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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Hydrological Sciences
HS01 | HS02 | HS03 | HS04 | HS05 | HS06 | HS07 | HS08 | HS09 | HS10 | HS11 | HS12 | HS13 | HS14 | HS15 | HS16 | HS17 | HS18 | HS20 | HS21 | HS22 | HS24 | HS25 | HS26 | HS27 | HS28 | HS29 | HS30 | HS32 | HS33 | HS36 | HS37 | HS38 | HS39 | HS41 | HS42 | HS44 | HS46 | HS47 | HS49 |
| HS01 Challenges in Hydrologic Modeling | ||
| Abstract ID | Abstract Title | Authors |
| HS01-A001 | Complex Network Theory in Hydrology and Water Resources | Bellie SIVAKUMAR1#+, Taikan OKI2 1Indian Institute of Technology Bombay, India, 2The University of Tokyo, Japan |
| HS01-A003 | Progress in Quantification and Effective Reduction of Water Quality Model Uncertainty | Qian WANG#+, Danlu GUO, Joseph GUILLAUME, Barry CROKE, Anthony JAKEMAN Australian National University, Australia |
| HS01-A006 | Estimation of Hydrological Components and Baseflow Characteristics in the Musimcheon Watershed | Boyung KANG1#+, Il Moon CHUNG1, Moonhyeong PARK2 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2Korea Institute of Construction Technology, Korea, South |
| HS01-A004 | Flood Risk Assessment at Municipal and Watershed Levels Using Grid Data and Flood Risk Maps | Won-Joon WANG, Seungmin LEE, Soojun KIM, Hung Soo KIM#+ Inha University, Korea, South |
| HS01-A005 | Progress and Challenges in Hydrological Modeling | Venkataraman LAKSHMI#+ University of Virginia, United States |
| HS01-A009 | A Physics-informed Neural Network Based on Hydrological Model Framework | Zhaoxi LI1#+, Tiejian LI1, Jiaye LI2, Chen CHEN2, Weidong LI3 1Tsinghua University, China, 2Dongguan University of Technology, China, 3Institute of Atmospheric Physics, CAS, China |
| HS01-A011 | Complexity of Dissolved Oxygen Dynamics in Rivers: a Nonlinear Dynamic Approach | Sakshi DHUMALE#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS01-A013 | Stochastic and Probabilistic Measures and Assessment of Local Uncertainty for Intrinsic Groundwater Vulnerability by Using Nonparametric Geostatistics | Cheng-Shin JANG#+ Kainan University, Taiwan |
| HS01-A015 | Stochastic Simulation of Heterogeneous Permeability by Combining Fracture Distribution with Pumping Test Data in Karst Spring Area, North China | Xiaojuan QIAO1,2#+, Xinyu CHAI3, Hanqing LIU3 1University of Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China, 3University of Chinese Academy of Sciences, Beijing, China |
| HS01-A014 | Potential of soil moisture to calibrate a distributed hydrological model in semi-arid China | Xiuqin FANG#+ Hohai University, China |
| HS01-A016 | Requirement of Holding Ponds in a Coastal City for Resilient Stormwater Management | Sanyukta SATHAWANE#+, V. JOTHIPRAKASH Indian Institute of Technology Bombay, India |
| HS01-A017 | Uqpyl: an Open-source Python Package for Uncertainty Quantification and Optimization | Mengtian WU#+, Qingyun DUAN Hohai University, China |
| HS01-A018 | Nonlinear Dynamic Analysis of Hydrometeorological Variables in Vaitarna River Basin, India: a Descriptive and Fnn Analysis | V. JOTHIPRAKASH1#+, Injila HAMID2 1Indian Institute of Technology Bombay, India, 2Indian Institute of Technology Bombay, India, India |
| HS01-A020 | Paradigm Shift in Hydrological Modelling | A.W. JAYAWARDENA#+ The University of Hong Kong, Hong Kong SAR |
| HS01-A023 | Integrating Surface and Subsurface Processes using SWB Model for Groundwater Recharge Analysis | Kartick GM, Shanti Swarup BISWAL, Ansuman PATI, Meenu RAMADAS#+ Indian Institute of Technology Bhubaneswar, India |
| HS02 Climate Change Impacts on Water Resources Planning and Management: Assessment and Challenges | ||
| Abstract ID | Abstract Title | Authors |
| HS02-A004 | Drought Propagation Across Peninsular India Under Climate Change Conditions: A Network-based Approach | Devika CHANDRABABU SALINI#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS02-A001 | Impacts of Global Climate Change on Water Security: Assessment, Challenges, and Opportunities | Bellie SIVAKUMAR1#+, Jim HALL2, Deepthi B3, Devika CHANDRABABU SALINI1 1Indian Institute of Technology Bombay, India, 2The University of Oxford, United Kingdom, 3Kerala State Council for Science Technology and Environment, India |
| HS02-A026 | Modeling Environmental Change Impacts on Groundwater-surface Water Interactions and Contaminant Mobility | GAUTAM ROY1,2+, Bellie SIVAKUMAR3# 1Indian Institute of Technology, Bombay, India, 2Indian Institute of Technology, Bombay, India, 3Indian Institute of Technology Bombay, India |
| HS02-A005 | Soil Moisture Simulation for India: Performance Assessment of Gcms Using a Complex Network-based Approach | Anagha PRABHAKAR#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS02-A006 | Climate Projections to Assess Regional Water Availability in the Murray-Darling Basin | Anjana DEVANAND1#+, Francis CHIEW2, Zaved KHAN3, David POST2, Hongxing ZHENG1, David ROBERTSON1 1Commonwealth Scientific and Industrial Research Organisation, Australia, 2Commonwealth Scientific and Industrial Research Organisation, Australia, Australia, 3Commonwealth Scientific and Industrial Research Organisation, Australia, Australia, Australia |
| HS02-A007 | Future Projection of Compound Disaster Risk of Drought-wildfire | Kyunghun KIM, Seungmin LEE, Soojun KIM, Hung Soo KIM#+ Inha University, Korea, South |
| HS02-A008 | Climate and Land Cover Change Effects on Future Runoff for an Urbanizing Watershed | Seungtaek CHAE1+, Lloyd CHUA2, Kim IRVINE3, Muhammad USMAN4, Lihoun TEANG3, Eun Sung CHUNG1#, Inhwan PARK1 1Seoul National University of Science and Technology, Korea, South, 2Deakin University, Australia, 3Faculty of Architecture and Planning, Thammasat University, 99 Moo 18 Paholyothin Road, Klong Nueng, Klong Luang, Pathumthani 12121, Thailand, Thailand, 4Faculty of Science Engineering and Built Environment, School of Engineering, Deakin University, Geelong, 3216, Victoria, Australia, Australia |
| HS02-A013 | Long-term Complementary Operation of Basin–scale Hydro–wind–solar Integrated Systems Using Successive Approximation Stochastic Dynamic Programming | Lewei ZHAO#+ Zhengzhou University, China |
| HS02-A012 | Experimental Study of Carbon-based Filter and Permeable Block for Mitigating Nonpoint Source Pollutant | Soonchul KWON1#+, Taeyang KIM2, Jaerock PARK3 1Pusan National University, Korea, South, 2Pusan national university, Korea, South, 3Green Land & Water Research Institute, Korea, South |
| HS02-A016 | Probabilistic Vulnerability Assessment of Levees Under Climate Change Impacts Using Monte Carlo Simulation | Seong Jin NOH1#+, Hyuna WOO1, Hyeonjin CHOI1, Minyoung KIM1, Yaewon LEE1, Bomi KIM1, Dohan LEE2 1Kumoh National Institute of Technology, Korea, South, 2Korea Institute of Construction Technology, Korea, South |
| HS02-A014 | High-resolution Far-future Ssp5-8.5 Scenario Results Over Eastern Mediterranean Black Sea Region: the Impact of Climate Change on Water Budgets of Snow-dominated Basins | İsmail YUCEL1#+, Buse KARAKÖSE1, Soner Cagatay BAGCACI2, Berkin GUMUS1, M. Tugrul YILMAZ1 1Middle East Technical University, Turkey, 2Karamanoglu Mehmetbey University, Turkey |
| HS02-A015 | Integrating Water Quality Monitoring with Intelligent Command Platform: Tracking Organic Carbon Molecular Fingerprints from Source to Tap in the Greater Bay Area, China | Zhengting LIU1#+, ALEX CHOW2, Shaobin HUANG3, Lingyan ZHANG4 1The Chinese University of Hong Kong, China, 2The Chinese University of Hong Kong, Hong Kong SAR, 3School of Environment and Energy, South China University of Technology, China, 4Tianjin Hexintai Technology Development Co., Ltd., China, China |
| HS02-A020 | Assessment of Global Population Under Water Stress Based on Safe and Just Earth System Boundary Definitions: Insights from Five Global Hydrological Models in ISIMIP2a | Saritha PADIYEDATH GOPALAN1#+, Naota HANASAKI2, Taikan OKI1 1The University of Tokyo, Japan, 2National Institute for Environmental Studies, Japan |
| HS02-A021 | Study of Water Resources Evolution Law and Management Strategy in the Source Region of the Yellow River | LU LU1#+, Ruipeng SONG2 1Hydrology Bureau, Yellow River Conservancy Commission, China, 2Hydrology Bureau of Yellow River Conservancy Commission, China |
| HS02-A022 | System Dynamics Model to Design Sustainable Future Water Supply and Demand in Singapore | Dineshkumar MUTHUVEL#+, Xiaosheng QIN Nanyang Technological University, Singapore |
| HS02-A024 | Chaos Theory-based Prediction of Compound Dry Hot Events in India Under Climate Change Conditions | Anagha PRABHAKAR1#+, Deepthi B2, Bellie SIVAKUMAR1 1Indian Institute of Technology Bombay, India, 2Kerala State Council for Science Technology and Environment, India |
| HS02-A025 | Analysis of Sea Surface Temperature Variability Using Complex Networks | Deepthi B1#+, Bellie SIVAKUMAR2 1Kerala State Council for Science Technology and Environment, India, 2Indian Institute of Technology Bombay, India |
| HS02-A027 | On the Need for Dynamic Crop Maps as Input for Efficient Simulation of Crop Production | Aniruddha SAHA1#+, Manoj Kumar JAIN2 1Indian Institute of Technology, Roorkee, India, 2Indian Institute of Technology Roorkee, India |
| HS02-A028 | Identification of Climate Drivers for Global Surface Soil Moisture Changes Based on Multiple Datasets | Jianfeng LI1#+, Yansong GUAN2, Xihui GU2 1The Chinese University of Hong Kong, Hong Kong SAR, 2China University of Geosciences, China |
| HS03 Artificial Intelligence for Model and Data Integration in Hydrology | ||
| Abstract ID | Abstract Title | Authors |
| HS03-A001 | A Novel AI Framework Combining Feature Selection, Decomposition, and Optimization for River Water Level Prediction | Jongho KIM1#+, Trung TRAN2, Dat LE3 1University of Ulsan, Korea, South, 2University of Ulsan, Korea, South , Korea, South, 3University of Ulsan, Korea, South, Korea, South |
| HS03-A002 | A Hydrologically Informed Machine Learning Approach for Rainfall-runoff Modelling | Xin LI1#+, Haoliang DU2, Viraj Vidura Herath HERATH MUDIYANSELAGE3, Naila MATIN2, Vladan BABOVIC2 1Hohai University, China, 2National University of Singapore, Singapore, 3Macquarie University, Australia |
| HS03-A011 | Analyzing the Spatial Scale Effects of Urban Elements on Urban Flooding Based on Explainable Machine Learning | daxing ZUO1#+, Maochuan HU2 1sun yat-sen university, China, 2Sun Yat-sen University, China |
| HS03-A003 | Efficient Glacial Lake Mapping by Leveraging Deep Transfer Learning and a New Annotated Glacial Lake Dataset | Donghui MA#+, Liguang JIANG Southern University of Science and Technology, China |
| HS03-A004 | Reservoir Inflow Prediction Method Based on Large Language Model and Time Series Forecasting | zixin SONG#+ Hohai University, China |
| HS03-A005 | Explaining the Mechanism of Socioeconomic Drought Events: a New Perspective from Interpretable Deep Learning Model | Fangxiu MENG#+, Haiyun SHI, Suning LIU Southern University of Science and Technology, China |
| HS03-A006 | A Deep Learning-based Data Assimilation Approach and its Application in Characterization of Fractured Media | Tongchao NAN#+, Jiangjiang ZHANG, Chunhui LU Hohai University, China |
| HS03-A017 | Ai-driven Evaporation Estimation in Ungauged Regions Using High-resolution Meteorological Data | Hsuan-Yu LIN#+ National Chiayi University, Taiwan |
| HS03-A008 | Enhancing River Dissolved Oxygen Forecast with Graph Attention Temporal Convolutional Networks: a Case Study of the Pearl River Basin | Cangbai LI1#+, Zhengkun GUO1, Pan YANG2 1Guangdong University of Technology, China, 2Guangdong University of Technology, China , China |
| HS03-A009 | Machine Learning for Pattern Recognition and Prediction in Hydrology | Bellie SIVAKUMAR#+ Indian Institute of Technology Bombay, India |
| HS03-A012 | A Global Soil Dataset for Earth System Modeling (version 2, GSDEv2) | Gaosong SHI#+, Wei SHANGGUAN Sun Yat-sen University, China |
| HS03-A013 | Estimating Seamless Urban Evapotranspiration by Integrating the Three-temperature Model and Machine Learning | YuJiu XIONG1#+, ChenBin WU1, Chunhua YAN1, Guo Yu QIU2 1Sun Yat-sen University, China, 2Peking University, China |
| HS03-A021 | Enhancing Water Level Prediction at River Confluences Using Forecasted Rainfall and AI Models | Yeongeun JI+, Boosik KANG# Dankook University, Korea, South |
| HS03-A022 | River Water Level Prediction Using LSTM-Based Virtual Flood Level Sensors and the Impact of Tributary Data | Yunji LIM1+, Boosik KANG2# 1Dankook University, Department of Civil and Environmental Engineering, Korea, South, 2Dankook University, Korea, South |
| HS03-A018 | Development of an AI-Surrogate Model for Real-Time Flood Forecasting and Optimized Multi-Purpose Dam Operation | Jiyoung SUNG+, Boosik KANG# Dankook University, Korea, South |
| HS03-A014 | Integrating Data and Physical Knowledge: a New Deep Learning Approach for Urban Flood Simulation | Yaoxing LIAO+, Weizhi GAO, Zhaoli WANG#, Chengguang LAI, Xushu WU, Zifeng DENG, Yuhong CHEN South China University of Technology, China |
| HS03-A019 | Impact of Indian Summer Monsoon on the Regional Precipitation Over the Southern Tibetan Plateau Using Numerical Modelling and Machine Learning | Xinzheng TANG1#+, Dawei WANG2, Ji CHEN1 1The University of Hong Kong, Hong Kong SAR, 2TransGP, The University of Hong Kong, Hong Kong SAR |
| HS03-A020 | Research on Medium-and Long-term Forecasting of the Hydro-wind-solar Integration System | Long CHENG#+ Zhengzhou University, China |
| HS03-A015 | Space Time Prediction of Watershed Water Quality Based on Physics-informed Machine Learning and Multi Model Coupling: a Case Study of Nanjing City | Jichen ZHANG#+, Cheng GAO Hohai University, China |
| HS03-A016 | Enhanced Urban Pluvial Flood Prediction Using a Transformer‑cnn Coupled Model with Spatiotemporal Feature Fusion and Uncertainty Estimation | Weizhi GAO+, Sijing HE, Yaoxing LIAO, Zhaoli WANG#, Chengguang LAI, Xushu WU, Yuhong CHEN, Zifeng DENG South China University of Technology, China |
| HS03-A032 | Prophet-driven Ai Modeling for Flood Prediction in the Bow River, Canada | Adya Aiswarya DASH#+, Edward MCBEAN University of Guelph, Canada |
| HS03-A023 | Adaptive LSTM with a Dual-Model Approach for Predicting River Water Levels with a Virtual Sensor | DongGyun KIM+, Boosik KANG# Dankook University, Korea, South |
| HS03-A029 | Recurrent Neural Network-based Optimal Input Data Construction and Watershed-specific Performance Evaluation for Flood Prediction Across Lead Times | Gwiun JEONG1+, Hyun Il KIM1, Heehoon CHOI2, Byunghyun KIM1# 1Kyungpook National University, Korea, South, 2Ministry of the Interior and Safety, Korea, South |
| HS03-A024 | Deep Learning-enhanced Nowcasting of Extreme Rainfall: an Integrated Approach for Early Warning Systems | Ji CHEN#+, Hongxu ZHU, Hongyi YAO, Xianqi JIANG The University of Hong Kong, Hong Kong SAR |
| HS03-A030 | Geo-ML based prediction of Crop Water Stress Index for Wheat Agricultural Fields | Likith NARAKALA1#+, Manoj YADAV2, Hitesh UPRETI3, Gopal Das SINGHAL2 1Shiv Nadar Institution of Eminence, Delhi-NCR, India, 2Shiv Nadar University, India, 3Shiv Nadar Institution of Eminence, India |
| HS03-A028 | An Attention-mechanism-based Convolutional and Sequential Model for Improving Radar Quantitative Precipitation Estimation | Qiong LI1#+, Jiahua WEI2, Guoxin CHEN3, KanZhuo SUONAN4 1Qinghai University, China, 2Tsinghua University, China, 3qinghai university, China, 4Qinghai University （青海大学）, China |
| HS03-A031 | Ai-based Precipitation Nowcasting Guided by Continuity Equation | Hongxu ZHU#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS03-A036 | Dual-transformer Deep Learning Framework for Predicting Great Lakes Water Levels | Pengfei XUE#+, Yi CHEN Michigan Tech, United States |
| HS03-A037 | Optimization of Weir Operation to Mitigate Harmful Algal Blooms (habs) Using Deep Reinforcement Learning | Sang-Soo BAEK1#+, Changyoon JEONG2, Daehee CHOI2 1Yeungnam University, Korea, South, 2yeungnam university, Korea, South |
| HS04 The Third Pole Environment and High Mountains of Central Asia - Hydrometeorological Processes and Human Dimension | ||
| Abstract ID | Abstract Title | Authors |
| HS04-A002 | Asian Hydroclimate Research Under the GEWEX Umbrella | Petrus (Peter) VAN OEVELEN1#+, Michael BRODY1, Sagynbek ORUNBAEV2,3, Maksim KULIKOV4 1George Mason University, United States, 2American University of Central Asia, Kyrgyzstan, 3Kyrgyz Committee on Safety of Large Dams (KyrCOLD), Kyrgyzstan, 4University of Central Asia, Kyrgyzstan |
| HS04-A003 | The Progress in Observational Research on the Land-atmosphere Interaction Process Over the Tibetan Plateau | Yaoming MA#+ Chinese Academy of Sciences, China |
| HS04-A004 | Quantifying Precipitation Sources and Deciphering Differential Contribution Mechanisms in the Westerly-monsoon Interaction Zone: a Case Study of the Ordos Plateau | Miao ZHANG1#+, Miao MIAO2, Lihe YIN3, Yanxin WANG4 1Shaanxi Normal University, China, 2Shaanxi Normal University, China, China, 3China Geological Survey, China, 4China University of Geosciences, China |
| HS04-A007 | Added Value of Three-dimensional Boundary Layer Parameterization Schemes in Simulating Local-scale Circulations on the Tibetan Plateau | Cunbo HAN1#+, Hanying XU2, Yunshuai ZHANG3, Yaoming MA4 1Institute of Tibetan Plateau Research, Chinese Academy of Sciences, China, 2Institute of Tibetan Plateau Research, Chinese Academy of Sciences, China, China, 3 Institute of Tibetan Plateau Research, Chinese Academy of Sciences, China, China, China, 4Chinese Academy of Sciences, China |
| HS04-A017 | Global Assessment of Rainfall-induced Landslides Using Physics-based Modeling and the Global Landslide Catalog | YI XIA1#+, Ze JIANG2, ke ZHANG1, Ashish SHARMA2 1Hohai University, China, 2UNSW Sydney, Australia |
| HS04-A009 | Satellite Monitoring of Glacial Lake Dynamics in High Mountain Asia from 1990 to 2020 | Meimei ZHANG#+, Fang CHEN Aerospace Information Research Institute, Chinese Academy of Sciences, China |
| HS04-A010 | Spatio-temporal Reconstruction of Annual Glacier Mass Balance in the Central Asia (1950-2020) Using Machine Learning Method | yanfei PENG1#+, Tobias BOLCH2, Qiangqiang YUAN3, Francesca BALDACCHINO4, Qianqian YANG5 1Wuhan Universiity, China, 2Graz University of Technology, Austria, 3Wuhan University, China, 4Graz university of Technology, Austria, 5Hong Kong Baptist University, China |
| HS04-A018 | Dynamic Process Modelling of Flash Flood and Its Hazard Assessment in High Mountain Asia | Zhu LI1+, Yanfang SANG2#, Yueling WANG3, Xilin XIA4 1Institute of Geographic Sciences and Natural Resources Research, CAS, China, 2Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Chinese Academy of Sciences, China, 3Chinese Academy of Sciences, China, 4University of Birmingham, United Kingdom |
| HS04-A014 | Integrated Climate Information Services in the Third Pole | yuping YAN#+ National climate center, China |
| HS04-A015 | Isotopic Variability and Impact of Post-depositional Processes on Low-elevation Snowfall in the Upper Ganga Basin, India | Nikitasha CHATTERJEE#+ Indian Institute of Technology Kharagpur, India |
| HS04-A016 | 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 |
| HS05 Compound Hydroclimatic Extremes in a Changing Environment: Impact, Attribution, and Risk | ||
| Abstract ID | Abstract Title | Authors |
| HS05-A001 | Drought-flood Abrupt Alternation Decreases Crop Phosphorus Storage and Increases Soil Phosphorus Loss in China's Typical Grain Base | Wuxia BI#+, Fan WANG, Wenqing LIN, Weiqi WANG, Xin QI, Mingda LU, Dawei ZHANG, Cheng ZHANG China Institute of Water Resources and Hydropower Research, China |
| HS05-A003 | Distinguishing Determinants on Interannual Variability of Terrestrial Water Cycle | Dongqin YIN1#+, Jinyu ZHU2 1China Agricultural University, China, 2China Agricultural University, China, China |
| HS05-A004 | Increased Reliance on Landfalling Tropical Cyclones for Regional Drought Termination | Xuezhi TAN1#+, Yaxin LIU1, Thian Yew GAN2, Xinxin WU1, Xuejin TAN1 1Sun Yat-sen University, China, 2University of Alberta, Canada |
| HS05-A005 | The Propagation from Atmospheric Flash Drought to Soil Flash Drought and Its Changes in a Warmer Climate | Feng MA#+ Nanjing University of Information Science and Technology, China |
| HS05-A006 | A Counterfactual Emulator for Circulation-Driven Extremes in Southeast Asia | Xinyue LIU+, Xiao PENG, Xiaogang HE# National University of Singapore, Singapore |
| HS05-A010 | Amplified Global Drought and Pluvial Synchronization on a Warming Earth Revealed by Multi-layer Network Analyses | Hui-Min WANG+, Xiaogang HE# National University of Singapore, Singapore |
| HS06 Big Data Analytics and Machine Learning in Hydrological and Climatological Studies | ||
| Abstract ID | Abstract Title | Authors |
| HS06-A001 | Rapid Prediction of Urban Flood Based on Disaster-breeding Environment Clustering and Bayesian Optimized Deep Learning Model in the Coastal City | Shanlun XU#+, Huiliang WANG Zhengzhou University, China |
| HS06-A003 | Analysis of River Water Quality Changes Due to Hydrological Drought | Bugeon JO1#+, youngdo KIM2, Joo Heon LEE3, Moonhyeong PARK4 1KOREA INSTITUTE of CIVIL ENGINEERING and BUILDING TECHNOLOGY, Korea, South, 2myongji university, Korea, South, Korea, South, 3Joongbu University, Korea, South, 4Korea Institute of Construction Technology, Korea, South |
| HS06-A002 | A decomposition approach to evaluating the local performance of global streamflow reanalysis | Zexin CHEN#+, Tongtiegang ZHAO Sun Yat-sen University, China |
| HS06-A008 | Advanced Radar Data Interpolation Via Generative Models | Jongyun BYUN1+, Hyeon-Joon KIM2, Changhyun JUN1, Chulsang YOO1# 1Korea University, Korea, South, 2Pukyong National University, Korea, South |
| HS06-A004 | Machine Learning-based Estimation of Reference Evapotranspiration in South Korea Using GK-2A Satellite Data | Bu-Yo KIM#+, Joo Wan CHA, Seung-Bum KIM National Institute of Meteorological Sciences, Korea, South |
| HS06-A012 | Analysis of Farming Strategy and Agricultural Policies for Groundwater Management in Taiwan | Kai-Ming TSANG1#+, Ming-Che HU2, Shuay-Tsyr HO3 1National Taiwan Unversity, Taiwan, 2National Taiwan University, Taiwan, 3National Taiwan University, Taiwan, Taiwan |
| HS06-A009 | Deep learning for daily precipitation downscaling: case study Yangtze Delta Megalopolis | Xiaolong LIU#+ Nanjing Polytechnic Institute, China |
| HS06-A010 | Cloud Evolution Nowcasting Using Ai-based Deep Learning Algorithm with an Echo Intensity Categorizer | Xianqi JIANG#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS06-A013 | Surface Water Mapping Using TRITON’s GNSS-R Delay-Doppler Maps | Shih-Ping CHEN#+, Charles LIN National Cheng Kung University, Taiwan |
| HS06-A014 | Design Flood Calculation in Dongting Lake Area Based on Deep Learning | Luo ZIHANG1#+, xueshan AI2 1WuHan University, China, 2wuhan university, China |
| HS07 Navigating the Food-energy-water Nexus Under Global Environmental Change | ||
| Abstract ID | Abstract Title | Authors |
| HS07-A001 | Modeling the Water–energy–food–ecology Nexus in the Aral Sea Basin Via Bayesian Networks | Haiyang SHI1#+, Geping LUO1, Philippe DEMAEYER2 1Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China, 2Ghent University, Belgium |
| HS07-A002 | Food-Energy-Water Nexus and Sustainable Development in Eurasia | Yaxin SHI+, Haiyun SHI#, Yao WANG, Suning LIU Southern University of Science and Technology, China |
| HS07-A009 | Spatiotemporal Dynamics and Driving Factors of Irrigation Water Demands in China | Suning FAN+, Yu FANG#, Jun NIU China Agricultural University, China |
| HS07-A003 | Evaluating the Sensitivity of Hydrological Ecosystem Services for Strengthening Food Security in the Vietnamese Mekong Delta | Sreejita BANERJEE#+ Asian Institute of Technology, Thailand |
| HS07-A005 | Evaluation of Climate Change Impacts on Hydrological Ecosystem Services That Support Food Security: a Multi-model Approach | Fahad AHMED1+, Ho Huu LOC2# 1Asian Institute of Technology, Thailand, 2Earth Systems and Global Change (ESC) Group, Wageningen University & Research, Wageningen, Netherlands |
| HS07-A007 | Security Risk Evaluation and Probability Calculation for Water-food-energy Nexus in the Upper and Middle Yellow River Basin | shan JIANG#+ China Institute of Water Resources and Hydropower Research, China |
| HS07-A008 | Risk Assessment and Change Rule of "water-food" System in Beijing-tianjin-hebei Region | Guohua HE#+, Yongnan ZHU China Institute of Water Resources and Hydropower Research, China |
| HS07-A010 | Graice: Reconstructing Terrestrial Water Storage Anomalies with Recurrent Neural Networks and Human Water Use | Pierre GENTINE1#+, Irene PALAZZOLI2, Serena CEOLA2 1Columbia University, United States, 2University of Bologna, Italy |
| HS07-A012 | Management strategies for Water-Energy-Food Nexus in the arid region of Northwest China | Xiaojun WANG1#+, Jiaqi SUN2, Jianyun ZHANG3, Tao ZHANG3, Jie ZHANG4 1Nanjing Hydraulic Research Institute, Ministry of Water Resources, China, 2School of Geographical Sciences, Shanxi Normal University, China, 3Ministry of Water Resources, China, 4Nanjing Hydraulic Research Institute, Ministry of Water Resources, China , China |
| HS08 Characterizing and Modelling Ecohydrological Processes in a Changing Environment | ||
| Abstract ID | Abstract Title | Authors |
| HS08-A001 | Impacts of Anthropogenic Vegetation Greening on Hydrological Processes in the Loess Plateau | Zhenxin BAO#+, Jie WANG, Guoqing WANG Nanjing Hydraulic Research Institute, China |
| HS08-A007 | Mangrove Propagule Dispersal Simulation for Establishing Restoration Strategy of Mangrove Kandelia Obovata in Coastal Zone of Northern Taiwan | Cheng-Wei CHANG#+, Shang-Shu SHIH National Taiwan University, Taiwan |
| HS08-A002 | Recent Decline in Global Ocean Evaporation Due to Wind Stilling | Ning MA#+ Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China |
| HS08-A009 | Constraining Wetland Energy and Carbon Fluxes in CLM-FATES with Enhanced Process Representation and Field Data Incorporation | Hyunyoung OH1+, Justine MISSIK2, Gil BOHRER2, Minseok KANG3, Youngryel RYU4, Yeonjoo KIM1# 1Yonsei University, Korea, South, 2Ohio State University, United States, 3National Center for Agro Meteorology, Korea, South, 4Seoul National University, Korea, South |
| HS08-A005 | Resolving Hillslope Land Cover Heterogeneity Improves Simulation of Terrestrial Energy and Water Budgets | Shuping LI#+, Dai YAMAZAKI, Tomoko NITTA, Kei YOSHIMURA The University of Tokyo, Japan |
| HS08-A011 | Effects of Thinning on Root and Leaf-scale Water Use Characteristics of Artificial Forest in the Loess Plateau of China | Guangyao GAO#+ Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China |
| HS08-A010 | Modeling forest fire impact on streamflow with a modified eco-hydrological model | Zhenwu XU#+ Chinese Academy of Sciences, China |
| HS08-A012 | Rainfall Partitioning by Vegetation in China | Yafeng ZHANG#+ Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China |
| HS08-A013 | Hysteresis in Tree Water Storage: In-situ Stem Water Retention Curves Modeled Using Soil Physics and Driven by Environmental Forcings | Suvan CABRAAL#+, Ashley MATHENY, Maria ULATOWSKI, Caleb ADAMS University of Texas at Austin, United States |
| HS08-A015 | Dominant drivers for terrestrial water storage changes are different in northern and southern China | CONGCONG LI#+ IGSNRR, CAS, China |
| HS09 Advances in Large-scale River Modeling: Developments and Applications | ||
| Abstract ID | Abstract Title | Authors |
| HS09-A001 | Evaluating the Skill of ILS Emulator in Regional High-resolution Hydrologic Simulations | Roman OLSON#+, Kei YOSHIMURA, Tomoko NITTA The University of Tokyo, Japan |
| HS09-A007 | How Large-scale River Model's Physics Is Affected by Spatial Resolution | Dai YAMAZAKI1#+, Prakat MODI2 1The University of Tokyo, Japan, 2Shibaura Institute of Technology, Japan |
| HS09-A003 | Scalable High-resolution Levee Detection from Digital Elevation Models Using Cloud Computing | Do Ngoc KHANH1+, Yugo TSUMURA2, Orie SASAKI3, Kazuma SHIRAISHI1, Daiki AKIMOTO1, Dai YAMAZAKI4, Gang ZHAO5, Yukiko HIRABAYASHI1# 1Shibaura Institute of Technology, Japan, 2Fukuoka Branch office, Nippon Koei Co., Ltd, Fukuoka, Japan, Japan, 3Tokyo Institute of Technology, Japan, 4The University of Tokyo, Japan, 5Institute of Science Tokyo, Japan |
| HS09-A004 | Modeling Streamflow Change and Saltwater Intrusion Into Groundwater Systems in the Mekong Delta | Qiuhong TANG1#+, Jie WANG2, Han XIAO3, Xiaobo YUN4, Li HE5, Yin TANG1, Gang ZHAO6 1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, 2Lanzhou University, China, 3Chinese Research Academy of Environmental Sciences, China, 4China Meteorological Administration, China, 5Key Laboratory of Water Cycle and Related Land Surface Processes, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, 6Chinese Academy of Sciences, China |
| HS09-A013 | Integrating Lidar-derived Levee Information Into Large-scale Flood Modeling: Applications Across Multiple River Basins | Kazuma SHIRAISHI1+, Do Ngoc KHANH1, Orie SASAKI2, Yukiko HIRABAYASHI1# 1Shibaura Institute of Technology, Japan, 2Tokyo Institute of Technology, Japan |
| HS09-A006 | Global River Hydraulics and Geometry Modeling Leveraging Remote Sensing and Geospatial Big Data | Peirong LIN#+, Zimin YUAN Peking University, China |
| HS09-A008 | Improving Flood Forecast in Large-scale River Models Through Data Assimilation of Satellite Observed Flood Extent | Yukinori KOJIMA#+, Dai YAMAZAKI Tokyo University, Japan |
| HS09-A023 | Improving Flow Simulations in Mega River Deltas by Large-scale River Models with Enhanced Computational Scheme for Bifurcation Channels | Dung Trung VU#+, Dai YAMAZAKI The University of Tokyo, Japan |
| HS09-A009 | Emission and Hydrodynamics of Microparticulate Plastics Generated on Land via the CaMa-Flood | Hiroto OE1, Masahiro FURUTANI2, Yasuo NIHEI3, Dai YAMAZAKI4, Tomoya KATAOKA1#+ 1Ehime University, Japan, 2National Institute of Technology, Fukui College, Japan, 3Tokyo University of Science, Japan, 4The University of Tokyo, Japan |
| HS09-A010 | Flashier Floods in Cold and Arid Regions of the Northern Midlatitudes | Fengjia ZHOU1+, Shuo WANG2#, Louise J. SLATER3, Peirong LIN4, Hanbo YANG5, Sijie TANG6 1The Hong Kong Polytechnic University, China, 2The Hong Kong Polytechnic University, Hong Kong SAR, 3University of Oxford, United Kingdom, 4Peking University, China, 5Tsinghua University, China, 6The Hong Kong Polytechnic University, China, China |
| HS09-A011 | Quantifying Uncertainty in Land Surface Hydrological Simulations: A Multi-Source Analysis with CoLM | Zhongwang WEI#+, Fan BAI Sun Yat-sen University, China |
| HS09-A012 | Investigating the Global Applicability of Satellite River Altimetry and Width in Monitoring River Dynamics | Xudong ZHOU#+, Puyuan CHEN Ningbo University, China |
| HS09-A019 | Improving River Modelling for Water Resource Assessments in Very Large, Data Sparce, Regions | Matt GIBBS#+, Justin HUGHES, Ang YANG, Cuan PETHERAM CSIRO, Australia |
| HS09-A016 | Flood Hazard Mapping in Japan Using Downscaled Flood Volumes with Levee Protection | Muhammad Hasnain ASLAM1+, Yukiko HIRABAYASHI1#, Dai YAMAZAKI2, Gang ZHAO3, Yuki KITA2,4 1Shibaura Institute of Technology, Japan, 2The University of Tokyo, Japan, 3Institute of Science Tokyo, Japan, 4Gaia Vision Inc., Japan |
| HS09-A014 | Global-scale Uncertainties in Hydrologic Modeling: the Role of Precipitation and Temperature Forcings | Guoqiang TANG1#+, Martyn CLARK2, Andy WOOD3, Jun XIA1 1Wuhan University, China, 2University of Calgary, Canada, 3National Center for Atmospheric Research, United States |
| HS09-A015 | Machine Learning Corrects Climate Model Biases in Global Flood Projections | Boen ZHANG1#+, Louise J. SLATER2, Simon MOULDS3, Michel WORTMANN4, Neil HART5, Yinxue LIU6, Jiabo YIN7, Xihui GU8, Grey NEARING9, Manuela BRUNNER10, Stephen ROBERTS11 1School of Geography and the Environment, University of Oxford, United Kingdom, 2University of Oxford, United Kingdom, 3School of Geosciences, University of Edinburgh, Edinburgh, UK, United Kingdom, 4European Centre for Medium-Range Weather Forecasts, Shinfield Park, Reading, UK, United Kingdom, 5School of Geography and the Environment, University of Oxford, Oxford, UK, United Kingdom, 6School of Geography and the Environment, University of Oxford, Oxford, UK; Geography and Environment, Loughborough University, Loughborough, UK, United Kingdom, 7Wuhan University, China, 8China University of Geosciences, China, 9Google Research, Mountain View, CA, USA, United Kingdom, 10Institute for Atmospheric and Climate Science, ETH Zurich, Zurich, Switzerland; Institute for Snow and Avalanche Research SLF, Swiss Federal Institute for Forest, Snow and Landscape Research WSL, Davos Dorf, Switzerland, Switzerland, 11Department of Engineering Science, University of Oxford, Oxford, United Kingdom, United Kingdom |
| HS09-A018 | Global Alluvial Channel Patterns | Qiuqi LUO1+, Lian FENG1#, Edward PARK2 1Southern University of Science and Technology, China, 2Nanyang Technological University, Singapore |
| HS09-A021 | Principles and Parallel Algorithms for Generating Multi-temporal Large Scale River Network Vectors | Xi CHEN#+ Chinese Academy of Sciences, China |
| HS09-A022 | New Insights Into Global Flood Hazard and Risk Considering Levees Under a Changing Climate | Gang ZHAO1#+, Dai YAMAZAKI2, Yukiko HIRABAYASHI3, Xudong ZHOU4, Do Ngoc KHANH3 1Institude of science tokyo, Japan, 2The University of Tokyo, Japan, 3Shibaura Institute of Technology, Japan, 4Ningbo University, China |
| HS09-A024 | Rivers, Wetlands and Inundation: in Cama-flood, in Jules and in Reality | Toby MARTHEWS1#+, Douglas CLARK1, Simon DADSON2, Dai YAMAZAKI3 1UK Centre for Ecology & Hydrology, United Kingdom, 2University of Oxford, United Kingdom, 3Tokyo University, Japan |
| HS09-A025 | Modeling Global River Flooding Using Graph Neural Networks with Emphasis on Non-euclidean Geometric Correlations | Hancheng REN1#+, Gang ZHAO2, Bo PANG3 1Beijing Normal University, China, 2Institude of science tokyo, Japan, 3Beijing Normal Univesity, China |
| HS10 Anthro-Geo-Hydro approaches for landslide prediction, hazard assessment, and mitigation | ||
| Abstract ID | Abstract Title | Authors |
| HS10-A002 | Spatiotemporal Characteristics and Rainfall Thresholds of Geological Landslide Disasters in Asean Countries | lu WEIPING1+, Zhixiang XIAO2# 1CMA, China, 2School of Geography and Planning, Nanning Normal University, Nanning, China, China |
| HS10-A010 | A New Framework for Early-warning Classification of Urban Waterlogging Risk Based on Waterlogging Risk Angle | Xuechun LI#+, Jinping ZHANG Zhengzhou University, China |
| HS10-A001 | Characteristics of Extreme Precipitation and Circulation Related to Cluster Geological Disasters in Summer in Southeastern Guangxi, China | Zhixiang XIAO#+ School of Geography and Planning, Nanning Normal University, Nanning, China, China |
| HS10-A004 | Influence of Elastico-Frictional Fault Zone Dynamics on Landslide Occurrences: Insights from the Darjeeling Himalaya, India | Vinee SRIVASTAVA#+ Department of Earth and Environmental Sciences, Indian Institute of Science Education and Research Bhopal, India |
| HS10-A005 | Integrated Natural Hazards in the Himalaya: Insights from the Darjiling-sikkim Himalaya | Malay MUKUL1#+, Vinee SRIVASTAVA2, Manas MUKUL3 1Dept of Earth Sciences, IIT Bombay, Mumbai 400076, India, 2Department of Earth and Environmental Sciences, Indian Institute of Science Education and Research Bhopal, India, 3School of Computer Applications, Kalinga Institute of Industrial Technology. Bhubaneswar - 751024, Odisha, India., India |
| HS10-A006 | Rainfall-induced Landslide Assessment Under Different Thresholds Using a Numerical Modeling | Rishu PANDEY, Pragati PRAJAPATI#+, Sanjeev Kumar JHA Indian Institute of Science Education and Research Bhopal, India |
| HS10-A009 | Balancing Risk and Resilience in Urban Flood Recovery Prioritization | Su Min SONG+, Dong Hyun KIM, Seungoh LEE# Hongik University, Korea, South |
| HS10-A007 | Impact of Out-of-sequence Deformation on Landslide Hazards: Insights from the Relli River Basin, Ramgarh Thrust Sheet, Darjeeling Himalaya. | Enjamamul HAQUE1#+, Vinee SRIVASTAVA2 1IISER Bhopal, India, 2Department of Earth and Environmental Sciences, Indian Institute of Science Education and Research Bhopal, India |
| HS10-A008 | Assessing the Vulnerability of Indian Himalayan Region Due to Compound Wet Hazards | Pragati PRAJAPATI#+, Kavya M, Sanjeev Kumar JHA Indian Institute of Science Education and Research Bhopal, India |
| HS10-A011 | Field Research on Preferential Infiltration and Stability in Rainfall-induced Loess Landslides | Jianhua MA#+ Xinjiang University, China |
| HS11 Water Resources Management Under Changing Environment in Asia | ||
| Abstract ID | Abstract Title | Authors |
| HS11-A029 | Harnessing the Opportunity for Sustainable Sediment Management in the Yellow River Created by Xiaolangdi Reservoir | Dongxian KONG1#+, Chiyuan MIAO2 1Shandong University of Science and Technology, China, 2Beijing Normal University, China |
| HS11-A026 | Modeling Catchment Runoff and Wetland Hydrology as Decision Support Tools to Alleviate Downstream Ecosystem Impacts from an Urbanizing Watershed | Lloyd CHUA1#+, Kim IRVINE2, Muhammad USMAN3, Lihoun TEANG2 1Deakin University, Australia, 2Faculty of Architecture and Planning, Thammasat University, 99 Moo 18 Paholyothin Road, Klong Nueng, Klong Luang, Pathumthani 12121, Thailand, Thailand, 3Faculty of Science Engineering and Built Environment, School of Engineering, Deakin University, Geelong, 3216, Victoria, Australia, Australia |
| HS11-A020 | Estimating Future Irrigation Water Demand in the Poyang Lake Basin Using a Crop-specific Dynamic Irrigation Scheme | Qianya YANG1#+, Jianhui WEI2, Chuanguo YANG3, Zhongbo YU3 1Nanchang Institute of Technology, China, 2Karlsruhe Institute of Technology, Germany, 3Hohai University, China |
| HS11-A001 | Best Management Practices of Nonpoint Source Pollution Based on a Highly Efficient Multi-objective Method | Ruochen SUN#+, Qingyun DUAN Hohai University, China |
| HS11-A002 | Proposed Water Use Strategies for Extreme Drought | Huaxiang HE#+ China Institute of Water Resources and Hydropower Research, China |
| HS11-A019 | Estimation of Baseflow Using Seepage Meters by Darcy’s Law in the Lower Nakdonggang River, South Korea | Nayeon KI+, Chung-Mo LEE# Pusan National University, Korea, South |
| HS11-A003 | Impact of Reservoirs Operation on Water Resources in the Upper Reaches of the Yangtze River Basin | Weihong LIAO#+ China Institute of Water Resources and Hydropower Research, China |
| HS11-A004 | Assessment of Drought Coping Capacity Using Shared Vision Model: a Case Study on Yeong-seom Basins in South Korea | Joohyung LEE#+, Jaehwang LEE, Young-Oh KIM Seoul National University, Korea, South |
| HS11-A015 | Geographical Study of Groundwater in Santome Shinden and Surrounding Areas Located in the Tokyo Suburbs. -Environmentally Friendly Circular Agriculture in Tokyo Japan ( UNESCO Agricultural Heritage in July 2023) | Kyouichi AKIYAMA1#+, Masato ODA2, Koji KODERA1,3 1Hosei University, Japan, 2Chiba University, Japan, 3Association for Regional and Environmental Sciences, Japan |
| HS11-A005 | Simulation of Lake-groundwater Interaction Under Steady/unsteady-state Flow in Arid Region | Chu WU#+, Chuiyu LU, Yongnan ZHU China Institute of Water Resources and Hydropower Research, China |
| HS11-A006 | Research on Optimal Scheduling of Water Resources in Water Network | Zhiguo GAN#+ China Institute of Water Resources and Hydropower Research, China |
| HS11-A009 | Response of Groundwater Storage to Extreme Hydrological Events in the Poyang Lake Region | Chengpeng LU#+, Xilin YU, Chengcheng WU Hohai University, China |
| HS11-A014 | Changes in River Water Quality in the Shingashi River Basin, Tokyo Suburbs, Japan and Its Factors | Masaki OPPATA1#+, Masato ODA2, Koji KODERA1,3 1Hosei University, Japan, 2Chiba University, Japan, 3Association for Regional and Environmental Sciences, Japan |
| HS11-A011 | Can Source Water Chemistry Parameters Inform Selection of Groundwater Remediation Approaches in Arsenic Affected Regions of Bihar, India? | Ajmal ROSHAN1,2+, David POLYA2, Meenakshi ARORA1, Suzie REICHMAN1, Majid SEDIGHI2, Anne-marie GLENNY2, Arun KUMAR3, Ashok GHOSH4, Laura RICHARDS2# 1University of Melbourne, Australia, 2University of Manchester, United Kingdom, 3Mahavir Cancer Sansthan and Research Centre, India, 4Mahavir Cancer Sansthan and Research Centre, Patna, Bihar, India |
| HS11-A012 | Inter-basin Water Transfer Mechanisms in Yangtze-yellow River Networks: a Multi-route Mutualism Approach | Xiaodan ZHAO+, Xiang FU#, Yadong MEI, Zhipeng FAN Wuhan University, China |
| HS11-A017 | The Integration of Key Technologies for System Protection and Water-suitable Industrial Regulation and Control in the Jiziwan Region of the Yellow River | Weifeng LIU1#+, Xuning GUO2, Xigang XING3, Yunling LI4, Shaoming PENG2, Sinan WANG5, Shinan TANG2 1MWR General Institute of Water Conservancy Resources and Hydropower Planning and Design, China, 2MWR General Institute of Water Resources and Hydropower Planning and Design, China, 3MWR General Institute of Water Resources and Hydropower Planning and Design, China, China, 4Ministry of Water Resources, China, 5Institute of Water Resources of Pastoral Area Ministry of Water Resources, China |
| HS11-A016 | Characteristics and Long-term Changes in Water Quality in Japanese Rivers: a Nationwide Survey and a Focus on Volcanic Regions and Islands | Koji KODERA1,2#+, Masato ODA3, Yoshihiro IGARI1,4, Yoichi MORIMOTO5 1Hosei University, Japan, 2Association for Regional and Environmental Sciences, Japan, 3Chiba University, Japan, 4Nippon Koei Co., Ltd., Japan, 5Japan Riverfront Reserch Center, Japan |
| HS11-A030 | Morphometric Analysis of Riverine Islands of Lower Ganga River (India): A Spatiotemporal Study | Atmika RAY#+, Rajiv SINHA Indian Institute of Technology Kanpur, India |
| HS11-A027 | Estimating Energy Consumption and Greenhouse Gas Emissions from Groundwater Irrigation in Taiwan | CHE-YEN SU+, Cheng-Wei YU# National Taiwan University, Taiwan |
| HS11-A018 | Technical Framework of Intelligent Monitoring, Risk Evaluation and Real-time Warning of “four Principles for Water Management” in Jiziwan of Yellow River | Xuning GUO1#+, Weifeng LIU2, Xigang XING3, Yunling LI4, Shaoming PENG1, Sinan WANG5, Shinan TANG1 1MWR General Institute of Water Resources and Hydropower Planning and Design, China, 2MWR General Institute of Water Conservancy Resources and Hydropower Planning and Design, China, 3MWR General Institute of Water Resources and Hydropower Planning and Design, China, China, 4Ministry of Water Resources, China, 5Institute of Water Resources of Pastoral Area Ministry of Water Resources, China |
| HS11-A022 | Assessing Climate Change Impact of River Discharge and Snowpack in the Agano River Basin | Yasutaka WAKAZUKI1#+, Shota HORINOUCHI2 1Ibaraki University, Japan, 2Graduate School of Science and Engineering, Ibaraki University, Japan |
| HS11-A023 | Ecological Environment Evolution and Its Attribution in the Wetland at the Tail of a Inland River in Central Asia | ZHONG RUISEN#+ Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China |
| HS11-A028 | Using Multiple Gcm Models to Reduce Uncertainties in Assessment of the Effect of Future Climate Change on Cotton Growth and Water Consumption in China | Yanmin YANG1#+, De Li LIU2, Keyu WANG3 1Center for Agricultural Resources Research, Institute of Genetics and Developmental Biology, CAS, China, 2NSW Department of Primary Industries, Wagga Wagga Agricultural Institute, Australia, 3Liaocheng Hydrology Center, China |
| HS11-A024 | Remote Sensing Monitoring of Winter Wheat Irrigation in the Hebei Plain | Hongjun LI#+ The Center for Agricultural Resources Research, Institute of Genetics and Developmental Biology of Chinese Academy of Sciences, China |
| HS11-A025 | Industrial Development and Water Resources Management for Yangtze River | Xiaojun WANG1#+, Jianyun ZHANG2, Chuanhua LIAO3 1Nanjing Hydraulic Research Institute, Ministry of Water Resources, China, 2Ministry of Water Resources, China, 3Nanjing Tech University, China |
| HS11-A031 | Monitoring of Runoff Changes Due to Changes in Rainfall Patterns in Korean Mountains | Byoungki CHOI1+, Qiwen LI2#, Honggeun LIM1, Sooyoun NAM1 1National Institute of Forest Science, Korea, South, 2National Institute of Forest Science, China |
| HS11-A032 | Investigating Hydrological Changes and Response Characteristics Due to the Establishment of Cypress Forests | Honggeun LIM+, Qiwen LI#, Byoungki CHOI, Sooyoun NAM National Institute of Forest Science, Korea, South |
| HS12 Hydrological Disaster Risk Reduction: Analysis, Prediction and Mitigation | ||
| Abstract ID | Abstract Title | Authors |
| HS12-A003 | Multifractality Rainfall and Intensity-duration-frequency: the Role of Spatial Rainfall Variability | Yuanming HU#+ chinese university of hong kong, Hong Kong SAR |
| HS12-A005 | Guidelines for Installing Flood Sensors for Urban Flood Prediction | Sung Uk KIM#+, Kye-Won JUN, BAEDONG KANG Kangwon National University, Korea, South |
| HS12-A002 | Numerical investigation on the interrelationship among multiple overflow levees installed along the mainstream for exploring the optimal flood control strategy in the Abukuma River watershed | Ryuto UGAJIN#+, Yoshiyuki YOKOO Fukushima University, Japan |
| HS12-A013 | Application of Rainfall-Runoff Inundation (RRI) Model for Flood Analysis in Way Batu Merah River Basin, Ambon | Willy Cahyadhiputra GUNAWAN1,2#+, Mohammad FARID1, Mohammad Bagus ADITYAWAN3, Eva YAMAMOTO4, Kodai YAMAMOTO5, Herryan KENDRA6 1Bandung Institute of Technology, Indonesia, 2Jenderal Achmad Yani University, Indonesia, 3Institut Teknologi Bandung, Indonesia, 4Disaster Prevention Research Institute, Kyoto University, Japan, 5Disaster Prevention Research Institute, Japan, 6Aditya Engineering Consultant, Jl. Batu Permata 1 No. 2A Margacinta, Bandung 40286, Indonesia, Indonesia |
| HS12-A001 | Salinity Intrusion Dynamics in the Vietnamese Mekong Delta: Impacts of Climate Change and Anthropogenic Development | Duc Dung TRAN1,2#+, Edward PARK2, Duc Thien NGUYEN3, Sonu KUMAR2, Quang Tho TRAN4, Manh Thu TRAN5, Phi Long HOANG6, Jingyu WANG2, Paolo TAROLLI7 1National Institute of Education and Earth Observatory of Singapore, Singapore, 2Nanyang Technological University, Singapore, 3Vietnam National University Ho Chi Minh City, Viet Nam, 4Ministry of Agriculture and Rural Development, Viet Nam, 5Ministry of Agriculture and Rural Development of Vietnam, Viet Nam, 6Wageningen University and Research, Netherlands, 7University of Padova, Italy |
| HS12-A004 | Optimizing Reservoir Operations for Flood Control at the Namgang Dam | Li LI+, Kyung Soo JUN# Sungkyunkwan University, Korea, South |
| HS12-A008 | Development of Rainfall-Runoff-Inundation Model Covering Thailand for The Rainfall-Runoff Model Operating System | Utchariya CHAICHART1#+, Apimook MOOKTAREE1, Chatchuea KIMCHAIWONG1, Sathit CHANTHIP2, Theerapol CHAROENSUK3 1Hydro–Informatics Institute (Public Organization), Thailand, 2Ministry of Higher Education, Science, Research and Innovation, Thailand, 3Hydro - Informatics Institute (Public Organization), Thailand |
| HS12-A007 | Analysis of Flood-prone Areas Using the Iber Model | BAEDONG KANG#+, Kye-Won JUN, Sung Uk KIM Kangwon National University, Korea, South |
| HS12-A009 | Advancement of Grid-based Rainfall Scenarios Characterized by Convective Rainfall Using Rain Gauge and Radar in Seoul | Hoyoung CHA1+, Hyeon-Joon KIM2, Jongjin BAIK1, Changhyun JUN1# 1Korea University, Korea, South, 2Pukyong National University, Korea, South |
| HS12-A012 | Digital Twin-based Disaster Management Model for Steep Slope Risk in South Korea | SUAH LEE1#+, Mi Ran LEE2 1National Disaster Management Research Institute, Korea, South, 2Ministry of the Interior and Safety(National Disaster Management Research Institute), Korea, South |
| HS12-A016 | Prediction of Streamflow Based Hydrological Droughts Using Temporal Networks Under Changing Climate | Rajib MAITY#, Subharthi SARKAR+ Indian Institute of Technology Kharagpur, India |
| HS13 Urban Water-related Problems | ||
| Abstract ID | Abstract Title | Authors |
| HS13-A001 | Urban Agglomeration Flood Risk Assessment in the Yangtze River Basin Using Remote Sensing under Extreme Rainfall Conditions | Haichao LI1#+, Dawen YANG1, Yanqi WEI2, Ishidaira HIROSHI3, Zhenduo ZHU1, Yuliang ZHOU4, Amarquaye Commey NII3, Han CHEN1 1Tsinghua University, China, 2Xihua University, China, 3University of Yamanashi, Japan, 4Hefei University of Technology, China |
| HS13-A002 | Identifying Key Drivers for Nitrate Pollution from 1960 to 2020 – Key Lessons from Japan | Kei NAKAGAWA1#+, Li ZHUOLIN1, Takahiro HOSONO2, Ronny BERNDTSSON3 1Nagasaki University, Japan, 2Kumamoto University, Japan, 3Lund University, Sweden |
| HS13-A013 | The Mechanisms of House Damage from Flooding, Especially in Densely Built Urban Areas | Nanako INOKAWA1#+, Satoru OISHI1,2, Kenichiro KOBAYASHI3 1Kobe University, Japan, 2RIKEN, Japan, 3Saitama University, Japan |
| HS13-A004 | Effect of Patch and Gap Ratio on Flow Structure Around Submerged Aquatic Vegetation | Keisuke NAKAYAMA#+, Itsuki URAMOTO, Keita MATSUMURA Kobe University, Japan |
| HS13-A005 | Seasonal Variations of Internal Waves and the Bottom Boundary Layer in Lake Biwa | Hibiki YONEDA1#+, Tomoya MORIKAWA1, Keisuke NAKAYAMA1, Hiroki MATSUMOTO2, Kazuhide HAYAKAWA3, Chunmeng JIAO3 1Kobe University, Japan, 2Port and Airport Research Institute, Japan, 3Lake Biwa Environmental Research Institute, Japan |
| HS13-A006 | Evacuation Timeline Analysis in an Urban River Basin by Using Flood Inundation Simulation and GIS Visualization | Hitoshi MIYAMOTO1#, Naoya MAEDA1, Kota KUJIRAI1, Yoshifumi TAKAHASHI1+, Detchphol CHITWATKULSIRI2 1Shibaura Institute of Technology, Japan, 2Kasetsart University, Thailand |
| HS13-A007 | Estimation of Fine Sediment Sources in a River Basin Using Xrf and Xrd | Selline OKECHI1#+, Keisuke NAKAYAMA1, Katsuaki KOMAI2 1Kobe University, Japan, 2Kitami Institute of Technology, Japan |
| HS13-A008 | Impact Assessment of submerged aquatic vegetation on carbon sequestration in a lagoon | Yuki FUKUDA1#+, Momoka MARUYAMA1, Keisuke NAKAYAMA1, Yuening PENG1, Kazufumi TADA2, Katsuaki KOMAI3 1Kobe University, Japan, 2Oriental Consultants Co., LTD., Japan, 3Kitami Institute of Technology, Japan |
| HS13-A016 | Versatility of a Multi-step Machine Learning Model for Predicting Vegetation Distributions in River Channels | Hayato SUZUKI1#+, Hitoshi MIYAMOTO2, Naoya MAEDA2, Taichi SHIOGAMA2, Yugo TYUGUN2 1Shibaura Institute. of Technology, Japan, 2Shibaura Institute of Technology, Japan |
| HS13-A010 | Recent Acceleration of Water Temperature Rise in Japan and Its Seasonal Characteristics | Yuto KOSHIDA1#+, Hitoshi MIYAMOTO1, Tsuyoshi HOSHINO2, Yukiko HIRABAYASHI1 1Shibaura Institute of Technology, Japan, 2Civil Engineering Research Institute for Cold Region, Japan |
| HS13-A011 | The Importance of Permitted But Unmeasured Water Use in Water Accounting: a Nationwide Methodology for Aotearoa - New Zealand | Channa RAJANAYAKA1#, Kei NAKAGAWA2+, Jing YANG1, Doug BOOKER1, Rachel SMITH1 1National Institute of Water and Atmospheric Research, New Zealand, 2Nagasaki University, Japan |
| HS13-A012 | An Online-coupled Model of a Rainfall-runoff Model and an Inundation Model | Yasuyuki MARUYA1#+, Reitaro MUROYAMA1, Tomohiro TANAKA2, Shinichiro YANO1 1Kyushu University, Japan, 2Kyoto University, Japan |
| HS13-A014 | Analysis of Carbon Balance in a Eutrophic Reservoir | Yuening PENG1+, Keisuke NAKAYAMA1#, Jinichi SAKAGUCHI1, Katsuaki KOMAI2, Taketoshi SHIMIZU3, Jumpei OMORI4, Kohji UNO5, Tomoyasu FUJII6, Hao-Chi LIN7, Jeng-Wei TSAI8 1Kobe University, Japan, 2Kitami Institute of Technology, Japan, 3Kobe City Construction Bureau, Japan, 4Kobe City Waterworks Bureau, Japan, 5Kobe City College of Technology, Japan, 6Nara University of Education, Japan, 7Academia sinica, Taiwan, 8National Pingtung University of Science and Technology, Taiwan |
| HS13-A019 | Numerical Analysis of Environmental Fluid Flows Using Lattice Boltzmann Method | Tsuyoshi KASAHARA+, Tetsuya SHINTANI# Tokyo Metropolitan University, Japan |
| HS13-A017 | Introduction of a Paddy Field Dam Activity for Flood Mitigation in Japan and Its Effect Estimation Using Open Polygon Data | Kenichiro KOBAYASHI#+ Saitama University, Japan |
| HS13-A021 | Fluid-solid Macroscale Coupling Model Using Interisofoam and Dem | Gaku FURUHATA+, Tetsuya SHINTANI# Tokyo Metropolitan University, Japan |
| HS13-A018 | Flood Inundation Analysis in Tidal Reaches of an Urban River Basin Considering the Effects of Global Climate Change: a Case Study of the Furukawa River Basin in Tokyo, Japan | Maiyatat NUNKHAW1#+, Masachika SHIRATORI2, Hitoshi MIYAMOTO1, Detchphol CHITWATKULSIRI3 1Shibaura Institute of Technology, Japan, 2Undergraduate student, Department of Civil Engineering, Shibaura Institute of Technology, Toyosu 3-7-5, Koto-ku, 135-8548, Tokyo, Japan, Japan, 3Kasetsart University, Thailand |
| HS13-A020 | Analysis of Site Selection Factors for Stormwater Detention Facilities Using Urban Spatial Database | Sungho LEE1#+, Jungsoo KIM2, Hyoungsub SHIN3, Jin Gul JOO4 1ERI Solution, Korea, South, 2Bucheon University, Korea, South, 3Environment Remotesensing Institute Inc., Korea, South, 4Jeonbuk Science College, Korea, South |
| HS13-A022 | Anomaly Detection and Localization in Water Distribution Systems Using Image Processing and Deep Learning | Kyoungwon MIN#+, Dongkyu KIM, Gyumin LEE, Doosun KANG Kyung Hee University, Korea, South |
| HS13-A031 | Comparative Analysis of Urban Flood Analysis Models and Techniques: A Case Study of the 2022 Pohang, South Korea Flood Event | Hyeri JANG1+, Jaehwan YOO1, Jiyun JEON2, Byunghyun KIM1# 1Kyungpook National University, Korea, South, 2Kyungpook National university, Korea, South |
| HS13-A023 | Assessing the Impact of Climate Change and Social Change on Water Scarcity in Urban Area in Island | Yuna TAKEDA+, Yuta ITSUMI, Satoshi WATANABE# Kyushu University, Japan |
| HS13-A030 | Optimization Analysis of Urban Flood Reduction Using Low-Impact Development (LID) Techniques | Hoyeon KIM1+, Byeungmin LIM2, Jaehwan YOO1, Byunghyun KIM1# 1Kyungpook National University, Korea, South, 2Korea Water Resources Corporation, Korea, South |
| HS13-A028 | Density of Drainage System Effect on Urban Flood Sensitivity Under Extreme Rainfall Events | Detchphol CHITWATKULSIRI1#+, Hitoshi MIYAMOTO2, Kim IRVINE3, Ratchaphon CHAROENPANUCHART4 1Kasetsart University, Thailand, 2Shibaura Institute of Technology, Japan, 3Faculty of Architecture and Planning, Thammasat University, 99 Moo 18 Paholyothin Road, Klong Nueng, Klong Luang, Pathumthani 12121, Thailand, Thailand, 4Kasetsart University, Thailand, Thailand |
| HS13-A029 | Determining the Time of Concentration in Urban Drainage Districts | Kwan Tun LEE#+, Ta-Chun CHIEH National Taiwan Ocean University, Taiwan |
| HS13-A032 | Bottom boundary layer in Lake Biwa | Tomoya MORIKAWA1#+, Keisuke NAKAYAMA1, Hibiki YONEDA1, Hiroki MATSUMOTO2, Kazuhide HAYAKAWA3, Chunmeng JIAO3 1Kobe University, Japan, 2Port and Airport Research Institute, Japan, 3Lake Biwa Environmental Research Institute, Japan |
| HS13-A033 | Development of a Submerged Aquatic Vegetation Model with Branches | Itsuki URAMOTO#+, Keisuke NAKAYAMA, Keita MATSUMURA Kobe University, Japan |
| HS14 Advances in Ensemble Hydro-meteorological Forecasting: Methods and Applications | ||
| Abstract ID | Abstract Title | Authors |
| HS14-A016 | Spatiotemproal Characteristics of Urban Floodings in Singapore | Jingyu WANG1#+, Hui SU2, Xiefei ZHI3, Xianfeng WANG1, Edward PARK1, Hugh ZHANG4, Joshua LEE4, Meei Chyi WONG5 1Nanyang Technological University, Singapore, 2The Hong Kong University of Science and Technology, Hong Kong SAR, 3Nanjing University of Information Science & Technology, China, 4Centre for Climate Research Singapore, Singapore, 5NIE, Singapore |
| HS14-A008 | Impact-Based Ensemble Flood Prediction In Japan Using The Integrated Land Simulator | Isatama WINDARTO1#+, Yuki KITA1,2, Kei YOSHIMURA1 1The University of Tokyo, Japan, 2Gaia Vision Inc., Japan |
| HS14-A001 | How Suitable Are Copula Models for Post-processing Global Precipitation Forecasts? | Zeqing HUANG#+, Tongtiegang ZHAO Sun Yat-sen University, China |
| HS14-A012 | Estimating the Changing Patterns of Precipitable Water Vapor in the Western Indian Himalaya | Jyotsna SINGH#+, Seema RANI Banaras Hindu University, India |
| HS14-A013 | Global Changes in Potential Evapotranspiration (1992-2020) and Associated Drivers: Shuttleworth-Wallace Model-based Analysis | Zaoying BI#+, shanlei SUN Nanjing University of Information Science and Technology, China |
| HS14-A014 | Impact of Lateral Flow on Heavy Rainfall in Yangtze-huai River Basin During the Meiyu Season: a Modeling Study | Yifan DONG1+, Shuyu WANG2# 1School of Atmospheric Sciences, Nanjing University, China, 2Nanjing University, China |
| HS14-A005 | PEM-SMC: A hybrid algorithm for enhanced bayesian posterior sampling | Kun ZHANG1#+, Gaofeng ZHU2, Cong XU2 1Sun Yat-Sen University, China, 2Lanzhou University, China |
| HS14-A003 | Integrated Evolutional and Positional Nowcasting for Convective Storms | Li-Pen WANG#+, Yun-Man HSU, Chien-Yu TSENG National Taiwan University, Taiwan |
| HS14-A015 | Effects of Climate Teleconnections on Inter-annual Variability of Global Terrestrial Water Storage | Xuanze ZHANG1#+, Yongqiang ZHANG1, Jing TIAN2, Chanyue REN3, Xian WANG4 1Chinese Academy of Sciences, China, 2INSTITUTE OF GEOGRAPHIC SCIENCES AND NATURAL RESOURCES RESEARCH，CAS, China, 3Institute of Geographic Sciences and Natural Resources Research, CAS, China, 4INSTITUTE OF GEOGRAPHIC SCIENCES AND NATURAL RESOURCES RESEARCH，CAS, China, China |
| HS14-A006 | Object-based Convective Storm Nowcasting in Tropical Climate | Ping-Hung YANG#+, Li-Pen WANG National Taiwan University, Taiwan |
| HS14-A017 | Winter Clouds Vertical Structure of Yichang Detected by Millimeter-wave Cloud Radar | Xia WAN#+ Institute of Heavy Rain,Wuhan,CMA, China |
| HS14-A011 | The First Impact-based Typhoon Track Ensemble Forecasting in Japan: Evaluating the Effects of Typhoon Tracks and Flood Prevention Infrastructure on Flood Damage for Typhoon Hagibis (2019) | Xiaoyang LI1#+, Kei YOSHIMURA1, Hironori FUDEYASU2 1The University of Tokyo, Japan, 2Yokohama National University, Japan |
| HS14-A018 | Study on Hydrological and Rainfall Characteristics and Circulation Anomalies in Autumn Flood Season of Hanjiang River | Cuihong WU#+ Institute of Heavy Rain, Wuhan,CMA, China |
| HS15 Advance River Engineering | ||
| Abstract ID | Abstract Title | Authors |
| HS15-A004 | Living Lab-based Experimental Study on Floating Waste Management in Rivers | Sang Hwa JUNG#+ Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS15-A006 | Experimental study on braided rivers in response to inflow-to-sediment discharge ratios and lateral alluvial fan dimensions | ChungKai WANG1#+, Steven Yueh Jen LAI2 1Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Tainan, Taiwan, 2National Cheng Kung University, Taiwan |
| HS15-A002 | Urban Hydrological Connectivity: a Dual Approach to Surface and Subsurface Flow Dynamics | Mingzhao XIE, Ting Fong May CHUI#+ The University of Hong Kong, Hong Kong SAR |
| HS15-A003 | Analysis of the Effects of Rainfall Time Scales on Low Impact Development Facility Optimization | Pan YANG1#+, Ke YI2 1Guangdong University of Technology, China , China, 2Guangdong University of Technology, China |
| HS15-A012 | Experimental Investigation of Bank Protection Measures for Erosion Mitigation in the Vamsadhara River Near Its Confluence | Om Prakash MAURYA1#+, Subashisa DUTTA2 1INDIAN INSTITUTE OF TECHNOLOGY GUWAHATI, India, 2Indian Institute of Technology Guwahati, India |
| HS15-A008 | Morphodynamics of Fan-deltas in Response to Intermittent Hyperpycnal Flows | Yan-Jyun HUANG1+, Steven Yueh Jen LAI2# 1Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Tainan, Taiwan, 2National Cheng Kung University, Taiwan |
| HS15-A007 | Fundamental study on sand storage function of sand retarding basins with different aspect ratios | Mikako ISHIKURA1+, Ichiro KIMURA2#, Norio HARADA3 1University of TOyama, Japan, 2University of Toyama, Japan, 3Mitsui Consultans Co.Ltd., Japan |
| HS15-A010 | Experimental Investigation of Hydraulic Characteristics of Driftwood Capture Systems in Rivers | Shion NISHIZAWA+, Ichiro KIMURA# University of Toyama, Japan |
| HS15-A011 | Integrating Fuzzy Theory and Functional Approach to Assess the Habitat Quality of the Squalidus Banarescui in a Braided River | YOU BO-KAI+, Jian-Ping SUEN# National Cheng Kung University, Taiwan |
| HS15-A013 | Drought Early Warning System for Reservoirs in Taiwan by Using Discriminant Analysis | Szu-Yu CHEN1#+, Wen-Hsin HUANG2, Shien-Tsung CHEN3 1Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Taiwan, 2National Cheng Kung University Department of Hydraulic and Ocean Engineering,, Taiwan, 3National Cheng Kung University, Taiwan |
| HS15-A014 | Analysis and Impact Evaluation of Flood Diversion Facilities: A Case Study of the Erchong Flood Diversion Channel in Taiwan | Gene Jiing-Yun YOU1#+, Gwowen HWANG1, Wan-Cheng CHEN2 1National Taiwan University, Taiwan, 2High Riverbank Construction Management Office, Taiwan |
| HS15-A015 | The Investigation of a Two-Dimensional Numerical Model for Characterizing Energy Dissipation Efficiency in Stilling Basins | Po-Jen LIN1#+, Gene Jiing-Yun YOU2 1National Taiwan University Department of Civil Engineering, Taiwan, 2National Taiwan University, Taiwan |
| HS15-A019 | Analysis of Water Level Impact Due to Movable Weir Operation | Sang Ho KIM#+ Sangji University, Korea, South |
| HS16 Water-Carbon cycling processes and their interactions under environmental changes at multiple scales | ||
| Abstract ID | Abstract Title | Authors |
| HS16-A002 | Biological Driven and Coupled Carbon Nitrogen Sulfur Cycle and Integrated Negative Emission Mechanism in Coastal Wetlands | Biaojun ZHANG1+, Shaobin HUANG2#, Zerui GONG2, Yao LU2, Wona DING1, Hui CHEN1 1College of Science and Technology, Ningbo University, China, 2School of Environment and Energy, South China University of Technology, China |
| HS16-A005 | Assessing and Predicting Hydro-biogeochemical Dynamics in the Weihe River Basin in a Shifting Climate | Guangchuang ZHANG1+, Yiping WU2# 1Xi'an Jiaotong University, China, 2Central South University of Forestry and Technology, China |
| HS16-A003 | Numerical Analysis of Carbon Dioxide Migration | MingLung LI1#+, Yu-Chi WANG1, Chia-Chen KUO2, Feng-Hsien OU2, Ta-Jung CHENG2, TZU-HSIEN LIN2 1National Center for High-Performance Computing, Taiwan, 2National Center for High-performance Computing, Taiwan |
| HS16-A004 | Development of an Evaluation Framework for Carbon Sequestration Capacity in Riverine Wetlands | Hoyong LEE+, Soojun KIM#, Hung Soo KIM, Jaeseung SEO Inha University, Korea, South |
| HS16-A007 | Extreme Climate Triggers Water-Carbon Cycles Thresholds in a Typical Subtropical Humid Watershed: Identifying Critical Drivers and Feedback Mechanisms | Dandan REN#+ Central South University of Forestry and Technology, China |
| HS16-A006 | Assessment of Vegetation Carrying Capacity at the Basin-scale Using an Improved Swat Model | Shantao AN1+, Yiping WU2# 1Xi'an Jiaotong University, China, 2Central South University of Forestry and Technology, China |
| HS16-A008 | Riverine Primary Productivity Dominated the Source of Particulate Organic Carbon in Liaohe River System | Chonghao CHEN#+ Nanjing University, China |
| HS16-A009 | Spatial Distribution Characteristics of Nitrogen and Phosphorus Nutrients in High-altitude Inland River Cascade Reservoirs | Yu WANG1+, Xuan LU2# 1Lanzhou University of Technology, China, 2Lanzhou University of Technology, China, China |
| HS16-A010 | Recent Weakening of Water-carbon Coupling in Northern Ecosystems | Fubo ZHAO#+ Xi'an Jiaotong University, China |
| HS17 The Study of Uncertainty and Risk Analysis of Water-related Disasters in River Basins Under Climate Change Scenarios | ||
| Abstract ID | Abstract Title | Authors |
| HS17-A001 | Numerical Simulation of Levee Breach Based on Physical Model Experiments | Fong-Zuo LEE1#+, Jihn-Sung LAI2, Tsang-Jung CHANG2, Cheng-Chi LIU2, Huang YI-JIA3 1National Chung Hsing University, Taiwan, 2National Taiwan University, Taiwan, 3The National Chung Hsing University Department of Civil Engineering, Taiwan |
| HS17-A002 | River Side Intake Impact Under Hydrological Uncertainty | Huang YI-JIA1#+, Fong-Zuo LEE 2, Yu-Yun DU3, Nhat Lam HUYNH NGUYEN4 1The National Chung Hsing University Department of Civil Engineering, Taiwan, 2Department of Civil Engineering of National Chung Hsing University , Taiwan, 3National Chung Hsing University, Taiwan, Taiwan, 4Department of Civil Engineering of National Chung Hsing University , Taiwan, Viet Nam |
| HS17-A003 | Coupled Simulation of Landslide Foot Erosion and River Channel Sediment Transportation | Nhat Lam HUYNH NGUYEN1#+, Fong-Zuo LEE 2, Yu-Yun DU3, Huang YI-JIA4, Jun-You LEE 2 1Department of Civil Engineering of National Chung Hsing University , Taiwan, Viet Nam, 2Department of Civil Engineering of National Chung Hsing University , Taiwan, 3National Chung Hsing University, Taiwan, Taiwan, 4The National Chung Hsing University Department of Civil Engineering, Taiwan |
| HS17-A004 | Risk Assessment of Flood Disaster in Cities Based on "disaster-pregnant, Disaster-causing, Disaster-forming and Disaster-curing" | Yuan LIU1#+, Yu MENG2 1ly18638238878@163.com, China, 2Zhengzhou University, China |
| HS17-A005 | Investigation of concentration dissipation ratio under physical-based simulations | Yu-Yun DU1+, Fong-Zuo LEE2#, Huang YI-JIA3, Nhat Lam HUYNH NGUYEN4 1National Chung Hsing University, Taiwan, Taiwan, 2National Chung Hsing University, Taiwan, 3The National Chung Hsing University Department of Civil Engineering, Taiwan, 4Department of Civil Engineering of National Chung Hsing University , Taiwan, Viet Nam |
| HS17-A006 | Long-term Simulation of River Morphodynamics Under Climate Change Using SRH-2D | Cheng-Chia HUANG#+ Feng Chia University, Taiwan |
| HS17-A007 | The Extension of Stage-discharge Rating Curve with Hydrodynamic Computation and Associated Uncertainty Quantification in Wu River Basin, Taiwan | Cheng-Wei YU#, Bo-Han CHEN+ National Taiwan University, Taiwan |
| HS17-A008 | Enhancing Flood Forecasting Under Climate Change: a Machine Learning Approach to Risk and Uncertainty Analysis | Loyi CHEN1#+, Tsung-Yi PAN2, Yi-Huan HSIEH1, Jihn-Sung LAI1, Ming-Jui CHANG1 1National Taiwan University, Taiwan, 2Center for Weather and Climate Disaster Research, National Taiwan University, Taiwan |
| HS17-A009 | Assessment of Climate Change and the Temporal Distribution of Rainfall Impact on Reservoir Inflows During Typhoons Based on AI Models Under RCPs | Loyi CHEN1#+, Ming-Jui CHANG1, Tsung-Yi PAN2, Jihn-Sung LAI1, Shiang-Jen WU3 1National Taiwan University, Taiwan, 2Center for Weather and Climate Disaster Research, National Taiwan University, Taiwan, 3Department of Civil and Disaster Prevention Engineering, NUU, Taiwan |
| HS17-A010 | AI-based Model and 2D Hydrodynamic Model for Hydraulic Simulations in Flood Events | Cheng-Chi LIU1#+, Wen-Yi CHANG2, Fong-Zuo LEE3, Ming-Jui CHANG1, Ming-Che HU1, Jihn-Sung LAI1 1National Taiwan University, Taiwan, 2National Center for High-Performance Computing, Taiwan, 3National Chung Hsing University, Taiwan |
| HS17-A012 | Assessing Future Extreme Rainfall and Slope Hazard Risk in the Mountainous Areas of Taipei’s Downstream Dansuie River Basin Under Climate Change | Tsung-Yi PAN1#+, Li-Hao CHEN2, Ben Jong-Dao JOU1, Jui-Yi HSU3 1National Taiwan University, Taiwan, 2Center for Weather and Climate Disaster Research, National Taiwan University., Taiwan, 3Geotechnical Engineering Office, Public Works Department, Taipei City Government, Taiwan |
| HS17-A016 | Development of a Real-time Flood Inundation Forecasting Platform in Taipei City | Chia-Ho WANG, Yi-Hsiang HUANG+, Hsiang-Lin YU, Tsang-Jung CHANG# National Taiwan University, Taiwan |
| HS17-A018 | Integrating Hand-derived Bathymetry with a 2d Cellular Inundation Model for Near Real-time Flood Mapping: Application to the Wu River, Taiwan | Cheng-Wei YU#+ National Taiwan University, Taiwan |
| HS18 Hydrological Processes in Agricultural Lands Under Changing Climate | ||
| Abstract ID | Abstract Title | Authors |
| HS18-A007 | Disentangling Vegetation Physiological Responses Under Extreme Drought with Multispectral Remote Sensing Approach: Insights from Et, Sif, and Vod | Xiang ZHANG1#+, Junyi LIU1, Xihui GU2, Aminjon GULAKHMADOV3, Nengcheng CHEN2, Lin ZHAO4, Yonglin SHEN2, Dong CHEN4 1China University of Geosciences (Wuhan), China, 2China University of Geosciences, China, 3Institute of Water Problems, Hydropower and Ecology of the National Academy of Sciences of Tajikistan, Tajikistan, 4Wuhan University, China |
| HS18-A001 | Delineating the Impact of Multiple Artificial Weirs on the Sources and Fate of Nitrate in the Riverside Area Using Multi-isotope and Hydrogeochemical Data | Dugin KAOWN#+, Ha-Yeong SEOK, Ji-Young BAEK, Kang-Kun LEE Seoul National University, Korea, South |
| HS18-A002 | End-Member Identification in an Agricultural Catchment in South Korea: Preliminary work for baseflow estimation improvement | Hyeji KIM+, Suh-Ho LEE, Ye Ji KIM, Jaeyeon KIM, Seong-Sun LEE, Kang-Kun LEE# Seoul National University, Korea, South |
| HS18-A008 | Phenotyping with High Water-use Efficiency and Multi-omics Response Mechanisms of Cotton Under Drought Stress | Jian KANG#+, Hangxing HUANG, Siyu WU, Zongguang HU China Agricultural University, China |
| HS18-A003 | Irrigation Benefits of Maize Gross Primary Productivity in China Under Changing Climate | Jun NIU#+ China Agricultural University, China |
| HS18-A009 | Causes of Xylem-Source Water Deuterium Offsets and Water Use Characteristics of Riparian Trees along a Losing River | Ying MA#+ Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China |
| HS18-A005 | Prediction of Maize Production for the State of California, United States of America Using Machine Learning Algorithms | ANISHA DAS1#+, Sayantan GANGULY2, Shray PATHAK3 1Indian Institute of Technology, Ropar, India, 2Indian Institute of Technology Ropar, India, 3IIT ROPAR, India |
| HS18-A011 | Stomatal Sensitivity to Abscisic Acid: Synthesizing Existing Datasets to Parametrize Models | Amélie CHAPUT1#+, Christoforos PAPPAS2, Simone FATICHI1 1National University of Singapore, Singapore, 2University of Patras, Department of Civil Engineering, Geodesy and Geodetic Applications Lab, Patras, Greece |
| HS20 Impacts and Consequences of Changing Climate and Land-use on Hydrology | ||
| Abstract ID | Abstract Title | Authors |
| HS20-A010 | Agro-meteorological Drought Index SPAEI-Agro in a Data-scarce Region Using Swat Model | PALLAVI KUMARI1#+, Rehana SHAIK2, Shailesh SINGH3 1Indian Institute of Technology Roorkee, India, 2International Institute of Information Technology, Hyderabad, India, 3National Institute of Water and Atmospheric Research, New Zealand |
| HS20-A002 | The River Runoff Influence Factors Recognition and Ecological Instream Flows Calculation in a Coal Mining Area of Northern China | XIjun WU#+ Yulin University, China |
| HS20-A004 | Climate-Forest-Water Security Interactions for Two Basins in Lao PDR | Helene BOISGONTIER1#+, John KUCHARSKI2, Marie Krumova CHAPUIS3, Johrina Maria CRON4, Henrique Moreno Dumont GOULART2, Christian Alfonsus LIGUORI5, Homero Alejandro PALTAN LOPEZ6 1Deltares, Singapore, 2Deltares, Netherlands, 3World Bank, Lao People's Democratic Republic, 4World Bank, Switzerland, 5Deltares, Indonesia, 6World Bank, United States |
| HS20-A003 | Probability Analysis of Wet and Dry Encounters in Runoff of Large Chinese Watersheds Under Changing Environmental Conditions | yuli RUAN#+, Zhenxin BAO, Cuishan LIU, Guoqing WANG Nanjing Hydraulic Research Institute, China |
| HS20-A005 | Impacts of Land-cover Changes and Rainfall Variability on Hydrological Dynamics in Tropical Peatlands | Sofyan KURNIANTO1#, Abdul JABBAR2+, Nurul AZKIYATUL FITRIYAH1, Adibtya ASYHARI3, Murugesan BALAMURUGAN4, Chandra GHIMIRE5, Nurul PERTIWI1, Ari PUTRA SUSANTO1, Atik NURWANDA1, Steven GUNAWAN6, Nurholis NURHOLIS1, Nardi NARDI7, Yogi SUARDIWERIANTO8, Nurcahaya SIMAMORA1, Yuandanis WAHYU SALAM1, Amit HALDAR8, Christopher EVANS9, Susan PAGE10, Fahmuddin AGUS11, Dwi ASTIANI12, Supiandi SABIHAM13, Symon MEZBAHUDDIN14, Chandra Shekhar DESHMUKH2 1Asia Pacific Resources International Limited, Indonesia, Indonesia, 2APRIL, Indonesia, 3Asia Pacific Resources International, Indonesia, 4DHI Water and Environment Pte. Ltd., Singapore, Singapore, Singapore, 5AgResearch (Lincoln Research Centre), New Zealand, 6 Asia Pacific Resources International Limited , Indonesia, 7Asia Pacific Resources International Limited , Indonesia, 8Asia Pacific Resources International Limited, Indonesia, 9UK Centre for Ecology and Hydrology, Bangor, United Kingdom, 10School of Geography, Geology, and the Environment, University of Leicester, Leicester, United Kingdom, 11National Research and Innovation Agency, Indonesia, 12Department of Forestry, University of Tanjungpura, Indonesia, 13Department of Soil Science and Land Resources, IPB University, , Indonesia, 14Department of Renewable Resources, University of Alberta, Canada |
| HS20-A006 | Exploring the Linkage Between Vegetation Dynamics and Evaporative Drought Conditions in India | LAKKA BOYINA NAGA SUDARSHAN1#+, Shushobhit CHAUDHARY2 1Indian Institute of technology (ISM) Dhanbad, India, 2IIT (ISM) Dhanbad, India |
| HS20-A007 | Evolution of Agricultural Development and Land-water-food Nexus in Central Asia | Shumin HAN#+ Center for Agricultural Resources Research, Institute of Genetics and Developmental Biology, Chinese Academy of Sciences, China |
| HS20-A009 | The Influence of Solar Farms on Hillslope Runoff and Erosion Processes | Feng WANG1#+, Jihui GAO2 1Chang'an University, China, 2Sichuan University, China |
| HS20-A011 | Evaluating Non-point Source Pollution in the Indo-gangetic Plains: a Case Study of the Hindon River, India | Vivek TIWARI1+, Idhayachandhiran ILAMPOORANAN2#, R VINNARASI 3, Sharad K JAIN4 1Indian Institute of Technology, Roorkee, India, India, 2Indian Institute of Technology, Roorkee, India, 3IIT Roorke, India, 4Indian Institute of Technology Roorkee, India, India |
| HS21 Revisiting Hydroclimatological Extremes in a Changing Climate | ||
| Abstract ID | Abstract Title | Authors |
| HS21-A001 | Flood Risk Assessment using an Extreme Storms Database with Spatio-temporal Pattern Sampling | Caleb DYKMAN1#+, Ashish SHARMA2, Rory NATHAN3, Conrad WASKO4, Youngil KIM1 1University of New South Wales, Australia, 2UNSW Sydney, Australia, 3Melbourne University, Australia, 4University of Sydney, Australia |
| HS21-A002 | Propagations from Extreme Integrated Vapor Transport to Extreme Precipitation Events in North America | Xiaodong LI#+, Tongtiegang ZHAO Sun Yat-sen University, China |
| HS21-A003 | A Machine Learning Framework for Extreme Precipitation Prediction: Integrating CDF Analysis and Interpretable Ai Techniques | Xia WU1#+, Ze JIANG2, Ashish SHARMA2 1Taiyuan University of Technology, China, 2UNSW Sydney, Australia |
| HS21-A006 | Optimizing Temporal Gap Filling in Soil Moisture Data : a Comparative Study of Hydrological and Machine Learning Approaches | Changmin HONG1#+, Seokhyeon KIM2,3, Runze ZHANG4 1Kyunghee University, Korea, South, 2Kyung Hee University, Korea, South, 3UNSW Sydney, Australia, 4Alipour Research Group at the University of Illinois Urbana-Champaign, United States |
| HS21-A008 | Evolution Law and Driving Mechanism of Extreme Flood and Dry Events in Poyang Lake Under Changing Environment | Hua WANG#+ Hohai University, China |
| HS21-A010 | Advancing Seasonal Flood Forecasting with Spectral Transformation of Hydroclimatic Covariates: a Hybrid Wasp-gev Approach | Ze JIANG1#+, Bruno MERZ2, Ashish SHARMA1 1UNSW Sydney, Australia, 2GFZ Helmholtz Centre for Geosciences, Germany |
| HS21-A012 | Investigation of Model Uncertainty in Rainfall-induced Landslide Prediction Under Changing Climate Conditions | Yulin CHEN, Jun ZHANG#+ Nanjing Normal University, China |
| HS21-A013 | Forecasting Flood Quantiles for Indian Catchments Using Climate-informed Approach | Abinesh GANAPATHY#+, Ankit AGARWAL Indian Institute of Technology Roorkee, India |
| HS22 Managing Water Resources and Socio-hydrologic Systems: New Understanding and Solutions | ||
| Abstract ID | Abstract Title | Authors |
| HS22-A001 | Spatiotemporal Monitoring of Climate Change Impacts on Snow Cover Dynamic in the Indus Basin Using Remote Sensing and Gis | Dengfeng LIU1, Fiaz HUSSAIN2#+ 1Xi'an University of Technology, China, 2PMAS-Arid Agriculture University Rawalpindi, Pakistan |
| HS22-A002 | Achieving Water Budget Closure Through Physical Hydrological Processes Modelling: Insights from a Large-sample Study | Xudong ZHENG1+, Dengfeng LIU1#, Shengzhi HUANG1, Hao WANG2, Mengxian MENG3 1Xi'an University of Technology, China, 2China Institute of Water Resources and Hydropower Research, China, 3China University of Geosciences, China |
| HS22-A004 | Evaluation of Water Use Efficiency in the Development of Water-saving Irrigation in the Yanqi Basin Irrigation District of China | Huan CHENG1+, Dengfeng LIU1#, Guanghui MING2, Fiaz HUSSAIN3, Lan MA1, Qiang HUANG1, Mengxian MENG4, Yiyi HU1 1Xi'an University of Technology, China, 2Yellow River Engineering Consulting Co., Ltd., China, 3PMAS-Arid Agriculture University Rawalpindi, Pakistan, 4China University of Geosciences, China |
| HS22-A007 | Socio-economic Vulnerability and Resilience to Storm Surges in Coastal Guangdong Province | Zhihua HE#+ Sun-Yat-Sen University, China |
| HS22-A011 | The Evaporation on the Tibetan Plateau Stops Increasing in the Recent Two Decades | Liming WANG#+ Renmin University of China, China |
| HS22-A013 | A Method for Identifying the Dominant Meteorological Factors of Atmospheric Evaporative Demand in Mid-long Term | LIU SAIYAN#+, Yangyang XIE Yangzhou University, China |
| HS24 Hydrometeorological Analysis of Natural Hazards | ||
| Abstract ID | Abstract Title | Authors |
| HS24-A002 | Spatio-temporal Evolution Characteristics of Extreme Precipitation: Case Studies in China | Junyang WANG+, Haiyun SHI#, Xiuyu LIANG Southern University of Science and Technology, China |
| HS24-A005 | Development and Utilization of an Integrated Drought Index Considering the Characteristics of Meteorological, Agricultural, and Hydrological Drought | Joo Heon LEE#+, Min-Soo JEONG, Dong-Hyeon KIM, Young-Jun KIM Joongbu University, Korea, South |
| HS24-A006 | Multivariate Flood Frequency Modelling Using Vine Copulas for Seasonal Design Flood Estimation | SHILPA L S1,2#+, Srinivasan K2 1National Institute of Technology Andhra Pradesh, India, 2IIT Madras, India |
| HS24-A003 | Development of Method for Producing Spatial Rainfall Scenarios using wave equation | Jungsoo YOON1#+, Seok Hwan HWANG1, Narae KANG1, Seokhyeon KIM2 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2Korea institute of civil engineering and building technology, Korea, South |
| HS24-A004 | Pysteps-based Short-term Rainfall Forecast Generation Using Radar Rainfall for Dam | Seokhyeon KIM1#+, Seok Hwan HWANG2, Jungsoo YOON2, Narae KANG2 1Korea institute of civil engineering and building technology, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS24-A008 | A Study on the Development of a Grid-based Flood Model Integrating Optimization Algorithms | Seungmin LEE+, Won-Joon WANG, Hung Soo KIM, Soojun KIM# Inha University, Korea, South |
| HS24-A009 | Dimensionless rainfall-duration curves for tropical cyclone induced extreme rainfall | Jae Yeol SONG1+, Eun Sung CHUNG2# 1National Korea Maritime and Ocean University, Korea, South, 2Seoul National University of Science and Technology, Korea, South |
| HS24-A011 | Effect Of Reservoir Storage On Drought Propagation Analysis In The Krishna River Basin Of India | AJAY GUPTA1, Manoj Kumar JAIN1#, Rajendra Prasad PANDEY1, David HANNAH2, Aniruddha SAHA3+ 1Indian Institute of Technology Roorkee, India, 2University of Birmingham, United Kingdom, 3Indian Institute of Technology, Roorkee, India |
| HS25 Climate Change Impacts on Regional Hydrological Issues: Projections and Adaptations Strategies | ||
| Abstract ID | Abstract Title | Authors |
| HS25-A010 | Study on Improvement Measures for Stormwater Drainage to Reduce Urban Flood Damage | Kye-Won JUN#+, Sung Uk KIM, BAEDONG KANG Kangwon National University, Korea, South |
| HS25-A001 | Countermeasure Effects as Flood Adaptation for Climate Change in Japan | So KAZAMA#+ Tohoku University, Japan |
| HS25-A006 | Soil Environment of Sandy Beaches | Nodoka OHKUBO#+, Satoshi AKIBA Sendai Nika High School, Japan |
| HS25-A002 | Suspended Sediment in the Abukuma River Estuary, Japan: Composition, Particle Size, and Hysteresis | Sheikh Hefzul BARI1#+, Yoshiyuki YOKOO2 1Graduate School of Symbiotic Systems Science and Technology, Fukushima University, Japan, 2Fukushima University, Japan |
| HS25-A003 | Evaluation of Paddy Field Dam and Vegetation Management to Reduce Flood Inundation Damages by Cost-benefit Analysis in Rivers of Toyama Prefecture, Japan | Hasune NUMAZAWA1#+, Shuichi KURE2, Ryuto FUJISHITA2 1Graduate School of Toyama Prefectural University, Japan, 2Toyama Prefectural University, Japan |
| HS25-A004 | Climate Change Impact Analysis for Flood Inundation Probability Based on Erosion Potential of Rivers in Japan | Hasune NUMAZAWA1#+, Shuichi KURE2, Shintaro MATSUMOTO2 1Graduate School of Toyama Prefectural University, Japan, 2Toyama Prefectural University, Japan |
| HS25-A008 | Improving Compost Toilet Efficiency for Sustainable Sanitation | Yoki ISHIZAWA1#+, Satoshi AKIBA2 1Sendai Nika high school, Japan, 2Sendai Nika High School, Japan |
| HS25-A005 | Quantitative Evaluations of Vegetation Cutting and Removal as Flood Mitigation Measure in Rivers of Toyama Prefecture, Japan | Shuichi KURE1#+, Hasune NUMAZAWA2, Sakuya NAKAO1 1Toyama Prefectural University, Japan, 2Graduate School of Toyama Prefectural University, Japan |
| HS25-A007 | Trends in Climate Change Research on Water Resources in South Korea: Analysis of Research Since 2020 | Jaehwang LEE#+, Joohyung LEE, Young-Oh KIM Seoul National University, Korea, South |
| HS25-A016 | Rainfall-runoff and Flood Inundation Simulation for the 2024 September Okunot Heavy Rainfall in Japan | Sakuya NAKAO1+, Shuichi KURE1#, Hasune NUMAZAWA2 1Toyama Prefectural University, Japan, 2Graduate School of Toyama Prefectural University, Japan |
| HS25-A014 | Long Term Observation of Riparian Vegetation Expansion in the Sagae River, Japan for Practical Vegetation and Channel Management | Tao YAMAMOTO1#+, So KAZAMA2, Matthew JOHNSON3 1Department of Civil and Environmental Engineering, Graduate School of Engineering, Tohoku University, Japan, 2Tohoku University, Japan, 3Department of Geography, University of Nottingham, United Kingdom |
| HS25-A015 | Generation of Forecast Precipitation and Estimating the Failure of Pre-discharge for Flooding at Agricultural Dams in Japan | Atsuya IKEMOTO#+, So KAZAMA Tohoku University, Japan |
| HS25-A019 | Sensitivity Analysis for Flood Risk Analysis in Parametric Insurance Solution: a Case Study of Miyagi Prefecture, Japan | An-Chi CHENG1#+, Yusuke HIRAGA2, Atsuya IKEMOTO2, Anawat SUPPASRI2, Yushi MIKI2, Tomoya IWASAKI3, Yugo SHINOZUKA4, Takafumi OGAWA5, Fumihiko IMAMURA2 1Tohoku University, Japan, Japan, 2Tohoku University, Japan, 3Swiss Re International SE, Japan Branch, Japan, 4Swiss Re International SE, Japan Branch, Japan, Japan, 5Swiss Re International SE, Japan Branch, Japan, Japan, Japan |
| HS25-A017 | Analysis of Extreme Rainfall Distribution Characteristics Based on Radar Amedas Composite Precipitation | Tomoaki MATSUURA1#+, So KAZAMA2, Yusuke HIRAGA2 1Department of Civil and Environmental Engineering, Graduate School of Engineering, TOHOKU UNIVERSITY, Japan, 2Tohoku University, Japan |
| HS25-A018 | The Impact of Uncertainty in Climate Change Projections on Regional Flood Risk Estimates | Michiru SUZUKI+, Yuta ITSUMI, Satoshi WATANABE# Kyushu University, Japan |
| HS25-A020 | Impact of Climate Projection Uncertainty on the Range of Drought Assessments | Ayane TAKENAKA+, Yuta ITSUMI, Satoshi WATANABE# Kyushu University, Japan |
| HS26 Advances in Hydrologic and Hydraulic Modelling for Flood Forecasting and Management | ||
| Abstract ID | Abstract Title | Authors |
| HS26-A001 | Flood Forecasting with Distributed Hydrological Model Under Land Use/cover Changing | Yangbo CHEN1#+, Jianjian GAO2, Shanshan HAO2 1Sun Yat-sen University, China, 2Suide Soil and Water Conservation Scientific Experimental Station of Yellow River Water Conservancy Commission, China |
| HS26-A003 | A Framework of River Network Routing Modeling Coupled Water and Energy Balance | Rui QIAN+, Yuanhao FANG# Hohai university, China |
| HS26-A004 | Performance Evaluation of Grid-based Regionalization in Heterogeneous Catchments: a Case Study Using Soil Texture Information in a Distributed Hydrological Model in Japan | Shi FENG#+ Kyoto University, Japan |
| HS26-A005 | Optimizing Rain Gauge Network for Flood Forecasting: a Comparative Study of the Bharat MADM Technique and Hall’s Statistical Approach | Ayushi PANCHAL#+, Sanjaykumar YADAV Sardar Vallabhbhai National Institute of Technology, India |
| HS26-A006 | Ranking of the Ensemble Prediction System for Flood Forecasting Using an Effective Multi-attribute Decision Making Technique in a Semi-arid River Basin | Rashmi YADAV#+, Sanjaykumar YADAV, Ayushi PANCHAL Sardar Vallabhbhai National Institute of Technology, India |
| HS26-A012 | Hydrodynamic Modeling of Urban Pluvial Flooding with Deep Learning | Hyuna WOO+, Hyeonjin CHOI, Bomi KIM, Minyoung KIM, Seong Jin NOH# Kumoh National Institute of Technology, Korea, South |
| HS26-A007 | Flood Inundation and Risk Mapping of Downstream Region of Pong Dam: a Case Study of August‑2023 Floods in Punjab, India | Saran RAAJ1#+, Vivek GUPTA2, Donald MACALLISTER3, Bentje BRAUNS3, Gopal KRISHNAN4 1IIT Mandi, India, 2Assistant Professor, India, 3Senior Hydrogeologist, United Kingdom, 4Scientist E, NIH Roorkee, India |
| HS26-A013 | Research on the Design Flood Estimation Method for Dongting Lake Based on Copula Functions | Yaoqun CUI1#+, xueshan AI2 1Wuhan University, China, 2wuhan university, China |
| HS26-A008 | Using Altimetry Satellites for Improved Water Level Measurements and Hydrodynamic Model Enhancements in Flood Mapping | Ben JARIHANI1,2#+ 1James Cook University, Australia, 2University of the Sunshine Coast, Australia |
| HS26-A009 | Advanced Reservoir Inflow Forecasting Model Using Integrated Multi-source Ensemble Precipitation Data | Anant PATEL1#+, Sanjaykumar YADAV2 1Nirma University , Institute of Technology, India, 2Sardar Vallabhbhai National Institute of Technology, India |
| HS26-A010 | Analysis of Overtopping Vulnerable Sections on the Inner Slope of Levees Due to Changes in River Meander Curvature | YOONSEO LEE+, Chanjin JEONG, Seungoh LEE# Hongik University, Korea, South |
| HS27 Risk Reduction of Compound Disasters Driven by Sediment-laden Flow and Its Diversified Adaptations Strategies | ||
| Abstract ID | Abstract Title | Authors |
| HS27-A001 | Riverbed and Flow Velocity Variation in Sand-mining Area: the Case Study in the Mekong River | Tanh NGUYEN1#+, An NGO2, Linh NGUYEN2, Linh HONG3 1Climate Change Institute, An Giang University, Viet Nam, 2An Giang University , Viet Nam, 3An Giang University, Viet Nam |
| HS27-A015 | Erosion estimation using machine learning approaches in Fulong Coast, Taiwan | Hao-Yueh YU#+, Yuan-Fong SU National Taiwan Ocean University, Taiwan |
| HS27-A016 | Deep Learning Approaches for Reconstructing Missing Weather Data: a Case Study in the Lanyang River Watershed, Taiwan | Nhat Thanh TRAN#+, Yuan-Fong SU National Taiwan Ocean University, Taiwan |
| HS27-A012 | A Method for Measuring and Estimating Bridge Pier Scour Using Sensor Components | Yi Hong LIN#+, Dong-Sin SHIH, Cheng-Hsin CHEN National Yang Ming Chiao Tung University, Taiwan |
| HS27-A002 | Nbs for Flood Management with Considering Public Needs – a Case Study of Gaoping River Basin, Taiwan | Chen-Min KUO1#+, Pei-Hua WU2, Ching-Nuo CHEN1, Zhi-Mou CHEN3 1National Pingtung University of Science and Technology, Taiwan, 2National Pingtung University of Science and Technology, Taiwan, Taiwan, 3Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan |
| HS27-A006 | Effects of Runoff Under Climate Change and Land Use Change in Bajhang River, Taiwan | Patcharaporn CHANTHAHARN1+, Zhi-Mou CHEN2, Ching-Nuo CHEN1, Chen-Min KUO1# 1National Pingtung University of Science and Technology, Taiwan, 2Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan |
| HS27-A004 | Analyzing the Applicability of Coastal Reservoirs Under Long-term Variations in Runoff and Sediment Transport | Nai-Hsuan LIN1+, Jiun-Huei JANG2# 1Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Taiwan, 2National Cheng Kung University, Taiwan |
| HS27-A005 | Drought Monitoring and Management in Somaliland Using Remote Sensing and Drought Indices (2000-2024) | Omer HASSAN#+, Yuan-Fong SU National Taiwan Ocean University, Taiwan |
| HS27-A017 | Simulation Analysis of the Impact of Water-saving Irrigation on Rice Yield | Zhi-Mou CHEN1, Tzu-Che LIN2, Chin-Sung WU2, Yi-Lung YEH2#+ 1 National Pingtung University of Science and Technology, Taiwan, 2National Pingtung University of Science and Technology, Taiwan |
| HS27-A007 | Impacts of Weirs on River Morphodynamics and Optimization of Dam Removal: a Case Study of Huang Creek, Taiwan | CHEW KUANG HUI VINCENT1#+, Shang-Shu SHIH2 1NATIONAL TAIWAN UNIVERSITY, Taiwan, 2National Taiwan University, Taiwan |
| HS27-A011 | The Impact of Land Use Change and Climate Change on the Future Flooding Extent in the Toucian River Basin | Dong-Sin SHIH, Wei Chen CHANG#+ National Yang Ming Chiao Tung University, Taiwan |
| HS27-A008 | The Impact of Agriculture Farming Practices on Soil Erosion on Slope Lands | Pei-Hua WU1+, Ching-Nuo CHEN2#, Chen-Min KUO2, Zhi-Mou CHEN3 1National Pingtung University of Science and Technology, Taiwan, Taiwan, 2National Pingtung University of Science and Technology, Taiwan, 3Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan |
| HS27-A010 | A Study of Carbon Emission Caused by Soil Erosion Under Climate Change in Laonong River Basin | Mohamed Ahmed ABDULLAHI1+, Zhi-Mou CHEN2, Chen-Min KUO3, Ching-Nuo CHEN3# 1Department of Tropical Agriculture and International Cooperation, Taiwan, 2Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan, 3National Pingtung University of Science and Technology, Taiwan |
| HS27-A014 | Applying Parametric Multiple Regression Analysis to Establish the Relationship Curve of Water Level Variations Between Upstream and Downstream in a River Channel. | Zhi-Mou CHEN1#+, Yi-Lung YEH2, Ching-Nuo CHEN2, Chen-Min KUO2 1Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan, 2National Pingtung University of Science and Technology, Taiwan |
| HS28 Water-Climate-Human Nexus Modeling Across Scales | ||
| Abstract ID | Abstract Title | Authors |
| HS28-A001 | Coupled Human-water System Modeling for Food-energy-water Security Under Climate Change | Yue QIN#+ Peking University, China |
| HS28-A005 | A System Dynamics Model to Evaluate Annual Variability of Historical Trend and Future Projections of Water Scarcity in Beijing | Xizhu HE1#+, Qing HE2, Taikan OKI2 1National University of Singapore, Singapore, 2The University of Tokyo, Japan |
| HS28-A002 | Less Even Precipitation Boosts Land Water Loss Under Warming | Hsin HSU1#+, Stephan FUEGLISTALER2, Kirsten FINDELL3 1Princeton University, United States, 2Princeton University, Germany, 3GFDL, NOAA, United States |
| HS28-A003 | Investigation of Terrestrial Water Saving from Photovoltaic Panels in Large Scale | Jun ZHANG#+ Nanjing Normal University, China |
| HS28-A004 | Impact of Land Use Changes and Global Warming on Extreme Precipitation Patterns in the Maritime Continent | Min-Hui LO#, Jie HSU+ National Taiwan University, Taiwan |
| HS28-A006 | Representation of a Two-way Coupled Irrigation System in the Common Land Model | Shulei ZHANG1, hongbin LIANG2#+, Fang LI3, Xingjie LU1, Yongjiu DAI1 1Sun Yat-sen University, China, 2Sun Yat-Sen University, China, 3Chinese Academy of Sciences, China |
| HS28-A010 | Anthropogenic Transformations of Flow-flood Patterns Since the Common Era | Hui SHENG#+ Nanjing University, China |
| HS28-A007 | Decreasing Reservoir Flood Retention Capability Globally in a Warming World | Gang ZHAO1#+, Qiuhong TANG2 1Chinese Academy of Sciences, China, 2Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China |
| HS28-A011 | Attributing the Shift in Qinghai Lake Area Through a Hydrological-socioeconomic-lake Model | Haoxin DENG1+, Gang ZHAO1, Xingcai LIU2, Kan LEI3, Qiuhong TANG2# 1Chinese Academy of Sciences, China, 2Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, 3Ruhr University Bochum, Germany |
| HS28-A009 | Projected Impact of Salinity on Crop Yield Under Climate Change in Drylands | Xingcai LIU1#+, Qiuhong TANG1, Lingling LI2 1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, 2Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, China |
| HS28-A012 | A Data-Driven Approach to Analyzing Short-term Reservoir Scheduling Decisions: Insights from the Dongjiang River Basin | Pan YANG1#+, Guangnan WU2 1Guangdong University of Technology, China , China, 2Guangdong University of Technology, China |
| HS29 Recent Advances in Estimating Hydrometeorological Extremes Under Climate Change: Observation and Modeling Studies | ||
| Abstract ID | Abstract Title | Authors |
| HS29-A011 | Satellite-based Indices for Regional and Global Drought Assessment: Implications for Water Resource Management in Urban Heat Environments | Yuei-An LIOU1#+, Minh-Tin THAI2, Kim-Anh NGUYEN3 1National Central University, Taiwan, 2National Central University, Taiwan, Taiwan, 3Vietnam Academy of Science and Technology, Viet Nam |
| HS29-A005 | Deep Learning Flood Prediction Simulation using Real-Time Standard Smart Rain Gauge Data for Early Detection of Flood Damage | Seongsim YOON1, Eunchae DOH2#+, Moonhyeong PARK3 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2KICT, Korea, South, 3Korea Institute of Construction Technology, Korea, South |
| HS29-A009 | Evaluation and Bias-Correction of GPM-IMERG Satellite Rainfall Estimates for Enhanced Hydrological Modelling in the Tapi River Basin, India | Arbaaz SHAIKH1#+, Harsh SHAH2, Azazkhan PATHAN2, Prasit AGNIHOTRI1 1Sardar Vallabhbhai National Institute of Technology, India, 2AgroCast Analytics Pvt Ltd, India |
| HS29-A012 | Assessing Urban Greenspace Vulnerability to Typhoons Using Sentinel-2 and Google Earth Engine | Kim Anh NGUYEN1, Trong Hoang VO2, Yuei-An LIOU3#+ 1Institute of Earth Sciences Vietnam Academy of Science and Technology, Viet Nam, 2Vietnam Academy of Science and Technology, Viet Nam, 3National Central University, Taiwan |
| HS29-A001 | Seasonal Streamflow Predictions Using Multi-Modal Data-based AI Algorithm in the Kazakhstan River Basins | Azamat BAIMAGANBETOV+, Ju-Young SHIN#, Jiyeon PARK Kookmin University, Korea, South |
| HS29-A003 | Comparison Analysis of Drought Indices Between Gpm Satellite Data and Ground Observations in Jeju Island | YeonJi CHUNG+, Myoung-Jin UM#, Minji SONG Kyonggi University, Korea, South |
| HS29-A004 | Forecasting Monthly Precipitation and Temperature for Four Major Cities in South Korea Using Ts Foundation Models | Minji SONG+, Myoung-Jin UM#, YeonJi CHUNG Kyonggi University, Korea, South |
| HS29-A013 | Impact of Daylight Saving Time (DST) Implementation on Health and Sleep Quality | Hiroto YAMASHITA#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| HS29-A007 | Integrated Wrf and Wrf-hydro Modeling for Estimating Hydrologic Extremes Under Climate Change: a Case Study of Typhoon Hinnamnor in South Korea | Yaewon LEE1#+, Bomi KIM1, Yusuke HIRAGA2, So KAZAMA2, Jose Angelo HOKSON2, Seong Jin NOH1 1Kumoh National Institute of Technology, Korea, South, 2Tohoku University, Japan |
| HS29-A014 | Understanding Human Physiological Responses to Extreme Heat Environments Through Subject Experiments Using a Sauna | Akinori MIYAGAWA#+, Makoto NAKAYOSHI Tokyo University of Science, Japan |
| HS29-A008 | Grid-based Multivariate Bias Correction of Daily Climate Variables Timeseries | Min-Kyu JUNG+, Hyun-Han KWON# Sejong University, Korea, South |
| HS29-A015 | Vulnerable Populations in the Associations of Temperature and Multiple Health Outcomes Considering Lagged and Cumulative Health Impacts | Shih-Chun Candice LUNG#+, Jou-Chen Joy YEH Academia Sinica, Taiwan |
| HS29-A010 | Assessment of High-impact, Low-likelihood Precipitation Events Using Machine Learning Over North India | Aayushi TANDON1#+, Amit AWASTHI1, Kanhu PATTNAYAK2 1University of Petroleum and Energy Studies, India, 2University of Leeds, United Kingdom |
| HS30 Ecological and Hydrological Alterations in Large River Basins | ||
| Abstract ID | Abstract Title | Authors |
| HS30-A001 | On a Novel Approach to Identify Ungauged Rivers Sections Losing Their Perenniality & Rejuvenation Potential Due to Combined Natural Forcing and Anthropogenic Activities | Thallam PRASHANTH#+, Sayantan GANGULY Indian Institute of Technology Ropar, India |
| HS30-A002 | Tracking river water quality over time: insights from national- and basin-scale studies in Australia | Danlu GUO1#+, Anna LINTERN2, Qian ZHANG3, Shuci LIU4, Clem DUVERT5,6, Camille MINAUDO7, Rémi DUPAS8, Chaithanya BHAGAVATHI PARAMBU9, Peter HAIRSINE1, Kefeng ZHANG10, Ulrike BENDE-MICHL11 1Australian National University, Australia, 2Monash University, Australia, 3US EPA, United States, 4Queensland Government, Australia, 5Charles Darwin University, Australia, 6James Cook University, Australia, 7University of Barcelona, Spain, 8INRAE, L'institut Agro, UMR 1069 SAS, Rennes, France, France, 9Australian National Unviersity, Australia, 10UNSW Sydney, Australia, 11Bureau of Meteorology, Australia |
| HS30-A003 | Exploring the Hydrological Connectivity of Lake Wetlands in Plain River Networks with Dense Hydraulic Facilities | Su YANG1, Rongrong WAN1#+, Guishan YANG2,1, Bing LI1 1Chinese Academy of Sciences, China, 2Hohai University, China |
| HS30-A004 | Increased Precipitation and Vegetation Cover Synergistically Enhanced the Availability and Effectiveness of Water Resources in a Dryland Region | Siqi GAO1#+, Yihe LYU1, Xiaohui JIANG2 1Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China, 2College of Urban and Environmental Sciences, Northwest University, China |
| HS30-A006 | Analysis of Habitat Connectivity in Rivers: the Impact of Crossing Structures and Fluvial Geomorphic Characteristics | Young-Jun KIM+, TAEK-GYUN KIM, Seo-Yeon PARK, Joo Heon LEE# Joongbu University, Korea, South |
| HS30-A005 | Accumulated Ecological and Hydrological Effects of the Largest Cascade Reservoirs Over the Yangtze River Basin | Meixiu YU#+ Hohai University, China |
| HS30-A007 | Study on the Impact of Saltwater Intrusion in Tidal Estuaries Under Different Climatic Conditions | Yali HUANG+, Hua CHEN# Wuhan University, China |
| HS30-A009 | Analysis of Hydrological Connectivity Changes and Driving Factors in the Taihu Lake Basin Over the Past 40 Years | Xu CHEN#+ Suzhou University of Science and Technology, China |
| HS30-A010 | Using Satellite to Retrieve Hydrological Parameters | Changsen ZHAO#+ Beijing Normal University, China |
| HS30-A011 | Eco-hydrological Responses to Changes in Underlying Surface for the Source Region of the Yellow River | Guoqing WANG1#+, Yueyang WANG2, Jianyun ZHANG3, Qinli YANG4, Cuishan LIU1 1Nanjing Hydraulic Research Institute, China, 2Hohai University, China, 3Ministry of Water Resources, China, 4University of Electronic Science and Technology of China, China |
| HS30-A012 | The Spatial Variability of Microplastic Pollution on the Tibetan Plateau and Its Potential Threats to Ecosystems | Xiaonan SUN1#+, Yanqing LIAN1, Yongliang GAO1, Yashuo GUAN1, Ling MUWU2, Yuling REN1, Li ZAN1 1Hohai University, China, 2HOHAI UNIVERSITY, China |
| HS30-A014 | Unveiling the Water Crisis in the Yellow River Basin: How Climate Change Snd Human Activities Are Reshaping Water Security Patterns | Yashuo GUAN1#+, Yanqing LIAN1, Yongliang GAO1, Ling MUWU2, Xiaonan SUN1, Yuling REN1, Li ZAN1 1Hohai University, China, 2HOHAI UNIVERSITY, China |
| HS30-A015 | Impacts of Land Use Change on Hydrological Responses in the Weihe River Basin | Ling MUWU1#+, Yanqing LIAN2, Yashuo GUAN2, Yongliang GAO2, Xiaonan SUN2, Li ZAN2 1HOHAI UNIVERSITY, China, 2Hohai University, China |
| HS30-A016 | Ecohydrological Process Evolution and Driving Mechanisms Based on the Different Ecohydrological Regions in the Yellow River Basin | Yuna HAN1+, ZUO DEPENG1#, Guoqing WANG2, Zongxue XU1 1Beijing Normal University, China, 2Nanjing Hydraulic Research Institute, China |
| HS30-A018 | Decomposing the Effects of Changes in Catchment Characteristics on Runoff Into Chain Transmission Effects of Climate Change and Human Activities Using an Improved Budyko Framework | Yongyong ZHANG#+ Key Laboratory of Water Cycle and Related Land Surface Processes, Institute of Geographic Sciences and Natural Resources Research,, China |
| HS30-A019 | The Effect of Variable Rainfall Intensity and Gradient on Flow-producing Processesin the Yiluo River Basin | LE BAI#+ Yellow River Institute of Hydraulic Research, Yellow River Conservancy Commission, China |
| HS30-A021 | Deeprainfallnet: a Two-stage Deep Learning Architecture for Automated Rainfall Monitoring Using Surveillance Cameras | Kang YAN#+, Hua CHEN Wuhan University, China |
| HS30-A023 | Monitoring and Analyzing Patterns of Soil Erosion and Sediment Yield in a Small Loess Hilly-gully Watershed | Jianjian GAO1#+, Shanshan HAO1, Guoqing WANG2 1Suide Soil and Water Conservation Scientific Experimental Station of Yellow River Water Conservancy Commission, China, 2Nanjing Hydraulic Research Institute, China |
| HS30-A022 | Mapping and Monitoring Ecological Space Change in the Northern Shaanxi Loess Plateau with Remote Sensing | Shanshan HAO1#+, Jianjian GAO1, Guoqing WANG2 1Suide Soil and Water Conservation Scientific Experimental Station of Yellow River Water Conservancy Commission, China, 2Nanjing Hydraulic Research Institute, China |
| HS32 Hydrometeorological Extreme Events and Disasters: Observational and Model Based Studies | ||
| Abstract ID | Abstract Title | Authors |
| HS32-A022 | Regional Disparities in Hydroclimatic Extremes Across Central Asia: Insights from the Tienshan Mountains | Xueqi ZHANG+, Yaning CHEN, Zhi LI#, Gonghuan FANG Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China |
| HS32-A002 | Predictive Performance of Data-driven Global Weather Models in Hydrometeorological Extreme Events | Qiang LI#+, Tongtiegang ZHAO Sun Yat-sen University, China |
| HS32-A008 | Spatiotemporal Drought Propagation in the Yeongsangang and Seomjingang River Basins Using WRF-hydro | Guhyup KANG+, Jaehyeong LEE, Yeonjoo KIM# Yonsei University, Korea, South |
| HS32-A004 | Assessing The Cumulative Impact Of Tropical Cyclones On Vegetation In The Chilika Lake Region: A Block-Level Study | Pratyush Kumar SAHOO1#+, Punyatoya PATRA2 1University of Delhi, India, 2Aditi Mahavidyalaya, University of Delhi, India |
| HS32-A006 | A Comparative Study of Surface Urban Heat Island Dynamics in Odisha: a Case Study of Selected Cities | Aseema BISWAL1#+, Punyatoya PATRA2 1University of Delhi, India, 2Aditi Mahavidyalaya, University of Delhi, India |
| HS32-A003 | Impacts of Global Warming on Super Typhoon Hinnamnor and Its Rainfall in South Korea | Yusuke HIRAGA1#+, Jose Angelo HOKSON1, Seong Jin NOH2, Bomi KIM2, YEWON LEE3 1Tohoku University, Japan, 2Kumoh National Institute of Technology, Korea, South, 3 Kumoh National Institute of Technology, Korea, South |
| HS32-A010 | Optimizing CMIP6 Model Selection for Agro-climatological Drought Assessment in South Asia | Sneha KULKARNI#+, Tamima AMIN The University of Tokyo, Japan |
| HS32-A023 | Streamflow Forecasting Using a Machine Learning Method with a Case Study in New Zealand | Jing YANG1#, Channa RAJANAYA2, Gonghuan FANG3+, Yosuke MIURA4, Qing HE5, Yohei SAWADA5, Taikan OKI5 1National Institute of Water and Atmospheric Research, New Zealand, 2National Institute of Water and Atmospheric Research, New Zealand, New Zealand, 3Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China, 4the University of Tokyo, Japan, 5The University of Tokyo, Japan |
| HS32-A005 | Constructing GRACE-based standardized terrestrial water storage index for identifying severe droughts | Chanyue REN1#+, Xuanze ZHANG2, Yongqiang ZHANG2 1Institute of Geographic Sciences and Natural Resources Research, CAS, China, 2Chinese Academy of Sciences, China |
| HS32-A007 | Moisture Transport in the 2020 and 1998 Yangtze River Valley Super Meiyu-floods: Similarities, Differences and Insights | Chi ZHANG1#+, Qiuhong TANG1, Yang ZHAO2, Deliang CHEN3, Jinchuan HUANG1 1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, 2Frontier Science Center for Deep Ocean Multispheres and Earth System and Physical Oceanography Laboratory, Ocean University of China, Qingdao, China, 3University of Gothenburg, Sweden |
| HS32-A009 | Analysis of Meteorological-soil-vegetation Drought Propagation Events in China | Yuanyuan WANG1#+, Xuexia LIN2, Guicai LI3 1National Satellite Meteorological Centre, China, 2Qufu Normal University, China, 3National Satellite Meteorological Center , China |
| HS32-A014 | The 2024 Kathmandu Flood: Climate Extremes, Urban Expansion, and Hydrology | Pradeep DANGOL1#+, Arun Bhakta SHRESTHA2, Vijay Ratan KHADGI2, Saswata SANYAL2, Pema GYAMTSHO2 1International Centre for Integrated Mountain Develoipment (ICIMOD), Nepal, 2ICIMOD, Nepal |
| HS32-A015 | Revealing the Spatiotemporal Evolution of the 2024 Extreme Floods in Guangdong: Insights from GRACE-FO and in-situ measurements | sulan LIU1+, Yunlong WU2# 1China university of Geosciences, China, 2China University of Geosciences (Wuhan), China |
| HS32-A016 | Community-based Resilience and Traditional Knowledge in Natural Disaster Management: Practice and Challenges | Aveivey D#+ DEAS, University of Delhi, India |
| HS32-A020 | Impact of 3dvar Data Assimilation for the Prediction of the Severe Cyclonic Storms in the Bay of Bengal Region | Ambily THANKACHAN+, Kuvar Satya SINGH# Vellore Institute of Technology Vellore, India |
| HS32-A019 | Numerical Simulations of Simultaneous Occurrence Cyclones Luban and Titli Over the North Indian Ocean Using High-resolution Modeling System | ROHINI ASHOK1+, Kuvar Satya SINGH2# 1Vellore Institute of Technology, Vellore, Tamilnadu, India, 2Vellore Institute of Technology Vellore, India |
| HS33 Advances in Water Science: Simulation Methods and Adaptation Strategies | ||
| Abstract ID | Abstract Title | Authors |
| HS33-A014 | Remote Sensing of Glacial Lake Outburst to Improve Downstream Flood Prediction | Qiuhong TANG1#+, Gang ZHAO2, Chi ZHANG1, Ximeng XU3, Jie WANG4, Xiaobo YUN5, Li HE6, Xingcai LIU1, Yuanyuan ZHOU1 1Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China, 3Institute of Geographic Sciences and Natural Resources Research, China, 4Lanzhou University, China, 5China Meteorological Administration, China, 6Key Laboratory of Water Cycle and Related Land Surface Processes, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, China |
| HS33-A001 | Deep Learning Models for River Flow Prediction: a Comparative Study of Transformer Architectures | Zhuo YANG+, Dong WANG# Nanjing University, China |
| HS33-A006 | Temporal and spatial variation of base flow in Yiluo River Basin and its response under low carbon scenario | Qingfei CHENG+, Rong GAN# Zhengzhou University, China |
| HS33-A010 | Reservoir Scheduling Process in the Yellow River Basin Based on Physics-informed Neural Networks (pinn) | Hongzhi LIN#+ Zhengzhou University, China |
| HS33-A002 | A Multi-objective Simulation-optimization Framework for Water-food-energy-ecosystem Nexus Management in Agricultural Watersheds | Yanan JIANG#+ Northwest A&F University, China |
| HS33-A003 | A Novel Framework for Distributed Deployment of LID Solutions | YANG LIU#+, YuZhi XIAO University of Jinan, China |
| HS33-A004 | The Influence Mechanism of Urban River Level on Drainage Capacity for Stormwater Network | Jinjun ZHOU#+ Beijing University of Technology, China |
| HS33-A008 | A Dynamic Programming Framework for Hydro-solar-wind Complementary System Dispatch Under Climate Uncertainty Using Markov Chains | Xinyu YUAN+ Zhengzhou University, China |
| HS33-A021 | A Bayesian Network Based Risk Analysis Method for Exploring the Basin Water-energy-food-ecology Nexus | Zhikai LI#+ Zhengzhou University, China |
| HS33-A005 | Urban Waterlogging Structure Risk Assessment and Enhancement | Hao WANG#+ Beijing University of Technology, China |
| HS33-A007 | Research on Key Technologies of Complementary Operation for Basin Hydro-wind-solar Integrated System | He LI#+ zhengzhou university, China |
| HS33-A012 | Collaborative Innovation for Smart Water-energy-food Nexus | Lei YU1#+, Yurui FAN2 1Zhengzhou University, China, 2Brunel University, United Kingdom |
| HS33-A013 | Development of a Global 5arcmin Groundwater Model H08-MODFLOW | Qing HE1#+, Naota HANASAKI2, Akiko MATSUMURA3, Taikan OKI1 1The University of Tokyo, Japan, 2National Institute for Environmental Studies, Japan, 3Nippon Koei Co. Ltd., Japan |
| HS33-A015 | Hydrological Modelling of Blue-green Roofs For Climate-adaptive Stormwater Management | Jun WANG1#+, Jiachang WANG1, Enhui JIANG1, Shengle CAO1, Ruirui XIN1, Yiping GUO2 1Shandong University, China, 2McMaster University, Canada |
| HS33-A016 | Ecosystem Resilience to Soil and Atmospheric Dryness During the 2022 Mega Drought Across the Yangtze River Basin | Wanqiu XING#+ Hohai University, China |
| HS33-A018 | The Nonstationary Design Floods in the Yellow River Source: An Evaluation of Various Methods | Fengnian LI1#+, Long CHENG2, Pan WANG3 1Xi'An University of Technology, China, 2Northwest Engineering Corporation Limited, Xi’an, 710065, China., China, 318838997736, China |
| HS33-A019 | A New Mechanism-Based Reconstruction Method for Frequency Analysis of the Nonstationary Flood Series | Xue YANG1#+, Shi LI2, Yi QIN3 1Xi'An University of Technology, China, 2Northwest Engineering Corporation Limited, Xi’an, China., China, 3Xi’an University of Technology, Xi’an, China., China |
| HS33-A020 | Deciphering Nonlinear Hydrological Process by a Coupled Deep Learning and Physical Based Model in Southern Tibetan Plateau | Xiongpeng TANG#+ Beijing Normal University, China |
| HS33-A022 | Collaborative Management of Water-related Resource Elements in Yangtze River Under Uncertainty | Yaduo HAN#+, Xifei ZHANG Zhengzhou University, China |
| HS33-A024 | Development of a Circulating Numerical Water Tank Using Explicit-MPS Method | Kaho NISHIMURA#+, Toshinori OGASAWARA Iwate University, Japan |
| HS33-A023 | Optimization Strategy for Observational Stations in Remote Sensing Precipitation and Spatialized Runoff Simulation | Chen YU1+, Huaiyong SHAO2#, Gang LIU2 1chengdu university of technology, China, 2Chengdu University of Technology, China |
| HS36 Sustainable Water Resource Management in a Changing Climate | ||
| Abstract ID | Abstract Title | Authors |
| HS36-A001 | Enhanced Tropical Cyclone Precipitation Prediction in the Northwest Pacific Using Deep Learning Models and Ensemble Techniques | Qinglan LI1#+, Lunkai HE2, Jiali ZHANG2 1Shenzhen Institutes of Advanced Technology, China, 2Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, China |
| HS36-A004 | Assessing Global Water Security and Trends Over the Past 20 Years | Sang-Hyeok PARK+, Seo-Yeon PARK#, Young-Jun KIM, Joo Heon LEE Joongbu University, Korea, South |
| HS36-A003 | Bias Correction Method for Sub-seasonal Prediction of Summer Rainfall in China Based on Swin-transformer | Ankang QU1+, Qinglan LI2#, Qing BAO3, Tao ZHU4, Jiali ZHANG5 1Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences, China, 2Shenzhen Institutes of Advanced Technology, China, 3Chinese Academy of Sciences, China, 4Chinese Academy of Sciences, China, China, 5Shenzhen Institute of Advanced Technology, Chinese Academy of Sciences, China |
| HS36-A006 | Regional snow water equivalent trend analysis and hydrological sensitivity with snow storage index | Jungho SEO+, Jihyun KIM, Yeonjoo KIM# Yonsei University, Korea, South |
| HS36-A002 | On Stochastic Modeling of Multisite Daily Extreme Temperature Processes in the Climate Change Context | Van-Thanh-Van NGUYEN#+ McGill University, Canada |
| HS36-A005 | Analysis of flood disasters based on AR6 statistical downscaling design storm | Yi-Hua HSIAO1#+, Chun-Che CHEN1, Jun-Jih LIOU1, Chih-Tsung HSU2, Dong-Sin SHIH3 1National Science and Technology Center for Disaster Reduction, Taiwan, 2Academia Sinica, Taiwan, 3National Yang Ming Chiao Tung University, Taiwan |
| HS36-A008 | Optimizing Water-sediment, Ecological, and Socioeconomic Management in Terrace Reservoirs in the Yellow River: a Multi-objective Decision Framework | Donglin LI#+ Yellow River institute of Hydraulic Research of Yellow River Conservancy Commission, China |
| HS37 Environmental Change Impacts on Subsurface Hydrological Processes | ||
| Abstract ID | Abstract Title | Authors |
| HS37-A001 | Spatiotemporal Response of Soil Moisture in Different Soil Layers to Vegetation Restoration on the Loess Plateau of China | Linjing QIU1#+, Yibo MA2, Mengyao CAI2 1Xi'an Jiaotong University, China, 2Department of Earth and Environmental Science, School of Human Settlements and Civil Engineering, Xi’an Jiaotong University, China |
| HS37-A003 | Decoding the Nexus of Surface Water and Groundwater in Northwestern China: Insights from Long-term Irrigation Activities and Numerical Modeling | Litang HU#+, Lin GAN, Jianchong SUN Beijing Normal University, China |
| HS37-A004 | Vegetation Change Influences Moisture Recycling Via Subsurface Hydrological Processes in China's Loess Plateau | Zhi LI#+, Furong ZHANG Northwest A&F University, China |
| HS37-A005 | Hydrogeological Property Changes Following Earthquakes: Insight Form the Water Level Response to Earth Tides and Atmospheric Pressure | Hui ZHANG1#+, Zheming SHI2 1Taiyuan University of Technology, China, 2China University of Geosciences, China |
| HS37-A006 | Estimating Soil Hydraulic and Solute Transport Parameters for Deep Loess Deposits: Implications for Groundwater Recharge Estimation Across Land Use Types | Wangjia JI1+, Ruifeng LI2, Zhi LI2# 1Northwest A&F University, China, 2Northwest Agriculture and Forestry University, China |
| HS37-A009 | A Multi-time-scale Coupled Machine Learning Framework for Predicting Groundwater Inflow to Reservoirs | Jianchong SUN#+, Litang HU Beijing Normal University, China |
| HS37-A012 | Hydrological Processes and Their Ecohydrological Effects in the Karst Critical Zone | Hongsong CHEN#+, Jun ZHANG, Fa WANG, Zidong LUO, Jinjiao LIAN Institute of Subtropical Agriculture, Chinese Academy of Sciences, China |
| HS37-A013 | Effects of Climate Change and Human Activities on Soil Moisture Over the Middle Yellow River of China | Shouzhang PENG1#+, Wang SHIWEN1, Zhu YUANJUN1, Feinan HU1, Yongxia DING2 1Northwest A&F University, China, 2Baoji University of Arts and Sciences, China |
| HS37-A014 | Generating a High-spatial-resolution Daily Meteorological Dataset for Subsurface Hydrology Studies | Yongxia DING1#+, Shouzhang PENG2 1Baoji University of Arts and Sciences, China, 2Northwest A&F University, China |
| HS38 Hydrological Analysis And Water Resources Management In Arid Regions | ||
| Abstract ID | Abstract Title | Authors |
| HS38-A001 | Research on the Spatiotemporal Patterns and Driving Mechanisms of Natural Forests and Grasslands in Xinjiang | TINGTING PAN#+ Xinjiang Institute of Ecology and Geography , Chinese Academy of Sciences, China |
| HS38-A002 | Enhancing Precision in Hydrological Modeling: Constraining Glacier and Snow Processes in Alpine Catchment | Gonghuan FANG1#+, Jing YANG2, Yaning CHEN1, Zhi LI1, Weili DUAN3 1Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China, 2National Institute of Water and Atmospheric Research, New Zealand, 3Chinese Academy of Sciences, China |
| HS38-A005 | Spatio-temporal Evolution and Transmission Patterns of Various Drought Types in Central Asia | Zhi LI#+ Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China |
| HS38-A006 | Unraveling the Complexities of Rain-on-snow Events in High Mountain Asia | Yupeng LI#+ Chinese academy of sciences, China |
| HS38-A008 | Matching Relationship Between Water and Soil Resources in Arid Regions and the Way to Sustainable Development | Yifeng HOU#+ Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China |
| HS38-A007 | Attribution and Mechanisms of Precipitation Variability in Arid Endorheic Mountains of Central Asia | Miao ZHANG1#+, Miao MIAO2, Xin LI3 1Shaanxi Normal University, China, 2Shaanxi Normal University, China, China, 3Chinese Academy of Sciences, China |
| HS38-A009 | The Impact of Vegetation Greening on the Water Yield Over the Qinling-daba Mountains in Central China | Li XING#+ Shaanxi Normal University, China |
| HS38-A013 | River Habitat Assessment of an Intermittent River Basin, Central India | ANAND KUMAR1+, Vishwambhar Nath SHARMA2# 1Banaras Hindu University, India, 2Department of Geography, Banaras Hindu University, India |
| HS39 Soil moisture: Advances in Observation, Simulation and Remote Sensing | ||
| Abstract ID | Abstract Title | Authors |
| HS39-A012 | Development of Metre-resolution Soil Moisture Products Based on UAV Observations | Hui LU#+, Yawei XU Tsinghua University, China |
| HS39-A006 | A Preliminary Look of a Remotely-sensed Soil Moisture Product for Landslide Prediction in Taiwan | Min-Xiu HONG#+, Yuan-Fong SU National Taiwan Ocean University, Taiwan |
| HS39-A004 | Estimation of the Soil Moisture Measurement Depth of the JAXA AMSR2 L2 Soil Moisture Product Obtained on the Mongolian Plateau | Ichirow KAIHOTSU1#+, Kentaro AIDA2, Kumiko TSUJIMOTO3, Nozomu HIROSE4, Jun ASANUMA5, Dambaravjaa OYUNBAATAR6 1Hiroshima University, Japan, 2JAXA, Japan, 3Okayama University, Japan, 4National Institute of Technology, Matsue College, Japan, 5The University of Tsukuba, Japan, 6Institute of Meteorology, Hydrology and Environment, Mongolia |
| HS39-A007 | Surface Soil Moisture Retrieval Based on Microwave Remote Sensing Coupled Physical and Machine Learning Models | Zhenghao LI#+ School of Geodesy and Geomatics, Wuhan University, China |
| HS39-A009 | Soil Moisture Monitoring and Flood Assessments by GNSS-R and SMAP/Sentinel-1 | Andres CALABIA AIBAR1,2#+, Shuanggen JIN2,3, Lei HONG4 1Alcala University, Spain, 2Henan Polytechnic University, China, 3Shanghai Astronomical Observatory, Chinese Academy of Sciences, China, 4 Alcala University, Spain, Spain |
| HS39-A010 | Effects of Drying and Wetting Paths of SWCC on Wetting Band Depth | Shu-Rong YANG1, Xing-Rong CHEN1+, Hao-Hsien HUANG1, Buo-Shou YANG1, Hsin-Fu YEH2# 1Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, 2Department of Resources Engineering, National Cheng Kung University, Taiwan |
| HS39-A011 | Soil Moisture Dynamics and Attribution Analysis in the Kubuqi Desert | Chengyi RUAN#+, Zhentao CONG, Zifu ZHANG, Sihan LI Tsinghua University, China |
| HS39-A015 | Global Accuracy Evaluation and Error Analysis of GCOM-W/AMSR2 and SMOS Satellite Soil Moisture Products | Kumiko TSUJIMOTO1#+, Tetsu OHTA2 1Okayama University, Japan, 2U-PRIMO, Japan |
| HS39-A016 | Water Resources Variation in Karst Area of China Under Climate Change | Long WAN#+ 北京林业大学, China |
| HS41 Urban Hydrology and Climate Change | ||
| Abstract ID | Abstract Title | Authors |
| HS41-A001 | Urban Hydrological Stress and Public Perceptions in Northern Hemisphere Cities Under Climate Change | Roxanne WU#+ International School of Beijing, China |
| HS41-A002 | Drivers and Thresholds of Carbon and Water Flux Dynamics in a Semi-humid Urban Forest Ecosystem | Tu-qiang CHEN+, Han LI, Jeanne Jinhui HUANG# Nankai University, China |
| HS41-A003 | The Role of Air Conditioning Waste Heat in Shaping Short-duration Intense Rainfall: Insights from Coastal Twin Cities | Chengfei XIA#+, Jeanne Jinhui HUANG Nankai University, China |
| HS41-A004 | Sponge Cities After a Decade: A Multi-City Analysis of Hydrological Trends and Rainfall Absorption | Jiayong LIANG#+, Kangning HUANG NYU Shanghai, China |
| HS41-A005 | The Role of Dynamic Urban Expansion in Shaping Thermal Environments: Evidence from China's 2000 Cities in Past Decades | Jiyun SONG#+, Qingfeng ZHANG Wuhan University, China |
| HS41-A006 | A Novel Hybrid Modeling Framework for Urban Heat Stress: Combining Physical Simulations and Cnn-transformer Networks in Wuhan | Qingfeng ZHANG#, Jiyun SONG+ Wuhan University, China |
| HS41-A007 | Dynamics of Urban Latent Heat in Response to Climate Change and Urbanization: What Would Be a Global Threshold? | Yizhao WEI+, Han CHEN, Jeanne Jinhui HUANG# Nankai University, China |
| HS41-A008 | Estimating the Cooling and Carbon-saving Potential of Urban Green Spaces Through an Advanced Urban Canopy Model | Jinhao ZHANG#, Jiyun SONG+ Wuhan University, China |
| HS41-A009 | Urban Evapotranspiration and Its Environmental Effects | Chunhua YAN1#+, YuJiu XIONG1, Guo Yu QIU2 1Sun Yat-sen University, China, 2Peking University, China |
| HS41-A010 | Evaluating Park Cooling Performance in Hangzhou: Differential Capacity in Extreme Heat Events Versus Seasonal Warm Periods | Hao HOU#+, Jiayi FANG, Haiping XIA Hangzhou Normal University, China |
| HS41-A012 | Distributed Long-term Urban Hydrology: a Case Study of Singapore’s Water Budget in the Past, the Present and the Future | Yexia LIN XU1#+, Simone FATICHI1, Naika MEILI2, Mengzhu CHEN1 1National University of Singapore, Singapore, 2Singapore-ETH Centre, Singapore |
| HS41-A013 | Enhancing Urban Flood Predictions Using Data Fusions and Super-resolution | Seong Jin NOH#+, Hyeonjin CHOI, Minyoung KIM, Bomi KIM, Hyuna WOO, Yaewon LEE Kumoh National Institute of Technology, Korea, South |
| HS42 Soil Erosion and Sediment Transport in Asia and Oceania: Drivers, Impacts, and Sustainable Management | ||
| Abstract ID | Abstract Title | Authors |
| HS42-A001 | Secular trends in driftwood volume and climate related factors over the past 40 years | Hiromi AKITA1#+, Fumitoshi IMAIZUMI2, Daizo TSUTSUMI3, Hiroaki NAKAYA4 1National Research Institute for Earth Science and Disaster Resilience, Japan, 2Shizuoka University, Japan, 3Shinshu University, Japan, 4Sabo and Landslide Technical Center, Japan |
| HS42-A003 | Decline of Sediment Load in the Middle and Lower Reaches of the Brahmaputra Basin in Recent Decades | caixia QIN1#+, Shiyin LIU2 1yunnan university, China, 2Yunnan University, China |
| HS42-A002 | The Role of Tide Induced Variability on Morphodynamic Response of Coral Reef Sandy Island | Long CHEN#+ Changsha University of Science and Technology, China |
| HS42-A016 | Impacts of Check Dams on Sediment Trapping: Insights from 50 Years of Simulation in the Middle Yellow River Basin | Guangyao GAO#+ Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, China |
| HS42-A004 | How Does the Soil Erosion Shape the Rivernet Work in the Middle and Lower Yellow River? | Hongming HE1#+, Xi Xi LU2, Jie ZHOU3, Xiaoqiang LI4 1East China Normal University, China, 2National University of Singapore, Singapore, 3Kumming Branch, Chinese Academy of Sciences, China, 4Institute of Vertebrate Paleontology and Paleoanthropology, Chinese Academy of Sciences, China |
| HS42-A009 | Optical Composite Fingerprint Tracing Sediment Sources | Lingshan NI#+ Northwest A&F University, China |
| HS42-A010 | Soil Erosion and Sustainable Development in the Gaoligong Mountains: Insights from Field Data and Invasive Species Management | Dong CHENG1+, Hongming HE2# 1East China Normal University, China, 2 East China Normal University, China, China |
| HS42-A008 | Indirect Regulation of Soc by Different Land Use Patterns in Karst Areas Through Modulation of Soil Microbiomes and Aggregates Stability | Yali SONG#+ Southwest Forestry University, China |
| HS42-A012 | Soil Conservation Benefits of Ecological Programs Promote Sustainable Restoration | Nufang FANG#+ Northwest A & F University, China |
| HS42-A015 | Evolution of Sediment Sources of the Pearl River Delta Since the Mid-holocene and Its Implications for Watershed Erosion | Guihua ZHANG1+, Tingping OUYANG1#, Mingkun LI1, Chenjian HE2, Zhaoyu ZHU3 1South China Normal University, China, 2Guangzhou Institute of Geochemistry, Chinese Academy of Sciences, China, 3Chinese Academy of Sciences, China |
| HS44 Risk Assessment Related to Hydrological, Climatic, and Environmental Changes | ||
| Abstract ID | Abstract Title | Authors |
| HS44-A023 | Ecosystem Health Assessment and Key Drivers in the Upper and Middle Yellow River Basin | Kun-xia YU1#+, Xue LI2, Zhanbin LI2, Peng LI2, Shuhong MO1 1Xi'an University of Technology, China, 2 Xi’an University of Technology , China |
| HS44-A024 | A Cellular Automata-based Approach for Dynamic-wave Flow Modeling | Hsiang-Lin YU#+, Tsang-Jung CHANG National Taiwan University, Taiwan |
| HS44-A025 | A Novel Tool for Depth-averaged Solute Transport in Pluvial and Fluvial Floods with Cellular Automata Framework | Hsiang-Lin YU, Pei-Yi WU+, Chia-Ho WANG, Tsang-Jung CHANG# National Taiwan University, Taiwan |
| HS46 Advancing Global Hydrologic Research Through the Integration of Satellites, Earth System Models, and Ground Observation Sites | ||
| Abstract ID | Abstract Title | Authors |
| HS46-A001 | Enhancing Land Surface Data Assimilation in ECLand Through a Unified Hydro-thermal Framework | Rajsekhar KANDALA1#+, Anne VERHOEF2, Souhail BOUSSETTA3, Patricia DE ROSNAY4, Gabriele ARDUINI3, Nina RAOULT3, Yijian ZENG5, Emily BLACK2 1University of Reading, UK, United Kingdom, 2University of Reading, United Kingdom, 3ECMWF, United Kingdom, 4European Centre for Medium-Range Weather Forecasts, United Kingdom, 5University of Twente, Netherlands |
| HS46-A002 | Assimilation of Remotely Sensed Discharge from SWOT and Landsat Into a Global Hydrological Model | Yuki ISHIKAWA1#+, Dai YAMAZAKI1, Colin GLEASON2, Naota HANASAKI3, Shunji KOTSUKI4, Daiya SHIOJIRI4 1The University of Tokyo, Japan, 2University of Massachusetts Amherst, United States, 3National Institute for Environmental Studies, Japan, 4Chiba University, Japan |
| HS46-A007 | Enhancing Land Data Assimilation in the Korean Integrated Model for Improved Weather Forecasting | Yonghwan KWON1#+, Sanghee JUN1, Kyung-Hee SEOL1, In-Hyuk KWON1, Eunkyu KIM1, Sujeong CHO1, Hyunglok KIM2 1Korea Institute of Atmospheric Prediction Systems, Korea, South, 2Gwangju Institute of Science and Technology, Korea, South |
| HS46-A008 | Impact of snow land data assimilation on hydrological processes in Community Land Model Version 5 | Jungho SEO+, Yeonjoo KIM# Yonsei University, Korea, South |
| HS46-A009 | Flood Inundation Prediction and Evaluation in North Korea Using Sentinel-1 Images and Deep Learning Model | Jinwoo KIM+, Seongjun LEE, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS46-A003 | Reconstruct Snowmelt Periods from 1950 to 2100 and Analyze Snowmelt Trends: Using Satellite and Climate Model Simulations | Nayoung KWON+, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS46-A004 | Soil Moisture Prediction Using Surrogate Model and Ensemble Kalman Filter | Subin KIM+, Hoang Hai NGUYEN, Euiyoung CHOI, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS46-A005 | Advancing Deep Learning-based Prediction of Chlorophyll-a for Inland Waters Using Satellite and Land Surface Model Data | Seongjun LEE+, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS46-A006 | Developing In-situ Soil Moisture Measurement Site and Soil Moisture Retrieval Model in South Korea | Kunhee PARK#+, Hyunglok KIM Gwangju Institute of Science and Technology, Korea, South |
| HS46-A010 | Study of Flash Droughts Using Models and Earth Observationss | Venkataraman LAKSHMI1#+, Hyunglok KIM2, Sophia BAKAR1, Jeffrey BASARA3 1University of Virginia, United States, 2Gwangju Institute of Science and Technology, Korea, South, 3University of Massachusetts, Lowell, United States |
| HS46-A012 | Deep Learning-based Dry-down Modeling for Soil Moisture Gap-filling and Land Data Assimilation Applications | Dana NURSULTANOVA1, Hyunglok KIM1#+, Subin KIM1, Yonghwan KWON2 1Gwangju Institute of Science and Technology, Korea, South, 2Korea Institute of Atmospheric Prediction Systems, Korea, South |
| HS47 Advancing Hydrological Sciences by Leveraging Satellite Remote Sensing | ||
| Abstract ID | Abstract Title | Authors |
| HS47-A002 | Mapping Concentrations of Suspended Particulate Matter in Inland Waters from Sentinel-2 MSI Data Using Semi-analytical Algorithms | Bunkei MATSUSHITA1#+, Dalin JIANG2 1University of Tsukuba, Japan, 2University of Stirling, United Kingdom |
| HS47-A001 | Assessment of SWOT-derived water surface elevation of resevoirs across China | Jie MING#+, Donghui MA, Liguang JIANG Southern University of Science and Technology, China |
| HS47-A004 | Advancing the Predictability of High-frequency Gravity Variations for Regional Hydrology | Dinuka KANKANIGE1#, Bramha Dutt VISHWAKARMA2, Yi LIU3, Ashish SHARMA4+ 1University of New South Wales, Sydney, Australia, 2Interdisciplinary Centre for Water Research & Centre for Earth Science, Indian Institute of Science, Bangalore, Karnataka, India, India, 3UNSW Sydney, Australia, Australia, 4UNSW Sydney, Australia |
| HS47-A005 | Exploration of Terrestrial Water Storage Variations Via Geodetic Measurements and Hydrologic Model in Northeast China | Gaohong YIN#+ Jilin University, China |
| HS47-A009 | Multiscale Analysis of Loktak Wetlandscape using Earth Observation Datasets | Ajusree VK#+, Rajiv SINHA Indian Institute of Technology Kanpur, India |
| HS47-A007 | The Calculation of Model Output Indicators Using Eo Based Water Balance Model to Monitor the Current Water Status in Thailand | Utchariya CHAICHART1#+, Ticha LOLUPIMAN2, Sathit CHANTHIP2 1Hydro–Informatics Institute (Public Organization), Thailand, 2Ministry of Higher Education, Science, Research and Innovation, Thailand |
| HS47-A010 | Streamflow Gauging from Space – Space Time Image Velocity from Satellite Video | Matt GIBBS#+, Justin HUGHES, Magda GUGLIELMO , Brint GARDNER, Cuan PETHERAM CSIRO, Australia |
| HS47-A011 | Indicating the Flood Risk Areas by Using Effective Flood Index (EFI) and Runoff Anomaly (ROA) in Thailand | Chaninat PRICHAMETH1#+, Utchariya CHAICHART2, Chatchuea KIMCHAIWONG2, Sathit CHANTHIP3 1Hydro-Informatics Institute (Public Organization), Thailand, 2Hydro–Informatics Institute (Public Organization), Thailand, 3Ministry of Higher Education, Science, Research and Innovation, Thailand |
| HS47-A013 | Urban Flood Inundation Mapping Using Satellite Imagery: Comparison and Optimization of Flood Detection Methods | MIN KI HONG+, Yeonjoo KIM#, Jungho SEO, Hocheol SEO Yonsei University, Korea, South |
| HS47-A014 | Development of GK-2B GOCI-II Based Chlorophyll-a Estimation Model with Physically-constrained Machine Learning Approach | Kijin PARK+, Yangwan KIM, Jongmin PARK# Korea National University of Transportation, Korea, South |
| HS47-A015 | River Flow Estimation Method Based on Multi-source Satellite Data Fusion | He LIYING1+, Hua CHEN2# 1Wuhan university, China, 2Wuhan University, China |
| HS49 Flood and Drought Hazards: Investigating Drivers, Interactions, Impacts, and Adaptation Strategies in Past and Future Contexts | ||
| Abstract ID | Abstract Title | Authors |
| HS49-A011 | Deciphering Flash Droughts in India: A Strategic Framework for Detection and Analysis | PALLAVI KUMARI1#+, R VINNARASI 2 1Indian Institute of Technology Roorkee, India, 2IIT Roorke, India |
| HS49-A002 | Economic Principles and Optimal Rules for Flood Detention Basin Operation | Shibo CUI#+, Jianshi ZHAO Tsinghua University, China |
| HS49-A003 | Expected changes in sea surface temperature and sea level rise over the coast of Nigeria | Mohammed Sanusi SHIRU, Eun Sung CHUNG#+ Seoul National University of Science and Technology, Korea, South |
| HS49-A004 | Quantitative Assessment of Compound Flood Disaster in the Xijiang River Basin, Considering Univariable and Multivariable with Intra-correlation | Yinmao ZHAO#+ Beijing Forestry University, China |
| HS49-A005 | Future Shifts In Flood-driving Weather Systems In Japan Under Climate Change: Insights From Hyper-resolution Projections | Jiachao CHEN#+, Takahiro SAYAMA Kyoto University, Japan |
| HS49-A013 | Vegetation Response to Different Soil Moisture Drought Conditions: a Case Study in the South Korea | Jaehyeong LEE+, Guhyup KANG, Yeonjoo KIM# Yonsei University, Korea, South |
| HS49-A008 | Methodological Comparative Analysis Between Lasso and Random Forest in Seasonal Precipitation Prediction | Taesam LEE1#, Yejin KONG1+, Younghee YOON2 1Gyeongsang National University, Korea, South, 2Jinju City Hall, Korea, South |
| HS49-A006 | The Agricultural Water Deficit Index (awdi): a Novel Approach for Monitoring Agricultural Drought | Jing TIAN1#+, Yongqiang ZHANG2, Shijia WANG3, Zixuan TANG4, Xian WANG5 1INSTITUTE OF GEOGRAPHIC SCIENCES AND NATURAL RESOURCES RESEARCH，CAS, China, 2Chinese Academy of Sciences, China, 3Institute of Geographic Sciences and Natural Resources Research, China, 4Dr Jing Tian (INSTITUTE OF GEOGRAPHIC SCIENCES AND NATURAL RESOURCES RESEARCH，CAS, China, China, 5INSTITUTE OF GEOGRAPHIC SCIENCES AND NATURAL RESOURCES RESEARCH，CAS, China, China |
| HS49-A009 | Near- Global Combined Drought Monitoring Dataset | Sneha KULKARNI#+, Yohei SAWADA The University of Tokyo, Japan |
| HS49-A007 | Autoencoder-based Composition of Multiple Drought Indices to Integrate Different Environmental Features | Taesam LEE1#+, Seonghyeon HWANG1, Porlee CHAXIONGTHAI2 1Gyeongsang National University, Korea, South, 2Geongsang National University, Lao People's Democratic Republic |
| HS49-A014 | Impact of Changing Climate on the Sensitivity of Drought Characteristics | M. Tugrul YILMAZ1#+, Sertac ORUC2, N. Erhan ERSOY3, Berkin GUMUS1, A. Serkan BAYAR4, Mehdi H. AFSHAR5, Soner Cagatay BAGCACI6, Burak BULUT7, Eren DUZENLI8, Ali Ulvi Galip SENOCAK9, Meric YILMAZ10, İsmail YUCEL1 1Middle East Technical University, Turkey, 2Civil Engineering Department, Faculty of Engineering and Natural Sciences, 15 Temmuz Şehitleri Campus, Ankara Yıldırım Beyazıt University, Ankara 06010, Türkiye, Turkey, 3Middle East Technical University, Turkey, Turkey, 4Institute of Meteorology and Climate Research - Troposphere Research (IMKTRO), Karlsruhe Institute of Technology (KIT), Karlsruhe, Germany, Germany, 5Institute of Geo-Hydroinformatics, Hamburg University of Technology, Hamburg 21073, Germany, Germany, 6Karamanoglu Mehmetbey University, Turkey, 7UK Centre for Ecology & Hydrology, Wallingford, OX10 8BB, United Kingdom, United Kingdom, 8Barcelona Supercomputing Center, Earth Sciences Department, Barcelona, Spain, Spain, 9Ankara Yildirim Beyazit University, Turkey, 10Department of Civil Engineering, Atilim University, 06830 Ankara, Turkey, Turkey |
| HS49-A016 | Does Climate Adaptation Help with Droughts and Floods: an Assessment Using Adaptation Portfolios | Saritha PADIYEDATH GOPALAN1#+, Naota HANASAKI2, Taikan OKI1 1The University of Tokyo, Japan, 2National Institute for Environmental Studies, Japan |
| HS49-A017 | Uncovering the Dynamic Drivers of Floods Through Interpretable Deep Learning | Yuanhao XU1#+, Kairong LIN2 1Sun Yat-Sen University, China, 2Sun Yat-sen University, China |