKEBUSCH+, Kelvin NG University of Birmingham, United Kingdom |
| AS14-A056 | ENSO Indices in the Changing Climate | Wei Haw HO1, Thea TURKINGTON2#+, Chen SCHWARTZ2 1National University of Singapore, Singapore, 2Centre for Climate Research Singapore, Singapore |
| AS14-A028 | First Total Ozone Column Observations from the Ozone Monitoring Suite-Nadir Onboard the FengYun-3F Satellite | Jian XU1#+, Yapeng WANG2, Lin CHEN3, Dmitry EFREMENKO4, Lanlan RAO5, Gegen TANA5, Qian WANG3, Jinghua MAO5, Yongmei WANG5, Xiuqing HU6, Husi LETU5 1National Space Science Center, Chinese Academy of Sciences, China, 2China Meteorological Administration, China, 3National Satellite Meteorological Center, China, 4German Aerospace Center (DLR), Germany, 5Chinese Academy of Sciences, China, 6National Satellite Meteorological Center, China , China |
| AS14-A027 | PM2.5-bound PAHs in Northern Zhejiang Province, China —— Characteristics, Sources, and Health Risks | JINGSHA XU#+ Hangzhou International Innovation Institute, Beihang University, Hangzhou, China, China |
| AS14-A030 | Why Zonal Wind Anomalies Were “Decoupled” to El Niño in July 2023 | Yuhang ZHAO1+, Tim LI2#, Xiao PAN3 1Nanjing University of Information Science and Technology, China, 2University of Hawaiʻi at Mānoa, United States, 3Ocean University of China, China |
| AS14-A034 | Impacts of Multi-scale Modes on El Nino-Zonal Wind “Decoupling” in January 2024 | Chunhui YANG1+, Tim LI2# 1Nanjing University of Information Science & Technology, China, 2University of Hawaiʻi at Mānoa, United States |
| AS14-A033 | Causes of Winter Persistent Extreme Cold Events in Northeastern China | Ming YANG1+, Qingjiu GAO2, Tim LI3# 1Nanjing University Of Information Science & Technology, China, 2Nanjing University Of Information Science & Technology, China, China, 3University of Hawaiʻi at Mānoa, United States |
| AS14-A058 | The Impact of Atlantic Multidecadal Oscillation on La Niña Evolution | Wan Li TSAI1#+, Li-Chiao WANG2 1Department of Atmospheric Sciences, College of Earth Sciences, National Central University, Taiwan, 2National Central University, Taiwan |
| AS14-A037 | Factors Controlling Single-year and Multi-year La Niña Events | Borui CHEN1+, Tim LI2#, Xiao PAN3 1Nanjing University of Information Science&Technology, China, 2University of Hawaiʻi at Mānoa, United States, 3Ocean University of China, China |
| AS14-A040 | A Geospatial-based Machine Learning Approach for Estimating Spatiotemporal Patterns of Ambient Camphene in Forest Environment | Aji KUSUMANING ASRI1+, Hao-Ting CHANG1, Chia-Pin YU2, Wan-Yu LIU3, Yinq-Rong CHERN1, Rui-Hao XIE4, Shih-Chun Candice LUNG5, Kai-Hsien CHI6, Yu-Cheng CHEN7, Sen-Sung CHENG2, Gary ADAMKIEWICZ 8, John D. SPENGLER8, Chih-Da WU9# 1National Cheng Kung University, Taiwan, 2National Taiwan University, Taiwan, 3National Chung Hsing University, Taiwan, 4Industrial Technology Research Institute, Taiwan, 5Academia Sinica, Taiwan, 6National Yang-Ming University, Taiwan, 7National Institute of Environmental Health Sciences, National Health Research Institutes, 35053 Miaoli, Taiwan, Taiwan, 8Harvard T.H. Chan School of Public Health, United States, 9Department of Geomatics, National Cheng Kung University, 70101 Tainan, Taiwan |
| AS14-A045 | Origin and Evolution of the North Atlantic Oscillation | Ji NIE#+, Yongyun HU Peking University, China |
| AS14-A049 | Distinctive Responses of Tropical Cyclone Frequency and Latitudinal Locations Between Western and Eastern North Pacific to the Global Warming Trend | YiLin GENG1+, Tim LI2# 1Nanjing University of Information Science & Technology, China, 2University of Hawaiʻi at Mānoa, United States |
| AS14-A050 | Estimation of Optical Properties for Bc and Brc in Ulaanbaatar, Mongolia | Jiyi LEE1#, JEONGHEE KWON1+, Soyol-Erdene TSEREN-OCHIR2, Seungha LEE3, Natsagdorj AMGALAN4, ChangHoon JUNG5 1Ewha Womans University, Korea, South, 2Ass. Prof, Mongolia, 3National Institute of Environmental Research, Korea, South, 4National University of Mongolia, Mongolia, 5Kyungin Women's University, Korea, South |
| AS14-A053 | Why Is the Global South Community Critical for Solar Radiation Modification Research? | Chris LENNARD1#+, Babatunde ABIODUN1, Romaric C. ODOULAMI2 1University of Cape Town, South Africa, 2University of Cape Town, Benin |
| AS15 The Science and Prediction of Heavy Precipitation and Floods | ||
| Abstract ID | Abstract Title | Authors |
| AS15-A001 | Two Modes of Self-organizing Development of Extreme Hourly Rainfall-producing Cellular Storms on Monsoon Coasts (South China) | Yali LUO1#+, Zhenghui LI2, JIwen FAN3, Yuwei ZHANG4, Fei CHEN5 1Nanjing University of Information Science & Technology, China, 2Chinese Academy of Meteorological Sciences, China, 3Argonne National Laboratory, United States, 4Pacific Northwest National Laboratory, United States, 5The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS15-A003 | Radar Data Variational Correction for the Prediction of a Meiyu Front Heavy Rainfall Event | Hongli LI#+ Wuhan Institute of Heavy Rain, China |
| AS15-A009 | Sumatra Squalls: a Case Study Analysis of an Eastward-propagating Convective System Over the Western Maritime Continent | Ashar ASLAM1#+, Juliane SCHWENDIKE1, Simon PEATMAN2, Paul BARRETT3, Kalli FURTADO4, Rajesh KUMAR2, Cathryn BIRCH1, Adrian MATTHEWS5, Massimo BOLLASINA6 1University of Leeds, United Kingdom, 2Centre for Climate Research Singapore, Singapore, 3Met Office, United Kingdom, 4Center for Climate Research Singapore, Singapore, 5University of East Anglia, United Kingdom, 6University of Edinburgh, United Kingdom |
| AS15-A006 | Convective and Microphysical Characteristics of Persistent Versus Short-time Extreme Precipitation Events Over Southern China | Shimin YANG#+, Yu DU Sun Yat-sen University, China |
| AS15-A027 | Mesovortices Associated with the Extreme Hourly Rainfall in Henan on July 20 2021 | Lv XIAONA1, Xiuming WANG2#+, zheng YUHAO3, zhang YUANMENG4 1China Meteorological Administration training center；He'nan Meteorological Observatory；, China, 2China Meteorological Administration Training Center, China, 3China Meteorological Administration training center, China, 4He'nan Meteorological Observatory, China |
| AS15-A011 | Sensitivity of MPAS Physics in Simulating Sumatra Squalls | Wei WANG1#+, Kalli FURTADO2, I-Han CHEN3, Jimy DUDHIA1 1National Center for Atmospheric Research, United States, 2Center for Climate Research Singapore, Singapore, 3Meteorological Service Singapore, Singapore |
| AS15-A012 | The Impact of Nudging on Tropical Cyclone Hindcast over Southeast Asia in MPAS-A Model | Luojie DONG1#+, Jingyu WANG1, Kalli FURTADO2, Hugh ZHANG3, Edward PARK1, Duc Dung TRAN4,1, Xianfeng WANG1 1Nanyang Technological University, Singapore, 2Center for Climate Research Singapore, Singapore, 3Centre for Climate Research Singapore, Singapore, 4National Institute of Education and Earth Observatory of Singapore, Singapore |
| AS15-A010 | Global Influence of Tropical Easterly Waves and Tropical Cyclone Genesis | Jung-Eun CHU1#+, Xueqing DU1, Fei-Fei JIN2, Hung Ming CHEUNG1 1City University of Hong Kong, Hong Kong SAR, 2University of Hawaii, United States |
| AS15-A014 | Evolutionary Characteristics of the Eastward Moving Cloud Clusters Over the Tibetan Plateau | Xiaofang WANG#+ Institute of Heavy Rain, China Meteorological Administration, China |
| AS15-A022 | Analysis of the Characteristics of the Low-level Jets in the Middle Reaches of the Yangtze River during the Mei-yu Season | Wen ZHOU#+ China Meteorological Administration, China |
| AS15-A013 | Exceptionally Heavy Flood Over the Yangtze River Basin in Summer 2020: What Caused It and How Will It Change in Future? | Tim LI#+ University of Hawaiʻi at Mānoa, United States |
| AS15-A020 | Improvement of Rainfall Prediction using Wind Field Data from Multi-Parameter Phased Array Weather Radar | Shinya MABUCHI#+, Kazuhiro YOSHIMI Toyama Prefectural University, Japan |
| AS15-A015 | Extreme Rainstorm in the Southern China Coastal Region: the Critical Role of Upper-level Wind Divergence Associated with the Subseasonal Variation of the South Asian High | Luancheng XU1+, Hui SU1#, Huisi MO1, Li TIAN2, William LAU3 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Shenyang Institute of Agricultural and Ecological Meteorology, Chinese Academy of Meteorological Sciences (CAMS/SIAEM), China, 3University of Maryland, United States |
| AS15-A017 | Modeling and Predicting the Weather and Climate of the Maritime Continent | Kalli FURTADO1#, I-Han CHEN2+, Rajesh KUMAR2, Jianyu LIU2, Wei WANG3, Zhiquan LIU3, Yanyan CHENG2, Hugh ZHANG2, Dale BARKER4, Song CHEN2, Pratiman PATEL5 1Center for Climate Research Singapore, Singapore, 2Centre for Climate Research Singapore, Singapore, 3National Center for Atmospheric Research, United States, 4Centre for Climate Research Singapore (CCRS), Singapore, 5Centre for Climate Research Singapore, Meteorological Service Singapore., Singapore |
| AS15-A018 | Assessment of Convective Rainfall Predictability Over the Korean Peninsula Using Instability Indices and Environmental Variables Based on Era-5 Reanalysis Data | Minsu KIM#+, Myoung-Seok SUH Kongju National University, Korea, South |
| AS15-A019 | Advancing Heavy Rainfall Nowcasting in Singapore: a Deep Learning Approach | Htet NAING1#+, Joshua LEE2, Kalli FURTADO3, Hugh ZHANG1 1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore, 3Center for Climate Research Singapore, Singapore |
| AS15-A023 | Investigating the Role of Ocean-atmosphere-wave Coupling in Regional Weather Prediction Over Singapore Using the cSINGV Model | Rajesh KUMAR1#+, Claudio SANCHEZ2, Kalli FURTADO3, Utkarsh BHAUTMAGE4, Pratiman PATEL5, Hugh ZHANG1, Dale BARKER6 1Centre for Climate Research Singapore, Singapore, 2UK Met Office, United Kingdom, 3Center for Climate Research Singapore, Singapore, 4National University of Singapore, Singapore, 5Centre for Climate Research Singapore, Meteorological Service Singapore., Singapore, 6Centre for Climate Research Singapore (CCRS), Singapore |
| AS15-A024 | Towards Seamless Rainfall Forecasts for Smart Water Management in Singapore | Ruben IMHOFF1#, Arun RAMANATHAN2, Htet NAING3, Robert HUVA3, Song CHEN3, Mark HEGNAUER4+, Klaas-Jan VAN HEERINGEN1, Hugh ZHANG3 1Deltares, Netherlands, 2Centre for Climate Research Singapore, Meteorological Service Singapore, Singapore, 3Centre for Climate Research Singapore, Singapore, 4Deltares, Singapore |
| AS15-A028 | A Novel Mechanism for Extreme El Nino Events: Interactions Between Tropical Cyclones in the Western North Pacific and Sea Surface Warming in the Eastern Tropical Pacific | Bo TONG1+, Wen ZHOU1, Xin WANG2#, Dongxiao WANG3 1Fudan University, China, 2Chinese Academy of Sciences, China, 3Sun Yat-sen University, China |
| AS16 Methane Emissions: Recent Advances in Detection, Quantification & Mitigation | ||
| Abstract ID | Abstract Title | Authors |
| AS16-A001 | Basin Level Inventory Building for Oil Gas Methane Emissions and Their Spatiotemporal Variation | Donglai XIE1#+, Sahil BHANDARI1, John ALBERTSON2 1Environmental Defense Fund, Canada, 2Cornell University, United States |
| AS16-A002 | Enhancing urban gas pipeline safety through integrated vehicle-canine detection system | Hongfang LU1#+, Dongmin XI2, Yaqin XIANG3, Zhenhao SU3, Y. Frank CHENG4 1State Key Laboratory of Advanced Marine Materials, Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences, China, 2Southeast University, China, 3Hong Kong and China Investment Limited, China, 4Key Laboratory of Advanced Marine Materials, Ningbo Institute of Materials Technology and Engineering, Chinese Academy of Sciences, China |
| AS16-A003 | Behavioral Habit Matters: Simply Turning Off a Burner Valve Can Avoid One Third Stove Methane Emissions | Xinyue ZHONG1, Jiankai DONG1+, Xiangang XU1, Donglai XIE2# 1Harbin Institute of Technology, China, 2Environmental Defense Fund, Canada |
| AS16-A004 | Quantifying and Attributing Methane Emissions from Coal Mine Aggregation Areas Using High-frequency Ground-based Observations | Fan LU#+, Kai QIN, Jason COHEN China University of Mining and Technology, China |
| AS16-A005 | Decrease of the Hydrogen Isotope Ratio of Methane Observed with FTIR at Tsukuba | Isao MURATA1#+, Tomoo NAGAHAMA2, Isamu MORINO3, Hideaki NAKAJIMA3 1Tohoku University, Japan, 2Nagoya University, Japan, 3National Institute for Environmental Studies, Japan |
| AS16-A006 | An Event-based Methodology to Assimilate Emission Measurement, Estimate Emissions with Associated Uncertainties, and Create Measurement-informed Inventory | Mozhou GAO#+ University of Calgary, Canada |
| AS16-A007 | Tropomi Methane Emission Estimation by Top-down Method | Wook KANG1#, Jhoon KIM2,3, Seungju OH4+ 1Dept. of Atmospheric Science, Yonsei University, Korea, South, 2Yonsei University, Korea, South, 3Korean Academy of Science and Technology (KAST), Korea, South, 4Department of Atmospheric Sciences, Yonsei University, Korea, South |
| AS16-A013 | Mapping Point Sources Methane Emissions from Chinese Hyperspectral Satellites | Yongguang ZHANG#+ Nanjing University, China |
| AS16-A008 | Detection of Methane Emission Events and Uncertainty Quantification in Oil and Gas Areas: Application of High-resolution Simulation and Mass Balance Observations | Ling HUANG1#+, Shannon STOKES2, Yoske KIRMURA2, DAVID ALLEN2, Qining CHEN2 1Shanghai University, China, 2The University of Texas at Austin, United States |
| AS16-A010 | Usefulness of Satellite Observations of Vertical Methane Profiles for Characterizing Methane Over China | Zhipeng FANG, Naoko SAITOH#+, Dmitry BELIKOV Chiba University, Japan |
| AS16-A011 | A Novel Approach for Accurate Methane Emission Mapping Through Satellite-based Quantification of Mine-level Emission Factors | Shuhui FU1+, Fei LI1, Yongguang ZHANG1, Zhaocheng ZENG2, Ge HAN3, Huilin CHEN1# 1Nanjing University, China, 2Beijing University, China, 3Wuhan University, China |
| AS16-A014 | Advancing Point-source Methane Emissions Quantification with UAV Sampling and CNN-based Deep Learning | Zhao ZHAO1#+, Shiwei SUN2, Bowen ZHOU1, Jianning SUN1, Philippe CIAIS3, Sander HOUWELING4, Maarten KROL5, Huilin CHEN1 1Nanjing University, China, 2Nanjing Joint Institute for Atmospheric Sciences, Chinese Academy of Meteorological Sciences, China, 3Institut Pierre Simon Laplace, France, 4Vrije Universiteit Amsterdam, Netherlands, 5Wageningen University, Netherlands |
| AS16-A016 | Quantifying Methane Emissions from Wastewater Treatment Plants in Chinese Cities | chu SUN1#+, yihao LIU2, Gregoire BROQUET3, Philippe CIAIS4, Huilin CHEN5 1Nanjing Unversity, China, 2Nanjing University, China, China, 3Laboratoire des sciences du climat et de l'environnement, France, 4Institut Pierre Simon Laplace, France, 5Nanjing University, China |
| AS16-A015 | Unep’s International Methane Emissions Observatory (imeo): Bringing Together Policy-relevant Methane Emissions Data | Robert FIELD1#, Kushal TIBREWAL2+ 1United Nations, United States, 2UNEP's IMEO, India |
| AS16-A018 | Measurements of Methane Emissions from Urban Gas Distribution System Stations in China | Xiangang XU1#+, Xin YANG2, Jiankai DONG1, Donglai XIE3 1Harbin Institute of Technology, China, 2Harbin Institute of Technology, China, China, 3Environmental Defense Fund, Canada |
| AS16-A017 | Temporal Variations of Δ13c-ch4 in Rice Paddies Dominated by Plant-mediated Pathway | Ji LI#+ School of Atmospheric Sciences, Nanjing University, China |
| AS16-A021 | Roadmap: Toward a Standardized Framework for Optical Gas Imaging–based Methane Leak Detection and Quantification | Zhe SHEN#, Bo FU+ Ningbo Oiler Technology Co. Ltd., China |
| AS16-A063 | Instrument Simulation And Data Retrieval For Multi-spectral Imaging Carbon Observatory（MUSICO） | Fei PAN+, Chengxing ZHAI#, Hui SU The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS16-A028 | Quantifying Landfill Methane Emissions Under Climate Change and Policy Scenarios | Donghee KIM#+, Sujong JEONG, Dong Yeong CHANG1,1 Seoul National University, Korea, South |
| AS16-A025 | Methane Leakage Measurement of Natural Gas Heating Boilers and Greenhouse Gas Emissions Accounting of “coal-to-gas” Transition for Residential Heating in Rural Beijing | Mengjie ZHANG1+, Xi LU2#, Donglai XIE3 1Environmental Defense Fund, China, 2Tsinghua university, China, 3Environmental Defense Fund, Canada |
| AS16-A024 | Detecting Methane Point Source Emissions in Urban Areas Using Emit Satellite Observations | Yu-Ri LEE+, Sujong JEONG#, Dong Yeong CHANG, Jaewon JOO Seoul National University, Korea, South |
| AS16-A026 | First Vehicle-based Mobile Measurements to Estimate Urban Methane Emissions in Tokyo | Taku UMEZAWA1,2#+, Yukio TERAO1, Masahito UEYAMA3 1National Institute for Environmental Studies, Japan, 2Tohoku University, Japan, 3Osaka Metropolitan University, Japan |
| AS16-A027 | Quantification of Methane Leakage in Natural Gas Distribution Pipelines in China: a Comparative Study of Buried and Above-ground Pipelines | Zhengyi XIE+, Jianfeng TANG#, Yu ZHAO, Haipeng ZHU, Xuanke LI, Yuchen NIU China University of Petroleum (East China), China |
| AS16-A030 | Mobile Monitoring of Fugitive Methane Emissions from Liquefied Natural Gas (lng)-fired Power Plants in South Korea | Jaewon JOO1+, Sujong JEONG1#, Hyuckjae LEE1, Dong Yeong CHANG1,1, Yeonsoo KIM1,2 1Seoul National University, Korea, South, 2Climate Tech Center, Korea, South |
| AS16-A064 | Measurement Based Quantification of Methane Emissions from the Asia-Pacific LNG Supply Chain | Mark LUNT1#+, Jorg HACKER2, Stephen HARRIS3, Wolfgang JUNKERMANN4, James FRANCE5 1Environmental Defense Fund, Australia, 2Airborne Research Australia; College of Science and Engineering, Flinders University, Adelaide, Australia, 3UNEP’s International Methane Emissions Observatory, Paris, France; School of Biological, Earth and Environmental Sciences, University of New South Wales, Sydney,, Australia, 4Airborne Research Australia; Karlsruhe Institute of Technology, IMK-IFU, Garmisch-P., Germany, 5Enivoronmental Defense Fund Europe, Brussels, Belgium; Earth Sciences Dept, Royal Holloway University of London, Egham,, United Kingdom |
| AS16-A065 | Application Of Quantum Gas Lidar For Detecting And Measuring Fugitive Methane From Legacy Coal Exploration Infrastructure | Phil HAYES, Sebastian HOERNING#+ The University of Queensland, Australia |
| AS16-A066 | Global Rice Paddy Inventory (GRPI): a High-resolution Inventory of Methane Emissions from Rice Agriculture Based on Landsat Satellite Inundation Data | Zichong CHEN1#+, Haipeng LIN2, Nicholas BALASUS2, Andy HARDY3, Benjamin RUNKLE4, Yuzhong ZHANG5, Xinming DU6, Bjoern SANDER7, Daniel JACOB2 1Hong Kong University of Science and Technology (Guangzhou), China, 2Harvard University, United States, 3Aberystwyth University, United Kingdom, 4University of Arkansas, United States, 5Westlake University, China, 6National University of Singapore, Singapore, 7IRRI, Philippines |
| AS16-A067 | Estimation and Spatio-temporal Characteristics Analysis of Methane Emissions in Key Regions of China | Aixia YANG1, Dacheng WANG2#+ 1Aerospace information Research Institute, Chinese Academy of Sciences, China, 2Aerospace information Research Institute, Chinese Academy of Sciences, China, China |
| AS16-A068 | Sensitivity Analysis and OSSE-Based Validation of an XCH₄ Retrieval Algorithm for the NarSha Microsatellites | Jaemin HONG1#+, Sujong JEONG1, Yu-Ri LEE1, Dong Yeong CHANG1,1, Geuk-Nam KIM2, Jae-Pil PARK2, Jinyoung SHIN2, Namgyu KIM2 1Seoul National University, Korea, South, 2Nara Space Technology, Korea, South |
| AS16-A070 | Field Experiment-derived Dispersion Parameters for Enhanced Methane Emission Modeling in Urban Environments | Hyuckjae LEE+, Sujong JEONG#, Jaewon JOO Seoul National University, Korea, South |
| AS16-A071 | Estimating Internal Dissolved Methane Loading in Rivers Using a Mass Balance Approach | Kenji TSUCHIYA#+, Shingo MIURA, Ayato KOHZU National Institute for Environmental Studies, Japan |
| AS16-A072 | International Progress in Methane Mitigation Actions | Yixue LIAN1#+, Xiaonan ZHANG2 1Environmental Defense Fund, China, 2 Environmental Defense Fund, China |
| AS16-A073 | Monitoring Greenhouse Gas from the Chinese Space Station with Musico | Chengxing ZHAI1#+, Hui SU1, Changxiang YAN2, Limin ZHANG1 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences, China |
| AS16-A080 | Urban Methane Emissions: Challenges in Monitoring and Quantification – a Case Study of Seoul | Dong Yeong CHANG1,2#+, Sujong JEONG1, Jaewon JOO1, Yu-Ri LEE1, Donghee KIM1, Hyuckjae LEE1 1Seoul National University, Korea, South, 2Seoul National University, Korea, South |
| AS16-A081 | Methane Emission Sources in South Asia Inferred from Observations of Stable Carbon Isotope Ratio of Atmospheric Methane | Yukio TERAO1#+, Taku UMEZAWA1,2, Md. Kawser AHMED3, Manish NAJA4, T. MACHIDA1, Motoki SASAKAWA1, Seema RANI5, Hitoshi MUKAI6, Prabir K. PATRA7,2 1National Institute for Environmental Studies, Japan, 2Tohoku University, Japan, 3Faculty of Earth and Environmental Sciences, University of Dhaka, Bangladesh, 4Aryabhatta Research Institute of Observational Sciences, India, 5Bangladesh Oceanographic Research Institute, Bangladesh, 6National Institute for Environmental Studies, Bangladesh, 7Japan Agency for Marine-Earth Science and Technology, Japan |
| AS16-A083 | Data to Methane Action: Developing Transparent and Accessible Data Products | Christopher KONEK#+ Global Methane Hub, United States |
| AS16-A084 | Strategy for Methane Observation Using High-performance Micro-satellites | Yukihiro TAKAHASHI#+ Hokkaido University, Japan |
| AS16-A085 | Developing Measurement Informed Methane Emissions Inventory Estimates at Midstream Compressor Stations | Hugh LI1#+, Arvind RAVIKUMAR2, Shuting YANG2, Mackenzie SMITH3 1Environmental Defense Fund, United States, 2University of Texas at Austin, United States, 3ChampionX, United States |
| AS16-A086 | Beyond Marginal Oil and Gas Wells: The Imperative for Comprehensive Emission Measurements to Assess Their Environmental Impact in the U.S. and Globally | Hugh LI#+, Daniel ZAVALA-ARAIZA Environmental Defense Fund, United States |
| AS17 Extreme Weather and Its Impacts Under Changing Climate | ||
| Abstract ID | Abstract Title | Authors |
| AS17-A001 | Combined Effects of Ocean-land Processes on Spring Precipitation Variability in Mongolian Plateau | QIANJIA XIE+, Xiaojing JIA# Zhejiang University, China |
| AS17-A002 | Evolution of Record-breaking Temperature Events Under Climate Change | Kemeng CHENG#+ Nanjing University, China |
| AS17-A014 | Quantitative Attribution of 2016 Extreme Arctic Warmth: Comparison Between Late Winter and Early Spring | Junjie ZHU1+, Ke FAN1, Shengping HE2, Tuantuan ZHANG1#, Yi DENG3, Song YANG1, Deliang CHEN4, Kaiqiang DENG1, Wei YU1, Baoqiang TIAN5, hoffman CHEUNG6 1Sun Yat-sen University, China, 2University of Bergen, Norway, 3Georgia Institute of Technology, United States, 4University of Gothenburg, Sweden, 5Chinese Academy of Sciences, China, 6ERM-Hong Kong, Limited, China |
| AS17-A003 | Disturbance to human sleep health caused by heatwaves in China under climate change | Bowen CHU1+, Haikun WANG1#, Yuming GUO2 1Nanjing University, China, 2Monash University, Australia |
| AS17-A004 | Vegetation-atmosphere Feedbacks During Compound Heatwave and Drought Exacerbate Ozone Pollution in the Northern Hemisphere | Yuting LU#+, Mengmeng LI Nanjing University, China |
| AS17-A027 | Atmospheric processes of enhancing early-winter cold wave in South Korea | Sangwoo KIM1,2+, Eungul LEE1# 1Kyung Hee University, Korea, South, 2Kyung Hee University, Korea, South |
| AS17-A008 | Optimizing Heat Stress Indicators for Protecting Human Health During Extreme Heat Events | Qiang GUO1#+, Taikan OKI2, Masahiro HASHIZUME3 1The University of Tsukuba, Japan, 2The University of Tokyo, Japan, 3The University of Tokyo, Japan, Japan |
| AS17-A007 | Response of Biological Emissions to Heatwaves | Yancheng ZHU+, Shupeng ZHU# Zhejiang University, China |
| AS17-A006 | Hourly Local-level Estimates and Exposure of Ambient Wildfire Smoke PM2.5 in California | Xiyao CHEN#+, Shupeng ZHU Zhejiang University, China |
| AS17-A009 | Synergistic effects of large-scale three-dimensional circulations in East Asian cold events: A case study of 2021/22 | wenxin ZHANG#+ lanzhou university, China |
| AS17-A035 | Added Value of High-resolution Climate Simulations in Estimating Impact of Hot Extremes on Power Demand | Zixuan ZHOU1#+, Eun-Soon IM1, Lin ZHANG2 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2City University of Hong Kong, Hong Kong SAR |
| AS17-A011 | Extreme Atmospheric Rivers in a Warming Climate | Shuyu WANG#+ Laoshan laboratory, China |
| AS17-A012 | Amplified Health and Economic Risks from Compound Heatwave-Ozone Events in Eastern China under Climate Change | Shupeng ZHU#+ Zhejiang University, China |
| AS17-A019 | Anthropogenic Heat Release, a Non-negligible Factor for Global Warming | Bing CHEN#+ Yunnan University, China |
| AS17-A016 | Clear-air Turbulence in a Changing Climate: Emerging Risks for Aviation Safety | Mohamed FOUDAD#+ University of Reading, United Kingdom |
| AS17-A017 | Distinctive Local and Large-scale Processes Associated with Daytime, Nighttime and Compound Heatwaves in China | Yanheng LUO1+, Song YANG1, Tuantuan ZHANG1#, Yueyue YU2, Ming LUO1, Lianlian XU1 1Sun Yat-sen University, China, 2Nanjing University of Information Science & Technology, China |
| AS17-A018 | Assessing and Reducing Uncertainties in Future Mean and Extreme Precipitation Projections Over China | Panxi DAI#+ Zhejiang University, China |
| AS17-A021 | The Impact of the Long Term Variation of the Buoyant Energy in the Formation of Extreme Weather Over Bangladesh | Sakia Shabnam KADER1#+, Subrat Kumar PANDA2, Unashish MONDAL2,3, Gitesh WASSON4, Devesh SHARMA2, S. DAS2 1Daffodil International University, Bangladesh, 2Central University of Rajasthan, India, 3Ministry of Earth Sciences, India, 4Council on Energy, Environment and Water (CEEW), India |
| AS17-A025 | Recent Changes in Engine Efficiency of the Earth's Climate System and Their Causes | Ji-Seon OH+, Maeng-Ki KIM# Kongju National University, Korea, South |
| AS17-A030 | Impacts of Extreme Climate Conditions on Main Grain Yields in China, Japan and Republic of Korea | Yan GUO, Jieming CHOU#+ Beijing Normal University, China |
| AS17-A029 | Constraints on Regional Projections of Mean and Extreme Precipitation Under Warming | Ji NIE1#+, Panxi DAI2, Yan YU1, Renguang WU2 1Peking University, China, 2Zhejiang University, China |
| AS17-A033 | Estimating Land Surface Temperature by 2100 Under Compounded Urbanization and Global Warming Effect | Shirao LIU+, Xuecao LI#, Mengqing GENG, Heyu MA China Agricultural University, China |
| AS17-A034 | Wildfire Simulations Using a High-resolution Fire Spread Model Wrf-sfire | Ana JUZBASIC1#+, Changyong PARK1, Dong-Hyun CHA1, Jinyoung PARK2, Minsu JOH2 1Ulsan National Institute of Science and Technology, Korea, South, 2Korea Institute of Science and Technology Information, Korea, South |
| AS17-A037 | From Heat to Flash: Warming Skies Spark a Lightning Surge on India’s West Coast | Ashish SHAJI#+, M.G. MANOJ Cochin University of Science and Technology, India |
| AS17-A036 | Drivers of the 2024 Climate Extremes in the Korean Peninsula: Heatwaves, Precipitation, and Typhoons | Han UIJEONG#+ UNIST, Korea, South |
| AS17-A040 | Integrated Analysis of Lightning Activity: Insights from Satellite Observations, Ground-based Networks, and NWP Models | Swagata PAYRA1#+, Mili GHOSH NEE LALA2, Sunita VERMA3, Divya PRAKASH4, Ashmita Jessie SEN1, Upavan KUMAR1 1Birla Institute of Technology Mesra, India, 2Birla Institute of Technology, India, 3Banaras Hindu University, India, 4Poornima University, India |
| AS19 The Science and Prediction of Tropical Cyclones | ||
| Abstract ID | Abstract Title | Authors |
| AS19-A001 | On the Size Dependence in Tropical Cyclone Intensification Theory | Yuanlong LI1#+, Yuqing WANG2, Zhe-Min TAN1 1Nanjing University, China, 2Chinese Academy of Meteorological Sciences, China |
| AS19-A002 | ENSO Modulations on TC Activity Around the Philippines | Jau-Ming CHEN1#+, Tzu-Ling LAI2 1National Kaohsiung University of Science and Technology, Taiwan, 2National Kaohsiung University of Science and Technology, Taiwan, Taiwan |
| AS19-A006 | Mechanisms and Characteristics of Tropical Cyclone Southward Displacement in the Northwestern Pacific | Yu-Li CHEN#+, Fang-Ching CHIEN National Taiwan Normal University, Taiwan |
| AS19-A007 | Regionally Asymmetric Hysteresis of Western North Pacific Tropical Cyclone Activity in a CO2 Removal Experiment | Han-Kyoung KIM1+, Jong-Yeon PARK1#, Doosun PARK2, Jun-Hyeok SON3, Sang-Wook YEH4, Byung-Kwon MOON1, Hyun-Chae JUNG5, Hyun Min SUNG6, Young-Hwa BYUN6, Hyomee LEE7 1Jeonbuk National University, Korea, South, 2Kyungpook National University, Korea, South, 3IBS Center for Climate Physics, Korea, South, 4Hanyang University, Korea, South, 5Chonbuk National University, Korea, South, 6National Institute of Meteorological Sciences, Korea, South, 7Climate Change Research Team, National Institute of Meteorological Sciences, Korea, South |
| AS19-A003 | Typhoon Climate Change Attribution | Ralf TOUMI#+, Nathan SPARKS Imperial College London, United Kingdom |
| AS19-A004 | Investigating the Role of Ocean Temperature and Salinity Effect on Tropical Cyclone | Bo-Jhih HSIAO#+, Chun-Chieh WU National Taiwan University, Taiwan |
| AS19-A008 | Shifting Hotspot of Tropical Cyclone Clusters in Warming Climates | Zheng-Hang FU1#+, Dazhi XI2, Shang-Ping XIE3, Wen ZHOU1, Ning LIN4, Zhao JIUWEI5, Xin WANG1, Johnny CHAN6,7 1Fudan University, China, 2The University of Hong Kong, China, 3University of California San Diego, United States, 4Princeton University, United States, 5Nanjing University of Information Science & Technology, China, 6Asia-Pacific Typhoon Collaborative Research Center, China, 7City University of Hong Kong, Hong Kong SAR |
| AS19-A018 | Revisiting Diurnal Pulses Characteristics of Tropical Cyclones Over the Northwest Pacific Ocean | Jinjing ZHANG1+, Yu DU2# 1Sun Yat-Sen University, China, 2Sun Yat-sen University, China |
| AS19-A009 | Spatial Characteristics and Prediction of Tropical Cyclone-induced Storm Surge Along the Guangdong and Hong Kong Coast | Qinglan LI1#+, Riaz ALI2, Jiali ZHANG2, Lunkai HE2 1Chinese Academy of Sciences, China, 2Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, China |
| AS19-A010 | The Relationship of Tropical Cyclone Structure Evolution and Its Intensity Under Moderate Vertical Wind Shear | David TAO1#+, Chun-Chieh WU2 1NTU, Taiwan, 2National Taiwan University, Taiwan |
| AS19-A011 | Influence of Inner-core Symmetry on Tropical Cyclone Rapid Intensification and Its Forecasting by a Machine Learning Ensemble Model | Jiali ZHANG1+, Qinglan LI2# 1Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS19-A012 | Does Vertical Wind Shear Increase Tropical Cyclone Rain? | King Heng LAU#+, Ralf TOUMI Imperial College London, United Kingdom |
| AS19-A013 | Typhoon Numbers Impacting Taiwan Associated with Enso During 1900–1945 | Pei-Hua TAN1#+, Jau-Ming CHEN2, Pen-Yuan CHEN1 1National Chiayi University, Taiwan, 2National Kaohsiung University of Science and Technology, Taiwan |
| AS19-A019 | Physical Mechanisms for Rapid Expansion of Tropical Cyclones in the Western North Pacific | Weiling ZHANG+, Kelvin T. F. CHAN#, Lifeng XU Sun Yat-sen University, China |
| AS19-A023 | Generative Deep Learning Reconstructs Tropical Cyclone Multi-source Data from Geostationary Infrared Radiometers | Zhangrui LI1#+, Zhe-Min TAN1, Lei BAI2 1Nanjing University, China, 2Shanghai Artificial Intelligence Laboratory, China |
| AS19-A014 | Re-intensification of Seafalling Tropical Cyclones | Enoch Yan Lok TSUI1#+, Ralf TOUMI2 1Atmosphere and Ocean Research Institute, The University of Tokyo, Japan, 2Imperial College London, United Kingdom |
| AS19-A016 | Preliminary Results of Typhoon Intensity Reanalysis | Kosuke ITO1#+, Masataka AIZAWA2, Udai SHIMADA3 1Kyoto University, Japan, 2Hokkaido University of Education - Sapporo, Japan, 3Japan Meteorological Agency, Japan |
| AS19-A017 | Movement of a Two-dimensional Barotropic Vortex Due to Effective-beta-gyre | Yamato KANENO, Kosuke ITO#+ Kyoto University, Japan |
| AS19-A037 | Estimating Effective Observation Points for Typhoon Forecasting Using Sensitivity Analysis for Constructing a Marine Observing Network | Yusuke UMEMIYA1#+, Kosuke ITO2, naoko KOSAKA3, Tsuneko KURA4, Hiroshi MATSUBARA3, Masaki HISADA3, Kazuhisa TSUBOKI5,6, Masaki SATOH7,6, Nobuhito MORI2, Shuichi MORI8, Hitoshi TAMURA9, Satoshi MITARAI10, Daiki SUZUKI6, Fumiaki MORIYAMA6, Hironori FUDEYASU6 1NTT, Inc., Japan, 2Kyoto University, Japan, 3NTT Space Environment and Energy Laboratories, Japan, 4NTT Space Environment and Energy Laboratories, Japan, Japan, 5Nagoya University, Japan, 6Yokohama National University, Japan, 7The University of Tokyo, Japan, 8Japan Agency for Marine-Earth Science and Technology, Japan, 9Port and Airport Research Institute, Japan, 10Okinawa Institute of Science and Technology Graduate University, Japan |
| AS19-A021 | Radial Eyewall-rainband Separation Influence on Eyewall Replacement Cycles in Strong Tropical Cyclones | Juliane SCHWENDIKE1#+, Will TORGERSON2, Andrew ROSS1, Chris SHORT3 1University of Leeds, United Kingdom, 2Institute for Climate and Atmospheric Science, School of Earth and Environment, University of Leeds, Leeds, United Kingdom, 3Met Office, Exeter, United Kingdom |
| AS19-A022 | Diurnal Variations in Tropical Cyclone Formation and Associated Convective Features | Qiaoyan WU#+ Nanjing University of Information Science and Techonogy, China |
| AS19-A026 | A Novel Metric for Evaluating Interannual Variability of Tropical Cyclone Activity in the WNP | Shu-Jeng LIN1#+, Kun-Hsuan CHOU1, YU-CHENG HSIAO2 1Chinese Culture University, Taiwan, 2National Central University, Taiwan |
| AS19-A024 | Typhoon Statistics in Variable Resolution Asia-Pacific CAM-SE | Duofan ZHENG1#, Wenjie DONG1, Shao-Yi LEE2+ 1Sun Yat-sen University, China, 2Kyoto University, Japan |
| AS19-A025 | Characteristics of Long Stationary Tropical Cyclone Over the Western North Pacific | Kun-Hsuan CHOU#+, Shu-Jeng LIN Chinese Culture University, Taiwan |
| AS19-A028 | Statistical Prediction of Tropical Cyclone Rapid Intensification with an Explainable AI | Takeshi HORINOUCHI1#+, Takashi YANASE2, Yuiko OHTA2, Daisuke MATSUOKA3, Asanobu KITAMOTO4, Udai SHIMADA5, Ryuji YOSHIDA6, Hironori FUDEYASU6 1Hokkaido University, Japan, 2Fujitsu Limited, Japan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4National Institute of Informatics, Japan, 5Japan Meteorological Agency, Japan, 6Yokohama National University, Japan |
| AS19-A027 | Factors Contributing To Tropical Cyclone Size Asymmetry In The North Atlantic | Lifeng XU#+, Kelvin T. F. CHAN, Weiling ZHANG Sun Yat-sen University, China |
| AS19-A034 | Sudden Intensification of Typhoon Krathon (2024) Before Landfall in Taiwan: Insights from Dual-polarization Radar Observations | Shian-Rong LIAO#+, Chun-Chieh WU National Taiwan University, Taiwan |
| AS19-A033 | Evaluating Coupled WRF-ROMS Model Performance in Ocean-Atmosphere Responses to Typhoon Nakri (2019) | Pattarapoom PEANGTA+, Kritanai TORSRI#, Tanawat NGAMPATTRAPAN, Jakrapop AKARANEE, Thippawan THODSAN, Nureesan YUELAPAE Ministry of Higher Education, Science, Research and Innovation, Thailand |
| AS19-A031 | A Super Best Track for Tropical Cyclone Forecasting and Research | Michael FIORINO#+ George Mason University, United States |
| AS19-A038 | Understanding the Characteristics and Interannual Variability of Recurving Tropical Cyclones in the Western North Pacific | Md Afjal HOSSAIN1+, Il-Ju MOON1#, Md. Jalal UDDIN2, Vineet Kumar SINGH3 1Jeju National University, Korea, South, 2Typhoon Research Center, Jeju National University , Korea, South, 3Indian Institute of Tropical Meteorology, India |
| AS19-A039 | Re-genesis of Typhoon Fanapi (2021) After Departing the Central Mountain Range of Taiwan | Ming-Jen YANG1#+, Yao-Chu WU1, Robert ROGERS2 1National Taiwan University, Taiwan, 2Aisa-Pacific Typhoon Collaborative Research Center,, China |
| AS19-A057 | Impact of Tibetan Plateau Snow Cover on Tropical Cyclone Over the Korean Peninsula | Mihye SEO+, Dong-Hyun CHA#, Woojin CHO, Haeun JO Ulsan National Institute of Science and Technology, Korea, South |
| AS19-A040 | Analysis and Forecast of Typhoon Chanthu (2021) Using an Ensemble Radar Data Assimilation System: Investigation on Factors Leading to Rapid Intensification | Kuan-Jen LIN#+, Shu-Chih YANG National Central University, Taiwan |
| AS19-A045 | Intensifying Tropical Cyclones in Southeast Asia: Greater Destructive Potential Under Future Climate Change | Pavan Harika RAAVI1#+, Aurel MOISE1, Sandeep SAHANY1, Venkatraman PRASANNA1, Muhammad Eeqmal HASSIM1,2, Chen CHEN1, Xin Rong CHUA1, Fei LUO1, Jianjun YU1 1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore |
| AS19-A042 | Exploring Millennial Intense Tropical Cyclone Activity at Bay of Islands, Fiji | Yanan LI1#+, Jeffrrey DONNELLY2, Shu GAO1 1Nanjing University, China, 2Woods Hole Oceanographic Institution, United States |
| AS19-A043 | The Experiment on Typhoon Intensity Change in the Coastal Area (EXOTICCA): Successes and Future Directions | Robert ROGERS1#+, Johnny CHAN2,3, P.W. CHAN4, Yufan DAI5, Jie TANG6, Wai Kin WONG4, Hui YU7, Zifeng YU6, Sahuai ZHANG7, Xiao-Tu LEI8 1AP-TCRC, United States, 2Asia-Pacific Typhoon Collaborative Research Center, China, 3City University of Hong Kong, Hong Kong SAR, 4Hong Kong Observatory, Hong Kong SAR, 5Shanghai Typhoon Institute, China, 6AP-TCRC, China, 7Shanghai Typhoon Institute of China Meteorological Administration, China, 8Shanghai Typhoon Institute, CMA, China |
| AS19-A058 | Improve Numerical Prediction and Understanding of Tropical Cyclones with Satellite Data Assimilation: Recent Updates | Zhaoxia PU#+, Chengfeng FENG University of Utah, United States |
| AS19-A046 | Precipitation Characteristics of Tropical and Extra-tropical Cyclones in the Northwest Pacific | Akiyo YATAGAI1#+, Ryuji YOSHIDA2, Ayano SHIRAKAWA3, Rin FUJIWARA1 1Hirosaki University, Japan, 2Yokohama National University, Japan, 3Japan Weather Association, Japan |
| AS19-A047 | Multi-scale Interaction of Moist Convection and Tropical Cyclone Intensification Onset | Masashi MINAMIDE1,2#+, Derek POSSELT2 1The University of Tokyo, Japan, 2Jet Propulsion Laboratory, United States |
| AS19-A049 | Tropical Cyclone Precipitation Historical Tendencies: Results from Observations and Climate Models | Enrico SCOCCIMARRO1#+, Leone CAVICCHIA2 1CMCC Foundation - Euro-Mediterranean Center on Climate Change, Italy, 2CMCC, Italy |
| AS19-A050 | The Long-term Slowdown of Autumn Tropical Cyclones Over East Asia: a Link to Pacific Decadal Oscillation | Woojin CHO1+, Dong-Hyun CHA1#, Minkyu LEE2 1Ulsan National Institute of Science and Technology, Korea, South, 2Korea Institute of Energy Research, Korea, South |
| AS19-A051 | A Dynamical Initialization Scheme with Four-dimensional Data Assimilation for Tropical Cyclones | Kyoungmin KIM+, Dong-Hyun CHA# Ulsan National Institute of Science and Technology, Korea, South |
| AS19-A052 | Topographic Steering of Strong Cyclonic Vortices: a Dynamic Model and Its Application to Typhoon-like Vortex Tracks Over Taiwan | Hung-Cheng CHEN#+ Huanggang Normal University, China |
| AS19-A053 | Impacts of Cloud Microphysics Schemes on Simulating Rapidly Intensifying Tropical Cyclones | Haeun JO1#+, Dong-Hyun CHA1, Minkyu LEE2, Jinyoung PARK3 1Ulsan National Institute of Science and Technology, Korea, South, 2Korea Institute of Energy Research, Korea, South, 3Korea Institute of Science and Technology Information , Korea, South |
| AS19-A059 | Performance of Ai-based Global Models in Tropical Cyclone Forecasting | Seohyeon IM1+, Il-Ju MOON2#, Dong-Hoon KIM2 1Typhoon Research Center, Jeju National University, Korea, South, 2Jeju National University, Korea, South |
| AS19-A060 | Quantifying Future Typhoon Intensity Near Korea and Its Potential Threat to Nuclear Power Plants | Ger Anne Marie DURAN#+, Il-Ju MOON, JOSEPH BASCONCILLO Jeju National University, Korea, South |
| AS19-A063 | Mechanism of Periodic Convective Bursts During Tropical Cyclogenesis and Impact of Radiation | Xiaodong TANG#+, Yusheng TENG Nanjing University, China |
| AS19-A064 | Evolution of Wind Field in the Atmospheric Boundary Layer with Using of Multiple Sources Observations During the Transit of Super Typhoon Doksuri (2305) | Xiaoye WANG#+ Qingdao Institute of Marine Meteorology, China |
| AS19-A065 | Dependence of Tropical Cyclone Weakening Rate in Response to an Imposed Moderate Environmental Vertical Wind Shear on the Warm‐core Strength and Height of the Initial Vortex | Qi GAO1#+, Yuqing WANG2 1Nanjing university of information science and technology, China, 2Chinese Academy of Meteorological Sciences, China |
| AS20 Subseasonal to Seasonal Forecasts and Applications | ||
| Abstract ID | Abstract Title | Authors |
| AS20-A004 | Information-based Probabilistic Verification Scores and Predictability Measures: Seasonal Prediction Examples | Yuhei TAKAYA1#+, Hideitsu HINO2, Caio COELHO3 1Meteorological Research Institute, JMA, Japan, 2The Institute of Statistical Mathematics, Japan, 3Center for Weather Forecast and Climate Studies, National Institute for Space Research, Brazil |
| AS20-A005 | Seasonal Prediction of Atmospheric River in Western North Pacific Using a Seasonal Prediction System | Yuya BABA#+ Japan Agency for Marine-Earth Science and Technology, Japan |
| AS20-A006 | Seasonal Predictable Source of the East Asian Summer Monsoon Rainfall | Kairan YING#+ National Institute of Natural Hazards, China |
| AS20-A008 | Dynamical-statistical Method for Seasonal Forecasting of Air Quality in South Korea Using Multi-model Ensemble Climate Prediction | Jahyun CHOI#+, Jee-Hoon JEONG, Taewon PARK Chonnam National University, Korea, South |
| AS20-A013 | Influence of the Boreal Summer Intraseasonal Oscillation on Temperature and Precipitation in South Korea | Yoorim JUNG#+, Wooseop LEE APEC Climate Center, Korea, South |
| AS20-A009 | Does Stratospheric Nudging Alone Improve Surface Predictability? Insights from the 2019 Southern Hemisphere Sudden Stratospheric Warming | Kexiang FENG1+, Jian RAO2#, Chaim GARFINKEL3, Amy BUTLER4, Eun-Pa LIM5 1Nanjing University of Information Science and Technology, China, 2Nanjing University of Information Science & Technology, China, 3Hebrew University of Jerusalem, Israel, 4National Oceanic and Atmospheric Administration, United States, 5Bureau of Meteorology, Australia |
| AS20-A010 | Enhanced Stratosphere-troposphere and Tropics-arctic Couplings in the 2023/24 Winter | Qian LU1#+, Jian RAO1, Chunhua SHI2 1Nanjing University of Information Science & Technology, China, 2Nanjing University of Information Science & Technology, China, China |
| AS20-A015 | Two Types of Mid-high-latitude Iso at Southern Hemisphere During Austral Summer | Shuangyan YANG1#+, Qinghan XU2 1Nanjing University of Information Science & Technology, China, 2Pingdingshan Meteorological Bureau, China |
| AS20-A011 | Sources of Subseasonal Prediction Skill for Heatwaves Over the North China Revealed from Reanalysis Diagnosis and S2S Models Evaluations | Yingxia GAO1#+, Haoze SONG2 1Inner Mongolia University, China, 2Climate center of Inner Mongolia Autonomous Region, China |
| AS20-A012 | Global Modulation of Tropical Cyclone Activity by Subseasonal Jet Stream Variability During Warm Seasons | Yitian QIAN1+, Pang-chi HSU2#, Hiroyuki MURAKAMI3, Gan ZHANG4, Baoqiang XIANG5,6 1Nanjing University of Information Science & Technology, China, 2College of Atmospheric Sciences, Nanjing University of Information Science & Technology, Nanjing, China, China, 3National Oceanic and Atmospheric Administration, United States, 4Department of Atmospheric Sciences, University of Illinois at Urbana-Champaign, Urbana, IL, USA, United States, 5University Corporation for Atmospheric Research, United States, 6NOAA Geophysical Fluid Dynamics Laboratory, United States |
| AS20-A020 | Development Status of Kim Ensemble Prediction Systems for Seamless Global Extended-range Prediction | Taehyoun SHIM#+, Keon-Hee CHO, Ja-Young HONG, Seokmin HONG, Shin-Woo KIM, WonMoo KIM, Hye-Jin PARK, Eun-Hee LEE Korea Institute of Atmospheric Prediction Systems, Korea, South |
| AS20-A014 | Interseasonal Impact of Spring Snow on Summer Precipitation Over the Tibetan Plateau | Changgui LIN#+ National Space Science Center, CAS, China |
| AS20-A016 | Why Do SNAPSI Forecasts Miss the Negative PNA Anomaly in February 2018? | Jinlong HUANG1#+, Peter HITCHCOCK2 1Lanzhou University, China, 2Cornell University, United States |
| AS20-A018 | Extended-range Forecast of Winter Rainfall in the Yangtze | Fei XIN#+ Shanghai Climate Centre, China |
| AS20-A017 | Potential Contribution of the Madden-julian Oscillation to Rainfall Forecasting Skill Over Southeast Asia | Chen SCHWARTZ#+, Thea TURKINGTON Centre for Climate Research Singapore, Singapore |
| AS20-A019 | Modulation of Meridional Atmospheric Energy Transport by Ocean Coupling over the Northwest Pacific | Kyungmin KWAK1+, Hajoon SONG1#, Namgu YEO2, Eun-Chul CHANG2, Myung-Seo KOO3, Eunjeong LEE3, Jun-Seong PARK3 1Yonsei University, Korea, South, 2Kongju National University, Korea, South, 3Korea Institute of Atmospheric Prediction Systems, Korea, South |
| AS20-A021 | Storm Tracks and Blind Spots: a Critical Look at Southern Hemisphere Seasonal Forecasts | Marcello PETITTA1#+, Laura TRENTINI2, Sandro CALMANTI3, Alessandro DELL'AQUILA4, Sara DAL GESSO2, Marco VENTURINI2 1Roma Tre University, Italy, 2Amigo s.r.l., Italy, 3National Agency for New Technologies, Energy and Sustainable Economic Development, Italy, 4National Agency for New Technologies, Energy and Sustainable Economic Development, Rome, Italy, Italy |
| AS20-A022 | Improving Subseasonal Forecast of Summer Heavy Precipitation Over the Middle-lower Yangtze River Basin Through Multimodel Ensemble | Yan GUO#+ Beijing Normal University, China |
| AS20-A023 | The Predictability of Global River Discharge Forecast at Sub-seasonal to Seasonal (s2s) Timescale | Tamima AMIN#+, Roman OLSON, Kei YOSHIMURA The University of Tokyo, Japan |
| AS20-A024 | Analysis of Typhoon Track Clusters Using 4-week Ensemble Forecasts | Wen-Hsin HUANG1#+, Hsiao-Chung TSAI2, Shien-Tsung CHEN3 1National Cheng Kung University Department of Hydraulic and Ocean Engineering,, Taiwan, 2Department of Water Resources and Environmental Engineering, Tamkang University, Taiwan, 3National Cheng Kung University, Taiwan |
| AS20-A025 | Evaluation of Tropical Cyclone Rainfall Simulation Over the Western North Pacific in Glosea6 | Eunji KIM1+, Dong-Hyun CHA1#, Yu-Kyung HYUN2, Johan LEE2 1Ulsan National Institute of Science and Technology, Korea, South, 2National Institute of Meteorological Sciences, Korea, South |
| AS20-A026 | Forest Fire Extended Forecasting for India Using Sub-seasonal to Seasonal Meteorological Forecasts | Venkatesh BUDAMALA1#+, Gautam Sandesh YAN VARMAN2, Rajarshi DAS BHOWMIK1 1Indian Institute of Science, India, 2Indian Institute of Science Bangalore, India, India |
| AS20-A028 | Evaluation of Subseasonal to Seasonal Precipitation Forecast Performance Over Indonesia | Dwina NUGRAHA#+, Muhammad Rais ABDILLAH, Muhammad Ridho SYAHPUTRA Institut Teknologi Bandung, Indonesia |
| AS21 Mineral Dust in the Earth System | ||
| Abstract ID | Abstract Title | Authors |
| AS21-A010 | Long-range Transport Of Saharan Dust To East Asia And Their Regional Impacts | Qiantao LIU1+, Zhongwei HUANG1#, Zhiyuan HU2, Jianrong BI1, Jinsen SHI1, Tian ZHOU1, Qingqing DONG1 1Lanzhou University, China, 2Sun Yat-sen University, China |
| AS21-A001 | Two-phase Variation in Dust Aerosols Over Central China from 2010 to 2024 Observed Using Polarization Lidar | Yun HE#+ Wuhan University, China |
| AS21-A002 | Modeling Study of Solubility Change of Dust Iron and Its Atmospheric Deposition | Xinyi DONG#+ Nanjing University, China |
| AS21-A003 | Incorporating Dust Retrieval Using Caliop-derived Dust Layer Heights for Gk-2a Satellite Observations | Ehsan PARSA JAVID#+, Sang Seo PARK Ulsan National Institute of Science and Technology, Korea, South |
| AS21-A004 | iDust - the Deep Integration of Dust and Numerical Weather Prediction for Renewable Energy Applications | Xi CHEN1#+, Mei CHONG2, Shian-Jiann LIN3, Zhi LIANG4, Paul GINOUX5, Yuan LIANG4, Bihui ZHANG6, Qian SONG7, Shengkai WANG8, Jiawei LI9, Yimin LIU9 1Institute of Atmospheric Physics Chinese Academy of Sciences, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3Institute of Atmospheric Physics Chinese Academy of Sciences, China, China, 4TianJi Weather Science and Technology Company, China, 5Geophysical Fluid Dynamics Laboratory, United States, 6National Meteorological Centre, China, 7TianJi Weather Science and Technology Company, China , China, 8Xiamen University, China, 9Chinese Academy of Sciences, China |
| AS21-A005 | Influence of Cut-off Lows on Dust Transport from the Great Lakes Basin to Northern China | Zuowei XIE#+ Institute of Atmospheric Physics, Chinese Academic of Sciences, China |
| AS21-A008 | Characteristics And Drivers For The Record-Breaking Dust Activity In Iran During May 2022 | Zhaohui LIN1#+, Alireza KAMAL2, Chenglai WU3 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2International Center for Climate and Environment Sciences, Institute of Atmospheric Physics, Chinese Academy of Sciences, Iran, 3Chinese Academy of Sciences, China |
| AS21-A009 | Atmospheric Circulation Driving Mechanisms of Dust Transport from the Taklimakan Desert to the Tibetan Plateau | Tianhe WANG#+, Xinyi ZHANG, Jinsen SHI Lanzhou University, China |
| AS21-A012 | Unexpected Snow Darkening Mitigation in Himalaya Due to Climate Change | Hou YALIANG#+, wei PU, Xin WANG Lanzhou University, China |
| AS21-A013 | Spatiotemporal Evolution of Dust Over Tarim Basin Under Continuous Clear-sky | Tian ZHOU1#+, Xiaokai SONG2, yufei WANG3, Xingran LI3 1Lanzhou University, China, 2Lanzhou University, China, China, 3lanzhou university, China |
| AS21-A014 | Analysis of Dust Intensity Variation Characteristics and Underlying Surface Impact Factors in Northeast Asia | Mei YONG#+, Ling WEN, Ligeer DE Inner Mongolia Normal University, China |
| AS21-A015 | WMO Ensemble Reanalysis of Global Dust from 2003-2022 | Daniel TONG1#+, Siqi MA2 1George Mason University, United States, 2 George Mason University, United States |
| AS24 Global Precipitation Measurement and Future Missions | ||
| Abstract ID | Abstract Title | Authors |
| AS24-A001 | Overview of improvements of the GPM/DPR algorithm | Nobuhiro TAKAHASHI1#+, Takuji KUBOTA2, Takeshi MASAKI3, Kaya KANEMARU4, Hanado HIROSHI4, Jun AWAKA5, Venkatachalam CHANDRASEKARAN6, Minda LE6, Robert MENEGHINI7, Hyokyung KIM8, l L9, John KWIATKOWSKI7, Shinta SETO10, Simone TANELLI11, Toshio IGUCHI12 1Nagoya University, Japan, 2Japan Aerospace Exploration Agency, Japan, 3Remote Sensing Technology Center of Japan, Japan, 4National Institute of Information and Communications Technology, Japan, 5Tokai University, Japan, 6Colorado State University, United States, 7NASA/GSFC, United States, 8GESTAR/MSU and NASA/GSFC, United States, 9msu, United States, 10Nagasaki University, Japan, 11NASA/JPL, United States, 12Osaka University, United States |
| AS24-A005 | Improving GSMaP_MVK Algorithm Using Machine Learning-based Cloud Classification | Hitoshi HIROSE1#+, Kento YURA1, Munehisa YAMAMOTO2, Takuji KUBOTA2, Tomoo USHIO1 1Osaka University, Japan, 2Japan Aerospace Exploration Agency, Japan |
| AS24-A009 | Inter-comparison of 3-D Latent Heating derived from TRMM/GPM observations and Reanalysis products for the South Asian Summer Monsoon | Ayantika DEY CHOUDHURY1#+, Tiasha DEV2, Gokul T3, Krishnan RAGHAVAN1 1Indian Institute of Tropical Meteorology, India, 2Indian Institute of Tropical Meteorology, India , India, 3Indian Institute of Tropical Meteorology, India, India |
| AS24-A008 | Early Results of Cloud Profiling Radar (CPR) onboard the EarthCARE Satellite | Takuji KUBOTA#+ Japan Aerospace Exploration Agency, Japan |
| AS24-A006 | Recent Status of Spaceborne Precipitation Radar Missions in Japan | Takuji KUBOTA1#+, Nobuhiro TAKAHASHI2 1Japan Aerospace Exploration Agency, Japan, 2Nagoya University, Japan |
| AS24-A010 | Performance Evaluation of Satellite Based Rainfall Estimates Over Data Scarce Upper Blue Nile Basin, Ethiopia | SUFIAN HAJI SHUSHE1,2+, Qingyun DUAN1#, Wentao LI1 1Hohai University, China, 2Oda Bultum University, Ethiopia |
| AS24-A011 | Intercomparison in spaceborne precipitation data between GPM and FY-3G | Kaya KANEMARU#+ National Institute of Information and Communications Technology, Japan |
| AS24-A013 | Precipitation Features of Spatiotemporally Tracked Events Using Gpm Imerg Product | Michael BAUER1, Kwo-Sen KUO2,3#+ 1Bayesics LLC, United States, 2University of Maryland-College Park, United States, 3Bayesics, LLC, United States |
| AS24-A012 | Improving Estimates of Ice Particle Properties from Probe Imagery Using Machine Learning | Robert SCHROM1, Haonan CHEN2, Hongfeng YU3, Mircea GRECU4, Kwo-Sen KUO5,6#+ 1University of Maryland, College Park, Maryland, USA, United States, 2Colorado State University, United States, 3University of Nebraska, Lincoln, Nebraska, United States, 4Morgan State University, Baltimore, Maryland, United States, 5University of Maryland-College Park, United States, 6Bayesics, LLC, United States |
| AS26 Extreme Events: Observations and Modeling | ||
| Abstract ID | Abstract Title | Authors |
| AS26-A030 | Enhancing the Lagrangian Approach for Moisture Tracking Through Sensitivity Testing of Assumptions | Yinglin MU1#+, Jason EVANS1, Andréa S. TASCHETTO1, Chiara HOLGATE2 1University of New South Wales, Australia, 2Australian National University, Australia |
| AS26-A011 | Future Hydroclimate Extremes in the Hindu Kush Himalaya: an Examination of Projection Variability and Driving Factors | Pawan Kumar CHAUBEY1#+, Raju ATTADA2, Adam SWITZER3, Sooraj K.P.4 1Nanyang Technological University (NTU), Singapore, 2Indian Institute of Science Education and Research Mohali, India, 3Nanyang Technological University, Singapore, 4Indian Institute of Tropical Meteorology, India |
| AS26-A001 | On the Multiscale Processes Leading to an Extreme Gust Wind Event in East China: Insights from Radar Wind Pro-filer Mesonet Observations | Tianmeng CHEN#+ Chinese Academy of Meteorological Sciences, China |
| AS26-A017 | A Random Forest-based Framework to Derive Sub-daily Probable Maximum Precipitation in Data-sparse Areas with Complex Topography | Anubhav GOEL1#+, Venkata Vemavarapu SRINIVAS2 1Indian Institute of Science, Bengaluru, India, 2Indian Institute of Science, Bangalore, India |
| AS26-A004 | An Analysis of Energetics Over Different Regions of India During El Nino Episodes | Nishi SRIVASTAVA#+ Birla Institute of Technology, India |
| AS26-A005 | Impacts of Climate Change on Probable Maximum Precipitation: a Case Study of Mesoscale Convective Systems in Japan | Yusuke HIRAGA#+ Tohoku University, Japan |
| AS26-A007 | Elevation-dependent Temperature and Precipitation Trends in the Beas Basin North-western Himalayas | Tanuja .#+, Rajesh KUMAR Central University of Rajasthan, India |
| AS26-A008 | Continuous Monitoring of the High Spatiotemporal Thermodynamic Profiles Using UV-C Raman Lidar Systems in the Upwind Side of the Line-shaped Rainbands | Masanori YABUKI1#+, Kazuto MATSUKI2, Michihiro TESHIBA2, Yuichi UCHIHO2, Takashi TAKEUCHI2, Eiji TAKEUCHI2, Yuzuru TABATA2, Ryuichi MUTO2, Toshikazu HASEGAWA2 1Kyoto University, Japan, 2EKO Instruments, Co. Ltd., Japan |
| AS26-A009 | Assessing Mpas-a Performance for Urban Extreme Air Temperature Simulation and Its Potential for Dynamical Downscaling in Major Indonesian Cities | Faiz Rohman FAJARY1#+, Han Soo LEE1, Vinayak BHANAGE1, Radyan Putra PRADANA1,2, Tetsu KUBOTA1, Hideyo NIMIYA3 1Hiroshima University, Japan, 2Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, 3Kagoshima University, Japan |
| AS26-A010 | High-resolution Simulations of Near-surface Winds in Europe Using WRF: Insights into Extreme Wind Conditions and Parameterization Sensitivity | Minkyu LEE1#+, Jin-young KIM2, Donggun OH1, Chang KIM3,1 1Korea Institute of Energy Research, Korea, South, 2Korea Institute of Energy Research, Korea, South , Korea, South, 3University of Science and Technology, Korea, South |
| AS26-A033 | Insights into Atmospheric Rivers (AR) Causing Heavy Rainfall in Japan | Jose Angelo HOKSON#+, Yusuke HIRAGA Tohoku University, Japan |
| AS26-A015 | High-resolution Modeling of Extreme Rainfall Events in Indian North Western Himalayas | Saurabh SINGH1#+, Piyush SRIVASTAVA2, Amit DHIMAN1 1Indian Institute of Technology Roorkee, India, 2Indian Institute of Technology Roorkee, India, India |
| AS26-A016 | Availability of Reginal Climate Data for Improving Reproducibility of Extreme Events in a Regional Climate Model | Natsumi KAWANO1#+, Motoki NISHIMORI2, Akio YAMAGAMI3, Tomohide SHIMADA4, Hiroaki YAMATO5 1Center for Environmental Science in Saitama, Japan, 2NIAES-NARO, Japan, 3CESS Center for Environmental Science in Saitama, Japan, 4Center for Environmental Science in Saitama, Japan , Japan, 5CESS Center for Environmental Science in Saitama, Japan, Japan |
| AS26-A034 | Dry Periods Amplify the Amazon and Congo Forests' Rainfall Self-reliance | Lucie BAKELS1#+, Arie STAAL2, Ruud VAN DER ENT3, Patrick KEYS4, Delphine ZEMP5, Lan WANG-ERLANDSSON6, Ingo FETZER6, Makoto TANIGUCHI7, Line GORDON6 1Stockholm University, Stockholm Resilience Centre, Sweden, 2Utrecht University, Netherlands, 3Delft University of Technology, Netherlands, 4Colorado State University, United States, 5University of Göttingen, Germany, 6Stockholm Resilience Centre, Stockholm University, Sweden, 7Research Institute for Humanity and Nature, Japan |
| AS26-A035 | Network-based Analysis of Atmospheric Rivers: Exploring Spatial Connectivity of Moisture Transport | JITENDRA SHARMA#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| AS26-A019 | Impact of extreme hydro climate on Indian Himalayas: an observational study | Netrananda SAHU#+ University of Delhi, India |
| AS26-A025 | Verification of the d4PDF Climate Ensemble: Relationships Between Summer Rainfall Extremes Over Japan, Pacific Sea Surface Temperature, and Monsoon Activity | Shao-Yi LEE+, Tetsuya TAKEMI# Kyoto University, Japan |
| AS26-A027 | Influence of Sea Surface Temperature in the Simulation of Super Cyclonic Storm Amphan on a Cloud-resolving Scale | Reshma M S1+, Kuvar Satya SINGH2# 1Department of Mathematics, School of Advanced Sciences (SAS), Vellore Institute of Technology, Vellore, Tamil Nadu- 632014, India, India, 2Vellore Institute of Technology Vellore, India |
| AS26-A036 | Potential Improvement of Moisture Transportation by Vapor Isotope Information | Masahiro TANOUE1#+, Hisashi YASHIRO2, Kei YOSHIMURA3 1Meteorological Research Institute, Japan Meteorological Agency, Japan, 2National Institute for Environmental Studies, Japan, 3The University of Tokyo, Japan |
| AS27 Coherent Impacts of the Coupled Air-sea System and the Tibetan Plateau on Asian Monsoon | ||
| Abstract ID | Abstract Title | Authors |
| AS27-A001 | Combination of Remote Sensing and In-situ Observation for the Regional Energy and Water Exchange Over the Tibetan Plateau | Yaoming MA#+ Chinese Academy of Sciences, China |
| AS27-A003 | Land Surface Dynamics and Land-atmosphere Coupling Over Asian Monsoon Region | Kyung-Ja HA1#+, JiHye YEO1, Suyeon MOON2 1Pusan National University, Korea, South, 2APEC Climate Center, Korea, South |
| AS27-A005 | Skillful Prediction of Indian Monsoon Intraseasonal Precipitation Using Central Indian Ocean Mode and Machine Learning | Lei ZHOU1#+, Yanwei YU2, Jianhuang QIN3, Wei TAN4, Youmin TANG5, Xiaofeng LI6, Xiaojing LI7, Dake CHEN8, Raghu MURTUGUDDE9 1Shanghai Jiao Tong University, China, 2Ocean University of China, China, 3Hohai University, China, 4Shandong University of Science and Technology, China, 5University of Northern British Columbia, China, 6Chinese Academy of Sciences, China, 7Second Institute of Oceanography, Ministry of Natural Resources, China, 8Ministry of Natural Resources, China, 9University of Maryland, United States |
| AS27-A007 | Two Types of the East Asian Cold Surge and Their Impacts on El Niño | Jie FENG#+ Second Institute of Oceanography, MNR, China |
| AS27-A008 | Differences in Summer Monsoon Rainfall Over South Asia During Multi-year Laniña Events | Licheng FENG#+ National Marine Environmental Forecasting center, China |
| AS27-A009 | Distinctive South and East Asian Monsoon Circulation Responses to Global Warming | Tim LI#+ University of Hawaiʻi at Mānoa, United States |
| AS27-A011 | Tibetan Plateau Warming Contributing to the Increase of Early Winter Freezing Rain in Guizhou Since 2001 | Xiaying ZHU#+ National Cimate Center, China Meteorological Administration, China |
| AS27-A012 | Middle East Warming in Spring Enhances Summer Rainfall Over Pakistan | Baosheng LI1#+, Lei ZHOU2 1Sun Yat-Sen University, China, 2Shanghai Jiao Tong University, China |
| AS28 The Influences of Planetary Wave and Cold Vortex Systems in Mid-high Latitudes on Extreme Weather and Climate Events | ||
| Abstract ID | Abstract Title | Authors |
| AS28-A015 | The moisture transportation of Somali jet induces increasing summer rainfall over the Tibetan Plateau | Zhangqun LI#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS28-A010 | Comparative Study of Single- and Double-moment Microphysics Schemes in CMA-MESO Model for a Cold Vortex-induced Heavy Rainfall Event | Yupeng LI#+ Institute of Meteorological Sciences of Jilin Province, China |
| AS28-A011 | Formation of Northeast China Cold Vortices: a Piecewise Tendency Diagnosis | Zuowei XIE#+ Institute of Atmospheric Physics, Chinese Academic of Sciences, China |
| AS28-A012 | A Study on the Formation Mechanism of an Extreme Wind Event in Anhui Province Under the Background of the Northeast China Cold Vortex | Xiaoye ZHOU#+ Anhui Meteorological Administration, China |
| AS28-A013 | Contribution of the Northeast China Cold Vortex to the Persistent Extreme Precipitation Events Over the Yangtze-huaihe River Basin | Chen SHI1#+, Panmao ZHAI2, Shangfeng LI3,4, Zongting GAO1 1Institute of Meteorological Sciences of Jilin Province, China, 2Chinese Academy of Meteorological Sciences, China, 3Jilin Provincial Key Laboratory of Changbai Mountain Meteorology and Climate Change, Laboratory of Research for Middle-High Latitude Circulation Systems and East Asian Monsoon, China, 4Institute of Meteorological Sciences of Jilin Province, Changchun, China |
| AS28-A020 | Characterizing Lightning Activity of a Wintertime Thunderstorm in the Context of a Northeast Cold Vortex | Gaopeng LU1#+, Hailiang HUANG1, Xuexing QIU2, Xin ZHU1, Guanhong YAO3 1University of Science and Technology of China, China, 2Meteorological Observatory of Anhui Province, China, 3School of Earth and Space Sciences, University of Science and Technology of China, China |
| AS28-A016 | Modulation of the Influence of ENSO on Northward-moving Tropical Cyclones in the Western North Pacific by the North Atlantic Tripole SST Anomaly Pattern | Shuang LI1#+, Ziniu XIAO2 1Institute of Atmospheric Environment, China Meteorological Administration, Shenyang, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS28-A021 | On the Meteorological Background of TLE-productive Mesoscale Convective Systems in the Plain Area of East Asia | Gaopeng LU#+, Hailiang HUANG, Yongping WANG University of Science and Technology of China, China |
| AS28-A019 | Sub-seasonal Features in the Inter-decadal Variations of Summer Rainfall Over Northeast China and Possible Mechanism | Ziniu XIAO#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS28-A025 | Ensemble Sensitivity Analysis of a Squall Line Event Under the Influence of the Northeast Cold Vortex | Qiao LIU#+ Anhui Meteorological Observatory, China |
| AS28-A031 | Preferred Solar Signal and Its Transfer in the Asian-pacific Subtropical Jet Region | Delin LI1#+, Ziniu XIAO2 1Guangdong Ocean University, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS28-A033 | Role of the Warm Arctic Cold Eurasian-like Pattern on the Near Future Warming Rate of East Asian Surface Temperature | Sang-Wook YEH1#+, Sae-Yoon OH2 1Hanyang University, Korea, South, 2Hanyang University, ERICA, Korea, South |
| AS30 Extreme Heat: Past, Present, and Future | ||
| Abstract ID | Abstract Title | Authors |
| AS30-A001 | Assessment of Daily Projected Temperature Data Given by Statistical Downscaling for Thailand During 2015-2023 | Khwanruthai RENUHOM1#+, Sirapong SOOKTAWEE1, winai CHAOWIWAT2, Chalump OONARIYA3 1Department of Climate Change and Environment, Thailand, 2Hydro-Informatics Institute, Thailand, 3Thai Meteorological Department, Thailand |
| AS30-A008 | Atmospheric Drivers of Dry and Humid Heat Extremes Over the Maritime Continent | Anistia Malinda HIDAYAT1,2#+, Cathryn BIRCH1, Juliane SCHWENDIKE1, Lawrence JACKSON1, Claudio SANCHEZ3 1University of Leeds, United Kingdom, 2BMKG, Indonesia, 3UK Met Office, United Kingdom |
| AS30-A002 | 2024 Global Mega-heatwaves | Jihyun KIM1+, Kyungmin SUNG2, Yeonjoo KIM1# 1Yonsei University, Korea, South, 2Korea Adaptation Center for Climate Change, Korea Environment Institute, Korea, South |
| AS30-A003 | Climate Service for Heatwave-related Health Risks in China | Bo LU1#+, Baichao ZHANG2, Zhenyu HAN3 1Beijing Climate Centre, China, 2Beijing Climate Center, China, China, 3China Meteorological Administration, China |
| AS30-A005 | Baseline Temperature Variability Shaping Geographical Distribution Of Future Hot Extremes Under Anthropogenic Warming | Zhili TANG1#+, Xiaohui MA1, Shenghui ZHOU2, Lixin WU1, Wenju CAI3,4, Zhao JING1, Zhaohui CHEN1,5, Bolan GAN1 1Ocean University of China, China, 2Pilot National Laboratory for Marine Science and Technology (Qingdao), China, 3Ocean University of China and Qingdao National Laboratory for Marine Science and Technology, China, 4Commonwealth Scientific and Industrial Research Organisation, Australia, 5Qingdao National Laboratory for Marine Science and Technology, China |
| AS30-A004 | Land Surface Temperature Dynamics: Seasonal Trends and Regional Differences in the Ganga River Basin | SUBHASH SINGH1#+, Seema RANI2 1INSTITUTE OF SCIENCE, BANARAS HINDU UNIVERSITY, India, 2Banaras Hindu University, India |
| AS30-A010 | The Analysis of Spatial-temporal Changes in Heatwaves in Japan Using Automated Meteorological Data Acquisition System and Investigation of the Factors Contributing to Their Occurrence Using Reanalysis Data | Harunori KITO#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS30-A006 | Assessing the Skill of Monthly Mean Daily Maximum Temperature Exceedance Over Singapore | Paromita CHAKRABORTY#+, Wee Leng TAN, Thea TURKINGTON, Chen SCHWARTZ, Simon PEATMAN Centre for Climate Research Singapore, Singapore |
| AS30-A011 | Understanding Past and Future Extreme Heat in Southeast Asia and Its Potential Impacts | Jianjun YU1#+, Aurel MOISE1, Pavan Harika RAAVI1, Chen CHEN1, Fei LUO1, Anupam KUMAR1, Venkatraman PRASANNA1, Xin Rong CHUA1, Muhammad Eeqmal HASSIM1,2 1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore |
| AS30-A012 | Exploring Multi-year Predictability of Terrestrial Heatwaves in Global Hotspot Regions | Alexia KARWAT1#+, June-Yi LEE1, Yong-Yub KIM2, Jeong-eun YUN1,1, Sun-Seon LEE2 1Pusan National University, Korea, South, 2IBS Center for Climate Physics, Korea, South |
| AS31 18th Sasaki Symposium on Data Assimilation for Atmospheric, Oceanic and Hydrologic Applications | ||
| Abstract ID | Abstract Title | Authors |
| AS31-A001 | A Hybrid Deep Learning and Data Assimilation Method for Model Error Estimation | Lili LEI1#+, Ziyi PENG2 1Nanjing University, China, 2Fudan University, China |
| AS31-A002 | An Innovative Variational Data Assimilation System for Improving 4dvar Analysis and Efficiency | Yuanfu XIE1#+, Zilong QIN2, Yali WU3, Jilong CHEN1, Yongjian HUANG2, Jiongming PANG1, Yu XIN4, Yimin MA5 1Shenzhen Institute of Meteorological Innovation, China, 2Guangdong-Hong Kong-Macao Greater Bay Area Weather Research Center for Monitoring Warning and Forecasting (Shenzhen Institute of Meteorological Innovation), China, 3National Center for Atmospheric Research, United States, 4Institute of desert meteorology, Urumqi, CMA, China, 5Shenzhen Institute of Meteorological Innovation, China, China |
| AS31-A008 | Impact of Scale-dependent Background Error Covariance Localization on Typhoon Track Prediction: a Case Study of Typhoon Gaemi (2024) | Chih-Chien CHANG1#+, Shu-Chih YANG1, Daryl KLEIST2, Travis ELLESS2, Catherine THOMAS2 1National Central University, Taiwan, 2NOAA/NWS/NCEP/EMC, United States |
| AS31-A029 | Development and Trial of Convective Scale EPS with Ensemble Kalman Filter for Heavy Rains over Southern China | Ka Wai LO1#+, Masashi MINAMIDE2,3, Yuheng HE1 1Hong Kong Observatory, Hong Kong SAR, 2The University of Tokyo, Japan, 3Jet Propulsion Laboratory, United States |
| AS31-A004 | Initial Efforts Toward Global Ensemble-Based Data Assimilation At Convection-Allowing Scales Using MPAS And JEDI | Craig SCHWARTZ1#+, Jamie BRESCH2, Kevin LUPO2, Junmei BAN1, Jonathan GUERRETTE2, Byoung-Joo JUNG3, Zhiquan LIU1, Chris SNYDER3, Steven VAHL3, Yali WU1, Yonggang YU2 1National Center for Atmospheric Research, United States, 2NSF NCAR, United States, 3NCAR, United States |
| AS31-A022 | Impact of Soil Moisture Data Assimilation on Atmospheric Variables in the Coupled Atmosphere-land Surface Data Assimilation System | Sujeong LIM1, Ebony LEE1+, Milija ZUPANSKI2, Seon Ki PARK1# 1Ewha Womans University, Korea, South, 2Colorado State University, United States |
| AS31-A015 | Comparison of Observation Frequency Effects from GEMS and MODIS Satellite Data on Asian Dust Prediction | Ebony LEE1+, Milija ZUPANSKI2, Sujeong LIM1, Seon Ki PARK1# 1Ewha Womans University, Korea, South, 2Colorado State University, United States |
| AS31-A005 | Impact of Non-hydrostatic Control Variables on the Assimilation of Vertical Velocity Related Observations in Regional Numerical Weather Prediction | Min CHEN#+, Xiang-Yu HUANG, Cheng WANG Institute of Urban Meteorology, Beijing, CMA, China |
| AS31-A006 | Development of the Sub-Kilometer Scale Data Assimilation System RMAPS-STv4.0 | Xiang-Yu HUANG1#+, Xinyu ZHANG2, Yizhou ZHANG2, Shuiyong FAN3, Jian YIN3, Yu XIA4, Wenxue TONG3, Yanhui XIE5, Cheng WANG1, Fan WANG3, Shuai ZHANG3, Yuhuan LI3, Chunwei GUO6, Qianqian HUANG3, Yidi XUE3, Bing LU4, Min CHEN1, Xingcan JIA1 1Institute of Urban Meteorology, Beijing, CMA, China, 2 Institute of Urban Meteorology, CMA, China, 3Institute of Urban Meteorology, CMA, China, 4China Meteorological Administration, China, 5Beijing Research Center for Urban Meteorological Engineering and Technology, China, 6Institute of Urban Meteorology,China Meteorological Administration, China |
| AS31-A007 | Using Data Assimilation To Improve Data-driven Models | Michael GOODLIFF#+, Takemasa MIYOSHI RIKEN Center for Computational Science, Japan |
| AS31-A009 | Improving the Performance of the Multiscale Wrf-radar Ensemble Data Assimilation System with the Multiscale Dependent Inflation | Shu-Chih YANG1#+, Lawrence Jing-Yueh LIU2,1, Zhe-Hui LIN1, Kuan-Jen LIN1 1National Central University, Taiwan, 2University of Illinois Urbana-Champaign, United States |
| AS31-A012 | Machine Learning-based Parameter Sensitivity of Global Horizontal Irradiance in WRF-Solar: Extension to Parameter Estimation | Ji Won YOON1, Sungmin O2, Seungyeon LEE1+, Hyunsu KIM3, Seon Ki PARK1# 1Ewha Womans University, Korea, South, 2Kangwon National University, Korea, South, 3Korea Power Exchange, Korea, South |
| AS31-A013 | Joint all-sky ABI radiance and radar data assimilation with MPAS-JEDI’s hybrid-3D/4DEnVar at convection-permitting scale | Zhiquan LIU1#+, Tao SUN1, Byoung-Joo JUNG2, Zhuming YING1 1National Center for Atmospheric Research, United States, 2NCAR, United States |
| AS31-A018 | Impact of the Ensemble-derived Background Error Covariance in the Hybrid 4DEnVar Data Assimilation Framework on a Global Numerical Model | Ji-hyun HA1#+, Suk-Jin CHOI2, Yong Hee LEE1 1Korea Meteorological Administration, Korea, South, 2Gangneung-Wonju National University, Korea, South |
| AS31-A014 | Analyzing Mechanisms, Characteristics, and Optimization Strategies of Advanced Covariance Localization Methods for Improving Multiscale Data Assimilation | Zhe-Hui LIN#+, Shu-Chih YANG National Central University, Taiwan |
| AS31-A017 | Impact of Convective-scale Ensemble Data Assimilation with Cartesian Radar Superobservation and MPD Water Vapor Profile on Afternoon Convection Prediction Over Northern Taiwan | Yu-Wei TSENG1#+, Shu-Chih YANG1, Kaoshen CHUNG1, Wen-Chau LEE2 1National Central University, Taiwan, 2University Corporation for Atmospheric Research, United States |
| AS31-A019 | Assimilating Ground-based Observations Using Joint Effort for Data Assimilation Integration (JEDI) for Improving Heavy Rainfall Prediction in Taiwan | Yi-Pin CHANG1+, Shu-Chih YANG1#, Benjamin RUSTON2, François VANDENBERGHE2, Kuan-Jen LIN1 1National Central University, Taiwan, 2Joint Center for Satellite Data Assimilation, United States |
| AS31-A028 | Improving Tropical Cyclone Intensification Prediction Using High Resolution All-sky Goes Satellite Data Assimilation | Masashi MINAMIDE1,2#+, Derek POSSELT2 1The University of Tokyo, Japan, 2Jet Propulsion Laboratory, United States |
| AS31-A021 | A High-resolution Ensemble Analysis and Forecasting System for the Red Sea | Siva Reddy SANIKOMMU#, Sateesh MASABATHINI, Naila RABOUDI, Georgios KROKOS, Daquan GUO, Charls ANTONI, Ibrahim HOTEIT+ King Abdullah University of Science and Technology, Saudi Arabia |
| AS31-A023 | A Fixed-lag Ensemble Kalman Smoother for Ocean Reanalysis in the Arabian Gulf | Naila RABOUDI#+, Siva Reddy SANIKOMMU, Ibrahim HOTEIT King Abdullah University of Science and Technology, Saudi Arabia |
| AS31-A024 | Toward Aerosol-aware Data Assimilation System: Accounting for Aerosol Transmittance Effects on Radiance Observation Operator | Sarah LU#+, Shih-Wei WEI University at Albany, State University of New York, United States |
| AS31-A026 | Proposed Nonlinear Bias Correction of All-sky Infrared Radiance Data Assimilation Based on Cloud Top Temperature | Jiwon HWANG1#+, Dong-Hyun CHA1, Yonghan CHOI2, Sang Seo PARK1, Ki-Hong MIN3,4 1Ulsan National Institute of Science and Technology, Korea, South, 2Korea Polar Research Institute, Korea, South, 3Kyungpook National University, Korea, South, 4Purdue University, United States |
| AS31-A027 | The Impact of Dual-polarization Radar Data Assimilation by Different Observation Operators | Kaoshen CHUNG1#+, Chin-Chuan CHANG1, Bing-Xue ZHUANG2, Chen-Hau LAN1 1National Central University, Taiwan, 2McGill University, Canada |
| AS32 Rainfall Variability, Extremes and Associated Impacts Over the Maritime Continent Under Current and Future Climates | ||
| Abstract ID | Abstract Title | Authors |
| AS32-A017 | CCRS Research Towards Integrated High-resolution Environmental Modelling Over the Maritime Continent | Hugh ZHANG1#+, Rajesh KUMAR1, Kalli FURTADO2, Dale BARKER3 1Centre for Climate Research Singapore, Singapore, 2Center for Climate Research Singapore, Singapore, 3Centre for Climate Research Singapore (CCRS), Singapore |
| AS32-A009 | Physical Controls on the Variability of Offshore Propagation of Convection in the Maritime Continent | Simon PEATMAN1#+, Cathryn BIRCH2, Juliane SCHWENDIKE2, John MARSHAM2, Emma HOWARD3, Steve WOOLNOUGH4, Jack MUSTAFA2, Adrian MATTHEWS5 1Centre for Climate Research Singapore, Singapore, 2University of Leeds, United Kingdom, 3Bureau of Meteorology, Australia, 4University of Reading, United Kingdom, 5University of East Anglia, United Kingdom |
| AS32-A020 | Changes in Boreal-winter Madden-julian Oscillation and Associated Mean States Over the Indo-pacific Warm Pool in the Early 2010s | Wan-Ling TSENG1#+, Yi-Chi WANG2, Li-Chiang JIANG3, Shu-Hsuan LIN4, Huang-Hsiung HSU3 1National Taiwan University, Taiwan, 2Swedish Meteorological and Hydrological Institute, Sweden, 3Academia Sinica, Taiwan, 4School of Meteorology, University of Oklahoma, United States |
| AS32-A003 | The Morphology Of Mesoscale Convective Systems In The Maritime Continent Using Machine Learning | Alexander LEWIS1#+, Juliane SCHWENDIKE1, Simon PEATMAN2, Douglas PARKER1, Donald CUMMINS1, Prince XAVIER3, Massimo BOLLASINA4 1University of Leeds, United Kingdom, 2Centre for Climate Research Singapore, Singapore, 3Met Office, United Kingdom, 4University of Edinburgh, United Kingdom |
| AS32-A001 | Mid-level Dry Air Intrusions Over the Southern Maritime Continent | Ashar ASLAM1#+, Juliane SCHWENDIKE1, Simon PEATMAN2, Cathryn BIRCH1, Massimo BOLLASINA3, Paul BARRETT4 1University of Leeds, United Kingdom, 2Centre for Climate Research Singapore, Singapore, 3University of Edinburgh, United Kingdom, 4Met Office, United Kingdom |
| AS32-A002 | The Structure of Borneo Vortices and Their Relationship with Cold Surges, the Madden-julian Oscillation and Equatorial Waves | Juliane SCHWENDIKE1#+, Julia CROOK2, Sam HARDY2, John METHVEN3, Jeong Yik DIONG4, Gui-Ying YANG3 1University of Leeds, United Kingdom, 2Institute for Climate and Atmospheric Science, School of Earth and Environment, University of Leeds, Leeds, United Kingdom, 3University of Reading, United Kingdom, 4Malaysian Meteorological Department, Malaysia |
| AS32-A004 | Variability and Trend of Rainfall Over Western Java: Large-scale and Local Influences | Yudha DJAMIL1#+, Rusmawan SUWARMAN2, Ghina JAELANI2, Dea HALOHO2, Supari SUPARI3, Dian RAHMAWATI4, Halda BELGAMAN5, Rahmat HIDAYAT6, Soni SETIAWAN7, Agie WANDALA3 1National Research and Innovation Agency, Indonesia, 2Institut Teknologi Bandung, Indonesia, 3Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, 4Ministry of Public Works and Housing of the Republic of Indonesia, Indonesia, 5Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, Indonesia, 6Bogor Agricultural University, Indonesia, 7Bogor Agricultural University, Indonesia, Indonesia |
| AS32-A021 | The Non-linear Responses of Maritime Continent Deforestation on Local Extreme Heat Events. | Ting-Hui LEE#+, Min-Hui LO National Taiwan University, Taiwan |
| AS32-A018 | A High-resolution Modelling and Observational Analysis of an Extreme Rainfall Event Driven by the Northerly Cold in Jakarta: January 2020 | Clemente LOPEZ BRAVO#+ University of New South Wales, Sydney, Australia |
| AS32-A023 | The 28c Isotherms Warm Pool Changes and the Associated Air-sea Heat Budgets | Noraini MOHYEDDIN1#+, Wee CHEAH2, Mohd Fadzil Firdzaus MOHD NOR1,1, Huang-Hsiung HSU3, Wan-Ling TSENG4, Azizan Abu SAMAH2 1Universiti Malaya, Malaysia, 2University of Malaya, Malaysia, 3Academia Sinica, Taiwan, 4National Taiwan University, Taiwan |
| AS32-A007 | Unraveling the Teleconnection Mechanisms Influencing Australia During Eastern Pacific and Central Pacific El Niño and La Niña | Andréa S. TASCHETTO1#+, Linyuan SUN2, Zoe GILLETT3 1University of New South Wales, Australia, 2UNSW, Sydney, Australia, 3UNSW, Australia |
| AS32-A008 | Objective Identification of Squall Lines | Simon PEATMAN1#+, Muhammad Eeqmal HASSIM1,2, Thea TURKINGTON1 1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore |
| AS32-A011 | Regional Variability of Precipitation Characteristics Over Complex Terrain in South China from Gpm-dpr Observations | Xiaoyu LI#+ Jiaying University, China |
| AS32-A010 | Characteristics Of Dry Spells Over Southeast Asia | Hanh NGUYEN1#, Muhammad Eeqmal HASSIM2,3+, Jessica BHARDWAJ1, Matthew WHEELER1, Sandeep SAHANY2, Aurel MOISE2, Aaron TAN4 1Bureau of Meteorology, Australia, 2Centre for Climate Research Singapore, Singapore, 3Meteorological Service Singapore, Singapore, 4University of Hamburg, Germany |
| AS32-A012 | Subseasonal Forecasts Of The MJO And Convectively Coupled Equatorial Waves In ACCESS-S2 And GraphCast: A Multi-Year Analysis And Case Study | Beata LATOS1#, Matthew WHEELER2, Hanh NGUYEN2, Catherine DE BURGH-DAY2, Chen LI2, Muhammad Eeqmal HASSIM3,4+, Sandeep SAHANY3, Aurel MOISE3 1Institute of Geophysics Polish Academy of Sciences, Poland, 2Bureau of Meteorology, Australia, 3Centre for Climate Research Singapore, Singapore, 4Meteorological Service Singapore, Singapore |
| AS32-A014 | Increasing Trend of the MJO Precipitation from 1979-2023 and Implication for the MC and Global Rainfall Variability | Shuyi CHEN#+, Yakelyn JAUREGU University of Washington, United States |
| AS32-A013 | Understanding the Impact of Equatorial Wave Combinations on Heavy Rainfall in Southeast Asia | Samantha FERRETT#+, John METHVEN, Oscar MARTINEZ-ALVARADO, Gui-Ying YANG, Chris HOLLOWAY, Steve WOOLNOUGH, Thomas FRAME, Xiangbo FENG University of Reading, United Kingdom |
| AS32-A015 | Contrasting Long-term Trends in Near-surface and Subsurface Indo-pacific Warm Pool Volume Seasonality | Qiuying GAN1#+, Jeremy Cheuk-Hin LEUNG2, Wenjie DONG3, Jian SHI4, Lei WANG5, Weihong QIAN6, Weijing LI7, Banglin ZHANG7 1Sun Yat-Sen University, China, 2Hunan Institute of Advanced Technology, China, 3Sun Yat-sen University, China, 4Ocean University of China, China, 5Guangdong Ocean University, China, 6Peking University, China, 7China Meteorological Administration, China |
| AS32-A016 | The Drying of the Maritime Continent Induced by Tropical Cyclones | Enrico SCOCCIMARRO#+ CMCC Foundation - Euro-Mediterranean Center on Climate Change, Italy |
| AS32-A019 | Quantifying the Controls of Spatiotemporal Variations in Precipitation Isotopes Across Southeast Asia | Yilin ZHANG1#+, Shaoneng HE1, Allegra LEGRANDE2, Bernie WEE1, Jingyu WANG1, Nathalie GOODKIN3, Xianfeng WANG1 1Nanyang Technological University, Singapore, 2NASA Goddard Institute for Space Studies, United States, 3Richard Gilder Graduate School, United States |
| AS34 From Weather Predictability to Controllability | ||
| Abstract ID | Abstract Title | Authors |
| AS34-A001 | Assessment of the Effectiveness of Rainfall Control for Flood Mitigation | Juiche CHANG#+, Yorozu KAZUAKI DPRI, Kyoto University, Japan |
| AS34-A002 | The fourth-year overview of Japan’s Moonshot Goal 8 R&D program for controlling and modifying the weather by 2050 | Takemasa MIYOSHI1#, Tetsuo NAKAZAWA2+, Takashi SAKAJO3, Kohei TAKATAMA2 1RIKEN Center for Computational Science, Japan, 2Japan Science and Technology Agency, Japan, 3Kyoto University, Japan |
| AS34-A004 | Ensemble Kalman Control: Mathematical Platform to Explore Tropical Cyclone’s Controllability | Yohei SAWADA1#+, Le DUC1, Yuyue YAN2, Kazumune HASHIMOTO2, Masashi MINAMIDE1,3 1The University of Tokyo, Japan, 2Osaka University, Japan, 3Jet Propulsion Laboratory, United States |
| AS34-A005 | Understanding The Impact Cold Pools Have On An Approaching Typhoon Using The Non-hydrostatic Icosahedral Atmospheric Model (NICAM) | Marguerite LEE1#+, Masaki SATOH1,2 1The University of Tokyo, Japan, 2Yokohama National University, Japan |
| AS34-A007 | WRF Experiments on the Effect of Seawater Fountains in Mitigating Heavy Rainfall | Jose Angelo HOKSON1#+, Yusuke HIRAGA1, Shunji KOTSUKI2 1Tohoku University, Japan, 2Chiba University, Japan |
| AS34-A006 | Ensemble-based Model Predictive Control for Meteorological Applications: a Case of the September 2015 Kanto-tohoku Heavy Rainfall | Atsushi OKAZAKI#+, Kenta KUROSAWA Chiba University, Japan |
| AS34-A008 | Numerical Investigation of the Response of Idealized Tropical Cyclones to Perturbations in Sea Surface Water Vapor Flux | Hiroaki YOSHIOKA#+, Hironori FUDEYASU, Gakuto MOCHIDA, Ryuji YOSHIDA Yokohama National University, Japan |
| AS34-A009 | Feasibility of Upstream Weather Intervention for Downstream Heavy Rainfall Mitigation Based on Ensemble Sensitivity Analysis | Atsushi HAMADA#+, Kazuaki YASUNAGA, Houtian HE, Magfira SYARIFUDDIN University of Toyama, Japan |
| AS34-A012 | Mitigating Shallow Landslides Through Weather Control Using A Statistically-based Model During The 2014 Hiroshima Heavy Rainfall Event | YIWEI WANG1#+, Keisuke ONO2, Yusuke HIRAGA1, So KAZAMA1 1Tohoku University, Japan, 2Tohoku Institute of Technology, Japan |
| AS34-A013 | Actuator Placement Optimization Based on Randomized Singular Value Decomposition for Weather Control by Impulsive Input | Hirotaka NARUSE1#+, Takayuki NAGATA2, Yasuo SASAKI2, Masahito WATANABE2, Junshi ITO3, Daisuke TUBAKINO2, Taku NONOMURA2 1Fluid Dynamics Laboratory, Graduate School of Engineering, Nagoya University, Japan, 2Nagoya University, Japan, 3Tohoku University, Japan |
| AS34-A014 | Development of an observation simulator for monitoring heavy precipitation over oceans | Kaya KANEMARU#+ National Institute of Information and Communications Technology, Japan |
| AS35 Space- and Ground-based Water Vapor Observations for Weather Forecasting and Other Applications | ||
| Abstract ID | Abstract Title | Authors |
| AS35-A001 | Assimilating Dense Ground-based Gnss Observations for Improving Very Short-term Precipitation Prediction in Taiwan | Shu-Chih YANG1#+, Yi-Pin CHANG1, Ta-Kang YEH2, Florian ZUS3, Rohith THUNDATHIL3, Wickert JENS4 1National Central University, Taiwan, 2National Taipei University, Taiwan, 3GFZ Helmholtz-Zentrum Potsdam, Germany, 4GFZ Helmholtz-Zentrum Potsdam, Technische Universität Berlin, Germany |
| AS35-A003 | Comparison on Ground-based, Ship-borned and Space-borned Gnss Precipitable Water Vapor on the Ocean Around Taiwan | Ta-Kang YEH1#+, Tzu-Yi LIEN2, Chuan-Sheng WANG1, Shu-Chih YANG3 1National Taipei University, Taiwan, 2National Taipei University, Taiwan, Taiwan, 3National Central University, Taiwan |
| AS35-A013 | A Single-Observation Filtering Method for Enhancing GNSS Data Processing Efficiency | Hailin ZHONG#, Baocheng ZHANG+ Innovation Academy for Precision Measurement Science and Technology, Chinese Academy of Sciences, China |
| AS35-A012 | High-precision Water Vapor Monitoring and Modeling Based on Ppp-rtk Technology | Ang LIU#+, Zishen LI, Ningbo WANG Aerospace Information Research Institute, Chinese Academy of Sciences, China |
| AS35-A009 | Estimation of Satellite OSB-like Corrections for Arbitrary-Frequency Integer Ambiguity Resolution | Pengyu HOU+, Baocheng ZHANG# Innovation Academy for Precision Measurement Science and Technology, Chinese Academy of Sciences, China |
| AS35-A014 | Assimilating Amsr2 Pwv Retrievals to Improve the Wrf Forecasting Performance of Typhoon Haikui Precipitation | Dengxin HE, George Zhizhao LIU#+ The Hong Kong Polytechnic University, Hong Kong SAR |
| AS35-A015 | Spatial and Temporal Dynamics of Precipitable Water Vapor and Atmospheric Moisture Budget Over the Indian Subcontinent | Seema RANI1#+, Pyarimohan MAHARANA2, Suraj MAL3 1Banaras Hindu University, India, 2Department of Environmental Studies, Delhi College of Arts and Commerce, University of Delhi, New Delhi, India. , India, 3Center for the Study of Regional Development, Jawaharlal Nehru University, New Delhi, Delhi, India., India |
| AS35-A016 | Tropical Cyclogenesis Improved by GNSS RO Data Assimilation Using Hybrid 3DEnVar with a Nonlocal Excess Phase Operator | Shu-Ya CHEN1#+, Quan PHAM XUAN2, Ching-Yuang HUANG1, Bill KUO3 1National Central University, Taiwan, 2GPS Science and Application Research Center, National Central University, Taiwan, 3University Corporation for Atmospheric Research, United States |
| AS36 Weather and Climate Studies with High Resolution Earth System Models and High Performance Computing | ||
| Abstract ID | Abstract Title | Authors |
| AS36-A003 | Evaluation of Large Scale Ensemble Coupling on Atmospheric Model NICAM | Takashi ARAKAWA1#+, Hisashi YASHIRO2, Shinji SUMIMOTO1, Kengo NAKAJIMA1 1The University of Tokyo, Japan, 2National Institute for Environmental Studies, Japan |
| AS36-A004 | Earth’s Future Climate and Its Cloud-feedback Simulated at Km-scale Resolution | Ja-Yeon MOON1#+, Sun-Seon LEE2, Axel TIMMERMANN2, Jan STREFFING3, Tido SEMMLER3, Thomas JUNG3 1IBS Center for Climate Physics, Korea, South, 2Pusan National University, Korea, South, 3Alfred Wegener Institute, Germany |
| AS36-A005 | The Application of a Hectometer Scale Ultra-high-resolution Wind Field Dynamical Downscaling Method During Typhoon Jongdari (2018) | Liye WANG+, Wenyu HUANG# Tsinghua University, China |
| AS36-A006 | Resolution Dependency of Global Extreme Windspeed in a Global Non-hydrostatic Atmospheric Model | Chihiro KODAMA1#+, Daisuke TAKASUKA2, Yuki TAKANO3 1Japan Agency for Marine-Earth Science and Technology, Japan, 2Tohoku University, Japan, 3Weather Map Co., Ltd., Japan |
| AS36-A007 | How Strong Is Land-Atmosphere Coupling in a Global Storm-Resolving Simulation? | Junhong LEE1#+, Cathy HOHENEGGER2, Kyo-Sun LIM1 1Kyungpook National University, Korea, South, 2Max Planck Institute for Meteorology, Germany |
| AS36-A008 | Kilometer-scale Earth System Modeling with NICAM: Perspectives from 10-year Simulation at 3.5-km Resolution | Daisuke TAKASUKA1#+, Chihiro KODAMA2, Yohei YAMADA2, Masuo NAKANO2 1Tohoku University, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan |
| AS36-A009 | Future Changes in Extreme Heat Events Using High-resolution Climate Simulations | Ye-Won SEO1#+, June-Yi LEE2, Ja-Yeon MOON1, Sun-Seon LEE1, Kyung-Ja HA2 1IBS Center for Climate Physics, Korea, South, 2Pusan National University, Korea, South |
| AS36-A011 | Performance Evaluation of the Dynamical Core Kernels for a Global Atmospheric Model Using Google JAX and Julia | Hisashi YASHIRO1#+, Tomoki MIYAKAWA2 1National Institute for Environmental Studies, Japan, 2The University of Tokyo, Japan |
| AS36-A013 | The Global Earth System Simulated at 1 Km: the Large-scale of Small-scales | Daniel KLOCKE#+ Max Planck Institute for Meteorology, Germany |
| AS36-A012 | Impacts of Clouds-turbulence Scheme Coupling on Low-level Clouds | Tomoki OHNO#+ The University of Tokyo, Japan |
| AS37 Atmospheric Chemistry in Highly Polluted Environments: Emissions, Fate, and Impacts | ||
| Abstract ID | Abstract Title | Authors |
| AS37-A001 | Impact of China's Energy Policies and the COVID-19 Pandemic on Atmospheric Nitrogen Wet Deposition: A Comparative Study of Coastal and Marine Regions in the Southern East China Sea | Hung-Yu CHEN1+, Jia-Han LIN2# 1National Taiwan Ocean University, Taiwan, 2 National Taiwan Ocean University, Taiwan, Taiwan |
| AS37-A021 | The Threats from Sand and Dust Storms to Global Health, Energy, and Food Security Under Climate Change | Yunchao JIANG+, Xingxing TU, Siyu CHEN# Lanzhou University, China |
| AS37-A005 | Trans-regional Transport of Haze Particles from the North China Plain to Yangtze River Delta During Winter | Weijun LI#+ Zhejiang University, China |
| AS37-A007 | Assessing the Uncertainty in Geos-chem Simulations of Soa from Anthropogenic Emissions in Urban and Non-urban Areas and Natural Sources | Zhaolei ZHANG1+, Shaojie SONG2, Hongliang ZHANG1# 1Fudan University, China, 2Nankai University, China |
| AS37-A008 | Changes in Hydroxyl Radical Characteristics and Potential Causes in the Beijing-tianjin-hebei Region from 2015 to 2023 | Jingwen ZHANG1+, Run LIU1,2# 1Jinan University, China, 2Guangdong-Hongkong-Macau Joint Laboratory of Collaborative Innovation for Environmental Quality, China |
| AS37-A009 | Simulation and Machine Learning Analysis of Nitrate-driven Winter PM2.5 Pollution in Shanghai, China | Guochao CHEN1+, Yiheng WANG1, Chenliang TAO1, Zhaolei ZHANG1, Hongli WANG2, Hongliang ZHANG1# 1Fudan University, China, 2Shanghai Academy of Environmental Sciences, China |
| AS37-A019 | A Novel Reaction Between Ammonia and Criegee Intermediates: Forming Amines and Suppressing Secondary Organic Aerosols from Isoprene | Xiaoying LI1+, Long JIA1#, Yongfu XU2, Yuepeng PAN2 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS37-A020 | Thermal Forcing of the Tibetan Plateau Exacerbates Air Pollution in Subtropical Asia | Dan ZHAO+, Siyu CHEN# Lanzhou University, China |
| AS37-A010 | Modeling the Spatial-temporal Distribution and Carcinogenic Risks of Atmospheric Pahs and Their Nitro-oxidized Products in China Using the Cmaq Model | Zhongxiu ZHEN#+ Inner Mongolia University, China |
| AS37-A011 | Estimation of the Depolarization Ratio of Graphite Using the Chamber Method | Gahyeon PARK1#+, Inyeop KIM2, Dukhyeon KIM3, Youngmin NOH1 1Pukyong National University, Korea, South, 2Pukyong national university, Korea, South, 3Hanbat National University, Korea, South |
| AS37-A018 | Identifying the Factors Affecting Market Penetration and environmental benefits of Commercial 3-wheeled Electric Vehicles – a Case Study of Dhanbad city, India | SACHIN KUMAR SINGH1, Suresh Pandian ELUMALAI2#+ 1Deputy Manager, Environment and Sustainability, Adani Enterprises Limited, Hazaribagh, Jharkhand, India, India, 2IIT (ISM) DHANBAD, India |
| AS37-A012 | Enhanced PM2.5 Mass Scattering Efficiency in Agricultural Areas: Effects of Deliquescent Species and NH3 to NH4+ Conversion | CHIEN-HAO LIN1, Ling-Ya CHEN2, Sally C.W. TAI2, Shao En SUN3, Ting-Yu CHIANG3, Shih-Yu CHANG2#+, Hsin-Yu WEI2, Hao-Wei LIU2 1Chung Shan Medical University, Taiwan, Taiwan, 2Chung Shan Medical University, Taiwan, 3Academia Sinica, Taiwan |
| AS37-A013 | Sources and Atmospheric Evolution of Individual Aerosol Particles During the Diwali Festival in Megacity Delhi, India | Lei LIU#+ Hangzhou International Innovation Institute of Beihang University, China |
| AS37-A017 | Characteristics of VOCs Pollution in Different Seasons in the Hangzhou Bay Area and Their Contribution to SOA Formation | Xinshi NI1#+, Zichao WAN1, Rui TAN2, Kun HU1, Zheng CHEN1, Sihua LU1, Song GUO1 1Peking University, China, 2 Peking University, China |
| AS37-A014 | The Development of a Simulation Technique of Atmospheric Dispersion from Accidental Release of Eco-friendly Ship Fuel | Seulgi LEE1+, Sungsu LEE1#, Young SUNWOO2, Jeongah UM3 1Chungbuk National University, Korea, South, 2Konkuk University, Korea, South, 3WeeGee Co. Ltd, Korea, South |
| AS37-A015 | Scenario-based Risk Assessment from Atmospheric Release of Eco-friendly Ship Fuel | Sungsu LEE1#+, Seulgi LEE1, Young SUNWOO2, Jeongah UM3 1Chungbuk National University, Korea, South, 2Konkuk University, Korea, South, 3WeeGee Co. Ltd, Korea, South |
| AS37-A022 | Spatiotemporal Variability of Air Pollutants in Urban Coastal Environments: Surface Ozone Concentration Gradients and Advection Rates During Sea Breeze Periods | Subin HAN+, Yongmi PARK, Wonsik CHOI# Pukyong National University, Korea, South |
| AS37-A023 | The Effects of Land-sea Breeze Circulation on PM2.5 Formation | Yongmi PARK+, Subin HAN, Youn-Suk SON, Wonsik CHOI# Pukyong National University, Korea, South |
| AS38 High-resolution and Machine Learning-based Numerical Weather Prediction | ||
| Abstract ID | Abstract Title | Authors |
| AS38-A001 | Toward Global 6.5-km Convective-scale Medium-range Prediction | Linjiong ZHOU#+ Princeton University, United States |
| AS38-A002 | Implementation and Evaluation of MPAS-A at the Central Weather Administration of Taiwan | YINGJHANG WU1,2#+, Wei WANG3, Ling-Feng HSIAO2 1National Taiwan University, Taiwan, 2Central Weather Administration, Taiwan, 3National Center for Atmospheric Research, United States |
| AS38-A005 | Preliminary Evaluation of the TCWA Single-moment Bulk Microphysics Scheme in the Taiwan Global Forecast System | Yu-Han CHEN1,2#+, Tzu-Chin TSAI2, Ling-Feng HSIAO2, Hung-Chi KUO1 1National Taiwan University, Taiwan, 2Central Weather Administration, Taiwan |
| AS38-A003 | Initializing the Taiwan Wrf-based Regional Ensemble Prediction System with an Ensemble Partial Cycling Strategy | Chia-Hong HSIEH#+, Ting-Chi WU, Guo-Yuan LIEN, Chih-Hsin LI, Yi-Jui SU Central Weather Administration, Taiwan |
| AS38-A009 | Training Datasets for High-resolution Machine Learning Weather Model in Taiwan: Compilation of Historical Operational Regional Model Analysis and Development of Regional Reanalysis | Guo-Yuan LIEN1#+, Yen-Chih SHEN1, Tzu-Ying CHAO1, Cheng-Chin LIU1, Yi-Hsuan LIN1,2, Shu-Chih YANG2 1Central Weather Administration, Taiwan, 2National Central University, Taiwan |
| AS38-A004 | Application of Stochastic Parameter Perturbation (spp) Scheme in the Ysu Pbl Parameterization | Yi-Jui SU1#+, Chih-Hsin LI1, Judith BERNER2, Craig SCHWARTZ2, Wei WANG2, Song-You HONG3 1Central Weather Administration, Taiwan, 2National Center for Atmospheric Research, United States, 3Korea Institute of Atmospheric Prediction Systems, Seoul, South Korea; Department of Atmospheric Science, Yonsei University, Seoul, Korea, South |
| AS38-A006 | Assessing the Performance of TGFS Typhoon Track Forecasts in the Western North Pacific and Impact of Cumulus Parameterization | Sheng-Hao SHA1,2#+, Yu-Han CHEN2,1, Chang-Hung LIN 1, Ling-Feng HSIAO1, Ching-Yuang HUANG3, Hung-Chi KUO2 1Central Weather Administration, Taiwan, 2National Taiwan University, Taiwan, 3National Central University, Taiwan |
| AS38-A014 | Improving Typhoon Forecasting with Hybrid AI and Dynamical Models in TWRF | Hua HSU1#+, Cheng-Chin LIU2, Der-Song CHEN3, Ling-Feng HSIAO2, Po-Hsun LIN4, Melinda PENG5, Pao-Liang CHANG3, Chin-Tzu FONG3, Jing Shan HONG2, Hung-Chi KUO6 1International Integrated Systems, Inc. (IISI), Taiwan, 2Central Weather Administration, Taiwan, 3Central Weather Bureau, Taiwan, 4Central Weather Adminstration, Taiwan, 5University of Colorado , United States, 6National Taiwan University, Taiwan |
| AS38-A007 | SINGV_NG(MPAS): towards sub-km scale numerical weather prediction over Southeast Asia with MPAS and JEDI | Zhiquan LIU1#+, Tao SUN1, Xuewei ZHANG1, Lipeng JIANG1, Rubaiat ISLAM1, Michael DUDA1, Wei WANG1, Kalli FURTADO2, I-Han CHEN3, Pratiman PATEL4, Dale BARKER5 1National Center for Atmospheric Research, United States, 2Center for Climate Research Singapore, Singapore, 3Meteorological Service Singapore, Singapore, 4Centre for Climate Research Singapore, Meteorological Service Singapore., Singapore, 5Centre for Climate Research Singapore (CCRS), Singapore |
| AS38-A008 | Enhancing Convective Weather Predictions Using a Hybrid of Observations and Numerical Weather Predictions Via Machine Learning | Chin Chun OOI1#+, Xuan LIU1, Ronald CHAN1, Jian Cheng WONG1, Qiang WANG1, Cheng Xun YEO2, Joshua LEE2 1Agency for Science, Technology and Research, Singapore, 2Meteorological Service Singapore, Singapore |
| AS38-A013 | An Overview of Ai Applications in Central Weather Administration | Cheng-Chin LIU1#+, Shin-Gan CHEN1, Pao-Liang CHANG1, Chin-Cheng TSAI1, Yen-Chih SHEN1, Wen-Hai LING2, Kuo-Chen LU1 1Central Weather Administration, Taiwan, 2Central Weather Administration, Taiwan, Taiwan |
| AS38-A010 | Evaluating the Forecast Performance of High-resolution Mpas-a in Southeast Asia | I-Han CHEN1#+, Kalli FURTADO2, Pratiman PATEL3, Wei WANG4, Zhiquan LIU4, Dale BARKER5 1Centre for Climate Research Singapore, Singapore, 2Center for Climate Research Singapore, Singapore, 3Centre for Climate Research Singapore, Meteorological Service Singapore., Singapore, 4National Center for Atmospheric Research, United States, 5Centre for Climate Research Singapore (CCRS), Singapore |
| AS38-A011 | Machine Learning-based Solar Irradiance Forecasting for Indonesian Cities | Vinayak BHANAGE1#+, Han Soo LEE1, Faiz Rohman FAJARY1, Radyan Putra PRADANA1,2, Tetsu KUBOTA1, Hideyo NIMIYA3 1Hiroshima University, Japan, 2Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, 3Kagoshima University, Japan |
| AS38-A012 | Training the RainForest Algorithm for Singapore | Robert HUVA1#+, Benjamin OWEN2, Sylvester TAN3 1Centre for Climate Research Singapore, Singapore, 2Australian Bureau of Meteorology, Australia, 3National University Singapore, Singapore |
| AS38-A016 | Using Machine Learning to Predict Cloud Turbulent Entrainment‐mixing Processes | Sinan GAO1#+, Chunsong LU2, Jiashan ZHU3, Yangang LIU4 1Guangzhou Institute of Tropical and Marine Meteorology, CMA, China, 2Nanjing University of Information Science & Technology, China, 3Guangdong Meteorological Data Centre,, China, 4Environmental and Climate Sciences Department, Brookhaven National Laboratory, Upton, NY, USA, United States |
| AS39 Atmospheric Reactive Organic Compounds (ROC) and Reactive Nitrogen (RNr) and Environmental Impacts | ||
| Abstract ID | Abstract Title | Authors |
| AS39-A002 | Chloride-Initiated VOC Oxidation Drives Significant Formation of Auto-Oxidation Products | Yiming QIN#+ City University of Hong Kong, Hong Kong SAR |
| AS39-A004 | Modeling the Formation of Organic Nitrates and Their Contributions to Secondary Organic Aerosol from Biomass Burning in Southeast Asia | Mingjie KANG1#+, Qi YING2 1Nanjing University of Information Science and Technology, China, 2Hong Kong University of Science and Technology, Hong Kong SAR |
| AS39-A007 | Heatwaves Suppress Isoprene Emission Optima in Subtropical Eucalyptus: Implications for Biogenic VOC Modeling under Extreme Thermal Events | Jianqiang ZENG1+, Yanli ZHANG1, Xinming WANG2# 1Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS39-A009 | Improved Laser-induced Fluorescent Instrument for Online Peroxy Radical Measurement in Hefei, China | Renzhi HU1#+, Guoxian ZHANG2, Pinhua XIE3 1Hefei Institutes of Physical Science, Chinese Academy of Sciences, China, 2School of Physics and New Energy, Xuzhou University of Technology, Xuzhou 221018, China, China, 3Chinese Academy of Sciences, China |
| AS39-A010 | Hygroscopic Growth of Sub-20 Nm Atmospherically Relevant Particles: Size and Composition Dependence and Implications for New Particle Survival | Chenxi LI#+, Jumabubi YISHAKE Shanghai Jiao Tong University, China |
| AS39-A011 | Source Apportionment and Evolution of Reactive Nitrogen in an East Asian Mountain Forest: a Dual-isotope and Modeling Approach | Wen-Chien LEE+, Ming-Hao HUANG, Wei-Chieh HUANG, Jen-Ping CHEN, Haojia Abby REN, Hui-Ming HUNG# National Taiwan University, Taiwan |
| AS39-A017 | Light Absorption Characteristics and Chemical Composition Diversity of Winter Atmospheric Particulate Matter in a Typical Region of the North China Plain | Shanshan TANG#+ Hangzhou International Innovation Institute, Beihang University, China |
| AS39-A013 | Molecular Characterization and Secondary Organic Aerosol Formation Potential of Semi- and Intermediate-volatility Organic Compounds in Wintertime Chengdu | Qiqi ZHOU+, Song GUO#, Kai SONG, Kun HU, Zichao WAN Peking University, China |
| AS39-A016 | Investigating the Molecular Composition Characteristics of S/ivocs and Their Significant Contribution to Soa Formation in the Hangzhou Bay Area | NuoTing WANG+, Kun HU, Zichao WAN, Sihua LU, Song GUO# Peking University, China |
| AS39-A018 | Direct Probing of Acylperoxy Radicals During Ozonolysis of α-pinene: Constraints on Radical Chemistry and Production of Highly Oxygenated Organic Molecules | Han ZANG1+, Dandan HUANG2, Jiali ZHONG3, Ziyue LI1, Chenxi LI1, Huayun XIAO1, Yue ZHAO1# 1Shanghai Jiao Tong University, China, 2Shanghai Academy of Environmental Sciences, China, 3Hong Kong University of Science and Technology, China |
| AS39-A012 | Non-target Screening of Gas- and Particle-phase Organic Compounds and Their Transport Potential at a Rural Site in Tibet | Song GUO#+, Kai SONG, Kun HU, Ying YU, Zichao WAN, Yuanzheng GONG, Sihua LU, Chunxiang YE Peking University, China |
| AS39-A020 | Impacts of Heatwaves on the Molecular Composition of Urban Organic Aerosols | Jianghe XIONG1+, Chengyu NIE1, Siqi TANG1, Yanan ZHAN2, Dandan HUANG3, Yaqin GAO3, Yujing PAN1, Shuhui XUE4, Hongli WANG3, Defeng ZHAO1# 1Fudan University, China, 2School of Human Settlements and Civil Engineering, Xi'an Jiaotong University, China, 3Shanghai Academy of Environmental Sciences, China, 4Fudan University, China, China |
| AS39-A015 | Characteristics and Budget of Atmospheric Nitrous Acid (hono) in the Hangzhou Bay Area: Implications for Photochemical Pollution | Kun HU1+, Sihua LU1, Zichao WAN1, Zheng CHEN1, Xinshi NI2, Song GUO1# 1Peking University, China, 2Peking University, China, China |
| AS39-A019 | Role of Nitrogen Dioxide in the Formation of Highly Oxygenated Organic Molecules in the Atmosphere | Han ZANG1+, Yuliang LIU2, Wei NIE2, Wei HUANG3, Federico BIANCHI4, Yuanyuan LI2, Yue ZHAO1# 1Shanghai Jiao Tong University, China, 2Nanjing University, China, 3PSI Center for Energy and Environmental Sciences, Switzerland, 4University of Helsinki, Finland |
| AS39-A021 | Characteristics and Photochemical Impacts of Atmospheric Carbonyl Compounds | Yao CHEN1+, Yang XU1, Dandan HUANG2, Zhe WANG1# 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Shanghai Academy of Environmental Sciences, China |
| AS39-A022 | Formation and Impacts of Gaseous Nitrated Phenolic Compounds in Eastern and Southern China | Jiali ZHONG1+, Yi CHEN2, Dandan HUANG3, Zhe WANG2# 1Hong Kong University of Science and Technology, China, 2The Hong Kong University of Science and Technology, Hong Kong SAR, 3Shanghai Academy of Environmental Sciences, China |
| AS39-A024 | Characterization and Formation of Nitrogen-containing Organic Compounds in Pm₂.₅ in Seoul | Jiyi LEE1#+, Yong Pyo KIM1, Ju Young KIM2, Na Rae CHOI3 1Ewha Womans University, Korea, South, 2 Ewha Womans University, Korea, South, Korea, South, 3Kangwon National University, Korea, South |
| AS39-A023 | Oxidation Products from Mixed Anthropogenic and Biogenic VOCs Using a Flow Tube | Rui TAN1#+, Song GUO1, Ying YU1, Yue ZHAO2 1Peking University, China, 2Shanghai Jiao Tong University, China |
| AS40 Modeling Climate Impacts of Anthropogenic Land Use Change and Long-term Predictability | ||
| Abstract ID | Abstract Title | Authors |
| AS40-A011 | Monthly Variations of the Spring Greenness Response Across Boreal Eurasia to the Preceding Wintertime Northern Annular Mode During 1982–2022 | Jing LI1+, Weiming ZENG2, Zhiqing XU3, Anmin DUAN4# 1Fujian Agriculture and Forestry University, China, 2Nanjing University of Information Science and Technology, China, 3Chinese Academy of Sciences, China, 4Xiamen University, China |
| AS40-A001 | Enhanced Teleconnections of Maritime Continent Deforestation on North Pacific Climate During La Niña Condition | Min-Hui LO1#, HeMing XIAO2+ 1National Taiwan University, Taiwan, 2National University of Singapore, Singapore |
| AS40-A004 | Recent Forest Loss in the Brazilian Amazon Causes Substantial Reductions in Dry Season Precipitation | YU LIU1#+, Douglas PARKER2, Dominick SPRACKLEN2, Jun GE3, Weidong GUO3, Joseph HOLDEN2 1Atmospheric Science, China, 2University of Leeds, United Kingdom, 3Nanjing University, China |
| AS40-A008 | Rice-map: a Geospatial Decision Support System for High-resolution Rice Yield Forecasting in Southeast Asia | Chen ZHAO#+, Yaomin WANG, Chao ZHANG, Xiaogang HE National University of Singapore, Singapore |
| AS40-A005 | Urban Heat Island Effect of a Coastal City on Precipitation Induced by Sea Breeze: an Ideal Experiment | Soyoung JUNG+, Ji Won YOON, Seon Ki PARK# Ewha Womans University, Korea, South |
| AS40-A007 | Production of Detailed 1-month Forecast Data for Agricultural Applications | Jina HUR1#+, Eun-Soon IM2, Eung-Sup KIM1, Sera JO1, Kyo-Moon SHIM1, Subin HA2 1National Institute of Agricultural Sciences, Korea, South, 2The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS40-A006 | Irrigation Impacts in the North China Plain: a Multi-model Uncertainty Perspective | Yuwen FAN1#+, Yadu POKHREL2, Jina HUR3, Eun-Soon IM1 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Michigan State University, United States, 3National Institute of Agricultural Sciences, Korea, South |
| AS40-A009 | Impact of Land-surface Schemes on Simulations of Heavy Precipitation in Korea Using a Convection-permitting Model | Dabeen SONG1#+, Eun-Soon IM2, Daeun KWON3, Ga-Yeong SEO3, Seung-Ki MIN4 1Department of Civil and Environmental Engineering, The Hong Kong University of Science and Technology, Hong Kong, China, Hong Kong SAR, 2The Hong Kong University of Science and Technology, Hong Kong SAR, 3Division of Environmental Science and Engineering, POSTECH, Pohang, Republic of Korea, Korea, South, 4Pohang University of Science and Technology, Korea, South |
| AS40-A010 | The Impact of Soil Texture on Hydrological Processes and Drought Propagation in South Korea: a Comparative Analysis with Wrf and Wrf-hydro Simulations | Subin KANG1, Pamela Sofia FABIAN2, Eun-Soon IM3#+, Hyun-Han KWON2 1Department of Civil and Environmental Engineering, Sejong University, Korea, South, 2Sejong University, Korea, South, 3The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS40-A012 | Predictability of PNU/RDA CGCM in Terms of Major Climatic Indices with Focus on Cold Surge in East Asia | Joong-Bae AHN1#+, Eung-Sup KIM2 1Pusan National University, Korea, South, 2National Institute of Agricultural Sciences, Korea, South |
| AS42 Extreme Weather Resiliency: Prediction and Response Strategies | ||
| Abstract ID | Abstract Title | Authors |
| AS42-A001 | High-temporal-resolution Precipitation Data For Improving Flood Simulation Accuracy In Taiwan | Yun An LIN1#+, Kaoshen CHUNG1, Yung-Chia HSU2, Kuan Wei CHEN2 1National Central University, Taiwan, 2National Cheng Kung University, Taiwan |
| AS42-A004 | Dynamics of the Intense Coastal Rainfall Event during TAHOPE-IOP3 : Radar Wind Retrieval, Ensemble Sensitivity Analysis, and k-Means Clustering | Shih Kai YANG#+, Kaoshen CHUNG National Central University, Taiwan |
| AS42-A019 | Seasonal and ENSO Impacts on Diurnal Rainfall Over Sri Lanka | Wan-Ru HUANG#+, Suranjith Bandara KORALEGEDARA, Po-Han TUNG, Tzu-Yang CHIANG National Taiwan Normal University, Taiwan |
| AS42-A003 | Optimizing Decision-making Under Weather Prediction Uncertainty | Hui-Ling CHANG1,2#+, Pay-Liam LIN2, Shih-Chun CHOU3, Jing Shan HONG1 1Central Weather Administration, Taiwan, 2National Central University, Taiwan, 3International Integrated Systems, Inc., Taiwan |
| AS42-A009 | The Effects of Taiwan Terrain on a Squall Line During Tahope Iop3 | Chiu-Ling LIAO#+, Ming-Jen YANG National Taiwan University, Taiwan |
| AS42-A005 | Roles of Meiyu Front and Marine Boundary Layer Jet on Heavy Rainfall Over Taiwan During June | Chuan-Chi TU1#+, Chung-Hsiung SUI2, Mong-Ming LU2, Pay-Liam LIN1 1National Central University, Taiwan, 2National Taiwan University, Taiwan |
| AS42-A006 | 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-A015 | Evaluating the Role of Microphysics Schemes in Wrf Simulated Track, Intensity, and Structure of Tc Fani (2019): a Comparison with Gpm-dpr and Imd Best-track Data | Surya Pramod JALAKAM1+, Pay-Liam LIN1#, Wei-Yu CHANG1, Balaji Kumar SEELA1,2, Jayalakshmi JANAPATI1 1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS42-A007 | An Investigation on Microphysical Characteristics of Early-, Late-, and Post-mei-yu Season Rainfall Over Taiwan | Balaji Kumar SEELA1,2+, Jayalakshmi JANAPATI1, Pay-Liam LIN1#, Chian-Yi LIU2, Chuan-Chi TU1 1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS42-A008 | Evaluation of Gpm Dpr Rain Parameters with North Taiwan Disdrometers | Balaji Kumar SEELA1,2+, Jayalakshmi JANAPATI1, Pay-Liam LIN1#, Chen-Hau LAN1, Mu-Qun HUANG1 1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS42-A010 | A Modeling Study of the Impact of Topography on Strongly-Forced Afternoon Thunderstorms and Extreme Rainfall in Northern Taiwan: TAHOPE/PRECIP IOP 2 | Jyong-En MIAO1#+, Ming-Jen YANG1, Kristen RASMUSSEN2, Michael BELL2 1National Taiwan University, Taiwan, 2Colorado State University, United States |
| AS42-A014 | Long-Term Trend Analysis of Temperature-Humidity Index (THI) and Heat Stress Days in Dairy Cattle in Taiwan | Tsun-Wen LO1#, Shih-Chun CHOU2, Joyce JUANG1, Yuchen CHIANG1, Hui-Ling CHANG1,3+, Jing Shan HONG1 1Central Weather Administration, Taiwan, 2International Integrated Systems, Inc., Taiwan, 3National Central University, Taiwan |
| AS42-A012 | High-resolution Probabilistic Forecasts of Consecutive Extreme Temperature Events Using Bayesian Processor of Forecasts and Logistic Regression | Yuchen CHIANG1#, Hui-Ling CHANG1,2+, Joyce JUANG1, Shih-Chun CHOU3, Pay-Liam LIN2, Chih-Yung Feng FENG4, Kuan-Lun LIU5, Jing Shan HONG1 1Central Weather Administration, Taiwan, 2National Central University, Taiwan, 3International Integrated Systems, Inc., Taiwan, 4Manysplendid Infotech, Ltd., Taiwan, 5Manysplended Infotech Ltd, Taiwan |
| AS42-A011 | Microphysical Characteristics of Heavy to Extremely Heavy Rainfall Events Over Taiwan | Pay-Liam LIN1#+, Jayalakshmi JANAPATI1, Balaji Kumar SEELA1,2 1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS42-A013 | Advancing Decision Intelligence: Objective Evaluation of Historical Tropical Cyclone Risk | Md. Rezuanul ISLAM#+, Yohei SAWADA The University of Tokyo, Japan |
| AS42-A016 | Enhanced Prediction of Rainfall Kinetic Energy Using Gpm Dpr Data and Deep Learning Models | Jayalakshmi JANAPATI1+, Balaji Kumar SEELA1,2, Pay-Liam LIN1# 1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS42-A017 | Deep Learning-based Prediction of Extreme Rain Events | Jayalakshmi JANAPATI1+, Balaji Kumar SEELA1,2, Pay-Liam LIN1# 1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| AS42-A018 | Verification of The effect of Reducing Heat Stress by Introducing Daylight Saving Time | Tamaki MAEJIMA#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS42-A020 | Spatiotemporal Variations of Pyrocb Smoke Aerosols in the Upper Troposphere and Lower Stratosphere Observed by NASA SAGEIII/ISS | Sarah LU1#+, Tang-Huang LIN2, David PETERSON3, Gan LUO1, Fangqun YU1, Vishal BAGADIA4 1University at Albany, State University of New York, United States, 2National Central University, Taiwan, 3Naval Research Laboratory, United States, 4University at Albany, State University of New York, United States, United States |
| AS42-A021 | Effect of Low-level Jets on the Movement of the Mei-yu Front | Mu-Qun HUANG1+, Pay-Liam LIN1#, Chuan-Chi TU1, Shuwei HSU1, Yi-Leng CHEN2,1 1National Central University, Taiwan, 2University of Hawaii at Manoa, United States |
| AS43 Extratropical Large-scale Atmospheric Circulation Variability and Extreme Events Across Scales: Understanding, Modeling, and Prediction | ||
| Abstract ID | Abstract Title | Authors |
| AS43-A004 | Variation of Spring Rainfall in Japan Associated with Variations of the Tropics-midlatitude Boundary and the Jet Stream | Mari MUTO1#+, Tsubasa KOHYAMA1, Hiroaki MIURA2 1Ochanomizu University, Japan, 2The University of Tokyo, Japan |
| AS43-A003 | Interannual Variation of the Early Spring Extreme Cold Days Over the Tibetan Plateau and the Possible Mechanisms | Shuangze HAN1+, Jianqi SUN2#, Baohuang SU1, Mengqi ZHANG2 1Chinese Academy of Meteorological Sciences, China, 2Nansen-Zhu International Research Centre, China |
| AS43-A002 | Effects of Atlantic Variability on Winter Surface Air Temperature and Temperature Extremes in Eurasia | Wang HUAN1#+, Zhiyan ZUO2 1Sichuan Normal University, China, 2Fudan University, China |
| AS43-A001 | Interactive Annular Mode Formed by the Pacific Decadal Variability and the Northern Annular Mode | Tsubasa KOHYAMA1#+, Yoko YAMAGAMI2, Shoichiro KIDO2, Fumiaki OGAWA3, Hiroaki MIURA4 1Ochanomizu University, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Faculty of Bioresources, Mie University, Tsu, Japan, Japan, 4The University of Tokyo, Japan |
| AS43-A005 | Linkages Between Amplified Quasi-stationary Waves and Humid Heat Extremes in a Warming World | Jiacan YUAN#+, Qiyan LIN Fudan University, China |
| AS43-A006 | Identification and Classification of Cold Air Outbreaks in East Asia and Possible Stratospheric Harbingers | Xiaoqi ZHANG1#+, Jian RAO2 1Nanjing University of Information Science and Technology, China, 2Nanjing University of Information Science & Technology, China |
| AS43-A007 | Siberian Heat Extremes Caused by Large-scale Atmospheric Waves and Amplified by Local Land Surface Heating | Myong-In LEE1#+, Nakbin CHOI2, sunlae TAK3, Hyerin KIM3, Dong-Hyun CHA1, Masahiro WATANABE4 1Ulsan National Institute of Science and Technology, Korea, South, 2George Mason University, United States, 3UNIST, Korea, South, 4The University of Tokyo, Japan |
| AS43-A008 | Modulation of Heatwave Probability in East Asia Through the PJ and Silkroad Teleconnections | Takeshi HORINOUCHI1#+, Yu KOSAKA2, Naoki SATO3, Yoshio KAWATANI1, Yuma MIYAJI1 1Hokkaido University, Japan, 2The University of Tokyo, Japan, 3Tokyo Gakugei University, Japan |
| AS43-A009 | Potential Predictability of the Risk of Regional Rainfall Extremes in Mid-latitudes and the Role of Global-scale Interannual Variability | Yukiko IMADA1#+, Hiroaki KAWASE2 1The University of Tokyo, Japan, 2Japan Meteorological Agency, Japan |
| AS43-A010 | Anticyclonic Suppression of Storm Track Activity in the Midwinter North Pacific | Satoru OKAJIMA1#+, Hisashi NAKAMURA2,3, Yohai KASPI4 1University of Tsukuba, Japan, 2The University of Tokyo, Japan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4Weizmann Institute of Science, Israel |
| AS43-A011 | The Energetics of Meridional Teleconnection Patterns Over the North Pacific in Winter: the Internally-driven Atmospheric Variability and Their Modulations Under Different SST Conditions | Ryo SATOH#+, Yu KOSAKA The University of Tokyo, Japan |
| AS43-A012 | Relationship Between Regional Heavy Rainfall in Japan and Interannual to Decadal Variability in the Pacific Ocean. | Tsuyoshi NOZUE#+, Yukiko IMADA The University of Tokyo, Japan |
| AS43-A013 | Impacts of Global Warming on Summer Heatwaves Over Eastern Siberia Via Changes in Large-scale Atmospheric Variability | Xiling ZHOU#+, Tomonori SATO Hokkaido University, Japan |
| AS43-A014 | Significant Slope Change But Insignificant Correlation Change Between Heatwaves and Blocking Under Future Global Warming | Jilin ZHANG1, Pak Wah CHAN1#+, Jennifer CATTO 2, Matthew COLLINS2 1Fudan University, China, 2University of Exeter, United Kingdom |
| AS43-A015 | Dynamical processes controlling the evolution of extratropical nonlinear circulations via the lens of finite-amplitude wave activity budget analysis | Yang ZHANG#+ Nanjing University, China |
| AS43-A016 | Changes in the Northern Annular Mode Under Global Warming Linked to Seasonality of ENSO Teleconnection | Yu KOSAKA1#+, Takashi KAWAMURA2, Satoru OKAJIMA3, Hisashi NAKAMURA1,4 1The University of Tokyo, Japan, 2Research Center for Advanced Science and Technology, The University of Tokyo, Japan, 3University of Tsukuba, Japan, 4Japan Agency for Marine-Earth Science and Technology, Japan |
| AS43-A017 | Enhanced Boreal Winter Atmospheric Circulation Over East Asia Linked to North Atlantic and North Pacific Variability | Sae-Yoon OH+, Sang-Wook YEH# Hanyang University, Korea, South |
| AS43-A018 | Decadal Changes in the Intraseasonal Variability of Intensity and Location of East Asian Polar-front Jet Around 2000 and Associated Mechanisms | Jingnan YIN#+, Yaocun ZHANG Nanjing University, China |
| AS43-A019 | Analyses of the Characteristics of Near-surface Winds in Explosive Cyclones Based on Multi-source Data Fusion | Lijia CHEN1+, Jing XU2#, LiFan CHEN3, Lijuan CAO4, AnYuan XIONG5, Gang FU6 1Qingdao Institute of Marine Meteorology, Chinese Academy of Meteorological Sciences, China, 2Chinese Academy of Meteorological Sciences, China, 3National Meteorological Information Center, China Meteorological Administration, China, 4China Meteorological Administration, China, 5China Meteorological Administration, China, China, 6Ocean University of China, China |
| AS46 MJO: Toward Better Understanding and Prediction of Its Evolution, Characteristics, Mechanism, and Impacts | ||
| Abstract ID | Abstract Title | Authors |
| AS46-A004 | The Impacts of Equatorial Rossby Waves on the Eastward Propagation of the MJO Across the Maritime Continent | Yan ZHU#+ Nanjing University of Information Science and Technology, China |
| AS46-A003 | Reexamining the Moisture Mode Theories of the Madden-julian Oscillation Based on Observational Analyses | Feng HU1#+, Tim LI2 1Chuzhou University, China, 2University of Hawaiʻi at Mānoa, United States |
| AS46-A005 | Alternative Interpretation of MJO Teleconnection Via Dynamical Mode Decomposition | Guosen CHEN#+ Nanjing University of Information Science & Technology, China |
| AS46-A015 | Different Convective Couplings in Westward Inertia-Gravity Waves | Kei UEYOSHI#+, Kazuaki YASUNAGA, Atsushi HAMADA, Bunmei TAGUCHI University of Toyama, Japan |
| AS46-A007 | Upper Indian Ocean Heat Content and MJO propagation across the Maritime Continent | Ashneel CHANDRA1,2#+, Noel KEENLYSIDE3, Lea SVENDSEN3, Awnesh SINGH4 1The University of Melbourne, Australia, 2ARC Centre of Excellence for Climate Extremes, Australia, 3University of Bergen, Norway, 4The University of the South Pacific, Fiji |
| AS46-A010 | Understanding the Factors Controlling MJO Prediction Skill across Events | Xuan ZHOU1+, Lu WANG1#, Pang-Chi HSU1, Tim LI2, Baoqiang XIANG3,4 1Nanjing University of Information Science & Technology, China, 2Nanjing University of Information Science &Technology, United States, 3University Corporation for Atmospheric Research, United States, 4NOAA Geophysical Fluid Dynamics Laboratory, United States |
| AS46-A016 | Key Model Parameters for the Simulation of MJO Propagation | Xuan ZHOU+, Lu WANG#, Lin CHEN, Yesheng ZHU Nanjing University of Information Science & Technology, China |
| AS46-A011 | The Changing Leading Modes of MJO Convection Activity During Recent Decades | Weijian LUO1#+, Jeremy Cheuk-Hin LEUNG2, Lei WANG1, Banglin ZHANG3 1Guangdong Ocean University, China, 2Hunan Institute of Advanced Technology, China, 3College of Meteorology and Oceanography, National University of Defense Technology, China |
| AS46-A012 | Enhancing the Ocean Component of the Taiwan Earth System Model for Improved Madden-julian Oscillation Simulations | Chia-Ying TU#+ Academia Sinica, Taiwan |
| AS46-A017 | ENSO and QBO Controls the Favorableness of the MJO Realization Cooperatively | Daisuke TAKASUKA1#+, Tsubasa KOHYAMA2, Tamaki SUEMATSU3, Hiroaki MIURA4 1Tohoku University, Japan, 2Ochanomizu University, Japan, 3RIKEN, Japan, 4The University of Tokyo, Japan |
| AS46-A019 | Deep Learning-based Modeling for MJO and Sub-seasonal Prediction | Daehyun KANG#+, Jeong-Hwan KIM, Yumi CHOI Korea Institute of Science and Technology, Korea, South |
| AS46-A018 | Impacts of Sea Surface Temperature Gradient on Monsoon Intraseasonal Oscillation | Baosheng LI1#+, Lei ZHOU2 1Sun Yat-Sen University, China, 2Shanghai Jiao Tong University, China |
| AS46-A020 | MJO Influence on Philippine Extreme Rainfall Frequency Associated with Spring to Summer South China Sea Climatological Intraseasonal Oscillation Mode and Westerly Monsoon Onset | Yun-Ting JHU1#+, Mong-Ming LU2 1International Integrated Systems, Inc., Taiwan, 2National Taiwan University, Taiwan |
| AS46-A021 | Mjo Diversity in Cmip6 Models | Seok-Woo SON#+, Seung-Yoon BACK, Daehyun KIM Seoul National University, Korea, South |
| AS46-A022 | Development of a Reservoir Computing Model of Madden-Julian Oscillation Prediction | Tamaki SUEMATSU1#, Kengo NAKAI2, Tsuyoshi YONEDA3, Daisuke TAKASUKA4+, Yoshitaka SAIKI3, Takuya JINNO5, Hiroaki MIURA6 1RIKEN, Japan, 2Okayama University, Japan, 3Hitotsubashi University, Japan, 4Tohoku University, Japan, 5University of Toyama, Japan, 6The University of Tokyo, Japan |
| AS47 Atmospheric Modeling with Variable-resolution: Weather, Climate, and Air Quality | ||
| Abstract ID | Abstract Title | Authors |
| AS47-A001 | Development of Convective Entrainment Rate Scheme over Tibetan Plateau and Its Joint Use with Turbulent Orographic Form Drag Scheme | Junjun LI1#+, Chunsong LU2, Jinghua CHEN3, Shiying WU4 1National Institute of Education, Nanyang Technological University, Singapore, 2Nanjing University of Information Science & Technology, China, 3Collaborative Innovation Center on Forecast and Evaluation of Meteorological Disasters, Nanjing University of Information Science and Technology, Nanjing, China, 4Huafeng Meteorological Media Group, China |
| AS47-A004 | A Study on the Applicability Assessment of the Limited-area Model Based on the Korean Integrated Model | Jiyeon JANG#+, Junghan KIM, Heeje CHO, Ilseok NOH Korea Institute of Atmospheric Prediction Systems, Korea, South |
| AS47-A002 | Real-Time, Medium-Range, Convection-Allowing Ensemble Forecasts Over The Conterminous United States With A Variable-Resolution Global Model | Craig SCHWARTZ1#+, Ryan SOBASH2, David AHIJEVYCH2 1National Center for Atmospheric Research, United States, 2NSF NCAR, United States |
| AS47-A007 | Future Trends of Near-surface Ozone Pollution in China Under the Carbon Neutrality Target Using an Ensemble Machine Learning Approach | Zibing YUAN#+, Shu ZHANG South China University of Technology, China |
| AS47-A008 | Fast Warming Over the Mongolian Plateau a Catalyst for Extreme Rainfall Over North China | Chun ZHAO1#+, Jun GU1, Mingyue XU1, Zhiyuan HU2 1University of Science and Technology of China, China, 2Sun Yat-sen University, China |
| AS47-A009 | Comprehensive evaluation of iAMAS (v1.0) in simulating Antarctic meteorological fields with observations and reanalysis | Qike YANG#+ University of Science and Technology of China, China |
| AS47-A010 | Modeling Across Scales of Heavy Precipitation with a Global Variable-resolution Model: a Case Study of a Catastrophic Event in China | Mingyue XU1+, Chun ZHAO1#, Gudongze LI1, Jun GU1, Jiawang FENG1, Ziyu ZHANG1, Jianping GUO2 1University of Science and Technology of China, China, 2Chinese Academy of Meteorological Sciences, China |
| AS47-A011 | Impact of Grid Resolution on the Numerical Simulation of Maritime Stratocumulus Characteristics | Han-Byeol LEE#+, Hyunho LEE Kongju National University, Korea, South |
| AS47-A012 | Exploring the scale-awareness of cloud physics schemes with global variable-resolution aqua-planet simulations | Ziyu ZHANG#+, Chun ZHAO, Jiawang FENG, Mingyue XU, Jun GU, Gudongze LI University of Science and Technology of China, China |
| AS47-A013 | Simulation and Projection of Tropical Cyclones Over Western North Pacific Using Variable Resolution Global Climate Model | Minghuai WANG#+ Nanjing University, China |
| AS48 Aerosol’s Weather and Climate Impacts | ||
| Abstract ID | Abstract Title | Authors |
| AS48-A001 | Prolonged Droplet Lifetime Due to Elevated Solute Concentration | SHUQI GUO1+, Chunsheng ZHAO2# 1PEKING UNIVERCITY, China, 2Peking University, China |
| AS48-A003 | Insights Into the Real Part of Natural Sea Spray Aerosol Refractive Index in the Pacific Ocean | Chengyi FAN#+, Chunsheng ZHAO Peking University, China |
| AS48-A004 | Impacts of Reduced Aerosol Concentration on Precipitation Pattern of Tropical Cyclones | Ho Yi Lydia MAK1#+, Xiaoming SHI2 1Hong Kong University of Science and Technology, Hong Kong SAR, 2The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS48-A008 | Aerosol Concentrations in Extreme Asian Dust Storms: Impact of Moisture Variability and Planetary Boundary Layer Dynamics | Seungyeon LEE+, Ji Won YOON, Seon Ki PARK# Ewha Womans University, Korea, South |
| AS48-A005 | Regulating Role of Aerosol Optical Property and Surface Albedo on Aerosol Radiative Impact | Chuanfeng ZHAO#+, Annan CHEN Peking University, China |
| AS48-A006 | The Effects of Aerosol on the Growth of Hydrometeors in Deep Convective Clouds | Qian CHEN1#+, Xinyi LIN2, Zeyong ZOU1, Ying HE2, Chunsong LU1, Zhiliang SHU3 1Nanjing University of Information Science & Technology, China, 2Nanjing University of Information Science & Technology, China, China, 3Ningxia Meteorological Disaster Prevention Technology Center, China |
| AS48-A007 | Physical Properties of Urban Aerosols and Their Impact on Precipitation in Northwestern China | Ye YU1#+, Hui LIU2, Suping ZHAO3 1Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 2Department of Geography, Fuyang Normal University, China, 3Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, China |
| AS48-A010 | Assessment of Sunshine Hours Changing Trend Over India: a Three-decade Prospective | Manoj Kumar SRIVASTAVA1#, Arti CHOUDHARY2, Bharat Ji MEHROTRA1+, Atul K. SRIVASTAVA3 1Banaras Hindu University, India, 2Department of Geophysics, Banaras Hindu University, India, 3Indian Institute of Tropical Meteorology, India |
| AS48-A011 | Tropical Belt Width Response to Regional Aerosol Mitigation | JoonGu JEON1#+, Sang-Wook YEH1, Robert ALLEN2 1Hanyang University, Korea, South, 2University of California, Riverside, United States |
| AS48-A012 | Quantitative Assessment of Aerosol Direct and Indirect Effects on Springtime Climate in East Asia Using Simulations with WRF-Chem Model | Joohyun LEE#+, Young-Hee RYU Yonsei University, Korea, South |
| AS48-A013 | Solar Radiation Modification from Cloud Perspective | Chuanfeng ZHAO#+ Peking University, China |
| AS49 Regional Climate Downscaling and Cordex: Challenges and Prospects | ||
| Abstract ID | Abstract Title | Authors |
| AS49-A003 | Future Precipitation Changes in Kiribati and the Western Pacific Region Obtained by Bias Correction and Statistical Downscaling Methods | Motoki NISHIMORI1#+, Hiromitsu KANNO2, Ryuhei YOSHIDA3 1National Agriculture and Food Research Organization, Japan, 2Tokyo Metropolitan University, Japan, 3Fukushima University, Japan |
| AS49-A017 | Impact of Atmosphere-Ocean Coupling on Regional Climate Downscaling over East Asia | Junseo PARK+, Woojin CHO, Seok-Woo SHIN, Taehyung KIM, Dong-Hyun CHA# Ulsan National Institute of Science and Technology, Korea, South |
| AS49-A001 | A Cordex Flagship Pilot Study for Island Climates in the Pacific (IC-Pac) | Jason EVANS1#+, Christophe MENKES2 1University of New South Wales, Australia, 2Institut de Recherche pour le Développement (IRD), BP A5, Nouméa, New Caledonia |
| AS49-A002 | How Does Bias Correction of Global Climate Model Boundary Conditions Impact Future Regional Projections? | Jason EVANS#+, Youngil KIM University of New South Wales, Australia |
| AS49-A019 | 4-km Hydroclimate Dataset: Historical Reanalysis and Future Projection for Southeast Asia | Fei CHEN1#+, Zhenning LI1, Tianyuan MA1, Alexis LAU1, Jimmy Chi Hung FUNG1, Xiaoming SHI1, Wanliang ZHANG1, Yeer CAO1, Jerasorn SANTISIRISOMBOON2, Faye Abigail CRUZ3 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Ramkhamhaeng University Center of Regional Climate Change and Renewable Energy (RU-CORE), Thailand, 3Manila Observatory, Philippines |
| AS49-A004 | Construction of Urban Geometric and Aerodynamic Parameter Dataset for Global Urban Climate Analysis | Asahi KAWAURA#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS49-A005 | Evaluation of Impact of High-resolution Dynamical Downscaling of the Era5 Reanalysis Dataset Over Türkiye | Aysu ARIK1#+, M. Tugrul YILMAZ1, İsmail YUCEL1, Berkin GUMUS1, Ali Cem CATAL2, İdil Derin AKGEDIK1, Furkan AKSUOGLU1, Cagatay CAKAN3, Ali Ulvi Galip SENOCAK4, Soner Cagatay BAGCACI5 1Middle East Technical University, Turkey, 2METU, Turkey, 3Aalborg University, Denmark, 4Ankara Yildirim Beyazit University, Turkey, 5Karamanoglu Mehmetbey University, Turkey |
| AS49-A007 | The Effects of High-Resolution Climate Modeling for Renewable Energy Potential Under SSP2-4.5 and SSP5-8.5 Future Scenarios | Ali Cem CATAL1#+, M. Tugrul YILMAZ2, İsmail YUCEL2, Soner Cagatay BAGCACI3, Aysu ARIK2, Berkin GUMUS2, Ali Ulvi Galip SENOCAK4 1METU, Turkey, 2Middle East Technical University, Turkey, 3Karamanoglu Mehmetbey University, Turkey, 4Ankara Yildirim Beyazit University, Turkey |
| AS49-A006 | Heat Stress Analysis by Statistical Downscaling Over Vietnam and Cambodia Regions Towards Local Climate Risk Assessment | Ngoc Kim Hong NGUYEN#+, Koji DAIRAKU University of Tsukuba, Japan |
| AS49-A009 | Vertical Incremental Interpolation : an Efficient Dynamical Downscaling Method in Summer Precipitation Simulation | Tae-Min KIM#+, Eun-Chul CHANG Kongju National University, Korea, South |
| AS49-A008 | Convection-permitting Climate Simulations Using WRF and the SINGV-RCM Over the Maritime Continent | Venkatraman PRASANNA1#+, Gerald LIM2, Srivatsan VIJAYARAGHAVAN3, Jianyu LIU1, Ngoc Son NGUYEN3, Xin Rong CHUA1, Bhenjamin ONA3, Chen CHEN1, Pavan Harika RAAVI1, Fei LUO1, Jianjun YU1, Muhammad Eeqmal HASSIM1,2, Sandeep SAHANY1, Aurel MOISE1 1Centre for Climate Research Singapore, Singapore, 2Meteorological Service Singapore, Singapore, 3National University of Singapore, Singapore |
| AS49-A010 | The Effects of Convection-permitting Downscaling on Sub-daily Precipitation Characteristics Over the Western Maritime Continent | Xin Rong CHUA1#+, Gill MARTIN2, Sandeep SAHANY1, Venkatraman PRASANNA1, Muhammad Eeqmal HASSIM1,3, Aurel MOISE1, Chen CHEN1, Pavan Harika RAAVI1, Gerald LIM3, Fei LUO1, Jianjun YU1 1Centre for Climate Research Singapore, Singapore, 2Met Office, United Kingdom, 3Meteorological Service Singapore, Singapore |
| AS49-A011 | Impact of Extremely High Temperature on Future Photovoltaic Power Potential over East Asia | Changyong PARK#+, Dong-Hyun CHA, Ana JUZBASIC, Hongjun CHOI Ulsan National Institute of Science and Technology, Korea, South |
| AS49-A013 | High-resolution Projections of Extreme Climate Indices in Türkiye Using Dynamically Downscaled MPI-ESM1–2-HR | Berkin GUMUS1#+, İsmail YUCEL1, M. Tugrul YILMAZ1, Aysu ARIK1, Ali Cem CATAL2, Ali Ulvi Galip SENOCAK3, Soner Cagatay BAGCACI4 1Middle East Technical University, Turkey, 2METU, Turkey, 3Ankara Yildirim Beyazit University, Turkey, 4Karamanoglu Mehmetbey University, Turkey |
| AS49-A014 | Simulation of Near-surface Temperature Reduction by Cool Roofs in Tokyo Metropolis Considering Distribution of Realistic Urban Morphology and Rooftop Albedo | Masataka ARIGA#+, Asahi KAWAURA, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS49-A015 | Assessing the Long-term Trends of Mesoscale Convective Systems in East Asia with a Convection-Permitting Model | Tae Ho MUN1+, Dong-Hyun CHA1#, Seung-Ki MIN2, Seok-Woo SON3 1Ulsan National Institute of Science and Technology, Korea, South, 2Pohang University of Science and Technology, Korea, South, 3Seoul National University, Korea, South |
| AS49-A016 | Impact of Air-sea Interaction on the Winter Temperature Simulation Over East Asia with a Regional Climate Model | Seok-Woo SHIN1+, Minkyu LEE2, Woojin CHO1, Junseo PARK1, Changyong PARK1, Dong-Hyun CHA1# 1Ulsan National Institute of Science and Technology, Korea, South, 2Korea Institute of Energy Research, Korea, South |
| AS49-A018 | Impact of Dynamical Downscaling in Sub-seasonal Tropical Cyclone Forecast | Taehyung KIM+, Dong-Hyun CHA# Ulsan National Institute of Science and Technology, Korea, South |
| AS49-A020 | Investigating The Urban Rainfall Effect Of Metro Manila, Philippines Under Varying Synoptic Conditions Using The WRF Model | Alyssa Gewell Agena LLORIN, Koji DAIRAKU#+ University of Tsukuba, Japan |
| AS49-A021 | Evaluating Urban Greening's Effects on Water Retention and Cooling in East Asia for Climate Change Adaptation | Fumiya AOKI, Koji DAIRAKU#+, Yingfu WANG, Ermias Sisay BRHANE University of Tsukuba, Japan |
| AS50 Observations, Remote Sensing, and Modeling of Tropospheric Composition and Air Quality in Asia and the Transpacific Region | ||
| Abstract ID | Abstract Title | Authors |
| AS50-A001 | A 15-year lidar observation of stratospheric aerosols over central China | Yun HE#+ Wuhan University, China |
| AS50-A002 | Inverse Modeling of High Spatiotemporal Resolution NOx Emission Inventory with Geostationary Satellite Data Over China | Yi WANG#+, Lunche WANG, Minghui TAO China University of Geosciences, China |
| AS50-A003 | Improved Algorithm for Retrieving Temperature and Water Vapor Mixing Ratio for Raman Lidar Under Dense Aerosol Conditions | Zhenping YIN1#+, Tong LU1, Zhichao BU2, Yaru DAI2 1Wuhan University, China, 2 Meteorological Observation Center of China Meteorological Administration, China |
| AS50-A006 | Estimation Of Annual Nox Emissions In East Asia Based On Geostationary Environment Monitoring Spectrometer (gems) V3 Data | Jongcheon CHAE1+, Sojeong LEE1, Hyeji CHA1, Jeong Ah YU2, Ja-Ho KOO1# 1Yonsei University, Korea, South, 2National Institute of Environmental Research, Korea, South |
| AS50-A004 | Aggravated Surface O3 Pollution Primarily Driven by Meteorological Variations in China During the 2020 Covid-19 Pandemic Lockdown Period | Zhendong LU, Jun WANG#+ The University of Iowa, United States |
| AS50-A005 | A New Satellite Data Product for Mapping Fire Lines and Studying the Impacts of Fire Weather on Fire Combustion Efficiency at Night | Jun WANG#+, Meng ZHOU, Weizhi DENG, Jing ZENG The University of Iowa, United States |
| AS50-A007 | Satellite-based Monitoring of Methane Emissions from China's Rice Hub | Ruosi LIANG1, Yuzhong ZHANG1#+, Qiwen HU2, Tingting LI3, Shihua LI2, Wenping YUAN4, Jialu XU5, Yujia ZHAO1, Peixuan ZHANG1, Wei CHEN1, Minghao ZHUANG6, Shen GUOFENG4, Zichong CHEN7 1Westlake University, China, 2Sun Yat-sen University, China, 3Chinese Academy of Sciences, China, 4Peking University, China, 5Beijing Normal University, China, 6China Agriculture University, China, 7Hong Kong University of Science and Technology (Guangzhou), China |
| AS50-A008 | Widespread Surface Ozone Suppression Caused by Natural Dust Storm Disturbance | Nan LI#+ Nanjing University of Information Science & Technology, China |
| AS50-A014 | Design and Pre-launch Performance Evaluation of CAMI Payload for Tansat-2 Mission | Liangfu CHEN#+, Meng FAN Chinese Academy of Sciences, China |
| AS50-A016 | Retrieval Accuracy of Aerosol Effective Height from GEMS | Sang Seo PARK#+, Seungjae LEE Ulsan National Institute of Science and Technology, Korea, South |
| AS50-A017 | Gems Geostationary Satellite Investigation of the Processes Driving Atmospheric Pollutant Diurnal and Seasonal Variations Over Asia | David EDWARDS1#+, Sara MARTINEZ-ALONSO1, Ivan ORTEGA1, Louisa EMMONS1, Jhoon KIM2,3 1National Center for Atmospheric Research, United States, 2Yonsei University, Korea, South, 3Korean Academy of Science and Technology (KAST), Korea, South |
| AS50-A019 | Deep Learning-driven Simultaneous Retrieval of Aerosol Parameters from Satellite Observations | Yulong FAN, Lin SUN#+ Shandong University of Science and Technology, China |
| AS50-A020 | The Study on the Improvement of Soil Nox Emission Scheme Based on Multi-source Satellite Observation | Tong SHA#+ Shaanxi University of Science and Technology, China |
| AS50-A024 | Bridging Observation and Mechanism: Causal Machine Learning for Isoprene Concentration Modeling with Emission, Reaction, and Dispersion Dynamics | shu HUANG1+, Yiming QIN2# 1city university of hong kong, Hong Kong SAR, 2City University of Hong Kong, Hong Kong SAR |
| AS50-A029 | Long-term Trends and Post-covid-19 Changes in Air Pollution Across Major East Asian Cities: Insights from Spaceborne Observations | DhaHyun AHN1+, Seoyoung LEE2, Heesung CHONG3, Jhoon KIM1,4#, Su Keun KUK5, Hyun Chul LEE5, Hyoungwoo CHOI5, Gonzalo GONZÁLEZ ABAD3, Daniel JACOB6, Ja-Ho KOO1 1Yonsei University, Korea, South, 2University of Maryland Baltimore County, United States, 3Center for Astrophysics | Harvard & Smithsonian, United States, 4Korean Academy of Science and Technology (KAST), Korea, South, 5Samsung Advanced Institute of Technology, Korea, South, 6Harvard University, United States |
| AS50-A025 | Investigating NOx Sources and Sinks Over the Tibet Plateau with GEMS Satellite Observations and GEOS-Chem Model Simulations | Xue ZHANG1#+, Lei ZHU1, Chunxiang YE2, Song LIU1, Xicheng LI1, Juan LI1, Weitao FU1, Peng ZHANG1, Xingyi WU1, Yali LI1, Yuyang CHEN1, Huilin LIU3, Zhuoxian YAN1, Jiaming ZHANG4, Xin YANG1, Tzung-May FU1, Huizhong SHEN1, Jianhuai YE1, Chen WANG1 1Southern University of Science and Technology, China, 2Peking University, China, 3 Southern University of Science and Technology, China, China, 4Southern University of Science and Technology, China, China |
| AS50-A027 | Long-term variations of global ozone-NOx-VOC sensitivity observed from OMI: insights from dynamics of ozone isopleths | Jiaming ZHANG1#+, Song LIU2, Peng ZHANG2, Lei ZHU2, Tzung-May FU2, Xin YANG2, Xue ZHANG2, Xicheng LI2, Juan LI2, Weitao FU2, Xingyi WU2, Yali LI2, Yuyang CHEN2, Huilin LIU3, Zhuoxian YAN2 1Southern University of Science and Technology, China, China, 2Southern University of Science and Technology, China, 3 Southern University of Science and Technology, China, China |
| AS50-A033 | Direct Aerosol Radiative Forcing Calculation at High Spatial/Temporal Resolution Over East and South Asia Using Multiple Satellite and Surface Observations in Tandem | Jason COHEN1#+, Pravash TIWARI1, Zhewen LIU1, Luoyao GUAN1, Shuo WANG1, Jian LIU2 1China University of Mining and Technology, China, 2Taiyuan University of Technology, China |
| AS50-A031 | Air Quality Impact of Transported Smoke Over Singapore: Evaluation of 2019 and 2023 Events | Santo V. SALINAS1#+, Jacylin THAM2, Liya YU1 1National University of Singapore, Singapore, 2Centre for Remote Imaging, Sensing and Processing, National University of Singapore, Singapore |
| AS50-A032 | Spatiotemporal Source Apportionment of PM2.5 in the Greater Bay Area | Yiang CHEN#+ Hong Kong University of Science and Technology, China |
| AS50-A034 | Effects of Temperature Changes on Chemical Reactions and Secondary Organic Aerosols in Tropical Urban Environments | Liya YU1#+, Lip Siang YEO2 1National University of Singapore, Singapore, 2NUS Environmental Research Institute, Singapore |
| AS51 Data, Models, and AI: New Frontiers in Understanding Weather and Climate Extremes | ||
| Abstract ID | Abstract Title | Authors |
| AS51-A001 | Significant Effect of Green Light on Evapotranspiration at the Landscape Scale | Yikang FENG1#+, Jingyu WANG1, Edward PARK1, Duc Dung TRAN2,1 1Nanyang Technological University, Singapore, 2National Institute of Education and Earth Observatory of Singapore, Singapore |
| AS51-A003 | Diagnosis of Heatwaves in Southeast Asia | Jingyu WANG1#+, Yang LYU2, Xiefei ZHI2, Hugh ZHANG3, Joshua LEE3, Edward PARK1, Duc Dung TRAN4,1 1Nanyang Technological University, Singapore, 2Nanjing University of Information Science & Technology, China, 3Centre for Climate Research Singapore, Singapore, 4National Institute of Education and Earth Observatory of Singapore, Singapore |
| AS51-A004 | Comparison and Evaluation of Machine Learning Models for Clustering Localized Heavy Rainfall Events | Kosaku OJIMA#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS51-A005 | Extreme Precipitation in a Changing Climate: Insights from Cmip6 Models Over the Arabian Peninsula | Raju PATHAK1#+, Karumuri ASHOK2, Ibrahim HOTEIT3 1Nanyang Technological University, Singapore, 2University of Hyderabad, India, 3King Abdullah University of Science and Technology, Saudi Arabia |
| AS51-A007 | Hydro-meteorological Data-driven Machine Learning Models for Tomato Yield Prediction in Central India | Pashupati Nath SINGH+, Prashant K. SRIVASTAVA# Banaras Hindu University, India |
| AS51-A009 | Bias Correction of Ensemble-based Maximum Temperature Forecasts Using Machine Learning Techniques for the States of Rajasthan in India | SAKSHI SHARMA1#+, Arun CHAKRABORTY2, Anumeha DUBE3, HARVIR SINGH4, Raghavendra ASHRIT5 1IIT KHARAGPUR, India, 2Indian Institute of Technology Kharagpur, India, 3National Centre for Medium Range Weather Forecasting (NCMRWF), India, 4National Centre for Medium Range Weather Forecasting Noida, India, 5National Centre for Medium Range Weather Forecasting (NCMRWF), Noida India, India |
| AS52 Predictability of Weather and Climate: Theory, Methodology, and Applications | ||
| Abstract ID | Abstract Title | Authors |
| AS52-A001 | Predicting the 2023/24 El Niño from a Multi-scale and Global Perspective | Tao LIAN1#+, Dake CHEN2, Ting LIU1, Jie WANG3, Ruikun HU1 1Second Institute of Oceanography, Ministry of Natural Resources, China, 2Ministry of Natural Resources, China, 3Shanghai Jiao Tong University, China |
| AS52-A003 | Sensitive Areas for Target Observation Associated with Meteorological Forecasts for Dust Storm Events | Lichao YANG1#+, Wansuo DUAN2 1Capital Normal University, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS52-A004 | The Sensitive Area for Targeting Observations of Mesoscale Eddies Associated with Sea Surface Height Anomaly Forecasts | Lin JIANG1#+, Wansuo DUAN2 1Shandong University, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS52-A016 | Identifying Sensitive Area For Target Observation To Improve Tropical Cyclone Track Forecast Skill Utilizing Ai-based Conditional Nonlinear Optimal Perturbation Approach | Yonghui LI1+, Wansuo DUAN2#, Wei HAN3, Hao LI4 1The State Key Laboratory of Numerical Modeling for Atmospheric Sciences and Geophysical Fluid Dynamics, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3CMA Earth System Modeling and Prediction Centre, China Meteorological Administration, China, 4Artifcial Intelligence Innovation and Incubation Institute, Fudan University, China |
| AS52-A005 | East Asian Synoptic Climatology Linked to Atlantic Multidecadal Variability | Chi-Hua WU#+, Pei-Chia TSAI Academia Sinica, Taiwan |
| AS52-A007 | Identifying Sources of Forecast Uncertainty of Extreme Low-temperature Events Over Southern China in 2008 Using the C-NFSVs Ensemble Forecast Method | YuXuan HOU1+, Wansuo DUAN2#, Zhe HAN3 1Institute of Atmospheric Physics， Chinese Academy of Sciences, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3Chinese Academy of Sciences, China |
| AS52-A009 | Season-dependent Weather Predictability Barrier In The Martian Atmosphere | Yi ZHUANG+, Wansuo DUAN# Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS52-A011 | Using an Ensemble Nonlinear Forcing Singular Vector Data Assimilation Approach to Address the ENSO Forecast Uncertainties Caused by the “Spring Predictability Barrier” and El Niño Diversity | Yingcong ZHENG1#+, Wansuo DUAN2, Lingjiang TAO3, Junjie MA4 1Panjin Meteorological Bureau, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3Nanjing University of Information Science & Technology, China, 4Department of Mathematics, North University of China, China |
| AS52-A031 | An Observation Verification System for Diagnosis Data Assimilation of the Kim Model | Minwoo CHOI#+ Korea Institute of Atmospheric Prediction Systems, Korea, South |
| AS52-A032 | Improving LETKF Recentering Using a Hybrid-4DEnVar Analysis Generated from the Ensemble-mean Background | Wonho KIM#+, Adam CLAYTON, In-Hyuk KWON Korea Institute of Atmospheric Prediction Systems, Korea, South |
| AS52-A012 | The Role of the Initial Error Structure in the Tropics on the Seasonal-to-decadal Forecasting Skill in the Extratropics | Stéphane VANNITSEM1#+, Wansuo DUAN2 1Royal Meteorological Institute of Belgium, Belgium, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS52-A014 | Importance of Tropical Indian Ocean Observations to Central Pacific El Niño Prediction | Xiaojing LI1#+, Michael MCPHADEN2, Lei ZHOU3, Yi LI4, Xunshu SONG5, Tao LIAN1, Dake CHEN6 1Second Institute of Oceanography, Ministry of Natural Resources, China, 2National Oceanic and Atmospheric Administration, United States, 3Shanghai Jiao Tong University, China, 4Hohai University, China, 5Second Institute of Oceanography, Ministry of Natural Resources, China, 6Ministry of Natural Resources, China |
| AS52-A015 | An Approach to Represent Model Uncertainty in the Forecasting of Tropical Cyclones: the Orthogonal Nonlinear Forcing Singular Vectors | Wansuo DUAN#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS52-A018 | The Initial Moisture Error Most Likely to Cause the Maritime Continent Barrier of the Madden-julian Oscillation Prediction | Xiaoyun WANG#+ Institute of Atmospheric Physics， Chinese Academy of Sciences, China |
| AS52-A023 | Reduced Spread Of Simulated Global Warming Patterns Among Cmip6 Models With Accelerated Pace Of Warming | Yilin MENG+, Ji NIE#, Yan YU Peking University, China |
| AS52-A024 | Predictability Study of Weather and Climate Events Related to Artificial Intelligence Models | Bo QIN1#+, Shijin YUAN2 1Fudan University, China, 2Tongji University, Shanghai, China, China |
| AS52-A026 | Nao’s Southern Center Position Shapes the North Tropical Atlantic Sst Response Across Cmip6 Models | XueYing WANG#+, Shaobo QIAO Sun Yat-sen University, China |
| AS52-A030 | Decline in Atlantic Niño Prediction Skill in the North American Multi-model Ensemble | Youmin TANG1,2#+ 1University of Northern British Columbia, Canada, 2Hohai University, China |
| AS52-A027 | Sub-seasonal Predictive Skill Assessed from the Cfs and Gefs Operational Systems at Ncep and the Impact of Bias Correction | Jie FENG#+ Fudan University, China |
| AS52-A029 | Summer Heavy Rainfall Event Associated with Mesoscale Convective System Along the West Coast of the Korean Peninsula: Numerical Experiments Using WRF | Minseo YU+, Ji Won YOON, Seon Ki PARK# Ewha Womans University, Korea, South |
| AS52-A028 | Impact of Cold Tongue Bias on Indian Ocean Dipole Prediction Skills | Yanling WU#+ Hohai University, China |
| AS52-A035 | Evaluation of 1-Month Forecasts in South Korea from Dynamically Downscaled CFSv2 and FuXi Global Predictions | Subin HA1#+, Xiaohui ZHONG2, Jina HUR3, Eun-Soon IM1 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2Fudan University, China, 3National Institute of Agricultural Sciences, Korea, South |
| AS52-A034 | Sequential Analysis of Tipping in High-dimensional Complex Systems with Partially Known Dynamics | Tomomasa HIROSE1#+, Yohei SAWADA2 1the University of Tokyo, Japan, 2The University of Tokyo, Japan |
| AS55 Improve Understanding and Prediction of Atmospheric Vortices for Extreme Events | ||
| Abstract ID | Abstract Title | Authors |
| AS55-A001 | Effects of Tropical Cyclone Size on Its Energy Cycle and Steady-state Intensity | Yuanlong LI1#+, Zhe-Min TAN1, Yuqing WANG2 1Nanjing University, China, 2Chinese Academy of Meteorological Sciences, China |
| AS55-A002 | Investigating the Environmental Characteristics of Intense Tropical Cyclones with Concentric Eyewalls Over the Western North Pacific | Yi-Fan WANG1#+, Xin QIU2, Zhe-Min TAN2 1Nanjing Innovation Institute for Atmospheric Sciences, Chinese Academy of Meteorological Sciences, China, 2Nanjing University, China |
| AS55-A003 | A New Pathway of Tropical Cyclone Rapid Intensification: Rainband Interaction | Bolei YANG1#+, Xi GUO2, Zhe-Min TAN3, Jian-Feng GU3, Yi-Fan WANG4, Jingyi ZHUO5 1Peking University/ UC Berkeley, China, 2Jiangsu Meteorological Observatory, China, 3Nanjing University, China, 4Nanjing Innovation Institute for Atmospheric Sciences, Chinese Academy of Meteorological Sciences, China, 5Lamont-Doherty Earth Observatory, Columbia University, United States |
| AS55-A004 | Increased Threat of Strong Typhoons Along the Pacific Coast of Japan: Combined Effect of Track Change and Seasonal Advance | Xin QIU#+, Zheng-Qin SHEN Nanjing University, China |
| AS55-A005 | Outer Size Distribution of Landfalling Tropical Cyclones Over China Changes in the Recent Decades | Zheng-Qin SHEN#+, Xin QIU Nanjing University, China |
| AS55-A014 | On the Relationship Between Tropical Cyclone Intensity and Characteristics of the Tropopause in the North Atlantic Based on COSMIC-2 GPS Ro Data | Chunhua WANG+, Kekuan CHU# Nanjing University, China |
| AS55-A007 | Western North Pacific Summer Monsoon Circulation Patterns Regulate Tropical Cyclogenesis Productivity | Yuqi ZANG1+, Haikun ZHAO2#, Phil KLOTZBACH3 1Nanjing University of Information Science and Technology, School of Atmospheric Sciences, China, 2Nanjing University of Information Science & Technology, China, 3Colorado State University, United States |
| AS55-A008 | Has tropical cyclone track prediction reached the predictability limit? | Quanjia ZHONG1#, Johnny CHAN2,3+ 1The Hong Kong University of Science and Technology, China, 2Asia-Pacific Typhoon Collaborative Research Center, China, 3City University of Hong Kong, Hong Kong SAR |
| AS55-A009 | A Hybrid Machine Learning and Numerical Simulation Forecasting Framework for Tropical Cyclone Prediction Beyond One Week | Hao-Yan LIU#+ Nanjing University of Information Science and Technology, China |
| AS55-A011 | The Size Change of Tropical Cyclone Hinnamnor (2022) Caused by Merging with a Tropical Depression | Mao-Cheng LI1#+, Ming-Jen YANG2 1Department of Atmospheric Sciences, National Taiwan University, Taiwan, 2National Taiwan University, Taiwan |
| AS55-A010 | Outer-core Size Asymmetry and Intensification of North Atlantic Tropical Cyclones | Huilin LI+, Xiaodong TANG# Nanjing University, China |
| AS55-A015 | Maintenance Mechanisms of the Long-lived Concentric Eyewall Structure of Typhoon Lekima (2019): Axisymmetric Perspective | Ming-Jen YANG#+, Shang-En LI, Hung-Chi KUO National Taiwan University, Taiwan |
| AS55-A016 | How Are Vorticity Rivers in Supercell Storms Produced and Are They Important Vorticity Sources for Tornadoes? | Ming XUE1#+, Wei HUANG2 1The University of Oklahoma, United States, 2Nanjing University, China |
| AS55-A017 | Steady-State Linear Response Matrices of the Lorenz-63 Model and a Two-Layer QG Model | Yutian HOU1, Xingfeng LI1, Junwei CHEN1, Ding MA2, Pak Wah CHAN1#+ 1Fudan University, China, 2Duke Kunshan University, China |
| AS56 The Physical Processes Over Complex Topography: the Interactions Among Meteorology, Boundary Layer Turbulence, Clouds, Tracer Transport, and Chemistry | ||
| Abstract ID | Abstract Title | Authors |
| AS56-A001 | How Terrain Shapes Precipitation Patterns in a Northeasterly Monsoon Environment? | Huai-Yi HUANG#+, Chien-Ming WU National Taiwan University, Taiwan |
| AS56-A003 | How Cold Pool Shapes Precipitation Hotspot in Taipei Basin Afternoon Thunderstorms? | Po-Yen CHEN#+, Chien-Ming WU, Wei-Ting CHEN, Yu-Hsiu WANG National Taiwan University, Taiwan |
| AS56-A006 | A Machine Learning-based Weather Type Classifier for Taiwan’s Meiyu Season | Li-Huan HSU#+, Kuan-Ling LIN, Chou-Chun CHIANG, Yi-Chao WU, Jung-Lien CHU, Yi-Chiang YU National Science and Technology Center for Disaster Reduction, Taiwan |
| AS56-A007 | Comparative Analysis on Meteorological Conditions of Different Levels of Fog Based on Field Observations | Chune SHI#+ Anhui Institute of Meteorological Sciences, China |
| AS56-A008 | A New Approach for Estimating High-resolution Rainfall Features Over Complex Terrain Under Future Climate Change Scenarios | Chin-Hsiang WU, Shih-Hao SU#+ Chinese Culture University, Taiwan |
| AS56-A009 | Development and Application of Downscaling Machine Learning Model in Taiwan Based on Data-driven Framework | Wen-Wei TSENG, Shih-Hao SU#+ Chinese Culture University, Taiwan |
| AS56-A010 | Numerical Simulation Study of a Localized Heavy Rainfall Case in the Lanyang Plain During Winter in Northern Taiwan | Jou-Ping HOU#+, Pei-Di JENG National Defense University, Taiwan |
| AS56-A012 | Low-Level Circulation Features of Winter Precipitation in Yilan: A Case Study by Ensemble Simulations and different observations | Yi-Tung WU1#+, Kaoshen CHUNG1, Chin-Chuan CHANG1, Hung-Chi KUO2 1National Central University, Taiwan, 2National Taiwan University, Taiwan |
| AS56-A013 | Recent Activities of Cloud Seeding of NIMS/KMA | Ki-Ho CHANG#+, Bu Yo KIM NIMS, Korea, South |
| AS56-A014 | Accuracy Comparison of Winter Precipitation Type Diagnosis between Spectral Bin Model and Other Existing Methods | Wonbae BANG1,2+, Jacob CARLIN3,4, Kwonil KIM5, Alexander RYZHKOV6, Guosheng LIU7, Gyu Won LEE1# 1Kyungpook National University, Korea, South, 2Center for Atmospheric REmote sensing, Kyungpook National University, Korea, South, 3The University of Oklahoma, United States, 4NOAA Oceanic and Atmospheric Research/NOAA National Severe Storms Laboratory, United States, 5Stony Brook University, United States, 6NOAA/OAR/National Severe Storms Laboratory, United States, 7Florida State University, United States |
| AS56-A015 | Accuracy Evaluation of Winter Precipitation Type Diagnosed from Spectral Bin Model using LDAPS Model Forecasting Data | Wonbae BANG1,2+, Jacob CARLIN3,4, Alexander RYZHKOV5, Gyu Won LEE1# 1Kyungpook National University, Korea, South, 2Center for Atmospheric REmote sensing, Kyungpook National University, Korea, South, 3The University of Oklahoma, United States, 4NOAA Oceanic and Atmospheric Research/NOAA National Severe Storms Laboratory, United States, 5NOAA/OAR/National Severe Storms Laboratory, United States |
| AS56-A016 | Projected Changes in Extreme Temperatures and Air Quality in Taiwan Under 2°c and 4°c Global Warming Scenarios | I-Chun TSAI1#+, Pei-Rong HSIEH2, Chao-Tzuen CHENG2, Huang-Hsiung HSU1 1Academia Sinica, Taiwan, 2National Science and Technology Center for Disaster Reduction, Taiwan |
| AS56-A017 | Modulation of Fog Evolution by Turbulence Structures Over Complex Semi-arid Surfaces: Insights from Observations and Large-eddy Simulations | Jie DING1#+, Yuan WANG2, Zeyong HU3 1Lanzhou university, China, 2Lanzhou University, China, 3Chinese Academy of Sciences, China |
| AS56-A018 | Assessing the Influence of Local Circulation on Rainfall at the Tseng-wen Reservoir Through UAV Observations | Sheng-Hsiang WANG1#+, Hsin-Chih LAI2 1National Central University, Taiwan, 2Chang Jung Christian University, Taiwan |
| AS58 Application of Artificial Intelligence to Weather and Climate Prediction | ||
| Abstract ID | Abstract Title | Authors |
| AS58-A002 | EAAC-S2S: A Deep Learning-Based East Asian Atmospheric Circulation S2S Forecast Model Considering Multi-Sphere Coupling | Yuxuan CHEN1#+, Shijin YUAN1, Bin MU1, Bo QIN2, Zhenchen LIU3 1Tongji University, Shanghai, China, China, 2Fudan University, China, 3College of Hydrology and Water Resources, Hohai University, Nanjing, China |
| AS58-A001 | Development of a Deep Learning-based Platform for Precision Hyperlocal Weather Forecasting | Bipin KUMAR#+ Indian Institute of Tropical Meteorology, Pune, India |
| AS58-A004 | Development of En-route Turbulence Index based on EDR and Exploring Turbulence Forecast using Machine Learning Techniques | Yin Lam NG1#+, Chun Ngai CHEUNG2, Cheuk Fung FONG3 1Hong Kong Observatory, Hong Kong, China, 2Hong Kong Observatory, Hong Kong, China, Hong Kong SAR, 3Chinese University of Hong Kong, Hong Kong SAR |
| AS58-A015 | Comparative Evaluation of Data-driven Weather Forecast Models Performance for Medium- to Extended-range Weather Forecasting and Tropical Cyclone Genesis in 2024 | Ka Wai LO#+, Cheuk Hang HO, Yu Ting LEUNG , Yuheng HE, P.W. CHAN Hong Kong Observatory, Hong Kong SAR |
| AS58-A005 | Neural network ensembles enhancing Sub-Seasonal to Seasonal maximum temperature predictions | Uran CHUNG#+, Jinyoung RHEE, Soo-Jin SOHN APEC Climate Center, Korea, South |
| AS58-A012 | Advancing AI-Driven Precipitation Nowcasting for Air Traffic Management in Tropical Regions | Yifang YIN1#+, Shili XIANG1, Cheng Xun YEO2, Joshua LEE2, Htet NAING3 1Agency for Science, Technology and Research (A*STAR), Singapore, 2Meteorological Service Singapore, Singapore, 3Centre for Climate Research Singapore, Singapore |
| AS58-A029 | RIKEN’s activities to integrate data assimilation and AI/ML | Takemasa MIYOSHI1#+, Shigenori OTSUKA1, Jianyu LIANG1, Michael GOODLIFF1, Gwendal SALIOU2, Said OUALA2, Pierre TANDEO2 1RIKEN Center for Computational Science, Japan, 2IMT-Atlantique, France |
| AS58-A008 | Deep learning-based inverse modeling for daily CO estimations | Hyunjeong LEE#+, Yoo-Geun HAM Seoul National University, Korea, South |
| AS58-A009 | Preliminary Evaluation the Operational Application of "Fengqing", an Ai-based Weather Forecasting Model | Nina LI1#+, Yu GONG1, Yong CAO2, Gaozhen NIE3 1National Meteorological Center, China, 2National Meteorology Center of CMA, China, 3National Meteorological Center of CMA, China |
| AS58-A019 | Evaluation of Five Global AI Models for Predicting 2023 Typhoons in the Western North Pacific | Hua HSU1#+, Cheng-Chin LIU2, Melinda PENG3, Der Song CHEN4, Pao-Liang CHANG4, Ling-Feng HSIAO2, Chin-Tzu FONG4, Jing Shan HONG2, Kuo-Chen LU2, Hung-Chi KUO5 1International Integrated Systems, Inc. (IISI), Taiwan, 2Central Weather Administration, Taiwan, 3University of Colorado , United States, 4Central Weather Bureau, Taiwan, 5National Taiwan University, Taiwan |
| AS58-A022 | Attention-based Lstm and Graph Neural Networks for Streamflow Prediction with Human Regulation | Xian WANG1+, Yongqiang ZHANG2#, Xuanze ZHANG2, Zixuan TANG2, Haoshan WEI2, Longhao WANG2 1INSTITUTE OF GEOGRAPHIC SCIENCES AND NATURAL RESOURCES RESEARCH，CAS, China, China, 2Chinese Academy of Sciences, China |
| AS58-A018 | Deep Learning Approach to Subseasonal Prediction of the Western North Pacific Subtropical High: Transfer and Multitask Learning | Yuki MAEDA1#+, Masaki SATOH1,2 1The University of Tokyo, Japan, 2Yokohama National University, Japan |
| AS58-A021 | Skillful sub-seasonal to seasonal precipitation forecasting using the CAS-Canglong AI model | Longhao WANG#+, Yongqiang ZHANG, Xuanze ZHANG Chinese Academy of Sciences, China |
| AS58-A024 | Vision Transformer-based Distributed Rainfall Prediction Using High-resolution Satellite Data Over the Korean Peninsula | Hyeontak JO1+, Sedong JANG1, Jaepil KO2, Byunghyun KIM1# 1Kyungpook National University, Korea, South, 2Kumoh National Institute of Technology, Korea, South |
| AS58-A027 | Coupled Complex Network Analysis of Tropical Cyclone Teleconnection and Implications to Deep Learning Models | Kevin CHEUNG#+ Nanjing University of Information Science & Technology, China |
| AS58-A028 | A Diffusion Model for Seasonal Climate Prediction of Temperature, Precipitation and SST | QITONG HUANG1#+, Baoxiang PAN2, Shuguang WANG1 1Nanjing University, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS60 Tropical Cyclone Climate Variability: Past, Present and Future | ||
| Abstract ID | Abstract Title | Authors |
| AS60-A005 | Long‑term Trend of the Tropical Cyclone Translation Speed Over the Western North Pacific with Track Change | Yi-Peng GUO#+ Nanjing University, China |
| AS60-A004 | Increasing Trend in Intensity Change of Tropical Cyclones Before Making Landfall in China | Lina BAI1,2#+, Johnny CHAN2,3, Rong GUO4, Tingting SUN1 1Shanghai Typhoon Institute /China Meteorological Administration, China, 2Asia-Pacific Typhoon Collaborative Research Center, China, 3City University of Hong Kong, Hong Kong SAR, 4Shanghai Typhoon Institute /China Meteorological Administration,, China |
| AS60-A022 | Category ‘6’ Tropical Cyclones in the Warming Climate | I-I LIN1#+, Chun-Chieh WU1, Yuqing WANG2, Chun-Chi LIEN1, Ya-Ting CHANG1 1National Taiwan University, Taiwan, 2Chinese Academy of Meteorological Sciences, China |
| AS60-A009 | Extreme Tropical Cyclones Over the Western North Pacific in 1959: A Study Based on NICAM | Xu CHEN1+, Masaki SATOH1,2# 1The University of Tokyo, Japan, 2Yokohama National University, Japan |
| AS60-A010 | Climatic Trends in Tropical Cyclone Rainfall from High-resolution Satellite Observations | Shifei TU1#+, Jianjun XU1, Johnny CHAN2,3 1Guangdong Ocean University, China, 2Asia-Pacific Typhoon Collaborative Research Center, China, 3City University of Hong Kong, Hong Kong SAR |
| AS60-A011 | Current and Future Characteristics of the Western North Pacific Tropical Cyclone Genesis Environment | Hironori FUDEYASU1#+, Ryuji YOSHIDA1, Kohei YOSHIDA2 1Yokohama National University, Japan, 2Japan Meteorological Agency, Japan |
| AS60-A012 | Climatological Characteristics and Variability of Cyclonic Systems over the Southern Indonesian Maritime Continent (IMC) | Ahmad MUHLIS#+, Gregor C. LECKEBUSCH, Kelvin NG University of Birmingham, United Kingdom |
| AS60-A014 | Pointwise Analysis of the Risk Factors Associated with Autumnal Tropical Storms | Eunhee GIL+, Namyoung KANG# Kyungpook National University, Korea, South |
| AS60-A015 | Low Latitude Tropical Cyclones During the 20th Century | Hisayuki KUBOTA#+ Hokkaido University, Japan |
| AS60-A017 | Near Future Projections of Tropical Cyclone Rapid Intensification in the North Indian Ocean | Vineet Kumar SINGH1#+, Rushikesh ADSUL1, Anant PAREKH2, Chellappan GNANASEELAN1 1Indian Institute of Tropical Meteorology, India, 2Indian Institute of Tropical Meteorology, India, India |
| AS60-A019 | Evolution and Mechanisms of Precipitation Associated with Landfalling Tropical Cyclones in China | Shoujuan SHU#+ Zhejiang University, China |
| AS60-A020 | Typhoon Genesis and Trajectory Categories Affecting Taiwan in Summer and Autumn | Pei-Hsuan CHUNG#+ University of Taipei, Taiwan |
| AS60-A021 | Paradigm Shift in Typhoon Impact-based Forecasting: Evaluating the Multi-hazard Approach of the Typhoon-ready System (TRS) | Hana NA1,2+, Woo-Sik JUNG1# 1Inje University, Korea, South, 2Inje University, Korea, South |
| AS60-A026 | Trends of Tropical Cyclone Translation Speed Over the Western North Pacific During 1980-2018 | Xiaodong TANG1#+, Danyi GONG1, Johnny CHAN2,3, Qiuyun WANG4 1Nanjing University, China, 2Asia-Pacific Typhoon Collaborative Research Center, China, 3City University of Hong Kong, Hong Kong SAR, 4Ocean University of China, China |
| AS61 Frameworks, Modelling, and Observations to Understand Cloud, Convection, and Precipitation Processes for Weather and Climate | ||
| Abstract ID | Abstract Title | Authors |
| AS61-A001 | The Role of Shallow Cumulus and Radiation in Convectively Coupled Kelvin Waves | Yu-Chuan KAN#+, Shih-Pei HSU, Kai-Chih TSENG National Taiwan University, Taiwan |
| AS61-A002 | Intensification of Convectively-Coupled Kelvin Wave in a Warming Climate | Shih-Pei HSU#+, Kai-Chih TSENG National Taiwan University, Taiwan |
| AS61-A004 | Nonlocally Coupled Moisture Model for Self-aggregation of Deep Moist Convection | Tomoro YANASE1#+, Shin-ichiro SHIMA1, Seiya NISHIZAWA2,3, Hirofumi TOMITA4 1University of Hyogo, Japan, 2RIKEN Center for Computational Science, Japan, 3Japan Meteorological Agency, Japan, 4RIKEN Advanced Institute for Computational Science, Japan |
| AS61-A003 | Moisture Mode-to-Gravity Wave Spectrum as a Framework to Define Tropical Weather Systems | Muhamad Reyhan RESPATI1,2#+, Martin SINGH1, Christian JAKOB1 1Monash University, Australia, 2ARC Centre of Excellence for the Weather of the 21st Century, Australia |
| AS61-A005 | Using Heavy Isotopic Depletion in Precipitation to Understand Vertical Profiles of Convective Heating in the East Pacific: Revisiting the Assumptions | Nathanael WONG1#+, Fayçal LAMRAOUI1, Ana VESGA2, Ricardo SANCHEZ-MURILLO3, Ana DURÁN-QUESADA4, Nelson VARGAS2, Zhiming KUANG1 1Harvard University, United States, 2Instituto de Hidrología, Meteorología y Estudios Ambientales, Colombia, 3The University of Texas at Arlington, United States, 4University of Costa Rica, Costa Rica |
| AS61-A007 | Vertical Motions Inside Convection Analyzed from Earthcare Satellite Cloud Radar Observations and an 870-m Mesh Nicam Simulation | Woosub ROH1, Masaki SATOH1,2#+, Shuhei MATSUGISHI1, Shunsuke AOKI3, Takuji KUBOTA4, Hajime OKAMOTO5 1The University of Tokyo, Japan, 2Yokohama National University, Japan, 3JAXA/EORC, Japan, 4Japan Aerospace Exploration Agency, Japan, 5Kyushu University, Japan |
| AS61-A008 | Sea Breeze Cloud Response to Soil Moisture, Urban Heating and the Galveston Bay | Jingyi CHEN1#+, Yuna TANG1, Xiang WEI1, Yadong WANG1, Ying MA1, Shenglun TAI2, Adam VARBLE2, Jerome FAST2, Yun QIAN2, Ye LIU2, Colleen KAUL2, Larry BERG2, Zhao YANG2, Chunsong LU3 1Nanjing University of Information Science and Technology, China, 2Pacific Northwest National Laboratory, United States, 3Nanjing University of Information Science & Technology, China |
| AS61-A010 | Aerosol-cloud-precipitation Interactions and Their Reflection in Raindrop Size Distribution in Simulations with a Bin Cloud Microphysics Scheme | Joohyun LEE1#+, Han-Gyul JIN2, Jong-Jin BAIK3 1Yonsei University, Korea, South, 2Pusan National University, Korea, South, 3Seoul National University, Korea, South |
| AS61-A011 | Roles of Meiyu Front and Marine Boundary Layer Jet on Heavy Rainfall Over Taiwan | Pay-Liam LIN#, Chuan-Chi TU+ National Central University, Taiwan |
| AS65 Mesoscale and Orographic Effects on Airflow, Precipitation and Weather Systems | ||
| Abstract ID | Abstract Title | Authors |
| AS65-A001 | Impacts of Roughness Topography and Heat Transfer in Urban Areas on the Generation of Isolated Thunderstorms: Analysis of Large-eddy-simulation and Mesoscale Meteorological Models | Tetsuya TAKEMI#+, Seika TANJI, Kenta IRIE Kyoto University, Japan |
| AS65-A002 | Urbanization Impacts On An Extreme Rainfall Event In Guangdong-Hong Kong-Macao Greater Bay Area: Sensitivity To Urban Land Cover Change And Anthropogenic Heat | Yifeng RAO+, Yu DU#, Xi LU Sun Yat-sen University, China |
| AS65-A005 | Assessment of Surface Precipitation Phase Classification Methods for Winter Precipitation on Korean Peninsula Using an Operational Numerical Weather Prediction Model | Sumin SONG1+, Ki-Byung KIM2#, Kyo-Sun LIM3 1BK21 Weather Extremes Education & Research Team, Department of Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Korea, South, 2Department of Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Korea, South, 3Kyungpook National University, Korea, South |
| AS65-A006 | Optimizing Hydrometeor Characteristic Parameters in a Cloud Microphysics Scheme to Improve Precipitation Simulation | Ki-Byung KIM1+, Kyo-Sun LIM2#, Kwonil KIM3, Hailong WANG4, Yun QIAN4, Gyu Won LEE2 1Department of Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Korea, South, 2Kyungpook National University, Korea, South, 3Stony Brook University, United States, 4Pacific Northwest National Laboratory, United States |
| AS65-A011 | Development of a Seeder–feeder Orographic Precipitation Model in a Typhoon Environment: a Case Study of Typhoon Saola (2012) | Lin-Wen CHENG1#+, Cheng-Ku YU1, Ming-Jen HSU2 1National Taiwan University, Taiwan, 2National Taiwan University, Taiwan, Taiwan |
| AS65-A009 | Evaluation of Ice Microphysics Processes in Bulk Microphysics Schemes Using a Cloud-resolving model Radar SIMulator(CR-SIM) | Sun-Young PARK1#+, Kyo-Sun LIM1, Mariko OUE2, Gyu Won LEE1, Kyuhee SHIN1 1Kyungpook National University, Korea, South, 2School of Marine and Atmospheric Sciences, Stony Brook University, Stony Brook, NY, , United States |
| AS65-A010 | Small-scale Convection Initiation and Development of the 30 July 2023 Case During Kpop-ms 2023 Field Campaign | Jeong-Eun LEE+, Gyu Won LEE# Kyungpook National University, Korea, South |
| AS65-A012 | A Taiwan Rainband Associated with the Aircraft Crash | Che-Yu LIN#+, Cheng-Ku YU National Taiwan University, Taiwan |
| AS65-A013 | Orographic Enhancement of Precipitation Associated with Typhoons Over the Liutengtan Valley of Southwestern Taiwan | Cheng-Ku YU1#+, Jia-Cheng SYU2, Lin-Wen CHENG1 1National Taiwan University, Taiwan, 2Central Weather Administration, Taiwan |
| AS65-A015 | The Characteristics of Two Types of Low-Level Jets and Their Relationship with Precipitation in China Based on Radiosonde Data | Erqi ZHENG1#+, Yu DU2 1Sun Yat-Sen University, China, 2Sun Yat-sen University, China |
| AS65-A017 | A Numerical Study for the Looping Track and Severe Rainfall Over South Taiwan Associated with Typhoon Gaemi (2024) | Ya-Shin CHI1#+, Ching-Yuang HUANG1, Ling-Feng HSIAO2, Der-Song CHEN3, Sheng-Hao SHA4, Kathryn HSU3, Pao-Liang CHANG2 1National Central University, Taiwan, 2Central Weather Administration, Taiwan, 3Central Weather Administration, Taiwan, Taiwan, 4Central Weather Administration, Taiwan, Taiwan, Taiwan |
| AS65-A016 | Diversity of Boundary Layer Jets Over the South China Sea | Jiabao GUO1#+, Yu DU2, Yangruixue CHEN3 1Chengdu University of information and technology, China, 2Sun Yat-sen University, China, 3Chengdu University of information and technology, China, China |
| AS65-A018 | Recent Trends of Tropical Cyclone Precipitation Over the Northwest Pacific | POU I LEI1#+, Cheng-Ku YU1, Che-Yu LIN2 1National Taiwan University, Taiwan, 2Chinese Culture University, Taiwan |
| AS65-A019 | Environmental Factors Influencing the Precipitation Intensity of Outer Tropical Cyclone Rainbands | Hsin-Yu YANG#+, Cheng-Ku YU, Che-Yu LIN National Taiwan University, Taiwan |
| AS66 Physical Processes and Their Parameterizations in Atmospheric Numerical Model | ||
| Abstract ID | Abstract Title | Authors |
| AS66-A002 | Estimating Turbulent Fluxes with Higher Precision: Evaluation of Three Systematic Schemes Based on Atmospheric Turbulence Characteristics from Large Eddy Simulation | Zihan LIU1#+, Hongsheng ZHANG2 1Peking University, School of Physics, China, 2Peking University, China |
| AS66-A001 | Parameterizing the heterogeneous liquid-ice mixing in modelling ice growth through the Wegener–Bergeron–Findeisen process in GCM | Jing YANG#+ Nanjing University of Information Science and Technology, China |
| AS66-A003 | Process-level Insights Into Climate Model Biases in Amazonian Convective Heating Profiles: a Single-column Model Perspective | Shuaiqi TANG1#+, Jianxin ZHU2, Xinghong HUO1 1Nanjing University, China, 2Ocean University of China, China |
| AS66-A005 | Tropical Cyclone Simulations: The Impact of Model Top/Damping Layer and the Role of Stratospheric Gravity Waves | Yuan WANG1,2#+, Xu WANG1, Chang HUANG3 1National University of Defense Technology, China, 2Nanjing University, China, 3College of Meteorology and Oceanography, National University of Defense Technology, China |
| AS66-A006 | Impact of Improved Land Surface Soil Organics Representation on Land-atmosphere Interaction | Cenlin HE1#+, Tzu-Shun LIN1, Ronnie ABOLAFIA-ROSENZWEIG1, Jimy DUDHIA2, Michael BARLAGE3 1NSF National Center for Atmospheric Research, United States, 2National Center for Atmospheric Research, United States, 3National Oceanic and Atmospheric Administration/ Environmental Modeling Center, United States |
| AS66-A007 | Performance of Conventional and Mass-flux Planetary Boundary Layer Schemes for Simulating Three Modes of Cloud-boundary Layer Coupling Over the Southern Ocean | Xiao-Ming HU1#+, Greg MCFARQUHAR2, Ming XUE1, Bowen ZHOU3 1The University of Oklahoma, United States, 2University of Oklahoma, United States, 3Nanjing University, China |
| AS66-A008 | Raindrop Deformation in Turbulence: Observation | Hepeng ZHENG#+, Yun ZHANG, Yanqiong XIE National University of Defense Technology, China |
| AS66-A009 | Orographic Gravity Wave Drag Parameterization Improving the Simulation of Heavy Rainfall in High-resolution Numerical Model | Mingshan LI1, Xin XU2#, Zhenzhen AI2+, Ming XUE3, Shangfeng LI4,5 1Jingmen Meteorological Service, China, 2Nanjing University, China, 3The University of Oklahoma, United States, 4Jilin Provincial Key Laboratory of Changbai Mountain Meteorology and Climate Change, Laboratory of Research for Middle-High Latitude Circulation Systems and East Asian Monsoon, China, 5Institute of Meteorological Sciences of Jilin Province, Changchun, China |
| AS66-A010 | Correction Model Based on Machine Learning Between Scalar- and Vector Radiative Models in Rayleigh Scattering Atmosphere | Kun WU1#+, Yuqian ZHANG2 1Nanjing University of Information Science & Technology, China, 2School of Reading Academy / Atmospheric Science, Nanjing University of Information Science and Technology, China |
| AS66-A011 | Impact of Surface and Entrainment Heat Fluxes on the Thermodynamic Structure of the Convective Boundary Layer Over the Tibetan Plateau: Observations and Modelling Analysis | Xiaolan LI1#+, Xiao-Ming HU2 1China Meteorological Administration, China, 2The University of Oklahoma, United States |
| AS66-A012 | Evaluation of the Impacts of Land Use/land Cover Changes on Weather Forecast Using the Wrf Model Over an Urban Area (Dehradun) in India | Yalakala GOWTHAM1, Piyush SRIVASTAVA2#+, Shiwam SINGH1 1Indian Institute of Technology Roorkee, India, India, India, 2Indian Institute of Technology Roorkee, India, India |
| AS66-A013 | Assessing the Impact of Cumulus Convection and Turbulence Parameterizations on Typhoon Precipitation Forecast | Yueya WANG+, Xiaoming SHI#, Jimmy Chi Hung FUNG The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS66-A014 | Offline Correction Of CMIP6 HighResMIP Simulated Surface Solar Irradiance With 3D Sub-grid Terrain Radiative Effects | Chunlei GU1+, Anning HUANG1#, Xin LI2, Yang WU2 1Nanjing University, China, 2Key Laboratory of Transportation Meteorology of China Meteorological Administration, Nanjing Joint Institute for Atmospheric Sciences, China |
| AS67 Advanced AI/ML for Weather Forecast and Climate Prediction | ||
| Abstract ID | Abstract Title | Authors |
| AS67-A001 | AirQFormer: Improving Regional Air Quality Forecast with a Hybrid Deep Learning Model | Mingyun HU#+ The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS67-A002 | Reconstructing Marine Boundary Layer Jets Over the South China Sea: a Machine Learning Approach | Yican LIN1+, Yu DU2#, Jiuke WANG3 1Sun Yat-Sen University, China, 2Sun Yat-sen University, China, 3Sun Yat-sen University, China, China |
| AS67-A005 | Multi-Modal Data Fusion for Context-Aware Precipitation Nowcasting: Addressing Local Dynamics via Geostationary Satellite Integration | Piyush YADAV#+, Hui SU, Chengxing ZHAI The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS67-A004 | Predicting Stratospheric Sudden Warming Using Video Prediction Methods | YuHao DU+, Jiankai ZHANG# Lanzhou University, China |
| AS67-A006 | Application and Test Evaluation of U-net Model in Beijing-tianjin-hebei Precipitation Nowcasting | Xu CHENGPENG#+ national meteorological center, China |
| AS67-A008 | Comparison of Deep Learning Models for Heatwave Prediction | Ahean JANG1+, Ki-Hong MIN1,2#, Cheol-Hong MIN3, Dong-Hyun CHA4 1Kyungpook National University, Korea, South, 2Purdue University, United States, 3Department of Electrical and Computer Engineering, University of St. Thomas, United States, 4Ulsan National Institute of Science and Technology, Korea, South |
| AS67-A009 | Deep Diffusion Model-based Precipitation Ensemble Estimation and Prediction | Wentao LI1#+, Qingyun DUAN1, Baoxiang PAN2 1Hohai University, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS67-A010 | EXP3 Using A Neural Network For High Resolution Wind Speed Forecasts | Alen KOSPANOV1#+, Alexei ZHUKOV2 1Lomonosov Moscow State University, Russian Federation, 2Windy.app, Georgia |
| AS67-A011 | Manifold Learning-aided Offline Parameter Uncertainty Quantification of an Earth System Model Using Observation of Changing Climate | Amane KUBO#+, Yohei SAWADA The University of Tokyo, Japan |
| AS67-A012 | Regional Data-driven Weather Forecasting Over India with Pangu-weather Architecture and IMDAA Reanalysis | Animesh CHOUDHURY#+, Jagabandhu PANDA National Institute of Technology, Rourkela, India |
| AS68 Mesoscale Meteorology and High-impact Weather | ||
| Abstract ID | Abstract Title | Authors |
| AS68-A003 | Initiation of a Record-breaking Rainfall Event in Beijing, China Associated with a Penetrating Inland Sea Breeze Front | Xian XIAO#+ IUM, China |
| AS68-A015 | Enhanced Accuracy of Mesoscale Precipitation Forecasting with Ensemble Dual-Polarimetric Radar Data Assimilation | Ji-Won LEE1+, Ki-Hong MIN1,2#, Gyu Won LEE1, Yu-Gon YANG1 1Kyungpook National University, Korea, South, 2Purdue University, United States |
| AS68-A004 | Impact of Enhanced Collision-coalescence Efficiency in WDM6 Scheme on Simulating Air-sea Interaction Events over the Korean Peninsula | Juhee KWON1+, Kyo-Sun LIM2#, Yujin JEONG3 1BK21 Weather Extremes Education & Research Team, Department of Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE) , Kyungpook National University, Korea, South, 2Kyungpook National University, Korea, South, 3Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Korea, South |
| AS68-A007 | Impact of Modified Auto-conversion Parameterization on the Simulated Shallow Cumulus Clouds | Yujeong DO1+, Kyo-Sun LIM2#, Donggun OH3, Jeong-Eun LEE2, Gyu Won LEE2, Hwan-Jin SONG1 1BK21 Weather Extremes Education & Research Team, Department of Atmospheric Sciences, Center for Atmospheric REmote sensing (CARE), Kyungpook National University, Korea, South, 2Kyungpook National University, Korea, South, 3Korea Institute of Energy Research, Korea, South |
| AS68-A005 | Diurnal Cycle of Heavy Rainfall Over the Dabie Mountain in Summer Season Under Typical Synoptic Patterns and Associated Mechanisms | Churui CHEN1,2#+ 1Nanjing University, China, 2Nanjing University, China |
| AS68-A008 | Contribution of Moist Absolute Unstable Layer (MAUL) Region to the Evolution of a Precipitation System | Taro SHINODA1#+, Ryuki OSAKA1, Shingo SHIMIZU2, Masaya KATO1, Kazuhisa TSUBOKI1,3 1Nagoya University, Japan, 2National Research Institute for Earth Science and Disaster Resilience, Japan, 3Yokohama National University, Japan |
| AS68-A010 | Climatological Characteristics of Heatwaves in the Korean Peninsula | Ahean JANG1+, Ki-Hong MIN1,2#, Sanhae JANG1, Dong-Hyun CHA3 1Kyungpook National University, Korea, South, 2Purdue University, United States, 3Ulsan National Institute of Science and Technology, Korea, South |
| AS68-A011 | Synoptic Forcings and Mesoscale Processes for Development of the 8 August 2022 Squall Line | Jeong-Eun LEE1+, Yi-Leng CHEN2,3, Gyu Won LEE1# 1Kyungpook National University, Korea, South, 2University of Hawaii at Manoa, United States, 3National Central University, Taiwan |
| AS68-A013 | Detection and Analysis of Line-shaped Mcs Along the Baiu Front in Japan | Yasutaka WAKAZUKI1#+, Tomoya KANEKO2, Hayate TANAKA2, Miteki SATOH1 1Ibaraki University, Japan, 2Graduate School of Science and Engineering, Ibaraki University, Japan |
| AS68-A016 | Analysis of Multiscale Processes During Atmospheric River Landfall on the Korean Peninsular | Seung Hee KIM1#+, Jonghoon JEONG2, Ju-Mee RYOO3,4, Junkyung KAY5, Sen CHIAO6, Gyu Won LEE7, Menas KAFATOS1 1Chapman University, United States, 2IMSG, United States, 3NASA Ames Research Center, United States, 4Bay Area Environmental Research Institute, United States, 5NCAR, United States, 6Howard University, United States, 7Kyungpook National University, Korea, South |
| AS69 Urban Weather, Climate, and Air Pollution | ||
| Abstract ID | Abstract Title | Authors |
| AS69-A002 | Influence of Urbanization on Pre-monsoon Precipitation Driven by Southeastward-advancing Synoptic Shear Line Over South China | Yali LUO1#+, Xiaoling JIANG2, Xiaoyan SUN3, Haiming XU4, Haishan CHEN4, Yao YAO1, Fei CHEN5 1Nanjing University of Information Science & Technology, China, 2National Institute of Natural Hazards, Ministry of Emergency Management of China, China, 3CMA Weather Modification Centre, China, 4Nanjing University of Information Science and Technology, China, 5The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS69-A003 | Modelling Extreme Rainfall in Singapore Weather Systems | Utkarsh BHAUTMAGE1#, Song CHEN2+, Matthias ROTH1, Pratiman PATEL3, Kalli FURTADO4, Hugh ZHANG2 1National University of Singapore, Singapore, 2Centre for Climate Research Singapore, Singapore, 3Centre for Climate Research Singapore, Meteorological Service Singapore., Singapore, 4Center for Climate Research Singapore, Singapore |
| AS69-A013 | New Tracer and Approach to Apportion Plastic Emissions in PM2.5 from Near- and Long-range Sources | Xiaorui WU+, Liya YU# National University of Singapore, Singapore |
| AS69-A005 | Enhancing Regional Climate Modeling for Southeast Asia Megacities | Tianyuan MA#+, Zhenning LI, Fei CHEN, Wanliang ZHANG, Xiaoming SHI, Alexis LAU, Jimmy Chi Hung FUNG, Yeer CAO The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS69-A012 | The Capacity of Human Interventions to Regulate Pm2.5 Concentration Has Substantially Improved in China | Cheng YUAN1#+, Wenchao HAN2, Jiachen MENG1 1Nanjing University of Information Science & Technology, China, 2Chinese Research Academy of Environment Science, China |
| AS69-A004 | Evaluate the impact of shading on mitigating human thermal stress in the Yangtze River Delta based on local climate zones | Luyun QIU1+, Hongyun MA2# 1Nanjing University of Information Science and Technology, China, 2School of Atmospheric Sciences, Nanjing University of Information Science and Technology, Nanjing, 210044, China |
| AS69-A014 | Estimating PM1.0 Exposure and Allergic Diseases Impact Through Machine Learning | Hyemin HWANG1+, Jae-Hyuk JANG2, Marloes EEFTENS3, Martina S. RAGETTLI3, Jae Young LEE1# 1Ajou University, Korea, South, 2Ajou University School of Medicine, Korea, South, 3Swiss Tropical and Public Health Institute, Switzerland |
| AS69-A007 | Projection of Future Urban Heat Island for Singapore Using 100m Resolution Model | Song CHEN1#+, Anupam KUMAR1, Venkatraman PRASANNA1, Sandeep SAHANY1, Kalli FURTADO2, Hugh ZHANG1, Aurel MOISE1 1Centre for Climate Research Singapore, Singapore, 2Center for Climate Research Singapore, Singapore |
| AS69-A008 | Assessing the Impact of Microscale Urban Morphology on Canopy Urban Heat Island Intensity Using Multi-source Environmental Monitoring Data | Yen-Cheng CHEN#+, Li-Pen WANG National Taiwan University, Taiwan |
| AS69-A016 | Influence of Source and Aging on Metal Bioaccessibility in Size-resolved Atmospheric Particles: Implications for Health Risk Assessment | Kun HUA#+, Xinyao FENG Nankai University, China |
| AS69-A017 | Modeling of Air Quality and Greenhouse Gases Over Greater Boston from Regional to Street Scales | Yang ZHANG1#+, Yiyue YANG2, Ying WANG3 1Northeastern University, United States, 2Northeastern University, United States, United States, 3 Northeastern University, United States |
| AS69-A018 | Visualizing Ozone with a Space-Time Cube and Assessing Exposure Inequality Based on a Geo-AI Prediction Model: a Case Study of Southwestern Taiwan | CHEN-YEN TSAI1+, Chih-Da WU2# 1National Cheng Kung University, Taiwan, 2Department of Geomatics, National Cheng Kung University, 70101 Tainan, Taiwan |
| AS69-A019 | Resolving the Contribution of PM2.5 at Sensitive Sites from Sintering Process: Comparison of Receptor and Source Modeling | Cheng-Tsung SHAO1, Yu-Lun TSENG2, Chung-Shin YUAN2#, Nian-Jie LI3+ 1National Sun Yat-sen University, Taiwan, Taiwan , Taiwan, 2National Sun Yat-sen University, Taiwan, 3National Sun Yat-sen University, Taiwan, Taiwan |
| AS69-A010 | Role of Urban Heat Island Effect on Compound Nighttime Heatwave Over the Seoul Metropolitan Area | TaeHun KANG1+, Young Hyun KIM1, Dong-Hyun CHA1#, Myong-In LEE1, Ki-Hong MIN2,3, Donghyuck YOON4 1Ulsan National Institute of Science and Technology, Korea, South, 2Kyungpook National University, Korea, South, 3Purdue University, United States, 4Princeton University, United States |
| AS69-A011 | Incorporating Humidity Into Excess Heat Factor (ehf) for Defining Heatwaves in the Pearl River Delta Based on Cmip6-wrf Dynamical Downscaling | Ziping ZUO1#+, Zhenning LI1, Edward Yan Yung NG2, Chao REN3, Jimmy Chi Hung FUNG1 1The Hong Kong University of Science and Technology, Hong Kong SAR, 2The Chinese University of Hong Kong, Hong Kong SAR, 3The University of Hong Kong, Hong Kong SAR |
| AS70 Connections Between Polar-tropical, Arctic-midlatitude, and Tropical-extratropical Regions | ||
| Abstract ID | Abstract Title | Authors |
| AS70-A001 | Interannual Responses of Arctic Temperatures to Eurasian Snow Cover Variations in Early Spring | Li MA+, Zhigang WEI# Beijing Normal University, China |
| AS70-A002 | Rapid Summer Russian Arctic Sea-ice Loss Enhances the Risk of Recent Eastern Siberian Wildfires | Binhe LUO1#+, Cunde XIAO1, Dehai LUO2, Aiguo DAI3, Ian SIMMONDS4 1Beijing Normal University, China, 2Chinese Academy of Sciences, China, 3Department of Atmospheric and Environmental Sciences, University at Albany, United States, 4The University of Melbourne, Australia |
| AS70-A029 | South Pacific Convergence Zone Impacts on the Autumn Sea Ice Changes in the Amundsen Sea, Antarctica | Yuanyuan GUO1#+, Yingjie HOU1, Ruijie ZHANG2 1Fudan University, China, 2Guangdong Meteorological Observatory, Guangzhou, Guangdong 510640, China, China |
| AS70-A006 | Change of Boreal Winter Dominant ENSO Teleconnection Modulated by the East Asian Westerly Jet Strength | Jingdan MAO+, Zhiwei ZHU# Nanjing University of Information Science & Technology, China |
| AS70-A004 | Performance Evaluation of CMIP6 Models in Simulating the Dynamic Processes of Arctic-tropical Climate Connection During Winter | Bo SUN#+ Nanjing University of Information Science and Technology, China |
| AS70-A005 | MJO Structure–Propagation Nexus and Impacts of Background Mean States in CMIP6 Models | Yuhang XIANG1+, Juan LI1#, Bin WANG2, Libin MA3, Zhiwei ZHU1 1Nanjing University of Information Science & Technology, China, 2University of Hawaii, United States, 3CMA Earth System Modeling and Prediction Center, China |
| AS70-A008 | Linking Radiative‐advective Equilibrium Regime Transition to Arctic Amplification | Yu-Chiao LIANG1#+, Osamu MIYAWAKI2, Tiffany SHAW3, Ivan MITEVSKI4, Lorenzo POLVANI5, Yen-Ting HWANG1 1National Taiwan University, Taiwan, 2Geosciences Department, Union College, Schenectady, NY, USA, United States, 3The University of Chicago, United States, 4Princeton University, United States, 5Columbia University, United States |
| AS70-A009 | Mitigation-driven Global Heat Imbalance in the Late 21st Century | Shouwei LI1#+, Liping ZHANG2, Tom DELWORTH3, William COOKE3, Se-yong SONG4, Qinxue GU1 1Princeton University, United States, 2GFDL, United States, 3NOAA Geophysical Fluid Dynamics Laboratory, United States, 4University of California, Santa Barbara, United States |
| AS70-A013 | Dynamics and Mechanisms of South Indian Ocean Teleconnection on the West Antarctic Sea Ice in the Cold Season | Hongyi HOU+ Ocean University of China, China |
| AS70-A010 | Compound Impact of Tropical Pacific and Indian Ocean on the Record-low Antarctic Peninsula Sea Ice Cover During Austral Spring 2022 | Junkai WANG#+ Ocean University of China, China |
| AS70-A011 | The Remote Driving Factors of the Arctic Sea Ice Loss in 2012：insights from Western North Pacific Convection | Jing CHEN#+, Zhiping WEN Fudan University, China |
| AS70-A019 | Response of the Australian Summer Monsoon Precipitation to Antarctic Circumpolar Current | Yuhui HAN1#+, Song YANG1, Peixi WANG1, Zhenning LI2, Xiaoming HU1 1Sun Yat-sen University, China, 2The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS70-A014 | Asymmetric Impacts of Weak and Strong La Nina on Antarctic Sea Ice in Austral Summer | Chao ZHANG1+, Shuanglin LI2,3# 1Beibu Gulf University, China, 2Chinese Academy of Sciences, China, 3China University of Geosciences, China |
| AS70-A015 | The Inverse Influence of the Southeastern Heating Mode of the Tibetan Plateau on the Tropical Easterly Jet Entrance Region: the Role of the Western North Pacific | XUEJIAO HE#+, Zhiping WEN, Sihua HUANG Fudan University, China |
| AS70-A016 | Characteristics Of Large-scale Freezing Rain In China And Its Possible Relationship With Arctic And Tropical | Rui HUA1+, Zhiping WEN2# 1Fudan university, China, 2Fudan University, China |
| AS70-A017 | Insights from the Second Mode of Winter Ocean-ice-atmosphere Coupling in the Arctic | Yuqi SHI+, Zhiping WEN# Fudan University, China |
| AS70-A020 | Discovering Causal Dependencies Through Information Transfer | Stéphane VANNITSEM1#+, David DOCQUIER1, X. San LIANG2, Carlos PIRES3 1Royal Meteorological Institute of Belgium, Belgium, 2Fudan University, China, 3Instituto Dom Luiz, Faculdade de Ciências, Universidade de Lisboa, Lisbon, Portugal |
| AS70-A021 | A moderator of tropical impacts on climate in Canadian Arctic Archipelago during boreal summer | Zhiwei ZHU#, Rui LU, Jingdan MAO+ Nanjing University of Information Science & Technology, China |
| AS70-A022 | Decadal Predictability of Summer Precipitation in Northwestern China Originated from the North Atlantic Ocean | Yuhang XIANG+, Juan LI#, Zhiwei ZHU Nanjing University of Information Science & Technology, China |
| AS70-A024 | Influence of Tropical Atlantic Sea Surface Temperature on the Sea Ice Variability in the Weddell Sea | Yiguo WANG1#+, Yongwu XIU2, Lingling SUO3, Ping-Gin CHIU4, Quentin DALAIDEN3, Yafei NIE5, Hao LUO6 1Nansen Environmental and Remote Sensing Center, Norway, 2SYSU, China, 3Nansen Environmental and Remote Sensing Center and Bjerknes Center for Climate Research, Norway, 4University of Bergen, Norway, 5SML, China, 6Sun Yat-Sen University, China |
| AS70-A038 | Impacts of Early-winter Arctic Sea-ice Loss on Wintertime Temperature Extremes and Atmospheric Fronts in East Asia | Xufan XIA+, Jiankai ZHANG# Lanzhou University, China |
| AS70-A026 | Asymmetries Between Phases of Atlantic Multidecadal Variability in the CMIP6 Models | Dong Eun LEE1#+, Haedo BAEK1, Young Ho KIM2, Young Gyu PARK3, Hye-Ji KIM1, Mingfang TING4, Yochanan KUSHNIR5 1Chungnam National University, Korea, South, 2Pukyong National University, Korea, South, 3Korea Institute of Ocean Science & Technology, Korea, South, 4Columbia University, United States, 5Lamont Doherty Earth Observatory, United States |
| AS70-A027 | Indian Summer Monsoon Rainfall Drives Antarctic Climate And Sea Ice Variability Through Atmospheric Teleconnections | Qianghua SONG1#+, Chunzai WANG1, Lei ZHANG1, Hanjie FAN2 1Chinese Academy of Sciences, China, 2Sun Yat-sen University, China |
| AS70-A030 | A Non-ENSO Driver of the South China Sea Winter Monsoon: North Pacific Sea Ice | Xiaodan CHEN#+, Chang KONG, Zhiping WEN, Yuanyuan GUO Fudan University, China |
| AS70-A032 | Possible Influence of Weakened Autumn East Asian Trough on Winter Barents-Kara Seas Warming | Xinrong DUAN+, Bingyi WU# Fudan University, China |
| AS70-A035 | Motivating Mechanisms of the South Asian Jet Wave Train by Disturbances Over the North Atlantic in Winter | Xiuzhen LI#+ Sun Yat-sen University, China |
| AS70-A039 | The Possible Linkage Between Tropics and Arctic in Summertime on Quasi Decadal Timescales | Zili SHEN#+ Fudan University, China |
| AS71 Advances in Understanding of Tornadic Storms in East Asia | ||
| Abstract ID | Abstract Title | Authors |
| AS71-A001 | Tornadic Wind Storm Experiment in the Greater Bay Area（twister） | Zhiyong MENG1#+, Xiantong LIU2, Lanqiang BAI3, Xianxiang HUANG 4, Jianxia GUO5, Rui QIN 6, Lei ZHU7, Luyi CHEN8, Mingxuan CHEN6, Kun ZHAO9, Donghai WANG10, Rong CHEN4, Naigeng WU11 1Department of Atmospheric and Oceanic Sciences, School of Physics, and China Meteorological Administration Tornado Key Laboratory, Peking University, China, 2Guangzhou Institute of Tropical and Marine Meteorology, China Meteorological Administration, China, 3Guangdong Meteorological Service, China, 4Foshan Meteorological Bureau, China, 5Meteorological Observation Centre, CMA, Beijing, China , China, 6China Meteorological Administration, China, 7Nanjing university of science and technology, China, 8Peking University, China, 9Nanjing University, China, 10Sun Yat-sen University, China, 11Guangdong Meteorological Bureau, China |
| AS71-A003 | Convective Mode of Tornadic Storms in Northeastern China: a Preliminary Study | YUAN CHAO#+ Panjin National Climate Observatory, China |
| AS71-A005 | Tornadoes In The Dabie-vortex Background: Key Features And Comparisons | XUE XIAO1#+, Shenming FU2 1Institute of Atmospheric Physics,Chinese Academy of Sciences, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS71-A007 | Evaluating Directional Preference of Tornado Movement in Japan | Yuri MITA#+, Tsubasa KOHYAMA Ochanomizu University, Japan |
| AS71-A006 | Observational Study of a Quasi-linear Convective System Tornado in Nanchang Jiangxi Province | Xiuming WANG1#+, Li SHUFAN2, Liu YIJING3, Li HAIJUN4, Fan LIMIAO5, Xiaoding YU6, Tang HUAN2 1China Meteorological Administration Training Center, China, 2China Meteorological Administration Training Centre, China, 3Jiangxi Zhulei film and television culture media Co., LTD, China, 4Jiangxi Central Meteorological Observatory, China, 5Hangzhou Meteorological Bureau of Zhejiang Province, China, 6China Meteorological Administration, China |
| AS71-A009 | Using High-Resolution Phased Array Radar to Detect and Analyze Micro-Scale Vortices in Tornadic Supercells | Dai JIANHUA1,2#+, guorong WANG3, Yuchen SONG2, Junjing WU1, Li GUAN1, Jiakai ZHU4 1Shanghai Central Meteorological Observatory, China, 2East China Phased Array Weather Radar Application Joint Laboratory, China, 3Huan Eastone Washon Technology Co.,Ltd, China, 4Shanghai Meteorological Information and Technical Support Center, China |
| AS71-A010 | Tornado and Thunderstorm-wind-gust Monitoring, Forecasting, and Nowcasting Technologies in National Meteorological Centre of China | Yongguang ZHENG1#+, Bo YANG1, Kanghui ZHOU1, Mingxuan CHEN2 1National Meteorological Centre, China Meteorological Administration, China, 2China Meteorological Administration, China |
| AS71-A011 | A Novel Tornado Detection Algorithm Based on CNN | Guoxiu ZHANG#+, Qiangyu ZENG, Jianxin HE, Hao WANG, Yu WANG Chengdu University of Information Technology, China |
| AS71-A014 | The Analyses of a Tornado Event Using X-band Polarimetric Phased Array Radar in South China | Kun ZHAO#+ Nanjing University, China |
| AS71-A016 | High Resolution Numerical Simulation of Tornado Outbreak Associated with Typhoon Shanshan 2024 Using Supercomputer Fugaku | Kanna TSUKAGOSHI1,2#+, Yusuke MAJIMA3, Takumi HONDA3, Nobuhiro YUGAMI3, Ryuji YOSHIDA2, Masaki SATOH4,2, Hironori FUDEYASU2, Kazuhisa TSUBOKI1,2 1Nagoya University, Japan, 2Yokohama National University, Japan, 3Fujitsu Limited, Japan, 4The University of Tokyo, Japan |
| AS71-A013 | Analysis of a Weak Tornado under the Background of a Tropical Cyclone after Landfall and Weakening | Lan TAO#+ Shanghai Central Meteorological Observatory, China |
| AS71-A017 | Damage Survey and Mesoscale Characteristics of the Tornadoes in Heze of Shandong Province on 5 July,2024. | YANCHA CAO#+ National Meteorological Center, China |
| AS71-A020 | Recent Tornado Research in Japan | Hiroshi NIINO#+ The University of Tokyo, Japan |
| AS71-A018 | Formation Mechanisms of Near-ground Vertical Vorticity and Primary Source of Horizontal Vorticity at Different Stages of Four Tornados within a Supercell Tornado Simulation | Wei HUANG1, Ming XUE2#+ 1Nanjing University, China, 2The University of Oklahoma, United States |
| AS71-A047 | Classification of Convective Systems Producing Tornadoes in Japan | Taisei SHIBAYAMA1+, Koji SASSA2# 1Graduate School of Integrated Arts and Sciences, Kochi University, Japan, 2Kochi University, Japan |
| AS71-A046 | Experimental Elucidation of Non-supercell Tornado Genesis Conditions | Masaya UKEGAWA1+, Koji SASSA2# 1Graduate School of Integrated Arts and Sciences, Kochi University, Japan, 2Kochi University, Japan |
| AS71-A054 | Investigating Tornado-terrain Interactions with Coupled Cm1 and Les Simulation | JIAMIN DANG1, Grace YAN2#+, Jana HOUSER3 1Chang' an University, China, 2Missouri University of Science and Technology, United States, 3The Ohio State University, United States |
| AS71-A053 | The Role of Land Cover in Modulating Near-surface Wind Characteristics of Tornadoes | JIAMIN DANG1+, Grace YAN2#, Jana HOUSER3 1Chang' an University, China, 2Missouri University of Science and Technology, United States, 3The Ohio State University, United States |
| AS71-A055 | TorDet: A Refined Two-Stage Deep Learning Approach for Radar-Based Tornado Detection | Maoyu WANG1, Kanghui ZHOU2, Lei HAN1#+, Yongguang ZHENG3 1Ocean University of China, China, 2National Meteorological Centre, China Meteorological Administration, China, 3China Meteorological Administration, China |
| AS73 Advancing the Assessment of Greenhouse Gas Emissions to Strengthen Global Efforts to Meet the Goal of the Paris Agreement | ||
| Abstract ID | Abstract Title | Authors |
| AS73-A002 | Trends of Anthropogenic CO2 Emissions in Thailand: an Analysis Using the ODIAC Dataset | Sirapong SOOKTAWEE1#+, Khwanruthai RENUHOM1, Pichnaree LALITAPORN2, Thongchai KANABKAEW3, Pramet KAEWMESRI4 1Department of Climate Change and Environment, Thailand, 2Kasetsart University, Thailand, 3Thammasat University, Thailand, 4Geo-Informatics and Space Technology Development Agency, Thailand |
| AS73-A011 | Global Methane Monitoring: Enhancing Flux Estimation Through Isotopic, Satellite, and Model Integration | Dmitry BELIKOV1#+, Prabir K. PATRA2,3, Naoko SAITOH1, Naveen CHANDRA2 1Chiba University, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Tohoku University, Japan |
| AS73-A004 | Toward a Global and Continuous Green House Gases Monitoring System: Integrating Sso, Equatorial Orbits, and Ground Sensor Networks | Alain RETIERE1#, Sei CABROL1, Erick LANSARD2+, Michael HIGGINS3, Ka Fai LOH4 1EVERIMPACT, France, 2Nanyang Technological University, Singapore, 3NTU, Singapore, 4Nanyang Technological University, Slovakia (Slovak Republic) |
| AS73-A005 | Quantifying Agricultural Methane Emissions Using Satellite Observations | Mengyao LIU1#+, Ronald VAN DER A2, Michiel VAN WEELE3, Lefteris IOANNIDIS4, Ruoqi LIU5, Xiaoxing ZUO6 1Royal Netherlands Meteorological Institute (KNMI), Netherlands, 2KNMI, Netherlands, 3Royal Netherlands Meteorological Institute (KNMI), Netherlands, Netherlands, 4 Royal Netherlands Meteorological Institute (KNMI), Netherlands, Netherlands, Netherlands, 5College of Land Science and Technology, China Agricultural University, Beijing, China, China, 6Royal Netherlands Meteorological Institute (KNMI), Netherlands, Netherlands, Netherlands |
| AS73-A007 | Advancing Greenhouse Gas Measurement: Picarro’s Pi5131-i N2O Isotopic Analyzer And Sage Gas Autosampler | Sohom ROY1#+, Naresh KUMAR2, Joyeeta BHATTACHARYA3, Jan WOŹNIAK3, Magdalena E. G. HOFMANN3, Tina HEMENWAY4, Keren DRORI3, Jingang ZHOU4 1Picarro, Inc., India, 2Picarro, Inc, India, 3Picarro Incorporated, United States, 4Picarro Incorporated, United States, United States |
| AS73-A008 | Observation of GHG Vertical Profile in the Boundary Layer of the Mount Qomolangma Region Using a Multirotor UAV | Ying ZHOU1+, Minzheng DUAN2#, Yinghong WANG1, Xiangjun TIAN2 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| AS73-A009 | Support Carbon Neutral Goal with a High-resolution Carbon Monitoring System in Beijing | Pengfei HAN1, Ning ZENG2#+, Bo YAO3, Qixiang CAI1, Huilin CHEN4, Wanqi SUN5, Miao LIANG6, Xingying ZHANG7, Meng ZHAO8, Cory MARTIN9, Zhiqiang LIU1, Hanhan YE10, Pucai WANG11, Yanxia LI12 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2University of Maryland, United States, 3Fudan University, China, 4Nanjing University, China, 5Meteorological Observation Centre of China Meteorological Administration, China, 6Meteorological Observation Centre, China Meteorological Administration, China, 7National Satellite Meteorological Center, China, 8Energy Research Institute, NDRC, China, 9RedLine Performance Solutions LLC and National Weather Service of National Oceanic and Atmospheric Administration, United States, 10Hefei Institutes of Physical Science, Chinese Academy of Sciences, China, 11Chinese Academy of Sciences, China, 12College of Environmental and Energy Engineering, Beijing University of Technology, China |
| AS73-A010 | The Wmo Global Greenhouse Gases Watch (g3w) | Prabir K. PATRA1,2#+, Lesley OTT3, Laurence ROUIL4, Oksana TARASOVA5, Gianpaolo BALSAMO5, Vincent-Henri PEUCH4, Gregory CARMICHAEL6 1Japan Agency for Marine-Earth Science and Technology, Japan, 2Tohoku University, Japan, 3NASA Global Modeling and Assimilation Office, United States, 4ECMWF, France, 5World Meteorological Organization, Switzerland, 6The University of Iowa, United States |
| AS74 Enhancing Early Warning Systems for Weather and Climate Related Hazards: Integrating Technology, Risk Assessment, and Communication | ||
| Abstract ID | Abstract Title | Authors |
| AS74-A011 | Perspective on MLWP TC Ensemble Forecast | Chih-Chia WANG1#+, Yin-Ruei SU1, Joyce JUANG2, Yun Jing CHEN2,3, Ching-Teng LEE2,3, Hsiao-Chung TSAI4, Tim LI5, Hui-Ling CHANG2,6, Tzu-Ting LO7, Jing Shan HONG2 1Central Weather Administration, Taiwan, Taiwan, 2Central Weather Administration, Taiwan, 3International Integrated Systems, Inc., Taiwan, 4Department of Water Resources and Environmental Engineering, Tamkang University, Taiwan, 5University of Hawaiʻi at Mānoa, United States, 6National Central University, Taiwan, 7National Taiwan University, Taiwan |
| AS74-A001 | Climate-driven Changes in Wildfire Seasonality Across North America | Fanglu FAN+, Hongliang ZHANG# Fudan University, China |
| AS74-A003 | From Extreme Rainfall to Progressive Forecasting Service | Yun CHEN1#+, Zichun LI2, Shunan YANG3, Yuedong WANG3, Lin DONG4 1China Meteorological Administration, China, 2(National Meteorological Center,, China, 3National Meteorological Centre, China, 4National Meteorological Center, China |
| AS74-A002 | Evaluation and Development of Taiwan CorrDiff Regional Climate Downscaling Emulator | Jr-Ben TIAN1, Yi-Chi WANG2, Ching-Teng LEE3,4, Jing Shan HONG3, Wan-Ling TSENG5, Ko-Chih WANG1#+ 1National Taiwan Normal University, Taiwan, 2Swedish Meteorological and Hydrological Institute, Sweden, 3Central Weather Administration, Taiwan, 4International Integrated Systems, Inc., Taiwan, 5National Taiwan University, Taiwan |
| AS74-A004 | Enhancing Week 3-4 Rainfall Forecast Using Convolutional Neural Network and Attention Mechanism | Yun Jing CHEN1,2#+, Ching-Teng LEE1,2, Jing Shan HONG1, Tzu-Ting LO1 1Central Weather Administration, Taiwan, 2International Integrated Systems, Inc., Taiwan |
| AS74-A015 | Development of a Growth Stage-Based Agricultural Technology Database for Improving Agricultural Risk Management | Eun-Jeong YUN1+, Eunhye BAN1, Dae Gyoon KANG2, Jin-Hee KIM1# 1National Center for Agro-Meteorology, Korea, South, 2National Center for Agro Meteorology, Korea, South |
| AS74-A006 | New Heat Stress Index Based on Human Energy Balance for Early Warming of Heat Disorder | Makoto NAKAYOSHI#+, Kanta SUSAKI Tokyo University of Science, Japan |
| AS74-A008 | Enhancing Corrdiff - Optimizing and Improving the Robustness in Downscaling | Ching-Teng LEE1,2#+, Yun Jing CHEN1,2, Yun-Ching LIN1,2, Jing Shan HONG1, Tzu-Ting LO1, Wan-Ling TSENG3, Hui-Ling CHANG1,4 1Central Weather Administration, Taiwan, 2International Integrated Systems, Inc., Taiwan, 3National Taiwan University, Taiwan, 4National Central University, Taiwan |
| AS74-A007 | Development and Application of Intelligent Identification Technology for Early Warning of Severe Weather | Qi LUO#+, Jiaolan FU, Yiwei TAO National Meteorological Centre, China |
| AS74-A009 | The Application of Analog Post-Processing in Medium- to Extended-Range Precipitation Forecasting over Taiwan | Joyce JUANG1#+, Yuchen CHIANG1, Hui-Ling CHANG1,2, Shih-Chun CHOU3, Tsun-Wen LO1, Han-Fang LIN4, Chih-Yung Feng FENG5, Jing Shan HONG1 1Central Weather Administration, Taiwan, 2National Central University, Taiwan, 3International Integrated Systems, Inc., Taiwan, 4Manysplended Infotech Ltd, Taiwan, 5Manysplendid Infotech, Ltd., Taiwan |
| AS74-A014 | Optimizing and Updating Response Guidelines to Enhance the Practical Applicability of an Early Warning System | Dae-jun KIM1+, Hyun Jung KIM2, Eunhye BAN1, Ho-Seung LEE3, Seung-Gil HONG4, Jin-Hee KIM1# 1National Center for Agro-Meteorology, Korea, South, 2Jeonbuk State Agricultural Research & Extension Services, Korea, South, 3National Center for Agro Meteorology, Korea, South, 4National Institute of Agricultural Sciences, Korea, South |
| AS74-A012 | Tailoring Subseasonal to Seasonal Forecast Information for Water Resources Management in Taiwan | Tzu-Ting LO1#+, Ching-Teng LEE2,3, Yun-Ching LIN2,3, Hui-Ling CHANG2,4, Hsiao-Chung TSAI5, Jing Shan HONG2 1National Taiwan University, Taiwan, 2Central Weather Administration, Taiwan, 3International Integrated Systems, Inc., Taiwan, 4National Central University, Taiwan, 5Tamkang University, Taiwan |
| AS74-A013 | End-to-End Warning Value Chain Assessment for Typhoon Muifa and the Development of Early Warning System (ews)) | Yi WANG1+, Qian WANG2, Kan DAI3#, Qingtao MENG3 1World Meteorological Centre Beijing Office, National Meteorological Centre,Chinese Meteorological Administration, China, 2Fudan University, China, 3National Meteorological Centre,Chinese Meteorological Administration, China |
| AS74-A016 | Development of the Taiwan High-resolution Seasonal Probability Rainfall Forecast Guidance | Yun-Ching LIN1,2#+, Ching-Teng LEE1,2, Tzu-Ting LO3, Yi-Chen CHEN4, Chih-Yung Feng FENG4, Yun Jing CHEN1,2, Jing Shan HONG1 1Central Weather Administration, Taiwan, 2International Integrated Systems, Inc., Taiwan, 3National Taiwan University, Taiwan, 4Manysplendid Infotech, Ltd., Taiwan |
| AS74-A017 | Impacts of Temperature Changes and Heavy Rainfall on Disaster Response in Taipei City Under Future Climate Scenarios | Chi-June JUNG1#+, Radiant Rong-Guang HSIU1, Mon-Liang CHIANG2, Wen-Bin HUNG2, Jing-Ting WANG2, Ben Jong-Dao JOU1 1National Taiwan University, Taiwan, 2Taipei City Fire Department, Taiwan |
| AS75 Advances in Fundamental Understanding of Organized Convection Across Scales | ||
| Abstract ID | Abstract Title | Authors |
| AS75-A012 | A Stochastic Reaction-diffusion Model of Convective Organization in the Tropics | Qiu YANG1#+, Yuhui LI2 1Peking University, China, 2Peking University , China |
| AS75-A014 | Connections Between Sub-cloud Coherent Updrafts and the Life Cycle of Maritime Shallow Cumulus Clouds in Large Eddy Simulation | Jian-Feng GU1#+, Robert PLANT2, Chris HOLLOWAY2 1Nanjing University, China, 2University of Reading, United Kingdom |
| AS75-A008 | Characteristics of Daytime and Nighttime Types of Torrential Precipitation Processes in North China | Meihui WANG 1, Yongguang ZHENG2#+, Diannan LI3, Shan HUA4 1National Meteorological Centre, China Meteorological Administration, China; Chinese Academy of Meteorological Sciences, China Meteorological Administration, China, China, 2National Meteorological Centre, China Meteorological Administration, China, 3National Meteorological Centre, China Meteorological Administration, China; Nanjing University of Information Science and Technology, China, China, 4National Meteorological Centre, China Meteorological Administration, China, China |
| AS75-A001 | Mechanism of the Boundary Layer Convergence Line in Strengthening a Passing Mcs Observed in Decode | Zhiyong MENG1#+, Quxin CUI2, Hongjun LIU3, Hao HUANG4, Fan BO4 1Department of Atmospheric and Oceanic Sciences, School of Physics, and China Meteorological Administration Tornado Key Laboratory, Peking University, China, 2Peking University, China, 3Institute of Urban Meteorology, China, 4Nanjing University, China |
| AS75-A002 | Recent Progress Understanding Organised Convection in Australia | Todd LANE1#+, Stacey HITCHCOCK2, Ewan SHORT1 1The University of Melbourne, Australia, 2University of Oklahoma , United States |
| AS75-A003 | Internal Oscillations in Tropical Mesoscale Convective Disturbances | Bolei YANG1#+, Ji NIE2, William BOOS3 1Peking University/ UC Berkeley, China, 2Peking University, China, 3UC Berkeley, United States |
| AS75-A004 | Generation of Convectively Forced Gravity Waves and Their Impacts on Convection | Yu DU1#+, Hongpei YANG1, Richard ROTUNNO2 1Sun Yat-sen University, China, 2National Center for Atmospheric Research, United States |
| AS75-A006 | Convection Initiation and Organization Mechanism Research in a Extreme Rainfall Event Over Southern China on August 2018 | Yun CHEN1#+, Zhilin ZENG2, Shengqi LI3 1China Meteorological Administration, China, 2Guangdong Meteorological Observatory, China, 3Nanjing University of Information Technology, China |
| AS75-A007 | Revisiting our understanding of Convective Organization in Idealized Large Domain Models using Weak Temperature Gradient Simulations | Nathanael WONG1#+, Larissa BACK2, Zhiming KUANG1 1Harvard University, United States, 2University of Wisconsin-Madison, United States |
| AS75-A011 | A Linear Convective Line in the Tahope Sop 4: Convection Characteristics and Evolution from Doppler Radar Data Analysis | Yu Ming LIU1#+, Ming-Jen YANG2 1National Taiwan university, Taiwan, 2National Taiwan University, Taiwan |
| AS75-A019 | The Role of Intensification Duration in Shaping Tropical Cyclone Lifetime Maximum Intensity Distribution | Yufeng ZHOU+, Yanluan LIN# Tsinghua University, China |
| AS75-A009 | Mesoscale Convective Systems in a Warming World: New Insights from a Multiscale Modeling Framework | Guangxing LIN1#+, Xiaojie GUO2, Fengfei SONG3 1Xiamen University, China, 2Institute of Atmospheric Physics, CAS, China, 3Ocean University of China, China |
| AS75-A013 | Development of Shallow Convection and the Slow Eastward Propagation of Super Cloud Clusters in the Madden-Julian Oscillation | Yan LIU#+, Zhe-Min TAN Nanjing University, China |
| AS75-A015 | Microphysical and Kinematical Characteristics of Merged and Isolated Convective Cells over the Complex Terrain of the Taipei Basin | Jyong-En MIAO1#+, Ming-Jen YANG1, Kristen RASMUSSEN2, Michael BELL2, Hung-Chi KUO1, Ting-Yu CHA3 1National Taiwan University, Taiwan, 2Colorado State University, United States, 3National Center for Atmospheric Research, United States |
| AS75-A020 | Simulation of Explosive Cyclogenesis, Storm Intensification, and Associated Extremes with an Ultra-high-resolution Coupled Model | Alexia KARWAT1#+, June-Yi LEE1, Ja-Yeon MOON2 1Pusan National University, Korea, South, 2Center for Climate Physics, Institute for Basic Science, Korea, South |
| AS75-A016 | The Crucial Role of Cold Pool Interactions in Tropical Convective Organization: Insights from a Stochastic Reaction-diffusion Model | Yuhui LI1#+, Qiu YANG2 1Peking University , China, 2Peking University, China |
| AS75-A017 | Environmental Controls on the Propagation Direction and Speed of Mesoscale Convective Systems | Zeyu TANG#+, Qiu YANG Peking University, China |
| AS75-A022 | A Comprehensive Investigation of Tropical Cyclone Structure Through Composite Analysis, Encompassing Dynamic and Thermodynamic Characteristics | IPSHITA BHASI1#+, Jagabandhu PANDA2 1National Institute Of Technology, Rourkela, India, India, 2National Institute of Technology, Rourkela, India |
| AS75-A023 | Contrasting Response of Mesoscale Convective Systems Occurrence Over Tropical Land and Ocean to Increased Sea Surface Temperature | Wenhao DONG#+ Tsinghua University, China |
| AS76 Middle Atmosphere | ||
| Abstract ID | Abstract Title | Authors |
| AS76-A027 | Assessing the Accuracy of Model Predictions for Uva, Uvb, and Aod Using Ceres-retrieved Time Series Data Over the Indo-gangetic Plain | ANKITA MALL1#+, Sachchidanand SINGH2 1CSIR-National Physical Laboratory, India, 2CSIR National Physical Laboratory, Delhi, India |
| AS76-A012 | Statistical Study on the Lower Mesospheric and Upper Stratospheric Ozone Changes Observed by Aura Mls Satellite During the Multiple Solar Eclipses | Tianliang YANG1#+, Tomoo NAGAHAMA2, Akira MIZUNO2 1Graduate School of Science, Nagoya university, Japan, 2Nagoya University, Japan |
| AS76-A001 | Stratospheric Impact of Extreme Wildfires | Alexandra LAENG#+ Karlsruhe Institute of Technology, Germany |
| AS76-A028 | First Comparison of MLT 3-dimensional Wind Retrieval Methods Based on Chinese Multistatic Meteor Radar Network | Jie ZENG1#+, Gunter STOBER2, Wen YI1, Xianghui XUE1, Iain REID3,4, Chris ADAMI5, Jianfei WU1, Baiqi NING6, Guozhu LI6, Xiankang DOU1 1University of Science and Technology of China, China, 2University of Bern, Switzerland, 3ATRAD Pty Ltd, Australia, 4The University of Adelaide, Australia, 5ATRAD Pty. Ltd., Australia, 6Chinese Academy of Sciences, China |
| AS76-A002 | The Influence of Turbulence and Vertical Winds on Ice Clouds in the Mesopause Region | Ashique VELLALASSERY1#+, Gerd BAUMGARTEN2, Mykhaylo GRYGALASHVYLY3, Franz-Josef LUEBKEN4 1Leibniz Institute of Atmospheric Physics Kuehlungsborn, Germany, 2University of Rostock, Germany, 3Max Planck Institute for Solar System Research, Germany, 4Leibniz-Institute of Atmospheric Physics, Germany |
| AS76-A004 | Impacts of the Arctic Stratospheric Polar Vortex Weakening on Ural Blocking in Boreal Winter | Cheng QIAN+, Jinlong HUANG# Lanzhou University, China |
| AS76-A003 | Impact of Early Winter Antarctic Sea Ice Reduction on Antarctic Stratospheric Polar Vortex | Jibin SONG+, Jiankai ZHANG# Lanzhou University, China |
| AS76-A005 | How Different Localization Of Positive SST Anomaly In The Tropical Pacific Ocean Influences Large-scale Planetary Wave Structure And Tropospheric-Stratospheric Dynamics According To Idealized Model Experiments | Daria SOBAEVA1,2#+, Yulia ZYULYAEVA3 1SHIRSHOV INSTITUTE OF OCEANOLOGY OF RUSSIAN ACADEMY OF SCIENCES, Russian Federation, 2Moscow Institute of Physics and Technology (National Research University), Russian Federation, 3Shirshov Institute of Oceanology, Russian Federation |
| AS76-A007 | Impact of Wintertime Total Column Ozone on Snow Cover Over the Tibetan Plateau | Jiakang DUAN1+, Wenshou TIAN2# 1School of Atmospheric Sciences, Lanzhou University, China, 2Lanzhou University, China |
| AS76-A008 | Role of in situ-excited planetary waves in polar vortex splitting during the 2002 Southern Hemisphere sudden stratospheric warming event | Ji-Hee YOO, Hye-Yeong CHUN#+ Yonsei University, Korea, South |
| AS76-A015 | Influence of the Stratospheric Quasi-biennial Oscillation on the Interannual Variation of the Mesosphere and Lower Thermosphere | Dai KOSHIN1#+, Kaoru SATO2 1NSF NCAR HAO, United States, 2The University of Tokyo, Japan |
| AS76-A009 | The JAGUAR-DAS Whole Neutral Atmosphere Reanalysis: JAWARA | Dai KOSHIN1#+, Kaoru SATO2, Shingo WATANABE3, Kazuyuki MIYAZAKI4 1NSF NCAR HAO, United States, 2The University of Tokyo, Japan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4California Institute of Technology, United States |
| AS76-A029 | Epp-climate Link by Reactive Nitrogen Polar Winter Descent: Science Studies for the Ee11 Candidate Mission Cairt | Stefan BENDER1#+, Bernd FUNKE1, Manuel LOPEZ PUERTAS[1, Maya GARCIA-COMAS1, Gabriele STILLER2, Thomas VON CLARMANN2, Michael HÖPFNER2, Björn-Martin SINNHUBER2, Miriam SINNHUBER2, Quentin ERRERA3, Gabriele POLI4, Joern UNGERMANN5, Peter PREUSSE6, Sebastian RHODE6, Hanli LIU7, Nicholas PEDATELLA7 1Instituto de Astrofísica de Andalucía (CSIC), Spain, 2Karlsruhe Institute of Technology, Germany, 3Royal Belgian Institute for Space Aeronomy, Belgium, 4Italian National Research Council, Italy, 5Jülich Research Centre, Germany, 6Forschungszentrum Jülich, Germany, 7National Center for Atmospheric Research, United States |
| AS76-A017 | Evaluating Long-Term Variability of the Arctic Stratospheric Polar Vortex Simulated by CMIP6 Models | Siyi ZHAO#+, Jiankai ZHANG Lanzhou University, China |
| AS76-A020 | Comparison of the Impacts of Sea Surface Temperature in the Western Pacific and Indian Ocean on the Asian Summer Monsoon Anticyclone and Water Vapor in the Upper Troposphere | Luyao CHAO1+, Hongying TIAN2# 1Lanzhou university, China, 2Lanzhou University, China |
| AS76-A013 | Quantifying Global Stratosphere-Troposphere Mass Exchange Associated with Tropopause Folds | Kai-Wei CHANG1#+, Chia-Hui CHUNG2 1Chinese Culture University, Taiwan, 2Department of Atmospheric Sciences, CCU, Taiwan, Taiwan |
| AS76-A014 | Flavor Identification of the Stratospheric Sudden Warmings Based on the Downward Tropospheric Influence | Jian RAO#+ Nanjing University of Information Science & Technology, China |
| AS76-A016 | Quasi-decadal Variability of the Climate System: Role of the Stratosphere | Yulia ZYULYAEVA#+, Sergey GULEV Shirshov Institute of Oceanology, Russian Federation |
| AS76-A030 | Observations of Satellites and Meteor Head Echoes Using a Small VHF Radar | Bronwyn DOLMAN1,2#+, Iain REID1,3 1ATRAD Pty Ltd, Australia, 2University of Adelaide, Australia, 3The University of Adelaide, Australia |
| AS76-A031 | Effects of Ozone-climate Interactions on the Long-term Temperature Trend in the Arctic Stratosphere | Siyi ZHAO#+, Jiankai ZHANG Lanzhou University, China |
| AS76-A018 | Exploring the Role of Stratospheric Polar Vortex Variability in Sudden Stratospheric Warmings and Its Downward Impact | Yih WANG+, Yu-Chiao LIANG#, Kai-Chih TSENG National Taiwan University, Taiwan |
| AS76-A021 | A Comprehensive Assessment of PM2.5 in the Central Himalayan Region Using Cupi Sensor Network: Observations and Modeling | Narendra SINGH1#+, Vikas RAWAT2, Surendra DHAKA3, Yutaka MATSUMI4, Sachiko HAYASHIDA5 1Aryabhatta Research Institute of Observational Sciences-ARIES, India, 2Aryabhatta Research Institute of Observational Sciences, Manora Peak, Nainital, India 263001, India, 3University of Delhi, India, 4Institute for Space-Earth Environmental Research, Nagoya University, Japan, 464-8601, India, 54Faculty of Science, Nara Women's University, Japan, 630-8506, India |
| AS76-A033 | Solarmax: Global Collaboration Between Astronauts, Researchers, & Citizen Scientists | Katie HERLINGSHAW1#+, Noora PARTAMIES1, Lena MIELKE1, Maxime GRANDIN2 1The University Centre in Svalbard, Norway, 2Finnish Meteorological Institute , Finland |
| AS76-A022 | Interhemispheric Couplings During Sudden Stratospheric Warming Period | Shengyang GU#+, Yusong QIN, Yafei WEI Wuhan University, China |
| AS76-A023 | Arctic Stratospheric Ozone Variability, Causes, and Climate Impacts | Dingzhu HU#+ Nanjing University of Information Science & Technology, China |
| AS76-A024 | Surface amplification of stratospheric sudden warming by poleward mass flux in the upper troposphere and lower stratosphere | Seok-Woo SON#+, Dong-Chan HONG Seoul National University, Korea, South |
| AS76-A026 | Climatology of Mesosphere and Thermosphere Winds Observed by Three Fpis in China | Yafei WEI#+, Shengyang GU, Yusong QIN Wuhan University, China |
| AS77 Emissions of Air Pollutants and Greenhouse Gases and Interactions with the Earth System | ||
| Abstract ID | Abstract Title | Authors |
| AS77-A001 | Contributions of Lightning to Long-term Trends and Inter-annual Variability in Global Atmospheric Chemistry Constrained by Schumann Resonance Observations | Xiaobo WANG1, Yuzhong ZHANG1#+, Tamás BOZÓKI2, Ruosi LIANG1, Xinchun XIE1, Shutao ZHAO1, Rui WANG1, Yujia ZHAO1, Shuai SUN1 1Westlake University, China, 2HUN‐REN Institute of Earth Physics and Space Science, Hungary |
| AS77-A002 | Significant Inequality Shown in Chinese Provincial Export-related PM2.5 Pollution and Their Contributors | Jingxu WANG#+, Zhengzhong LIU Ocean University of China, China |
| AS77-A004 | Source Intensity Inversion on Complex Underlying Surfaces Based on Combined Cfd-rsm-lp Framework | Yixuan WANG+, Jianlei LANG# Beijing University of Technology, China |
| AS77-A006 | Reduced Aerosols and Intensified Summertime Rainfall in India During the Pandemic Suggest Potentially More Amplified Precipitation in the Future | Fan WANG#+, Meng GAO Hong Kong Baptist University, Hong Kong SAR |
| AS77-A007 | Future Emission Pattern of Natural Crustal Dust in China Under the Background of Climate Change and Dual-carbon Policy | Lilai SONG+, Xiaohui BI#, Yufen ZHANG, Qili DAI, Yinchang FENG Nankai University, China |
| AS77-A013 | Physicochemical Properties And CO₂ Adsorption Efficiency Of Biochar Produced Under Varying Conditions | Soeun MOON1+, Sangwon KO2, Duckshin PARK2, Jae Young LEE1# 1Ajou University, Korea, South, 2Department of Transportation Environmental Research, Korea Railroad Research Institute, Korea, South |
| AS77-A008 | Investigating Glyoxal (CHOCHO) Sources and Sinks in the Pearl River Delta through GEMS Satellite Observations and BOXMOX Model Simulations | Xingyi WU1#+, Lei ZHU1, Weitao FU1, Hyeong-Ahn KWON2, Rokjin J. PARK3, Eunjo HA3, Gitaek LEE3, Song LIU1, Xicheng LI1, Xue ZHANG1, Yali LI1, Yuyang CHEN1, Juan LI1, Huilin LIU4, Zhuoxian YAN1, Peng ZHANG1, Jiaming ZHANG5, Xin YANG1, Tzung-May FU1, Huizhong SHEN1, Jianhuai YE1, Chen WANG1 1Southern University of Science and Technology, China, 2University of Suwon, Korea, South, 3Seoul National University, Korea, South, 4 Southern University of Science and Technology, China, China, 5Southern University of Science and Technology, China, China |
| AS77-A009 | Four-dimensional Aircraft Emission of Landing and Takeoff Cycle in China | Ying ZHOU#+ Beijing University of Technology, China |
| AS77-A010 | Anthropogenic and Agricultural NOx Emissions Derived from Tropomi Observations. | Ronald VAN DER A1#+, Jieying DING1, Mengyao LIU2, Xiaojuan LIN3, Henk ESKES1 1KNMI, Netherlands, 2Royal Netherlands Meteorological Institute (KNMI), Netherlands, 3Tsinghua University, China |
| AS77-A014 | Identifying Urban Carbon Emission Peaks and Synergizing Reductions of Carbon Emission and Air Pollutants Through Tree-ring 14c | Zhenchuan NIU#+ Institute of Earth Environment, Chinese Academy of Sciences, China |
| AS77-A015 | Rapid Assessment of Drivers and Environmental Effects of Regional Daily-scale Changes in Air Pollutant Emissions Based on Near-real-time Techniques | Chen GU1+, Yu ZHAO2# 1Nanjing University, China, China, 2Nanjing University, China |
| AS77-A016 | Global Commercial and Residential Air Pollutant Emissions 1970-2020: Trends, Technology Evolution, and Drivers | Wang LANYUAN1+, Dan TONG2, Ruochong XU2, Qiang ZHANG2# 1Tsinghua university, China, 2Tsinghua University, China |
| AS77-A017 | The Facility-level Emission Inventory of Air Pollutants in Global Iron and Steel Industry from 1990 to 2022 | Yujia FU+, Ruochong XU, Dan TONG, Xinying QIN, Xizhe YAN, Qiang ZHANG# Tsinghua University, China |
| AS78 Ensemble Modeling and Prediction of High-impact, Multi-scale Weather to Decadal Events | ||
| Abstract ID | Abstract Title | Authors |
| AS78-A001 | Multiscale Interactions of Initial Condition Perturbations for Convection-permitting Ensemble Forecasting Over South China During the Rainy Season | Xubin ZHANG#+ Guangzhou Institute of Tropical and Marine Meteorology, CMA, China |
| AS78-A002 | Ensemble Forecast System and Its Application for the Weather-climate Unification | Qianqian QI, Yuejian ZHU#+ CMA Earth System Modeling and Prediction Center, China |
| AS78-A009 | A Unified Generative Super Ensemble Prediction Paradigm | Xi CHEN1#+, Congyi NAI1, Xinyue ZHANG1, Baoxiang PAN2, Yuan LIANG3, Shian-Jiann LIN4, Zhi LIANG3 1Institute of Atmospheric Physics Chinese Academy of Sciences, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3TianJi Weather Science and Technology Company, China, 4Institute of Atmospheric Physics Chinese Academy of Sciences, China, China |
| AS78-A003 | Distribution-Guided Uncertainty Calibration and Downscaling for Seamless S2S Precipitation Forecasts: an Ensemble-Agnostic Generative Approach | Wen SHI1+, Baoxiang PAN2, Yong LUO1# 1Tsinghua University, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS78-A010 | Enhancing Ensemble Diversity of Medium-range Forecast in Korean Integrated Model (KIM)-EPS | Seokmin HONG#+, Ja-Young HONG, Taehyoun SHIM, Eun-Hee LEE Korea Institute of Atmospheric Prediction Systems, Korea, South |
| AS78-A004 | Improve the Forecast Reliability of Unusual Tropical Cyclone Tracks Using Ensemble Forecasts Generated by O-CNOPs | Wansuo DUAN#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS78-A005 | Analysis of Medium-range Forecast Uncertainty and Its Causes for a Heavy Rainfall Event in North China and the Huang-huai Region | nannan GUO#+ National Meteorological Center, China |
| AS78-A006 | Unraveling the Anisotropic Patterns of Uncertainty in Tropical Cyclone Tracks | Quanjia ZHONG1+, Ming ZHANG2, Ruiqiang DING2# 1The Hong Kong University of Science and Technology, China, 2Beijing Normal University, China |
| AS78-A008 | A Fast Physics-based Perturbation Generator of Machine Learning Weather Model for Efficient Ensemble Forecasts of Tropical Cyclone Track | Jie FENG#+ Fudan University, China |
| AS78-A012 | Seasonal Prediction of North Atlantic Sea Surface Temperature Anomalies Using the Lstm Machine Learning Method | Xiaoqin YAN#+ Hohai University, China |
| AS78-A014 | Exploring the Differences in Atmospheric Mesoscale Kinetic Energy Spectra between AI-based and Physics-based Models | Jun PENG#+ National University of Defense Technology, China |
| AS79 Shaping the Urban Microclimate: Challenges and Strategies Amid Rapid Urbanization | ||
| Abstract ID | Abstract Title | Authors |
| AS79-A001 | Spatio-temporal Changes in the Thermal Environmental of Kolkata, India: a Multi-temporal Local Climate Zone Approach | Labani SAHA#+, Amit DHORDE Savitribai Phule Pune University, India |
| AS79-A002 | Effectiveness Verification of an Improved Fabrication Method for the Globe Anemo-radiometer Toward Precise Assessment of Citizens’ Heat Stress | Shin KUMAZAWA1#+, Makoto NAKAYOSHI1, Kanta SUSAKI1, Takuya SUZUKI2 1Tokyo University of Science, Japan, 2Chino Corporation, Japan |
| AS79-A007 | An Attempt at Statistical Downscaling of Meso-scale Meteorological Simulation for Application to Human Living Environments | Ryo SASAKI#+, Ameri MURAKAMI, Kanta SUSAKI, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS79-A008 | Relation between Seasonal Variations in Microclimate And Outdoor Human Behavioral Patterns in Public Space | Kotaro OKAMURA#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS79-A004 | Investigation of the Seasonal Influence of Urban Forest Park and Small Canal on the Surrounding Microclimate Through Multiple Fixed-point and Mobile Observations | Ameri MURAKAMI#+, Ryo SASAKI, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS79-A003 | The Mpas-a Dynamic Downscaling on Urban Climate for Future Typical Meteorological Year | Faiz Rohman FAJARY1, Han Soo LEE1#+, Vinayak BHANAGE2, Radyan Putra PRADANA1,3, Tetsu KUBOTA1, Hideyo NIMIYA4 1Hiroshima University, Japan, 2Hiroshima University, India, 3Indonesian Agency for Meteorology, Climatology and Geophysics, Indonesia, 4Kagoshima University, Japan |
| AS79-A005 | Approach To Urban Attractiveness Evaluation Using Narrative Methods | Taisei ITO#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| AS79-A006 | Quantifying Urban Tree Effects on Building Energy Consumption | Simone FATICHI1#+, Naika MEILI2 1National University of Singapore, Singapore, 2Future Cities Laboratory Global, Singapore‐ETH Centre, Singapore |
| AS81 Effects of Topography on Weather and Climate | ||
| Abstract ID | Abstract Title | Authors |
| AS81-A002 | Impact of the Tibetan Plateau Heating on Future South Asian Summer Monsoon Circulation: Evaluating and Calibrating in Cmip6 Models | Song YANG1#+, Haolin LUO1, Ziqian WANG1, Deliang CHEN2, Wei YU1, Chao HE3 1Sun Yat-sen University, China, 2Tsinghua University, China, 3Jinan University, China |
| AS81-A028 | General Overview of Climate in Malaysia Using Time Series Decomposition Approach and Enso-based Composite Analysis | AHMAD YUSOF ABDO JAMAL1+, Nurul Shazana ABDUL HAMID2#, Idahwati SARUDIN3, Ester SALIMUN1, Zamira Hasanah ZAMZURI2, Zaridah MOHAMED JALAL4 1National University of Malaysia, Malaysia, 2Universiti Kebangsaan Malaysia, Malaysia, 3Universiti Sains Malysia, Malaysia, 4Malaysian Meteorological Department, Malaysia |
| AS81-A011 | Cloud Phase Classification Based on Synergistic Observations of Spaceborne Submillimeter and Microwave Radiometers | Pingyi DONG#+ Institute of Plateau Meteorology, China Meteorological Administration, Chengdu, China, China |
| AS81-A004 | 40-year Statistics of Warm-season Extreme Hourly Precipitation Over Southwest China | Rouyi JIANG1+, Xiaopeng CUI2#, Jian LIN3, Jia TIAN2 1Institute of Plateau Meteorology, China Meteorological Administration, Chengdu, China, China, 2Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 3National Meteorological Center, China Meteorological Administration, China |
| AS81-A005 | Direct Assimilation of Ground-based Microwave Radiometer Observations with Machine Learning Bias Correction Based on Developments of Rttov-gb V1.0 and Wrfda V4.5 | Qing ZHENG1+, Wei SUN2#, Zhiquan LIU3, Jiajia MAO4, Jieying HE5, Jian LI6, Xingwen JIANG7 1Institute of Plateau Meteorology, China Meteorological Administration, Chengdu, China, China, 2State Key Laboratory of Severe Weather, Chinese Academy of Meteorological Sciences, China, 3National Center for Atmospheric Research, United States, 4Meteorological Observation Center, China Meteorological Administration, China, 5Chinese Academy of Sciences, China, 6Chinese Academy of Meteorological Sciences, China, 7Institute of Plateau Meteorology, China Meteorological Administration, China |
| AS81-A006 | The Characteristics of Summer Mesoscale Convective Systems with Different Moving Paths Over Southwest China | Haoming CHEN1#+, Yueqiu ZHANG1, Puxi LI2 1Chinese Academy of Meteorological Sciences, China, 2China Meteorological Administration, China |
| AS81-A007 | Improving Tibetan Plateau Climate Modelling Through Inclusion of Terrain-related Processes | Kun YANG#+ Tsinghua University, China |
| AS81-A008 | Unique Climate Features of the Rainfall Center Along the Northern Coast of the Beibu Gulf | Weihua YUAN#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS81-A016 | Multi-scale Processes of Precipitation Over the Central-eastern Tibetan Plateau: an Observational Experiment in the Summer of 2024 | Xingwen JIANG#+ Institute of Plateau Meteorology, China Meteorological Administration, China |
| AS81-A014 | Mechanisms for a Record-breaking Rainfall Event Over the Eastern Periphery of the Tibetan Plateau: Dominant Synoptic Systems and Cloud Microphysical Processes | Zhibo GAO1#+, Xingwen JIANG2, Lun LI3 1Institute of Plateau Meteorology, China Meteorological Administration, Chengdu, China, China, 2Institute of Tibetan Plateau Meteorology, China Meteorological Administration, Chengdu, China, China, 3Chinese Academy of Meteorological Sciences, China |
| AS81-A009 | Influence of Initial Cloud Droplet Number Concentration on Warm-sector Rainstorm in the Sichuan Basin | Peiwen ZHANG#+ Institute of Plateau Meteorology, China Meteorological Administration, Chengdu, China, China |
| AS81-A010 | Impacts of the Tibetan Plateau Surface Heating on Asian Cloud Amount and Surface Radiation Budget | Jiandong LI#+ Institute of Atmospheric Physics, Chinese Academy of Sciences, China |
| AS81-A018 | Dynamic Identification of Snow Phenology in the Northern Hemisphere | Le WANG+, Xin MIAO# Nanjing University, China |
| AS81-A020 | Integrated Assessment of Snow Density Reanalysis Data in the Northern Hemisphere | Yizhuo LI+, Xin MIAO# Nanjing University, China |
| AS81-A019 | Instant Response of Tibetan Plateau Surface Albedo to Snow Coverage and Depth in Snow Season | Xin MIAO#+, Yipeng CAO Nanjing University, China |
| AS81-A021 | Synergistic Effects of Meteorological Forcing and Precipitation Phase Partitioning on Snow Simulation Over the Tibetan Plateau | Xinyun HU1+, Le WANG2, Yizhuo LI2, Xin MIAO2# 1graduate student, China, 2Nanjing University, China |
| AS81-A022 | Mountain Lee Slope Transport and Daytime Boundary Layer Mixing of Volcano Plumes Exacerbates Air Pollution Over Arequipa Peru | Xiao-Ming HU1#+, Ming XUE1, Lan GAO1, Hector Mayol NOVOA2, Adriana VALDIVIA3 1The University of Oklahoma, United States, 2Universidad Nacional de San Agustín de Arequipa, Peru, 3Universidad Nacional de San Augustín de Arequipa, Peru |
| AS81-A024 | Mechanism of Formation and Evolution of a Heavy Rainfall Event on the Eastern Slope of the Tibetan Plateau | Yuehan ZHANG1#+, Xin XU2, Xiuping YAO1, Shiwei SUN3 1China Meteorological Administration Training Centre, China, 2Nanjing University, China, 3Nanjing Joint Institute for Atmospheric Sciences, Chinese Academy of Meteorological Sciences, China |
| AS81-A023 | Differences in the dominant modes of precipitation interannual variability on the eastern Tibetan Plateau between early and peak summers | Erfan LIU#+, Ziqian WANG, Song YANG Sun Yat-sen University, China |
| AS81-A025 | Thermodynamic-dynamic Coupling Mechanisms and Seasonal-terrain Differentiation of Mesoscale Convective System Initiation Over the Eastern Tibetan Plateau | Yu ZHOU1#+, Xin XU2 1School of Atmospheric Sciences, Nanjing University, China, 2Nanjing University, China |
| AS81-A026 | Role of Ocean Topography in Shaping Earth’s Climate: Insights from Quasi-aquaplanet Simulations | Peixi WANG1#+, Zhenning LI2, Qianyi YU1, Xiaoming HU1, Song YANG1 1Sun Yat-sen University, China, 2The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS81-A027 | Amplification of Surface Energy Perturbations by the Atmosphere and Its Dependence on Topography | Xiaoming HU1#+, Ming CAI2, Jie SUN2, Feng DING3, Jing FENG4 1Sun Yat-sen University, China, 2Florida State University, United States, 3Peking University, China, 4Princeton University, United States |
| AS81-A029 | Thermal and Mechanical Forcing of the South Asian Summer Monsoon by East African Highlands | Ziqian WANG1#+, Haolin LUO1, Deliang CHEN2, Song YANG1 1Sun Yat-sen University, China, 2Tsinghua University, China |
| AS81-A031 | Optimization of Snow Cover Fraction Parameterization by Considering the Impacts of Short Vegetation and Topography: Preliminary Validation Over Tibetan Plateau | Kai YANG#+, Xuejing LI, Lingyun AI, Chenghai WANG Lanzhou University, China |
| AS82 Aerosol Oxidative Stress Effects: Laboratory Mechanisms, Field Observation, and Modeling Prediction | ||
| Abstract ID | Abstract Title | Authors |
| AS82-A002 | Bioaccessibility and Compositional Dynamics of Organic Compounds and Microorganisms in PM2.5 in Simulated Lung Fluids | Yongjian DENG+, Ting FANG# The Hong Kong University of Science and Technology (Guangzhou), China |
| AS82-A001 | Heterogeneous Changes In Particulate Matter Mass Concentration And Oxidative Potential In China | Yiheng WANG1+, Guochao CHEN1, Jianlin HU2, Hongliang ZHANG1# 1Fudan University, China, 2Nanjing University of Information Science & Technology, China |
| AS82-A006 | Effects of Fine Particulate Matter and Its Oxidative Potential on Allergic Diseases in Primary and Secondary School Students in China | Shexia MA#+ South China Institute of Environmental Sciences, Ministry of Ecology and Environment, China |
| AS82-A003 | Key Drivers and Source Mechanisms of Oxidative Potential in Fine Particles from an Industrial City of Northern China Plain | Bin HAN#, Jia XU+ Chinese Research Academy of Environmental Sciences, China |
| AS82-A004 | Synergistic and Antagonistic Interactions Among PM2.5 Chemical Fractions in Inducing Oxidative Potential, Cellular Inflammation, and Oxidative Stress Gene Expression | Di HU#+ Department of Chemistry, Hong Kong Baptist University, Hong Kong SAR |
| AS82-A005 | Modeling Oxidative Potential of Particulate-matter Pollution in China | Pei ZHANG1+, Haoran YE1, Shunyao WANG2, Jianhui JIANG1# 1East China Normal University, China, 2Shanghai University, China |
| AS82-A008 | Mixing Particles of Different Sizes Can Lead to Artifacts in Measurements of PM2.5 Oxidative Potential | Jianing LIU+, Ting FANG# The Hong Kong University of Science and Technology (Guangzhou), China |
| AS82-A013 | Impact of Isoprene Secondary Organic Aerosols and Quinones on Respiratory Microorganisms: Superoxide Generation and Oxidative Stress Effects | Yongjian DENG+, Ting FANG# The Hong Kong University of Science and Technology (Guangzhou), China |
| AS82-A009 | Production of Reactive Oxygen Species from Selenium-containing Secondary Organic Aerosols | Michael LUM, Erin BOWEY, Lillian TRAN, Wonsik WOO, Linhui TIAN, Don COLLINS, Roya BAHREINI, Ying-Hsuan LIN#+ University of California, Riverside, United States |
| AS82-A010 | Scientometric-based Visualization of the Application of Machine Learning in Predicting the Oxidative Potential of PM2.5 | Haoran YU#+, Yang WANG University of Alberta, Canada |
| AS82-A011 | Aqueous OH Radical Production by Brake Wear Particles | Ting FANG1#+, Sukriti KAPUR2, Kasey EDWARDS2, Hiroyuki HAGINO3, Lisa WINGEN2, Veronique PERRAUD 2, Adam THOMAS 2, Bishop BLISS2, David HERMAN2, Andrea DE VIZCAYA RUIZ2, Michael KLEINMAN 2, James SMITH2, Manabu SHIRAIWA 2 1The Hong Kong University of Science and Technology (Guangzhou), China, 2University of California, Irvine, United States, 3Japan Automobile Research Institute, Japan |
| AS82-A012 | Iron Suppresses Superoxide Production in Macrophages Exposed to Isoprene Soa and Phenanthrenequinone Via Nadph Oxidase Inhibition | Yuting SHEN1+, Manabu SHIRAIWA 2, Ting FANG1# 1The Hong Kong University of Science and Technology (Guangzhou), China, 2University of California, Irvine, United States |
| AS82-A016 | Atmospheric Evolution of Environmentally Persistent Free Radicals in Rural North China Plain: Effects on Water Solubility and Pm2.5 Oxidative Potential | Fobang LIU1#+, Xu YANG2, Shuqi YANG1, Yuling YANG3, Yanan WANG1, Jingjing LI3, Mingyu ZHAO3, Zhao WANG1, Kai WANG3, Chi HE1, Haijie TONG4 1Xi'an Jiaotong University, China, 2Department of Environmental Science and Engineering, Xi'an Jiaotong University, Xi'an, China, China, 3China Agricultural University, China, 4Helmholtz Zentrum Hereon, China |
| AS82-A018 | Key Role of Nitrogen-containing Organic Compounds in Haze Formation and Aerosol Health Impacts | Shunyao WANG1#+, Jinyitao WANG1, Xinquan ZHAO2, Fumo YANG3, Mi TIAN2, Arthur CHAN4 1Shanghai University, China, 2Chongqing University, China, 3Sichuan University, China, 4University of Toronto, China |
| AS82-A019 | Influence of Atmospheric Particulate Matter Properties and Sources on Oxidative Potential: a Comprehensive Study Across Multiple Size Fractions | Yingze TIAN#+, Kun HUA, Xinyao FENG Nankai University, China |
| AS88 Air Quality in Asian Megacities based on Multi-Perspective Data and Modeling | ||
| Abstract ID | Abstract Title | Authors |
| AS88-A001 | Influence Of Air-mass Passing Over The Yellow Sea To The Concentration Of Aerosol Trace Elements In Seoul | Minju YEO1, Jongcheon CHAE1+, Donghee LEE1, Seonggyun NA1, Yong Pyo KIM2, Jin-Soo PARK3, Ja-Ho KOO1# 1Yonsei University, Korea, South, 2Institute of Health & Environment, Seoul National University, Seoul, Korea, Korea, South, 3National Institute of Environmental Research, Korea, South |
| AS88-A007 | Evaluation and Improvement of Gems HCHO Retrievals Through ASIA-AQ Airborne Observations | Yejun SEO1#+, Jhoon KIM1,2, Hyeji CHA1 1Yonsei University, Korea, South, 2Korean Academy of Science and Technology (KAST), Korea, South |
| AS88-A002 | Improving Air Quality Predictions with ASIA-AQ Observations | Louisa EMMONS1#+, Jun ZHANG2, Wenfu TANG2, Benjamin GAUBERT1, Danny LEUNG2, Behrooz ROOZITALAB2, Gabriele PFISTER1, Rajesh KUMAR3, David EDWARDS1, Helen WORDEN1, Eric APEL1 1National Center for Atmospheric Research, United States, 2NSF National Center for Atmospheric Research, United States, 3University Corporation for Atmospheric Research, United States |
| AS88-A003 | Comparison of Ozone Profiles Over South Korea from Various Sources During the Asia-aq Period | Ja-Ho KOO1#+, Sangjun KIM1, Allessandro FRANCHIN2, Laura JUDD2,3, Johanathan HAIR3, Taylor SHINGLER3, Yongjoo CHOI4, Jaein JEONG5 1Yonsei University, Korea, South, 2National Center for Atmospheric Research, United States, 3NASA Langley Research Center, United States, 4Hankuk University of Foreign Studies, Korea, South, 5Seoul National University, Korea, South |
| AS88-A004 | Interesting Features of Tropospheric Ozone Detected from Recent Ozonesonde Measurements in South Korea | Ja-Ho KOO1#+, Sangjun KIM1, Joowan KIM2, Hyungyu KANG2, Jin-Soo PARK3 1Yonsei University, Korea, South, 2Kongju National University, Korea, South, 3National Institute of Environmental Research, Korea, South |
| AS88-A005 | Modeling Interactions Between Meteorology, Long-range Transport, and Local Air Pollution During the Asia-aq Field Campaign | Wenfu TANG1#+, Louisa EMMONS2, Behrooz ROOZITALAB1, Francis VITT3, Mary BARTH2, Warren SMITH2, Gabriele PFISTER2, Rajesh KUMAR4, Benjamin GAUBERT2, Jun ZHANG1, Patrick CALLAGHAN3, William SKAMAROCK2 1NSF National Center for Atmospheric Research, United States, 2National Center for Atmospheric Research, United States, 3NSF National Center for Atmospheric Research, United States , United States, 4University Corporation for Atmospheric Research, United States |
| AS88-A006 | Source Attribution to Surface Ozone in Asia During ASIA-AQ: NOx Tagging in MUSICAv0 | Jun ZHANG1#+, Louisa EMMONS2, Wenfu TANG1, Benjamin GAUBERT2, Danny LEUNG1 1NSF National Center for Atmospheric Research, United States, 2National Center for Atmospheric Research, United States |
| AS88-A009 | Analysis of Long-range Transport During the Asia-aq Campaign | Wook KANG1#, Seungju OH2+, Jhoon KIM3,4, Yeseul CHO5, Minseok KIM3, Yujin CHAI3, Yejun SEO6, James CRAWFORD7 1Dept. of Atmospheric Science, Yonsei University, Korea, South, 2Department of Atmospheric Sciences, Yonsei University, Korea, South, 3Yonsei University, Korea, South, 4Korean Academy of Science and Technology (KAST), Korea, South, 5Earth System Sciences Interdisciplinary Center (ESSIC), University of Maryland, United States, Korea, South, 6Yonsei University, Korea, South, Korea, South, 7NASA Langley Research Center, United States |
| AS88-A013 | Analysis Of Regional Greenhouse Gas Characteristics Using FTS During ASIA-AQ | Minju KANG1#+, Myoung Hwan AHN1, Mina KANG2, Young-Suk OH3,4 1Ewha Womans University, Korea, South, 2The City College of New York, Korea, South, 3National Institute of Meteorological Sciences, Korea, South, 4Hanyang University, Korea, South |
| AS88-A016 | Intercomparison of Satellite Remote Sensing Results with Airborne and Ground-based Observations During the ASIA-AQ / SIJAQ Field Campaigns: GEMS, AMI, and GOCI-2 | Jhoon KIM1,2#+, Ukkyo JEONG3, Rokjin J. PARK4, Myoung Hwan AHN5, Hanlim LEE3, Jae KIM6, Sang Seo PARK7, Yong-Sang CHOI5, Kyung-soo HAN3, Chang-Keun SONG7, Chul Han SONG8, Ja-Ho KOO1, Joowan KIM9, Limseok CHANG10, Soi AHN11, Hyunkee HONG10, Won-Jin LEE10, Jun-Young AHN10, Kyung-Jung MOON10, Dongwon LEE10, Minseok KIM1, Hyeji CHA1, Yujin CHAI1, Wook KANG12, Yejun SEO1, Seungju OH13, Yeseul CHO14, Sujung GO15, Hana LEE16, Heesung CHONG17, Junsung PARK17, Gitaek LEE4, Eunjo HA4, Yeonjin JUNG3, Jeonghyeon PARK3, Juseon BAK6, Kanghyun BAEK18, Mina KANG5, Mijin EO5, Gyuyeon KIM5, Laura JUDD19,20, Scott JANZ15, Ralph FERRARO21, Taylor SHINGLER20, Ryan BENNETT22, Saewung KIM23, Glenn WOLFE15, Kyung-Eun MIN8, Jason ST CLAIR24, James CRAWFORD20, Barry LEFER25, GEMS SCIENCE TEAM26 1Yonsei University, Korea, South, 2Korean Academy of Science and Technology (KAST), Korea, South, 3Pukyong National University, Korea, South, 4Seoul National University, Korea, South, 5Ewha Womans University, Korea, South, 6Pusan National University, Korea, South, 7Ulsan National Institute of Science and Technology, Korea, South, 8Gwangju Institute of Science and Technology, Korea, South, 9Kongju National University, Korea, South, 10National Institute of Environmental Research, Korea, South, 11National Institute of Environmental Research(NIER), Korea, South, 12Dept. of Atmospheric Science, Yonsei University, Korea, South, 13Department of Atmospheric Sciences, Yonsei University, Korea, South, 14Earth System Sciences Interdisciplinary Center (ESSIC), University of Maryland, United States, Korea, South, 15NASA Goddard Space Flight Center, United States, 16Korea Meteorological Institute, Korea, South, 17Center for Astrophysics | Harvard & Smithsonian, United States, 18NASA/GSFC, United States, 19National Center for Atmospheric Research, United States, 20NASA Langley Research Center, United States, 21Earth System Sciences Interdisciplinary Center (ESSIC), University of Maryland, United States, United States, 22NASA National Suborbital Research Center, United States, 23University of California, Irvine, United States, 24University of Maryland, Baltimore, United States, 25National Aeronautics and Space Administration, United States, 26GEMS.Science.Team, Korea, South |
| AS88-A012 | Fidelity of Severe Pollution Events in the China Regional Weakly Coupled Chemical-weather Reanalysis Product (cma-chemra) | Wenhui XU#+, Zhisen ZHANG China Meteorological Administration, China |
| AS88-A014 | Variability of Aerosol Amount in Southern Coastal India | Sampreethi AYYAPPA+, Sang Seo PARK# Ulsan National Institute of Science and Technology, Korea, South |
| AS88-A015 | Evaluating Air Quality Models with Asia-aq Observations: Insights Into Wintertime Pm Degradation in South Korea | Rokjin J. PARK1#+, Jaein JEONG1, Hyeonmin KIM1, Seungun LEE1, Chang-Keun SONG2, Soontae KIM3, Cheol-Hee KIM4, Chul Han SONG5, Jung-Hun WOO1, Hyo-Jung LEE4, Limseok CHANG6, James CRAWFORD7 1Seoul National University, Korea, South, 2Ulsan National Institute of Science and Technology, Korea, South, 3Ajou University, Korea, South, 4Pusan National University, Korea, South, 5Gwangju Institute of Science and Technology, Korea, South, 6National Institute of Environmental Research, Korea, South, 7NASA Langley Research Center, United States |
| AS88-A017 | Atmospheric Circulation and Air Quality in Southeast Asia: Integrating Satellite and Ground-based Observations | Fernando SANTOS1#+, Li TAN1, Abdus SALAM2, Surassawadee PHOOMPANICH3, Mohd Talib LATIF4, Erna ADININGSIH5, Liya YU1, Santo V. SALINAS1 1National University of Singapore, Singapore, 2University of Dhaka, Bangladesh, 3Geo-Informatics and Space Technology Development A, Thailand, 4Universiti Kebangsaan Malaysia, Malaysia, 5Indonesian Space Agency, Indonesia |
| AS88-A018 | An Update on the Airborne and Satellite Investigation of Asian Air Quality (ASIA-AQ) | James CRAWFORD1#+, Barry LEFER2, Jack DIBB3, Laura JUDD4,1, Louisa EMMONS4, David PETERSON5, Limseok CHANG6, Jhoon KIM7,8, Gangwoong LEE9, Rokjin J. PARK10, Jun-Young AHN6, Taehyoung LEE9, Soi AHN11, James Bernard SIMPAS12, Maria Obiminda CAMBALIZA13, Melliza CRUZ12, Juanito DEL SOCORRO14, Paul VALLAR14, Neng-Huei (George) LIN15, Wei-Nai CHEN16, Yu Chen CHIU17, Viphada BOONLERD18, Pakorn APAPHANT18, Pakorn APAPHANT19, Narisara THONGBOONCHOO20, Ueno ITTIPOL21, Savitri GARIVAIT22 1NASA Langley Research Center, United States, 2National Aeronautics and Space Administration, United States, 3University of New Hampshire, United States, 4National Center for Atmospheric Research, United States, 5Naval Research Laboratory, United States, 6National Institute of Environmental Research, Korea, South, 7Yonsei University, Korea, South, 8Korean Academy of Science and Technology (KAST), Korea, South, 9Hankuk University of Foreign Studies, Korea, South, 10Seoul National University, Korea, South, 11National Institute of Environmental Research(NIER), Korea, South, 12Manila Observatory, Philippines, 13Ateneo De Manila University, Philippines, 14Environmental Management Bureau, Philippines, 15National Central University, Taiwan, 16Academia Sinica, Taiwan, 17Ministry of Environment, Taiwan, 18GISTDA, Thailand, 19Geo-informatics and Space Development Agency (GISTDA), Thailand, 20King Mongkut's Institute of Technology Ladkrabang, Thailand, 21Pollution Control Department, Thailand, 22King Mongkut’s University of Technology Thonburi, Thailand |
| AS88-A021 | Analysis of Atmospheric Particle Growth Events by Photochemical Ages During Summer in a Southeast Asian Urban Site | Tse-Lun CHEN1#+, Ta-Chih HSIAO2, Hsin-Yi LIN1, Yen-Ping PENG1, Wei-Hsiang CHEN1, Neng-Huei (George) LIN3, Si-Chee TSAY4 1National Sun Yat-sen University, Taiwan, 2National Taiwan University, Taiwan, 3National Central University, Taiwan, 4NASA Goddard Space Flight Center, United States |
| AS88-A019 | Advancing Ozone Reanalysis Accuracy Over India: a Comprehensive Bias Correction Approach | Tanu GANGWAR1+, Anumeha DUBE2, Abhijith V3, Sunita VERMA4# 1Banaras Hindu University, Varanasi, India, 2Scientist-E, NCMRWF (GOI), India, 3Project Scientist-2, NCMRWF (GOI), India, 4Banaras Hindu University, India |
| AS88-A020 | Overview of the KPEx and NASA/ASIA-AQ Overflights in the Spring of 2024 | Neng-Huei (George) LIN1#+, Hsin-Chih LAI2, Sheng-Hsiang WANG1, Jia-Lin WANG1, Ta Chih HSIAO3, Ying-I TSAI4, Lin-Chi WANG5, Si-Chee TSAY6, Hal MARING7, Chang-Feng OU-YANG1, Jhih-Yuan YU8, Yu Chen CHIU8, Ping-Huei SHIEH8, James CRAWFORD9 1National Central University, Taiwan, 2Chang Jung Christian University, Taiwan, 3National Taiwan University, Taiwan, 4Chia Nan University of Pharmacy and Science, Taiwan, 5National Kaohsiung University of Science and Technology, Taiwan, 6NASA Goddard Space Flight Center, United States, 7NASA Headquarters, United States, 8Ministry of Environment, Taiwan, 9NASA Langley Research Center, United States |
| AS90 Explorations of the Earth’s Lower and Middle Atmosphere Using Ground and Satellite-based Observations and Models | ||
| Abstract ID | Abstract Title | Authors |
| AS90-A001 | Ka-band Cloud Radar Meteorological Echo Dataset with Complex Weather Coverage: Baseline Models for Deep Learning Applications | Zhenping YIN1#+, Weijie ZOU1, Yaru DAI2 1Wuhan University, China, 2 Meteorological Observation Center of China Meteorological Administration, China |
| AS90-A004 | An Attempt to Extension of Cloud Image Velocimetry for Cumulonimbus Cloud Observation | KAI SATO#+, Makoto NAKAYOSHI, Shogo TOSHIMA Tokyo University of Science, Japan |
| AS90-A021 | Trends and Variability of Aerosol Optical Depth in Cmip6 Models’ Simulations and Their Discrepancies with the Satellite Data Products | Lakshmi Kumar T. V.1#+, Bharath JAISANKAR2 1Jawaharlal Nehru University, India, 2SRM Institute of Science and Technology, India |
| AS90-A005 | Atmospheric Boundary Layer Dynamics and Its Association with Atmospheric Processes Over the Indian Region: a Unique Perspective | Som Kumar SHARMA#+, Dharmendra Kumar KAMAT Physical Research Laboratory, India |
| AS90-A012 | Atmospheric Boundary Layer Characteristics Over Delhi During Heavy Air Pollution in the Post-monsoon and Winter Season | Dharmendra Kumar KAMAT1#+, Som Kumar SHARMA1, Kondapalli NIRANJAN KUMAR2, Prashant KUMAR3 1Physical Research Laboratory, India, 2NCMRWF, India, 3Space Application Center, India |
| AS90-A006 | Cloud Characteristics Over a High-altitude Hill Station in the Aravalli Range of Western India | Dharmendra Kumar KAMAT1#+, Som Kumar SHARMA1, Kondapalli NIRANJAN KUMAR2 1Physical Research Laboratory, India, 2NCMRWF, India |
| AS90-A007 | Investigating Atmospheric Clouds Over the Indian Region Using PRL’s Indian Lidar Network (ILIN) Program | Som Kumar SHARMA1#+, Dharmendra Kumar KAMAT1, Prashant KUMAR2, Kondapalli NIRANJAN KUMAR3 1Physical Research Laboratory, India, 2Space Application Center, India, 3NCMRWF, India |
| AS90-A015 | Role of High-level Clouds in Cloud Radiative Forcing Over the Arabian Sea | Ruchita SHAH1#+, Som Kumar SHARMA1, Harish GADHAVI1, Rohit SRIVASTAVA2, Dharmendra Kumar KAMAT1 1Physical Research Laboratory, India, 2Pandit Deendayal Petroleum University, India |
| AS90-A008 | A VHF Radar for Measurements of Dynamics in the Troposphere, Lower Stratosphere, and Mesosphere | Iain REID1,2#+, Bronwyn DOLMAN1,3 1ATRAD Pty Ltd, Australia, 2The University of Adelaide, Australia, 3University of Adelaide, Australia |
| AS90-A010 | Optical Properties of Atmospheric Pre-nucleation Cluster Formed by Sea Salts, Water and Sulfuric Acid Molecules: a Computational Approach | Dhyani VADGAMA1#+, Rohit SRIVASTAVA2, Satyam SHINDE3 1PANDIT DEENDAYAL ENERGY UNIVERSITY, India, 2Pandit Deendayal Petroleum University, India, 3Pandit Deendayal Energy University, India |
| AS90-A009 | Application of Machine Learning to Predict Cloud Properties Over Distinct Geographical Regions in India | Niyati MEVADA1#+, Rohit SRIVASTAVA2, Ruchita SHAH3, Som Kumar SHARMA3 1Pandit Deendayal Energy University, India, 2Pandit Deendayal Petroleum University, India, 3Physical Research Laboratory, India |
| AS90-A011 | Cloud Characteristics in Indian Core Monsoon Zone | Saurabh DAS1#+, Dizna JAMES1, Som Kumar SHARMA2, Vaibhav TYAGI1 1Indian Institute of Technology Indore, India, 2Physical Research Laboratory, India |
| AS90-A013 | Investigation of Cloud Characteristics Using Lidar Over a High Altitude Station – Leh, India | Ruchita SHAH1#+, Som Kumar SHARMA1, Dharmendra Kumar KAMAT1, Shantikumar Singh NINGOMBAM2, Dorje ANGCHUK3 1Physical Research Laboratory, India, 2Scientist E, India, 3Engineer F, India |
| AS90-A018 | Bayesian Frame Work for Constraining Aerosol Properties Using Lidar Background Intensity Variation | Harish GADHAVI1#+, Sachin KORI2 1Physical Research Laboratory, India, 2Indian Institute of Science Education and Research Tirupati, India |
| AS90-A019 | Long-Term Analysis of Quasi-2-Day Wave Characteristics, Momentum Flux, and Heat Flux at High Latitudes | ANAGHA PRASAD1+, Kishore Kumar GRANDHI1#, Satonori NOZAWA2, Masaki TSUTSUMI3 1University of Hyderabad, India, 2Nagoya University, Japan, 3National Institute of Polar Research, Japan |
| AS90-A022 | Impact of Policy Interventions on Absorbing Aerosols in the Central Indo-gangetic Plain | Bakhtawar Hameed ABDULLAH1, Prayagraj SINGH2, Aditya VAISHYA3#+, Prabhunath PRASAD2, Shantanu RASTOGI4 1Deen Dayal Upadhyaya Gorakhpur University, India, 2Deen Dayal Upadhyaya Gorakhpur University, Gorakhpur, India, 3Ahmedabad University, India, 4Deen Dayal Upadhyay Gorakhpur University, India |
| AS90-A023 | Estimates of Aerosol Emission Fluxes from Crop Residue Burning in North-west India Using Bayesian Inversion Model | Akanksha ARORA1, Harish GADHAVI2#+, Prabir K. PATRA3,4 1Physical Research Laboratory, Ahmedabad, India, India, 2Physical Research Laboratory, India, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4Tohoku University, Japan |
| AS90-A024 | Leveraging Low-cost Sensors for Air Quality Modelling Over India | Aditya VAISHYA1#+, Harithasree S2, Yash DAHIMA3, Imran GIRACH4, Kiran SHARMA5, Narendra OJHA2 1Ahmedabad University, India, 2Physical Research Laboratory, India, 3School of Arts and Sciences, Ahmedabad University, India, 4Vikram Sarabhai Space Centre, India, 5Graphic Era Deemed to be University Dehradun Uttarakhand, India |
| AS91 Ocean-Land-Atmosphere Interactions and Extreme Weather and Climate | ||
| Abstract ID | Abstract Title | Authors |
| AS91-A001 | Changes in Spring Snow Cover Over the Eastern and Western Tibetan Plateau and Their Associated Mechanism | Fangchi LIU+, Xiaojing JIA# Zhejiang University, China |
| AS91-A005 | The Role of Enso in Modulating Short-term Tropical Sst Trends and Implications for Long-term Warming Patterns | Yanjia WANG+, Chengxing ZHAI#, Hui SU The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS91-A014 | Pathways Leading to Evapotranspiration Changes in Cmip6 Deviating from Reanalysis | Hsin HSU1#+, Kirsten FINDELL2, Paul DIRMEYER3, Min-Hui LO4, Andrew FELDMAN5, Sha ZHOU6, Stephan FUEGLISTALER7 1Princeton University, United States, 2GFDL, NOAA, United States, 3George Mason University, United States, 4National Taiwan University, Taiwan, 5NASA Goddard Space Flight Center, United States, 6Beijing Normal University, China, 7Princeton University, Germany |
| AS91-A015 | Effects of Qinghai Lake on a Rainstorm in Northeast of Tibetan Plateau | Lijuan WEN1#+, Lin ZHAO2, Ruijia NIU3 1Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China, 3Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, China |
| AS91-A020 | Spatio-temporal Changes In Net Primary Productivity Of The Yangtze River Middle And Lower Plain From 1984 to 2018 | Peng WANG1+, Yong XUE2#, Zhigang YAN1 1School of Environment and Spatial Informatics, China University of Mining and Technology, China, 2China University of Mining and Technology, China |
| AS91-A002 | Changes in the Upper-air Wind Speed Over China Linked to the Intensification of Tropical Pacific Zonal Sst Gradient in Boreal Winter | Kaiqiang DENG, Qinghong ZHAO#+, Song YANG Sun Yat-sen University, China |
| AS91-A009 | Exploring Ocean-driven Multi-year Predictability of Terrestrial Ecosystem Components | Jeong-eun YUN1,2#+, June-Yi LEE1, Yong-Yub KIM3, Alexia KARWAT1, Sun-Seon LEE1, Yoshimitsu CHIKAMOTO4 1Pusan National University, Korea, South, 2Pusan National University, Korea, South, 3IBS Center for Climate Physics, Korea, South, 4Utah State University, United States |
| AS91-A018 | Impacts of Cropland Abandonment on the Climate System and Atmospheric Circulation in Central Asia After the Collapse of the USSR | Ahyeong IM1,2+, Eungul LEE1# 1Kyung Hee University, Korea, South, 2Kyung Hee University, Korea, South |
| AS91-A010 | Pattern Asymmetry in Extreme Indian Ocean Dipoles Shapes Marine Heat-height Compound Extremes Around Coastal Indonesia | Mingmei XIE#+ Ocean University of China, China |
| AS91-A003 | Assessment of Cmip6 in Simulating Spring Precipitation Over Southern China Promoted by Multiyear El Niño | Xiaoman ZHANG1+, Qingquan LI2, Wenxiu ZHONG1, Xiaoming HU1# 1Sun Yat-sen University, China, 2China Meteorological Administration, China |
| AS91-A007 | Enhanced Mid-to-late Summer Precipitation Over Midlatitude East Asia Under Global Warming | Xiao-Tong ZHENG#+, Chuan-Yang WANG, Fengfei SONG Ocean University of China, China |
| AS91-A008 | Air-sea Interactions Bridging the Weather-climate Divide: Insights from Field Campaigns and Coupled Modeling | Shuyi CHEN#+ University of Washington, United States |
| AS91-A019 | Decadal Changes in Impacts of Tibetan Plateau Winter Snow Cover on East Asia Summer Precipitation Under the Background of Vegetation Cover Increment | Kai YANG#+, Xuejing LI Lanzhou University, China |
| AS91-A011 | Excessive Westward Sst Warming Leading to Strong El Niño But Weak Southern Oscillation in 2023 | Hanjie FAN#+ Sun Yat-sen University, China |
| AS91-A012 | Unveiling the role of South Tropical Atlantic in winter Atlantic Niño inducing La Niña | Guangli ZHANG#+ Sun Yat-sen University, China |
| AS91-A013 | Changing Northern Hemisphere Weather Linked to Warming High Mountain Asia | Yongkun XIE1#+, Jianping HUANG1, Guoxiong WU2, Yimin LIU2, Jiaqin MI1 1Lanzhou University, China, 2Chinese Academy of Sciences, China |
| AS92 Aviation Meteorology | ||
| Abstract ID | Abstract Title | Authors |
| AS92-A002 | Performance Evaluation of Cloud Base Algorithms | Yin Lam NG1#+, Cheuk Fung FONG2, Mang Hin KOK3 1Hong Kong Observatory, Hong Kong, China, 2Chinese University of Hong Kong, Hong Kong SAR, 3Hong Kong Observatory, Hong Kong, China, Hong Kong SAR |
| AS92-A001 | Recent Progress in the Understanding of Aircraft Turbulence Near Convective Storms | Todd LANE1#+, Stacey HITCHCOCK2 1The University of Melbourne, Australia, 2University of Oklahoma , United States |
| AS92-A005 | Machine Learning-based Turbulence Intensity Estimation in Korea and East Asia Using Gk-2a Satellite Observations | Yoonjin LEE#+, Dan-Bi LEE, Jung-Hoon KIM Seoul National University, Korea, South |
| AS92-A004 | Preliminary Study on SLD Icing Meteorological Prediction for Aircraft Based on ICICLE Field Campaign | Lv QING1#+, Bai Ping LI2 1Shanghai Meteorological Service Center, China, 2No. 166, Puxi Road, Xujiahui Subdistrict, Xuhui District, Shanghai, China, China |
| AS92-A006 | New Diagnostic for Turbulence Generation | Mohamed FOUDAD1#+, Miguel TEIXEIRA2, Paul WILLIAMS1 1University of Reading, United Kingdom, 2University of Porto, Portugal |
| AS92-A007 | Development of a Mountain Wave Prediction Method at Hanamaki Airport for Safe Aircraft Operations and Motion Control | Mahiro TAKAHASHI#+, Atsushi OKAZAKI Chiba University, Japan |
| AS92-A009 | Evaluation and Enhancement of the ECMWF Aviation Turbulence | Han-Chang KO1, Hye-Yeong CHUN1#+, Peter BECHTOLD2 1Yonsei University, Korea, South, 2ECMWF, Germany |
| AS92-A008 | Comparative Analysis of Visibility Estimation Methods at Incheon International Airport | Ui-Yong BYUN1#+, Eun-Chul CHANG1, Hye-Yeong CHUN2, Jung-Hoon KIM3 1Kongju National University, Korea, South, 2Yonsei University, Korea, South, 3Seoul National University, Korea, South |
| AS92-A010 | Vertical Wind Shear-based Eddy Dissipation Rate (EDR) from Wind Lidar and Radiosonde Data at Naro Space Center in South Korea | Juseob KIM1+, Jung-Hoon KIM1#, Dan-Bi LEE1, Soo-Hyun KIM2, Eun-Ho CHOI3, Sung-Ho SUH3, Hong-il KIM3 1Seoul National University, Korea, South, 2NASA Postdoctoral Program Fellow, United States, 3Korea Aerospace Research Institute, Korea, South |
| AS92-A011 | Evolution of Near-cloud Turbulence Related to the Interaction Between East Asian Jet and Tropical Cyclone Hagibis | Ju Heon LEE+, Jung-Hoon KIM# Seoul National University, Korea, South |
| AS92-A012 | Evaluation of Eddy Dissipation Rate Retrieved from Scanning Doppler Lidar | SeungWon BAEK1+, Jung-Hoon KIM2, Young-Hee LEE1, Gyu Won LEE1# 1Kyungpook National University, Korea, South, 2Seoul National University, Korea, South |
| AS92-A013 | Development and Evaluation of Model Output Statistics for Aviation Weather at Civil Airports in Korea | Jeonghoe KIM+, Jung-Hoon KIM# Seoul National University, Korea, South |
| AS92-A014 | Generation Mechanisms of the Mountain Wave Turbulence Event in the Upper Troposphere and Lower Stratosphere Over Alaska, USA | Yewon SHIN, Jung-Hoon KIM#+ Seoul National University, Korea, South |
| AS92-A015 | The Evolving Impact of Jet Stream and Turbulence on Trans-oceanic Flight Routes Over the Last Four Decades | Joon Hee KIM+, Jung-Hoon KIM# Seoul National University, Korea, South |
| AS92-A016 | Aircraft Icing in Eastern China: In-cloud Measurements and Explicit Prediction of Supercooled Cloud Water | Liping LUO#+ Nanjing University of Aeronautics and Astronautics, China |
| AS92-A017 | Exploratory Analyses for Establishing Advanced Meteorological Monitoring for Urban Air Mobility | Yongmi PARK+, Subin HAN, Jihoon SHIN, Jae-Jin KIM, Wonsik CHOI# Pukyong National University, Korea, South |
| AS93 Climate Downscaling with Statistical, Dynamical, and AI/ML Approaches | ||
| Abstract ID | Abstract Title | Authors |
| AS93-A006 | A Deep Learning Framework to Improve Precipitation Process Understanding and Downscaling Over the Contiguous United States | Haonan CHEN1#+, Kwo-Sen KUO2,3, Mircea GRECU4,5, Weile WANG6 1Colorado State University, United States, 2University of Maryland-College Park, United States, 3Bayesics, LLC, United States, 4Morgan State University, United States, 5NASA Goddard Space Flight Center, United States, 6NASA Ames Research Center, United States |
| AS93-A001 | Quantifying Internal Variability Uncertainty in Regional Climate Projections Using Artificial Intelligence | Neelesh RAMPAL#+ University of New South Wales, New Zealand |
| AS93-A009 | Future Agroclimatic Zone Shifts for Major Crops: A High-Resolution Climate Mapping Approach Using SSP Scenarios | Jin-Hee KIM1#+, Dae Gyoon KANG2, Eunhye BAN1, Dae-jun KIM1, Hyun-Hee HAN3 1National Center for Agro-Meteorology, Korea, South, 2National Center for Agro Meteorology, Korea, South, 3National Institute of Horticultural and Herbal Science,, Korea, South |
| AS93-A002 | NIMS's plan and strategy for AR7 Regional Climate Scenario Production and Analysis | Jaekwan SHIM1#+, Jin-Uk KIM2, Chu-Yong CHUNG1, Kyung-On BOO3,2 1Climate Change Research Team, National Institute of Meteorological Sciences, Korea Meteorological Administration, Korea, South, 2Korea Meteorological Administration, Korea, South, 3Numerical Modeling Center, Korea, South |
| AS93-A003 | Hybrid Statistical Downscaling and Moist Heatwave Analysis Over Southeast Greater Mekong | Ngoc Kim Hong NGUYEN#+, Koji DAIRAKU University of Tsukuba, Japan |
| AS93-A004 | Transferability of Statistical Downscaling in Future Climate Scenarios Development | Noriko ISHIZAKI#+, Alessandro DAMIANI National Institute for Environmental Studies, Japan |
| AS93-A007 | Enhancing Climate Model Evaluation with NASA’s Regional Climate Model Evaluation System: Leveraging Machine Learning for Actionable Insights | Hugo LEE1#+, Tsengdar LEE2 1Jet Propulsion Laboratory, California Institute of Technology, United States, 2National Aeronautics and Space Administration, United States |
| AS93-A008 | Statistical Downscaling Methods of Seasonal Ensemble Prediction System Data for Agricultural Applications | Kaori SASAKI#+, Hiroyuki OHNO National Agriculture and Food Research Organization, Japan |
| AS94 Urbanization-induced LULC Changes and its association with Climatology, Extreme Weather and Risks | ||
| Abstract ID | Abstract Title | Authors |
| AS94-A001 | Megacity Significantly Enhances the Century-record-breaking Extreme Precipitation | Zixin SHAN#+ Nanjing University, China |
| AS94-A004 | Urbanization Signal in Long-term Precipitation Trends Estimated Based on Observed Data of National Meteorological Stations Over China Mainland | KanZhuo SUONAN1#+, Qiong LI2, Guoxin CHEN3, Guoyu REN4 1Qinghai University （青海大学）, China, 2Qinghai University, China, 3qinghai university, China, 4China Meteorological Administration, China |
| AS94-A003 | Synergistic interaction between heat wave and canopy-layer and surface urban heat islands in Greater Bay Area, China | Xianxiang LI1#+, Rui XIN2, Longteng FU2 1Sun Yat-Sen University, China, 2Sun Yat-sen University, China |
| AS94-A006 | Urban Modulation of Local Weather Over Geographically Distinct Cities, and Future Prospects | Jagabandhu PANDA#+ National Institute of Technology, Rourkela, India |
| AS94-A007 | Pre-monsoon Thunderstorm Rainfall Over Delhi: Climatological Insights and the Urban Effects Through Numerical Simulations | Debjyoti ROY1#+, Jagabandhu PANDA2 1National Institute of Technology Rourkela, India, 2National Institute of Technology, Rourkela, India |
| AS94-A008 | Urban Growth Dynamics Over Selected Indian Cities, Future Prediction, and Association with the Local Microclimate | Asmita MUKHERJEE1#+, Jagabandhu PANDA2 1National Institute of Technology Rourkela, India, 2National Institute of Technology, Rourkela, India |
| AS94-A009 | Scale Analysis of Atmospheric Turbulence in Roughness Sublayers and Its Implication to the Mechanism of Street-level Ventilation and Heat Removal Over Urban Areas | Chun-Ho LIU1#+, Yidi HOU2 1The University of Hong Kong, Hong Kong SAR, 2Department of Mechanical Engineering, The University of Hong Kong, Hong Kong SAR |
| AS95 Air Quality Modeling, Monitoring and Analysis | ||
| Abstract ID | Abstract Title | Authors |
| AS95-A005 | Muti-scale Modeling of Polycyclic Aromatic Hydrocarbons and Their Health Impacts | ZICHEN WU1+, Xueshun CHEN2#, Zifa WANG2 1 Institute of Atmospheric Physics, Chinese Academy of Sciences,, China, 2Chinese Academy of Sciences, China |
| AS95-A006 | Assessment of Background PM2.5 Concentrations in Hainan Province, China Using Community Multi-Scale Air Quality Modeling (CMAQ) | Yibo ZHANG+, Qian SONG, Yanning ZHANG, Dejia YIN, Bin ZHAO# Tsinghua University, China |
| AS95-A002 | Analysis of Air Quality and Regional Contributions in Northeast Asia under the AQNEA Scenario | Yesol CHA1+, Jaeho CHOI1, Minwoo PARK2, Younha KIM3, Jung-Hun WOO4, Chang-Keun SONG1# 1Ulsan National Institute of Science and Technology, Korea, South, 2Konkuk University, Korea, South, 3International Institute for Applied Systems Analysis, Austria, 4Seoul National University, Korea, South |
| AS95-A004 | The Impact of Sea Spray Aerosol on Photochemical Ozone Formation Over Eastern China: Heterogeneous Reaction of Chlorine Particles and Radiative Effect | YINGYING HONG1+, Yiming LIU2, Qi FAN2# 1Guangdong Ecological Meteorological Centre, China, 2Sun Yat-sen University, China |
| AS95-A003 | Vertical Exchange and Cross-regional Transport of Lower-tropospheric Ozone Over Hong Kong | Tingyuan LI1+, Naigeng WU1#, Jingyang CHEN1, P.W. CHAN2, Jing TANG3, Nan WANG4 1Guangdong Ecological Meteorological Centre, China, 2Hong Kong Observatory, Hong Kong SAR, 3Guangzhou Climate and Agro-meteorology Center, China, 4Sichuan University, China |
| AS95-A011 | Investigating the Causes of Ozone Pollution under Non-High Temperature Conditions in the Pearl River Delta, China | Jingyang CHEN1+, Tingyuan LI1#, Shanshan OUYANG2 1Guangdong Ecological Meteorological Centre, China, 2College of Environment and Climate, Institute for Environmental and Climate Research, Jinan University, China |
| AS95-A007 | Fuyao: A Novel AI Model for High-resolution Air Quality Forecasting | Yawei QU1#+, Shengxuan JI2, Tijian WANG3, Cheng YUAN4 1Jinling Institute of Technology, China, 2FuYao Intelligence (Beijing) Technologies Co.,Ltd., China, 3Nanjing University, China, 4Nanjing University of Information Science & Technology, China |
| AS95-A008 | Urban Air Quality Monitoring: A Federated Learning Approach for Smart City Sensor Networks | Xiaoyi DAI#+ National University of Singapore, Singapore |
| AS95-A009 | Real-time Source Apportionment of Particulate Matter Through Integrated Offline-online Framework | Jian-Xian WU1#+, Ta-Chih HSIAO2 1National Taiwan University, Graduate Institute of Environmental Engineering, Taiwan, 2National Taiwan University, Taiwan |
| AS95-A013 | Investigating the Aerosol Properties and Air Quality Patterns in Southern Taiwan Using AERONET and MPLNET Measurement During Asia-AQ/ Kao-Ping Experiment (KPEx) | Huynh Duy TRAN1#+, Sheng-Hsiang WANG1, Yueh-Chen WANG2, Neng-Huei (George) LIN1, Ellsworth WELTON3, Pawan GUPTA4, Elena LIND4, Brent HOLBEN4, Kuo-Hsien HSU5 1National Central University, Taiwan, 2National Central University, Taiwan, Taiwan, 3National Aeronautics and Space Administration, United States, 4NASA Goddard Space Flight Center, United States, 5Taiwan Space Agency, Taiwan |
| AS95-A014 | Predicting Altitude-Based Roadside Air Pollution Using UAVs and Machine Learning | Chanju KHO1+, Hong il YUN1, Sangin KIM2, Hye Jin KANG3, Jae Young LEE1# 1Ajou University, Korea, South, 2Arim Science Incorporated, Korea, South, 3Korea Expressway Corporation Research Institute, Korea, South |
| AS95-A010 | Warfare's Hidden Hazard: Unveiling Air Pollution Amidst Conflict in Eastern Mediterranean Region | SHUBHA SHIVANI1#+, Yogesh Kumar VISHWAKARMA2, R. S. SINGH3 1Indian Institute of Technology, BHU, Varanasi, 221005, India, India, 2Indian Institute of Technology (BHU) Varanasi, India, 3Indian Institute of Technology, BHU, Varanasi, 221005, India, India, India |
| AS95-A016 | A Geo-AI Based Assessment of 3-D Ultrafine Particle Distribution: A Case Study in Taichung, Taiwan | Chia-Wei HSU1+, Jun-Jun SU2, Yinq-Rong CHERN3, Rui-Zhen YANG4, Candera WIJAYA5, Yu-Cheng CHEN6, Shih-Chun Candice LUNG7, Ta-Chih HSIAO8, Chao Hung LIN9, Chih-Da WU10# 1National Cheng Kung University (NCKU), Taiwan, 2Department of Geomatics, National Cheng Kung University, 70101 Tainan, Taiwan, Taiwan, 3Department of Electrical Engineering, National Cheng Kung University, 70101 Tainan, Taiwan, Taiwan, 4Department of Geomatics, National Cheng Kung University, 70101 Tainan, Taiwan, Taiwan, Taiwan, 5Agricultural Engineering Research Center, 32061 Taoyuan, Taiwan, Taiwan, 6National Institute of Environmental Health Sciences, National Health Research Institutes, 35053 Miaoli, Taiwan, Taiwan, 7Academia Sinica, Taiwan, 8National Taiwan University, Taiwan, 9National Cheng Kung University, Taiwan, 10Department of Geomatics, National Cheng Kung University, 70101 Tainan, Taiwan |
| AS95-A017 | Down-Plume Emission Rates of CO, HCHO, and NO2 during the Summer 2023 Canadian Boreal Wildfires | Tadhg HEARNE1#+, Debora GRIFFIN2, Joseph HUNG1, Chelsea STOCKWELL3, Kimberly STRONG1 1Department of Physics, University of Toronto, Canada, 2Air Quality Research Division, Environment and Climate Change Canada, Canada, 3NOAA Chemical Sciences Laboratory, United States |
| AS95-A019 | Future Projections of Air Quality over East Asia under Shared Socio-economic Pathways using the Pseudo-Global Warming Approach | Yeri KIM+, Young-Hee RYU# Yonsei University, Korea, South |
| AS95-A020 | Fire Impact Over Uttarakhand (2018-19): a Multi-satellite Analysis of Fire Activity, Aerosol Distribution, and Pollutant Transport | Sunita VERMA1#+, Swagata PAYRA2 1Banaras Hindu University, India, 2Birla Institute of Technology Mesra, India |
| AS97 Atmospheric Multiphase Chemistry: Field Observations, Laboratory Investigations, and Modelling Simulations | ||
| Abstract ID | Abstract Title | Authors |
| AS97-A001 | Nitrogen-containing Organics in Aerosol, Frost and Cloud in Megacities and Rural Regions | Jianmin CHEN#+ Fudan University, China |
| AS97-A002 | Diverse Nitrogen-containing Organic Compounds in Cloud Water Formed Via Nucleophilic Addition Reaction Between Carboxylic Acid and Ammonia | Jiang bin SHU1+, Jianmin CHEN2# 1Department of Environmental Science and Engineering, Fudan University, Shanghai 200438, China, China, 2Fudan University, China |
| AS97-A008 | Nanoplastics in the Air: Real-time Detection and Mixing State | Yiming QIN1+, ChongChong ZHANG2, Xinlei GE2, Junfeng WANG2# 1City University of Hong Kong, Hong Kong SAR, 2Nanjing University of Information Science & Technology, China |
| AS97-A003 | Non-targeted Screening Nitrogen-containing Organic Compounds in Frost and Wet Deposition in Rural Northeast China | Runqi ZHANG+, Jianmin CHEN# Fudan University, China |
| AS97-A018 | Investigating the Heterogeneous Reaction of SO₂-NO₂ in Single Microdroplets with Aerosol Optical Tweezers | Kaiqi ZHANG+, Chenxi LI# Shanghai Jiao Tong University, China |
| AS97-A005 | Modelling the organosulfate formation and their impacts in aerosol hygroscopicity in Southeast China | Qi YING1#+, Alan GONZALEZ2, Jie ZHANG2 1Hong Kong University of Science and Technology, Hong Kong SAR, 2Texas A&M University, United States |
| AS97-A006 | Explainable Ensemble Machine Learning Revealing Enhanced Anthropogenic Emissions of Particulate Nitro-aromatic Compounds in Eastern China | Xinfeng WANG1#+, Min LI1, Tianshuai LI2, Yujia WANG1, Yueru JIANG2, Yujiao ZHU1, Wei NIE2, Rui LI3, Jian GAO4, Likun XUE1, Qingzhu ZHANG1, Wenxing WANG1 1Shandong University, China, 2Nanjing University, China, 3Shanxi Medical University, China, 4Chinese Research Academy of Environmental Sciences, China |
| AS97-A010 | Evidence on Interfacial Reaction Governing NO2 Hydrolysis in Deliquesced Aerosol Particles | Ruifeng ZHANG1#+, Masao GEN2, Yong Jie LI3, Xuan WANG4, Chak K CHAN5 1King Abdullah University of Science and Technology, Saudi Arabia, 2Chuo University, Japan, 3University of Macau, China, 4City University of Hong Kong, Hong Kong SAR, 5King Abdullah University of Science and Technology (KAUST), Saudi Arabia |
| AS97-A011 | Dominant Contribution of Non-dust Primary Emissions and Secondary Processes to Dissolved Aerosol Iron | Yizhu CHEN+, Mingjin TANG# Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, China |
| AS97-A012 | In-situ Observation of Liquid-liquid Phase Separation Using Aot: Exploring the Impact of Aerosol Acidity and Organic Carbon Chain Length | Fei ZHANG#+ Zhejiang University, China |
| AS97-A014 | Online Study of Mono- and Polycyclic- Compounds Containing Nitro and Hydroxy Groups in Atmospheric Particulate Matters | Xiaona SHANG1+, Haiping XIONG2, Quanliang YAO1, Jianmin CHEN2# 1Shanghai Institute of Technology, China, 2Fudan University, China |
| AS97-A015 | Biomass Burning Organic Aerosols as a Pool of Atmospheric Reactive Triplets to Drive Multiphase Sulfate Formation | Chak K CHAN1#+, Zhancong LIANG1, Liyuan ZHOU1, Yuqing CHANG1, Yiming QIN2 1King Abdullah University of Science and Technology (KAUST), Saudi Arabia, 2City University of Hong Kong, Hong Kong SAR |
| AS97-A016 | Secondary Organic Aerosol Formation from the Atmospheric Oxidation of Intermediate Volatility Organic Compounds | Weigang WANG#+ Institute of Chemistry Chinese Academy of Science, China |
| AS97-A017 | Pathway-specific Responses of Isoprene-derived Secondary Organic Aerosol Formation to Anthropogenic Emission Reductions in a Megacity in Eastern China | Yue ZHAO1#+, Huilin HU1, Jingyi LI2 1Shanghai Jiao Tong University, China, 2Nanjing University of Information Science & Technology, China |
| AS97-A019 | Aircraft-based Observations of Fire-emitted Submicron Particle Composition and Acidity from FIREX-AQ | Hongyu GUO1+, Pedro CAMPUZANO-JOST2, Demetrios PAGONIS2, Douglas A. DAY2, Melinda K. SCHUENEMAN2, Kyla S. A. SIEMENS3, Jack DIBB4, Joseph M. KATICH5, Armin WISTHALER6, Amber J. SOJA7, Lu XU8, Paul O. WENNBERG9, Alexander LASKIN3, Jose-Luis JIMENEZ2# 1Sun Yat-sen University, China, 2University of Colorado, Boulder, United States, 3Purdue University, United States, 4University of New Hampshire, United States, 5NOAA, United States, 6University of Innsbruck, University of Oslo, Norway, 7National Institute of Aerospace, United States, 8Washington University in St. Louis, United States, 9California institute of technology, United States |
| AS97-A022 | Dynamic Formation and Gas-particle Partitioning of Nitro-pheonilic Compounds in Hong Kong | Zhe WANG#+, Yi CHEN The Hong Kong University of Science and Technology, Hong Kong SAR |
| AS97-A025 | Speciation and Light-absorbing Properties of Carbonaceous Aerosols During Wintertime in Typical Industrial City, Taiyuan, China | Ling MU1#+, Chenhui LI1, Ziyong GUO1, Zhijun WU2, Jiancheng WANG1 1Taiyuan University of Technology, China, 2Peking University, China |
| AS97-A026 | In Situ Measurement Evidence of Particle Type-dependent In-cloud Enrichment of Ammonium, Nitrate, and Sulfate at a Mountain Site in Southeastern China | Ziyong GUO1#+, Guohua ZHANG2, Fengxian LIU1, Ling MU1, Jiancheng WANG1, Xinhui BI2 1Taiyuan University of Technology, China, 2Chinese Academy of Sciences, China |
| AS97-A027 | Characteristics of Carbonaceous Components and Light-absorbing of Water-soluble Organic Carbon in Wintertime Pm2.5 from a Coal-resource-based City in Northern China | Fengxian LIU1#+, Ziyong GUO1, Wei SUN2, Xiaocong PENG2, Ling MU1, Jiancheng WANG1, Guohua ZHANG3, Xinhui BI3 1Taiyuan University of Technology, China, 2State Key Laboratory of Advanced Environmental Technology and Guangdong Provincial Key Laboratory of Environmental Protection and Resources Utilization, Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, China, 3Chinese Academy of Sciences, China |