Abstracts
ABSTRACT
AOGS 2026 Abstracts
|
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 |
Search by title or author name |
Hydrological Sciences
HS01 | HS02 | HS03 | HS05 | HS06 | HS09 | HS10 | HS12 | HS13 | HS14 | HS15 | HS16 | HS17 | HS20 | HS21 | HS22 | HS23 | HS24 | HS25 | HS29 | HS30 | HS34 | HS36 | HS37 | HS40 | HS41 | HS43 | HS44 | HS47 | HS48 | HS49 | HS50 | HS51 | HS54 | HS56 | HS57 | HS59 | HS62 | HS63 | HS64 | HS66 | HS72 | HS80 |
| HS01 Challenges in Hydrologic Modeling | ||
| Abstract ID | Abstract Title | Authors |
| HS01-A002 | Spatio-Temporal Modelling for Streamflow Prediction using Graph-based Machine Learning Framework | Vamsi Krishna GUNTURU#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS01-A044 | Assessment of Hyporheic Flow Development Potential Using Weighted Indicator Method and Spatial Analysis | Jhe-Wei LEE1#+, Weicheng LO1, Chin-Sheng KUO2, Ke-Chih LIAO2, Chung-Hung LEE2, Hsin LIN1 1National Cheng Kung University, Taiwan, 2Department of Green Manufacturing, Taiwan Semiconductor Manufacturing Company, Ltd., Taiwan |
| HS01-A003 | Investigation of a Parameter Identification Method and T-sas for a Distributed Rainfall–runoff Model Using Filter-based Hydrograph Separation | Haruki YATABE1#+, Yoshiyuki YOKOO2, Ryuto UGAJIN1 1Graduate School of Symbiotic Systems Science and Technology, Fukushima University, Japan, Japan, 2Fukushima University, Japan |
| HS01-A004 | Contrasting Differences in Precipitation-Storage-Discharge Processes in the Higashikarasu River Watershed and the Bishamon Pond Watershed, Fukushima, Japan | Sota ISHII1#+, Yoshiyuki YOKOO2 1Graduate school of Symbiotic Systems Science and Technology, Fukushima University, Japan, 2Fukushima University, Japan |
| HS01-A010 | Reactive Transport Modeling of Pyrite-derived Ions Under Sulfate-reducing Bacteria Activity in Unsaturated Mine Overburden Dump | GAUTAM ROY1,2+, Bellie SIVAKUMAR3# 1Indian Institute of Technology, Bombay, India, 2Indian Institute of Technology, Bombay, India, 3Indian Institute of Technology Bombay, India |
| HS01-A005 | Parameter Optimization of a Distributed Model Using a Multi-site Optimization Approach | DAISUKE YAMASHITA1#+, Takahiro SAYAMA2, SHINYA WATANABE1 1NIPPON KOEI, Japan, 2Kyoto University, Japan |
| HS01-A014 | Sensitivity Analysis to Soil Parameters of a New RRI Model Incorporating Sub-grid River Channel and Water Retention Curves | Nanako NAKAMURA1#+, Yoshito SUGAWARA2, Tomohiro TANAKA3, Takahiro SAYAMA3 1Graduate School of Engineering, Kyoto University, Japan, 2Kyoto Univ., Japan, 3Kyoto University, Japan |
| HS01-A006 | Advances in Integrated Crop-Irrigation-Groundwater Modeling in Highly Managed Landscapes | Yadu POKHREL#+, Tanjila AKHTER, Aman SHRESTHA Michigan State University, United States |
| HS01-A007 | Explainable Stacked Ensemble Pedotransfer Functions for Predicting Field Capacity, Wilting Point, and Available Water Capacity Across South Korea | May Thi Tuyet DO+, Giha LEE# Kyungpook National University, Korea, South |
| HS01-A008 | Integrating Google Earth Engine–Derived Land Use Land Cover Data into Design Flood Simulation Using HEC-HMS: A Case Study of the Mun River Basin, Thailand | Tin Zar OO1,2+, Usa HUMPHRIES3# 1King Mongkut's University of Technology Thonburi (KMUTT), Thailand, 2Center of Excellence on Energy Technology and Environment (CEE), Ministry of Higher Education, Science, Research and Innovation, Bangkok 10140, Thailand, 3King Mongkut's University of Technology Thonburi, Thailand |
| HS01-A011 | Assessing Numerical Error in Hydrologic Models: Mechanisms and Impacts | Jianfei ZHAO1+, zhongmin LIANG1#, Binquan LI1, Yiming HU1, Jun WANG1, Yanan DUAN2, Jialu HUANG1 1Hohai University, China, 2Jiangsu Province Water Conservancy Engineering Sci-tech Consulting Co., Ltd., China |
| HS01-A013 | Testing Scalability of a Kinematic Wave-based Distributed Rainfall-runoff Model | Seonjun CHOI1#+, Tomohiro TANAKA1, Takahiro SAYAMA1, Yoshito SUGAWARA2 1Kyoto University, Japan, 2Kyoto Univ., Japan |
| HS01-A018 | Seasonal Constraints on Evapotranspiration and Low-flow Simulation in a Data-scarce Monsoonal Basin | Kavini GANGABADAGE#+, Hideo AMAGUCHI, Yoshiyuki IMAMURA Tokyo Metropolitan University, Japan |
| HS01-A012 | Structural vs Parametric Errors: Benefits of Bayesian Estimation of Model Parameters in a Large Hydrological Model Ensemble | Yohei SAWADA1#+, Shinichi OKUGAWA2 1The University of Tokyo, Japan, 2the University of Tokyo, Japan |
| HS01-A015 | Quantifying Hydrogeologic Uncertainty Using Latin Hypercube Sampling–based Solute Transport Simulations at a Decommissioned Research Reactor Site | Suyeong NOH1+, Hyoun-Tae HWANG2,3, Hyun-Kwon DO4, Sung-Wook JEEN5# 11Department of Environment and Energy, Jeonbuk National University, Korea, South, 2Aquanty, Inc., Canada, 3University of Waterloo, Canada, 4Department of Earth and Environmental Sciences & The Earth Environmental System Research Center, Jeonbuk National University, Korea, South, 5Jeonbuk National University, Korea, South |
| HS01-A017 | Complex Network Analysis of Spatial Water Quality Patterns in the Mississippi River Basin, Usa | Harshal PARATE1+, Bellie SIVAKUMAR2# 1Indian Institute of Technology Bombay, India, India, 2Indian Institute of Technology Bombay, India |
| HS01-A028 | Evaluating Extrapolation Capabilities of Lstm and 1dcnn in Rainfall-runoff Modeling | Junsei SHICHIDA#+ Kumamoto University, Japan |
| HS01-A016 | Evaluating Satellite Precipitation as Rainfall Input for Urban Swmm Drainage Modeling | sanggon JEONG#+, Hyunho JEON, Minha CHOI Sungkyunkwan University, Korea, South |
| HS01-A027 | The Importance of Vertical Heterogeneity in Rainfall-runoff Processes | Yosuke MIURA1#+, Kei YOSHIMURA2 1Ritsumeikan University, Japan, 2The University of Tokyo, Japan |
| HS01-A033 | Projecting Future Hydrological Changes Across Asian River Basins by Integrating AI with WRF-Hydro/glacier | Jaehyeong LEE+, Yeonjoo KIM# Yonsei University, Korea, South |
| HS01-A019 | Comparative Analysis of Machine Learning, Deep Learning, and Statistical Models for Prediction of Water Level of Upo Wetland, Korea | Duke KIM+, Soojun KIM#, Seungmin LEE, Joonhak LEE, Hee Chan HAN Inha University, Korea, South |
| HS01-A026 | Analyzing Global Floodwave Duration and Complexity from Scale-adaptive Wavelet Analysis | Leatile MODIE#+, Dai YAMAZAKI The University of Tokyo, Japan |
| HS01-A021 | Estimation of Flood Inundation Volume in the Lower Chao Phraya River Using a Three-dimensional Environmental Hydrodynamic Model | Masaki TSUKAMOTO1#+, Rin MASUYAMA2, Taichi TEBAKARI3 1Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering Chuo University, Japan, 2Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 3Chuo University, Japan |
| HS01-A025 | Satellite-driven Glacio-hydrological Modeling of Runoff Responses in the Bhagirathi Basin, Central Himalaya, India | Dheeraj Mohan GURURANI1#+, Divyesh VARADE2, Nitin JOSHI3, Vinay CHEMBOLU1, Lavkush PATEL4, Surjeet SINGH5 1Indian Institute of Technology Jammu, India, 2Indian Institute of Technology Jammu, India, India, 3Indian Institute of Technology Guwahati, India, India, 4Centre for Cryosphere and Climate Change Studies, National Institute of Hydrology, Roorkee, India, India, 5Centre for Cryosphere and Climate Change Studies, National Institute of Hydrology, Roorkee, India, India, India |
| HS01-A042 | Enhancing the Reliability of the SWAT-K Model Using Remotely Sensed Data | Jeong Eun LEE#+, Chul-gyum KIM, Jeongwoo LEE, Il-Moon CHUNG Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS01-A029 | Temporal Dynamics and Uncertainties in Rating Curves of Streams in Tropical Agricultural Landscapes | Meenu RAMADAS1#+, Sachin SODADASU1, Priyadarshan DASH1, Shanti Swarup BISWAL2 1Indian Institute of Technology Bhubaneswar, India, 2Project Manager, India |
| HS01-A031 | A New Approach for Enhancing Raincloud Nowcasting Skill | Ji CHEN#+, Hongxu ZHU The University of Hong Kong, Hong Kong SAR |
| HS01-A040 | Quantification of Agricultural Irrigation Return Flow in Rice-growing Areas Using a Testbed-based Water Balance Analysis | Eunchae DOH1+, Seongsim YOON2#, Moonhyeong PARK3 1UST, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South, 3Korea Institute of Construction Technology, Korea, South |
| HS01-A039 | Estimation of Non-point Source Pollution Runoff Characteristics in the Musimcheon Watershed Using the SWAT Model | 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-A038 | Observation-based Regionalization of Irrigation Return Flow Estimation Using SWAT | Seongsim YOON1#+, Gian CHOI2, Boyung KANG1, Moonhyeong PARK3 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2KICT, Korea, South, 3Korea Institute of Construction Technology, Korea, South |
| HS01-A041 | Interpreting Evapotranspiration and Water Availability Dynamics Through Budyko Framework | R Urmila RAGHAVA PANIKKAR+, Roshan Karan SRIVASTAV# Indian Institute of Technology Tirupati, India |
| HS02 Climate Change Impacts on Water Resources Planning and Management: Assessment and Challenges | ||
| Abstract ID | Abstract Title | Authors |
| HS02-A005 | Drought Propagation and Risk in Peninsular India: Assessing the Impacts of Climate Change | Devika CHANDRABABU SALINI#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS02-A035 | Future Projections of the Longest Annual Consecutive Dry Days in the North China Using the Hierarchical Emergent Constraint Method | Haojie ZHU1+, Tongtiegang ZHAO2# 1Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), School of Civil Engineering, Sun Yat‐senUniversity, Guangzhou, China, China, 2Sun Yat-sen University, China |
| HS02-A003 | Lake Drought: Definition, Global Assessment, and Hotspots | XING CHENG+, Shuo WANG#, Jianli CHEN The Hong Kong Polytechnic University, Hong Kong SAR |
| HS02-A004 | Optimization of Siting and Capacity of Offline Detention Basins for Flood Mitigation in Stream Systems | Yeonjae LEE+, Kyoungwon MIN, Gyumin LEE, Doosun KANG# Kyung Hee University, Korea, South |
| HS02-A008 | Impact of Climate Change on Droughts in Southeast Asia | Alexandria LONGOS#+, Muhammad Shafqat MEHBOOB University of San Carlos, Philippines |
| HS02-A006 | Identification of Agricultural Drought Propagation Sources and Sinks in Global Land Areas Using Event Synchronization | Anagha PRABHAKAR#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS02-A007 | Applicability Of The SR4DS Super-Resolution Model For Downscaling Of CMIP6 Rainfall Products In The Amazon River Basin | Alena GONZALEZ BEVACQUA+, Oudom Satia HUONG, Giha LEE# Kyungpook National University, Korea, South |
| HS02-A009 | Persistent Drought & Water Supply System Risk in a Changing Climate | Cerith MORGAN#+ Newcastle University, United Kingdom |
| HS02-A012 | Clustering-Based Spatial Risk Assessment of Extreme Snowfall under Climate Variability in Korea | Hyeong-Joo LEE+, Gunhui CHUNG# Hoseo University, Korea, South |
| HS02-A014 | Bioinformatics-based Microbial Community Analysis Reveals Spatiotemporal Variability of Algal Blooms in Lake Taihu | Hao YU1#+, Miquel LÜRLING2, Yuwei TAN3, Weiqi HE4, Yi LIU5, Dianneke VAN WIJK6 1Wageningen University, China, 2Wageningen University, Netherlands, 3Jiangnan University, China, 4Research Institute for Environmental Innovation (Suzhou) Tsinghua, China, 5Tsinghua University, China, 6Netherlands Institute of Ecology , Netherlands |
| HS02-A031 | Climate Change and Water Security: Assessment and Adaptation | Bellie SIVAKUMAR1#+, Devika CHANDRABABU SALINI1, Anagha PRABHAKAR1, Jim HALL2 1Indian Institute of Technology Bombay, India, 2The University of Oxford, United Kingdom |
| HS02-A013 | Super-resolution-based Spatial Refinement of Cmip6 Precipitation for Distributed Rainfall-runoff-inundation Modeling | Oudom Satia HUONG+, Giha LEE# Kyungpook National University, Korea, South |
| HS02-A015 | Identifying Physical Determinants of Drought Sensitivity in South Korea Using Explainable Ais | Jiyoung KIM1+, Seo-Young KANG2, Tae-Woong KIM1# 1Hanyang University, Korea, South, 2Department of Smart City Engineering, Hanyang University, Korea, South |
| HS02-A017 | Hydropower Potential Assessment and Optimal Siting of Small Hydropower Integrated with Existing Water Infrastructure | Joonhak LEE+, Duke KIM, Kyounghun KIM, Seungmin LEE, Hung Soo KIM, Soojun KIM# Inha University, Korea, South |
| HS02-A022 | A DEA-based Framework for Assessing Water Security Characteristics | Sang-Hyeok PARK+, Se-Bin PARK, Seo-Yeon PARK, Joo Heon LEE# Joongbu University, Korea, South |
| HS02-A027 | Radiative and Physiological Impacts on Streamflow Across Asian Basins Under Varying Co₂ Levels | Jaehyeong LEE+, Yeonjoo KIM# Yonsei University, Korea, South |
| HS02-A023 | Enhancing Flood Resilience of a Large Catchment Using Hydro-ecological Based Wetland Management Approach Under Climate Change | Vinay CHEMBOLU#+ Indian Institute of Technology Jammu, India |
| HS02-A037 | Historical Changes and Drivers of Hydrological Drought–flood Abrupt Alternation Over Mainland China (1950–2019) | Haifan LIU+, Yao GAO, Mingfu GUAN# The University of Hong Kong, Hong Kong SAR |
| HS02-A024 | Integrated Indicator–Based Analysis of Basin-Scale Dry–Wet Environments in South Korea under AR6 Climate Change Scenarios | Jaeyoung KIM1#+, Moon-Hwan LEE2, Jongho AHN3 1K-water Research Institute, Korea, South, 2Korea Environment Institute, Korea, South, 3Korea Environment Institute, Korea, South, Korea, South |
| HS03 Advance River Engineering | ||
| Abstract ID | Abstract Title | Authors |
| HS03-A001 | Hydraulic and Machine Learning–based Analysis of Water Depth Variation Induced by Movable Weir Operation | Sang Ho KIM#, DONGJIN SHIN+ Sangji University, Korea, South |
| HS03-A002 | Spatial Variability of Near-bank Flow Structures Induced by Bare and Vegetated Mid-channel Sandbars Using Flume Experiment | Om Prakash MAURYA1#+, Subashisa DUTTA2 1INDIAN INSTITUTE OF TECHNOLOGY GUWAHATI, India, 2Indian Institute of Technology Guwahati, India |
| HS03-A005 | Optimal Reservoir Operation Adaptative to Projected Streamflow Clusters Under Changing Climate | Jenq-Tzong SHIAU#+ National Cheng Kung University, Taiwan |
| HS03-A006 | Effects of Debris Characteristics on Hydraulic Behavior Around Bridges Under Pressure-flow Conditions | Jeong-Myeong LEE1#+, Seung Ho HONG2 1Department of Civil and Environmental Engineering, Hanyang University,, Korea, South, 2Hanyang University, Korea, South |
| HS03-A012 | Evaluation of the Impact of the Xiuluan Dam Modification on Downstream Channel Evolution | Yi-Che LEE#+, Gene Jiing-Yun YOU National Taiwan University, Taiwan |
| HS03-A011 | Assessing Climate Trends and Their Impacts on Long-Term Shoreline Evolution Using a Reduced-Complexity Model | Novi Andriany TEGUH#+, Gene Jiing-Yun YOU National Taiwan University, Taiwan |
| HS03-A009 | Hydro-morpho Dynamic Impacts of Sediment Supply on Floodplain Inundation Under Climatic Variability. | Sheraz HUSSAIN#+, Takuya INOUE, Riho KIDO Hiroshima University, Japan |
| HS03-A021 | An Efficient Framework for Unsteady Flow Routing Based on Partial Transport and Parallel Implementation | Jiyeong KIM+, Inhwan KIM, Kyungrock PAIK# Korea University, Korea, South |
| HS03-A008 | Comparative Study of Multi-phase Numerical Approaches for Bridge Pier Scour Simulation in Openfoam | Jin-A JEGAL+, Seung Ho HONG# Hanyang University, Korea, South |
| HS03-A015 | Riparian Redox Zonation Variation in a Meandering Pool‐riffle Stream: Insights Gained Via Experimental and Numerical Simulation | SHIJIE ZHU1#+, Peng HUANG2, Ting Fong May CHUI2 1THE UNIVERSITY OF HONG KONG, China, 2The University of Hong Kong, Hong Kong SAR |
| HS03-A013 | Estimation of Non-stationary Rating Curves in Weir-regulated Rivers Using a Hierarchical Bayesian SFD (Stage-Fall-Discharge) Model Considering Morphological Changes and Backwater Effects | Minseong KIM1+, Tae Jeong KIM2, JIHUN KIM2, Hyun-Han KWON3# 1Sejong University, Korea, South, 2Korea Institute of Hydrological Survey, Korea, South, 3University of Seoul, Korea, South |
| HS03-A014 | Quantifying the Impact of Channel Dredging on River Morphological Evolution: a Case Study of the Laishe and Walusi Rivers, Taiwan | Yu-Chao HSU1#+, Tung-Yang LAI2, Ming-Hsi LEE3, Yu-Wen SU4, Huan-Hsuan LIN5 1Yen Tjing Ling Industrial Technology Research and Development Center, National Cheng Kung University, Taiwan, 2NCKU Research and Development Foundation, Taiwan, 3Dept. of Soil and Water Conservation, National Pingtung University of Science and Technology, Taiwan, 4Dept. of Civil and Geomatics, Cheng Shiu University, Taiwan, 5Compound Disaster Prevention Research Center, National Pingtung University of Science and Technology, Taiwan |
| HS03-A018 | Impact of Multiple Typhoons on Fish Habitat Use in the Wu River | ChenYou LEE+, Jian-Ping SUEN#, Hung-Pin CHIU National Cheng Kung University, Taiwan |
| HS03-A019 | Habitat Heterogeneity Associated with Aquatic Vegetation Structure and Fish Distribution in a Stream | YUN KUAN LEE+, Jian-Ping SUEN# National Cheng Kung University, Taiwan |
| HS03-A020 | Impacts of Low-Head Dams on River Habitat Structure and Fish Communities and Their Cumulative Effects | PIN-YAN LIN+, Jian-Ping SUEN# National Cheng Kung University, Taiwan |
| HS03-A026 | Effect of Nonlinear Flood Wave Propagation in Levee Overtopping by Probabilistic Hydrograph Shapes | Chanjin JEONG1+, Kwang Ki KIM2, Su Min SONG1, Seungoh LEE1# 1Hongik University, Korea, South, 2Korea Engineering Consultants Corp (KECC), Korea, South |
| HS03-A024 | A UAV–SfM and QGIS Geo-SAM Framework for Mapping Spatiotemporal Boulder Distributions in a Mountainous River | Chia-Hsun CHANG+, Chyan-Deng JAN# National Cheng Kung University, Taiwan |
| HS03-A025 | Evaluation of Erosion Resistance of Dispersive Soils Treated with Viscosity-enhanced EICP Using EFA | Suhyuk PARK+, Dongcheon LEE, Madinabonu TULAGANOVA, Ilhan CHANG# Ajou University, Korea, South |
| HS05 Hydrological Changes in Watersheds Under Climate Change: Global Insights, Advanced Modeling, and Monitoring Innovations | ||
| Abstract ID | Abstract Title | Authors |
| HS05-A002 | Assessing Future Runoff Changes in a Watershed Under Climate Change Using Alternative Long-term Water Balance Approaches | YU-CHUN LIN1+, Chen-Min KUO1#, Ching-Nuo CHEN1, Chih-Tsung HUANG2, Zhi-Mou CHEN3 1National Pingtung University of Science and Technology, Taiwan, 2National Cheng Kung University, Taiwan, 3Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan |
| HS05-A001 | Indicator-based Analysis of Climate Change Hazards and Impacts: a Case Study on Water-related Issues | Yi-Hua HSIAO1#+, Chun-Che CHEN1, Hung-Wei TSENG1, Xing-Yu LIU1, Hsinchi LI1, Dong-Sin SHIH2 1National Science and Technology Center for Disaster Reduction, Taiwan, 2National Yang Ming Chiao Tung University, Taiwan |
| HS05-A004 | Development of a Gpu Accelerated 1d-2d Coupled Hydrodynamic Flood Model | Ting-En LIAO1+, Jiun-Huei JANG2# 1National Cheng Kung University, Taiwan, Taiwan, 2National Cheng Kung University, Taiwan |
| HS05-A003 | Residual Flood Risk Analysis Considering Hydraulic Facility Failure and Climate Change Impacts | Jia-Yang ZHOU1+, Jiun-Huei JANG2# 1NCKU, National Cheng Kung University, Taiwan, 2National Cheng Kung University, Taiwan |
| HS05-A006 | Scour Estimation by Dynamic Updating of the Coefficient of Subgrade Reaction Based on Structural Vibration Frequency | Ming Huang YANG#+, Dong-Sin SHIH National Yang Ming Chiao Tung University, Taiwan |
| HS05-A005 | Assessment of Fluvial Geomorphological Indices Derived from Multi Temporal Satellite Imagery in Tsenwen River, Taiwan | Nhat Thanh TRAN+, Yuan-Fong SU# National Taiwan Ocean University, Taiwan |
| HS05-A042 | Stakeholder Dynamics in Agricultural Irrigation Governance: a Corpus-based Text Mining and Sentiment Analysis for Resilient Water Resource Decision-making | Jou Jou YU+, Cheng-Wei YU# National Taiwan University, Taiwan |
| HS05-A007 | Impact of Land Use Change on Flood under Climate Change Scenarios:A Case Study of the Wuxi River Basin | Sz-Jui LIN#+, Dong-Sin SHIH National Yang Ming Chiao Tung University, Taiwan |
| HS05-A009 | Effects of Debris Flow Deposition Height on Bridge Flood Conveyance Capacity | JI-YUN SU1+, WAN-CHUANG CHUN1, Zhi-Mou CHEN2, Kun-Ting CHEN3# 1Department of Civil Engineering, National Pingtung University of Science and Technology, Pingtung, Taiwan, Taiwan, 2Department of Civil Engineering, National Pingtung University of Science and Technology, Taiwan, Taiwan, 3National Pingtung University of Science and Technology, Taiwan |
| HS05-A011 | Hazard Analysis of the Df114 Potential Debris Flow Torrent in Southern Taiwan | ZHE-HUI XIE1+, WAN-CHUANG CHUN1, Kun-Ting CHEN2# 1Department of Civil Engineering, National Pingtung University of Science and Technology, Pingtung, Taiwan, Taiwan, 2National Pingtung University of Science and Technology, Taiwan |
| HS05-A010 | Study on Classification of Failure Modes for Landslide Dams | YU-CHENG KUAN1+, TIEN-CHIEN CHEN2, Kun-Ting CHEN3# 1Department of Civil Engineering, National Pingtung University of Science and Technology, Pingtung, Taiwan, Taiwan, 2Department of Soil and Water Conservation, National Pingtung University of Science and Technology, Pingtung, Taiwan, Taiwan, 3National Pingtung University of Science and Technology, Taiwan |
| HS05-A022 | Depth Dependent Shifts in Groundwater Recharge in the Indus River Basin | Mohan SARKAR1#+, Pennan CHINNASAMY2, Tsutomu YAMANAKA3 1Indian Institute of Technology Bombay, Mumbai, India, India, 2Indian Institute of Technology Bombay, Mumbai, India, 400076, India, 3University of Tsukuba, Japan |
| HS05-A012 | KLD-based Evaluations of Streamflow Alterations in Southern Taiwan Under Climate Change | Jenq-Tzong SHIAU#+ National Cheng Kung University, Taiwan |
| HS05-A013 | A Study on Early Warning Mechanisms for Water Resource Systems Under Climate Change Scenarios | Hung-Wei TSENG#+, Chi-Heng LIN, Yi-Hua HSIAO, Hsinchi LI National Science and Technology Center for Disaster Reduction, Taiwan |
| HS05-A016 | Analysis of Watershed Soil Moisture and Sediment-related Hazards Based on Coupled Wrf-hydro and Noah-mp | haoyu HSIEH1#+, Chia-Jeng CHEN2 1National Chung Hsing University Department of Civil Engineering, Taiwan, 2National Chung Hsing University, Taiwan |
| HS05-A014 | Dynamic Safety Assessment of a Reservoir Dam Using Vibration Analysis and Machine Learning | Hung-Chih TSENG#+, Dong-Sin SHIH National Yang Ming Chiao Tung University, Taiwan |
| HS05-A019 | Assessment of Watershed-Scale Sediment Loads and Mitigation Strategies Under Climate Change Using the SWAT Model | Hwansuk KIM1, Yuhoon YEUM1, Kyungjin HAN2#+ 1Korea University, Korea, South, 2Korea National University of Transportation, Korea, South |
| HS05-A021 | Applying Visualized Climate Change Platform to Assess Flood Risk for Agricultural Land | Chi-Heng LIN#+, Fang-Yi CHU, Chia-Fa CHI, Yung-Ming CHEN National Science and Technology Center for Disaster Reduction, Taiwan |
| HS05-A025 | Grid-based Non-stationary Spatial Bayesian Hierarchical Modeling of Precipitation Extremes Under Climate Change Scenarios: a Composite Likelihood and Spatial Basis Function Approach | GIHYUN PARK1+, Hyun-Soo KIM1, Hyun-Han KWON2# 1Sejong University, Korea, South, 2University of Seoul, Korea, South |
| HS05-A023 | Assessing the Effects of Ground Sill Height on Fish Habitat Distribution in Rivers: a Case Study of Dingqiao Creek | WEN-XIN CAI+, Kun-Ting CHEN, Ching-Nuo CHEN# National Pingtung University of Science and Technology, Taiwan |
| HS05-A026 | Quantitative Assessment of Eco-hydrological Risk and Stream Drying Shifts Under Multi-model Ssp Climate Scenarios | subin JEONG1+, Juhee KIM1, Hyun-Han KWON2# 1Sejong University, Korea, South, 2University of Seoul, Korea, South |
| HS05-A028 | A Novel Multi-scale Parameter Estimation Approach to Parametric Quantile Mapping for Hydrological Bias Correction | YUNSUNG KIM1+, Hyun-Han KWON2# 1Sejong University, Korea, South, 2University of Seoul, Korea, South |
| HS05-A027 | Physics-aware Spatio-temporal Graph Neural Networks for Simultaneous Prediction of Flow and Water Quality in Highly Regulated River Systems | PARK MINWOO1+, Hyun-Han KWON2# 1Sejong University, Korea, South, 2University of Seoul, Korea, South |
| HS05-A030 | Machine Learning-based Water Environment Resilience Assessment: Hsintien River Watershed, Taiwan | Li-Wen CHANG1#+, Chia-Ling CHANG2, Shien-Tsung CHEN1 1National Cheng Kung University, Taiwan, 2Feng Chia University, Taiwan |
| HS05-A038 | Unravelling Geological Controls on Groundwater-surface Water Interactions Using Hidrogeophysical Techniques | Javiera CASTRO1, Galo VALDEBENITO1, Andres IROUMÉ2, Hardy ALVAREZ3, David ALVARADO1, Lorenzo PICCO4#+ 1Facultad de Ciencias de la Ingeniería, Universidad Austral de Chile, Chile, 2Universidad Austral de Chile, Faculty of Forest Sciences and Natural Resources, Valdivia, Chile, Chile, 3RiNA, Núcleo de Investigación en Riesgos Naturales y Antropogénicos, Universidad Austral de Chile, Chile, 4University of Padova, Italy |
| HS05-A041 | Continental-scale Reorganization of Hydrological Cycle Across Europe Under Anthropogenic Warming | Vishal THAKUR1#+, Yannis MARKONIS1, Simon Michael PAPALEXIOU2, Oldrich RAKOVEC1 1Czech University of Life Sciences, Czech Republic, 2Institute of Global Water Security, Hamburg University of Technology, Hamburg, Germany, Germany |
| HS06 Fluvial, Pluvial, and Coastal Flood Dynamics in Urban and Rural Areas: Exploring New Frontiers in Simulation, Modeling, Risk Assessment, and Uncertainty Analysis | ||
| Abstract ID | Abstract Title | Authors |
| HS06-A002 | Assessing Risks of Typhoon-induced Waves Along Taiwan’s Coast Under Climate Change Projections | Wei-Che HUANG#+, Wen-Cheng LIU National United University, Taiwan |
| HS06-A003 | Uncertainty Assessment of Environmental Factors Affecting Storm Surge and Wave Height Along the Coast of Taiwan Under Climate Change | Wei-Che HUANG#+, Wen-Cheng LIU, Ivander Salomo ALDRINO MAUKAR National United University, Taiwan |
| HS06-A019 | Validation of Sediment Concentration in Straight Open-channel Flows Using Sedinterfoam | Yongjun KWON1+, Hyungsuk KIM2#, Do Hun KIM3, Hyeok Cheol SHIN4, Seong BIN LEE1 1Department of Civil and Environmental Engineering, Kunsan National University, Korea, South, 2Kunsan National University, Korea, South, 3Department of Civil Engineering, Kunsan National University, Korea, South, 4Department of Civil and Environmental Engineering, Kunsan National University, Korea, South, Korea, South |
| HS06-A008 | Assessment of Non-stationary Stage–discharge Rating Curve Uncertainties with the Integration of Hydrodynamic Simulation and Synthetic Data Expansion | Wun-Jhen YANG+, Cheng-Wei YU# National Taiwan University, Taiwan |
| HS06-A007 | Urban Flood Modeling with SERGHEI-SWMM and Virtual Drainage Systems | Zhi LI#+ Tongji University, China |
| HS06-A009 | Evaluating the Sensitivity of Urban Flood Conveyance to Land Cover Variability and Vegetation Structure: an Uncertainty Analysis of the Tamsui River Floodplain | Bo-Han CHEN+, Cheng-Wei YU# National Taiwan University, Taiwan |
| HS06-A015 | Flood Risk Assessment Across Taiwan Using Multiple High-performance Hydrodynamic Models | Lin-Che TSENG1#+, Chia-Jeng CHEN2 1National Chung Hsing University Department of Civil Engineering, Taiwan, 2National Chung Hsing University, Taiwan |
| HS06-A012 | An Integrated Flood Risk Forecasting Framework Using Global Weather Forecasts and Hydrodynamic Modelling: Evidence from the Krishna River Basin, India | Ankan CHAKRABORTY1#+, Kaustav MONDAL1, Mousumi GHOSH2, Subimal GHOSH2, Subhankar KARMAKAR2 1IIT Bombay, India, 2Indian Institute of Technology Bombay, India |
| HS06-A013 | Probabilistic Flood Risk Assessment for Energy Infrastructure Based on Synthetic Weather Data and High-performance Hydrodynamic Models | You-Chen LAI1#+, Chia-Jeng CHEN2 1National Chung Hsing University Department of Civil Engineering, Taiwan, 2National Chung Hsing University, Taiwan |
| HS06-A014 | Applying Initial Conditions Into Multi-scale Socio-hydrological Flood Modeling in Nagoya City | Muthiah SADIDAH#+, Daisuke KOMORI, Ryohei TACHIKAWA Tohoku University, Japan |
| HS06-A016 | Evaluation of Flood Mitigation Performance of Coordinated Operations of the Yagisawa and Fujiwara Dams Based on Historical Flood Events in Japan | Takaki SHUTA1#+, Yuto KAWAMURA2, Kota TSUZUKI3, Taichi TEBAKARI4 1Department of Civil and Environmental Engineering, Faculty of Science and Engineering, Chuo University, Japan, 2Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 3Graduate School of Science and Engineering, Chuo University, Japan, 4Chuo University, Japan |
| HS06-A022 | Assessing the Impact of Spillway Height Modification on Flood Mitigation Performance at the Watarase Retarding Basin, the Tone River Basin, Japan | Hiroto NISHIYAMA1#+, Kota TSUZUKI2, Yuto KAWAMURA3, Taichi TEBAKARI4 1Graduate School of Science and Engineering, Chuo University, Japan, Japan, 2Graduate School of Science and Engineering, Chuo University, Japan, 3Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 4Chuo University, Japan |
| HS06-A047 | Analysis of the Relationship Between Rainfall Kinetic Energy and Soil Erosion | Minho YEON+, Giha LEE# Kyungpook National University, Korea, South |
| HS06-A023 | Estimation of 2024 Flood Discharge in the Mae Sai River, a Thailand-Myanmar International River, and the Impact of Land Use Change | Kota TSUZUKI1#+, Taichi TEBAKARI2 1Graduate School of Science and Engineering, Chuo University, Japan, 2Chuo University, Japan |
| HS06-A024 | Compound Flood Forecasting in Mumbai: Integrating Deep Learning Rainfall Forecasts with Urban Flood Modelling | Puja TRIPATHY1#+, Raghu MURTUGUDDE2, Subhankar KARMAKAR3, Subimal GHOSH4 1Indian Institute of Technology, Bombay, India, 2Indian Institute of Technology Kanpur, India, 3Indian Institute of Technology Bombay, India, 4Indian Institute of Technology, Bombay, India, India |
| HS06-A025 | Development of Integrated Operation of Agricultural Water Infrastructure in Urbanizing Irrigation Areas in Japan | Kentaro OTSUKA1#+, Shin-ichi NISHIMURA2, Keigo NODA3 1Gifu University, Japan, 2Gifu University, Japan, Japan, 3The University of Tokyo, Japan |
| HS06-A027 | Development and Application of Virtual Gutter Concept in Urban Inundation Modeling | Yi-Hsiang HUANG+, Hsiang-Lin YU, Pue-I NGOO, Chia-Ho WANG, Tsang-Jung CHANG# National Taiwan University, Taiwan |
| HS06-A031 | Real-time Flood Forecasting and Alert Information Dissemination – a Case Study in Zhonghe and Yonghe Districts in New Taipei City | Jia-Yu WANG+, Hsiang-Lin YU, Chia-Ho WANG, Tsang-Jung CHANG# National Taiwan University, Taiwan |
| HS06-A030 | Uncertainty Analysis of Operational Wind Turbine Capacity Factors by Generalized Likelihood Uncertainty Estimation (glue) and Bayesian Inference | Pue-I NGOO+, Hsiang-Lin YU, JieYi NIEW, Tsang-Jung CHANG# National Taiwan University, Taiwan |
| HS06-A029 | Compound Pluvial–fluvial Flooding in Urban Areas: Impacts of Reservoir Discharge Regulation and Drainage System Interactions | Chi-cheng LEI#+, Liang GAO University of Macau, China |
| HS06-A028 | Assessment of Flood Warning Thresholds for a Multi-layered Composite Drainage System: a Case Study of Jinshan District, New Taipei City | Po-Yuan TSAO+, Chia-Ho WANG, Jia-Yu WANG, JieYi NIEW, Tsang-Jung CHANG# National Taiwan University, Taiwan |
| HS06-A033 | Proposal of an Active Flood Diversion Strategy to Paddy Fields Using Backwater Effects and Quantitative Evaluation of River Stage Reduction | Shunto KOYANAGI1#+, Yuto KAWAMURA1, Hiroto NISHIYAMA2, Kota TSUZUKI3, Taichi TEBAKARI4 1Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 2Graduate School of Science and Engineering, Chuo University, Japan, Japan, 3Graduate School of Science and Engineering, Chuo University, Japan, 4Chuo University, Japan |
| HS06-A037 | Rapid Flood Hazard Assessment Using Cama-flood and Flood-volume-based Downscaling: Case Studies in Pakistan and Spain | Muhammad Hasnain ASLAM1,2#+, Yuki KITA3,1, Takashi YUASA4, Shintaro KOIKE4, Hiroki YOSHITAKE4 1Gaia Vision Inc., Japan, 2Shibaura Institute of technology, Japan, 3The University of Tokyo, Japan, 4Pacific Consultants Co., Ltd., Japan |
| HS06-A034 | Multi-Hazard Flood Impacts on Global Railway Networks: Unequal Mobility and Socioeconomic Burdens | Chen LIANG#+, Mingfu GUAN The University of Hong Kong, Hong Kong SAR |
| HS06-A042 | A Comparative Study of Two-dimensional Hydrologic–Hydraulic Models for Watershed-scale Simulation | Yu Tang CHENG#+ National Taiwan University, Department of Civil Engineering, Taiwan |
| HS09 Remote Sensing for Flood Dynamics Monitoring and Mapping | ||
| Abstract ID | Abstract Title | Authors |
| HS09-A001 | A Preliminary Study on Soft Sensing of Flood Extent along River Corridors Using Combined Satellite Observations in a Dam-Regulated River System | Devita MAYASARI+, Boosik KANG# Dankook University, Korea, South |
| HS09-A002 | Bias-corrected Two-step Assimilation of Satellite Water Surface Elevation and Discharge for Large-scale River Reanalysis | Yukinori KOJIMA#+, Dai YAMAZAKI Tokyo University, Japan |
| HS09-A004 | Linking Riparian Corridors: A QGIS-Based Network Planning For Water Quality Improvement And Flood Mitigation In The Upper Marikina Watershed | Rachelle Grace ASTUDILLO1#+, Jaclyn Alexandra Marie BELLO2 1University of the Philippines Diliman, Philippines, 2University of the Philippines, Philippines |
| HS09-A013 | Satellite-based River Bathymetry and Discharge Estimation in Data-scarce Rivers Using SWOT and OPERA | Hira SATTAR#+, Tsuyoshi KINOUCHI Institute of Science Tokyo, Japan |
| HS09-A003 | Enhancing Digital Elevation Model Accuracy Through Multi Sensor Integration and Icesat 2 Validation | Laleh JAFARI1#+, Ben JARIHANI1,2, Jack KOCI1, Duce STEPHANIE3, Ioan SANISLAV1 1James Cook University, Australia, 2University of the Sunshine Coast, Australia, 3James Cook University , Australia |
| HS09-A015 | Integrating Spatial Weights Into Random Forest to Downscale Grace (-fo) Data to Quantify Anthropogenic and Climatic Drivers of Groundwater Depletion | Shoaib ALI#+, Qiujie CHEN Tongji University, China |
| HS09-A016 | Bias Correction and Datum Harmonisation of Swot River Water Level Observations in Data-scarce Indian Basins | Ivana Rose THOMAS+, Hridhya JOSEPH, Sreeparvathy VIJAY# Indian Institute of Technology Madras, India |
| HS09-A006 | The Use of C-band Sar and Machine Learning to Estimate Water Level and River Discharge | Kim YANGWAN1, Sunjun KIM1, Kiyoung KIM2, Yongjun LEE3, Jongmin PARK1#+ 1Korea National University of Transportation, Korea, South, 2Korea Institute of Hydrological Survey, Korea, South, 3Survey Planning Department, Water Resource Survey Division, Korea Institute of Hydrological Survey, Ilsan, Republic of Korea, Korea, South |
| HS09-A017 | Integrating Topographic Wetness Index with Sentinel-1 SAR Backscatter for Improving Soil Moisture Estimation at Micro-watershed Scales | Meenu RAMADAS1#+, Shanti Swarup BISWAL2 1Indian Institute of Technology Bhubaneswar, India, 2Project Manager, India |
| HS09-A008 | Improving Remote Sensing-based Urban Flood Mapping Accuracy with Infrastructure Geodata | Juho ARJANNE1#+, Yasuko KASAI2,3 1Institute of Science Tokyo, Japan, 2NICT, Institute of Science Tokyo, Japan, 3National Institute of Information and Communications Technology, Japan |
| HS09-A007 | Enhancing Flood Forecasting Via Assimilation Of SAR-Derived Probabilistic Inundation Maps: A Bayesian Framework Applied To The CaMa-Flood Model | Yuze WANG#+, Kei YOSHIMURA The University of Tokyo, Japan |
| HS09-A018 | Mapping Inland Water Dynamics in North‑west Queensland: High‑resolution Satellite Observations | Keleisha MOORE1#+, Ben JARIHANI1,2 1James Cook University, Australia, 2University of the Sunshine Coast, Australia |
| HS09-A009 | Development of a Gcp-free Image-based Discharge Measurement Method for Large Rivers During Floods Using Drone Flight Metadata | Joo Young JEON1#+, Kwonkyu YU2, Byungman YOON3, Donghee KIM4 1HydroSEM, Korea, South, 2Dong-Eui University, Korea, South, 3CEO, HydroSEM Ltd., Korea, South, 4HydroSEM , Korea, South |
| HS09-A010 | Development and Field Application of a Continuous Real-time Video Stream-flow Measurement System | Kwonkyu YU1#+, Joo Young JEON2, Byungman YOON3, Donghee KIM4 1Dong-Eui University, Korea, South, 2HydroSEM, Korea, South, 3CEO, HydroSEM Ltd., Korea, South, 4HydroSEM , Korea, South |
| HS09-A011 | Integrating Geomorphic Indicators, Stage-based Frequency Analysis, and Remote Sensing for Flood Dynamics Assessment in Himalayan River Basins | shobhit SINGH#+, Rajiv SINHA Indian Institute of Technology Kanpur, India |
| HS10 Investigation of Reservoir Sedimentation Management Strategies and Desiltation-related Disaster Risks. | ||
| Abstract ID | Abstract Title | Authors |
| HS10-A013 | Linking Sorting, Bedforms, and Turbulent Structures in Mixed Sediment Beds on an Abrupt Slope | Sagnik JHA1#+, Susanta CHAUDHURI1, Debayan BERA2, Koustuv DEBNATH3, Bijoy S MAZUMDER4 1Jadavpur University, India, 2IIEST Shibpur, India, 3Indian Institute of Engineering Science and Technology, Shibpur, India, 4ISI Kolkata, India |
| HS10-A004 | Simulation and Analysis of Downstream Pier Scour Due to Riverbank Collapse | Fong-Zuo LEE 1#, Yi-Chun WANG2+, Nhat Lam HUYNH NGUYEN3 1Department of Civil Engineering of National Chung Hsing University , Taiwan, 2National Chung Hsing University, Taiwan, 3Department of Civil Engineering of National Chung Hsing University , Taiwan, Viet Nam |
| HS10-A002 | Analysis of Sediment Settling Characteristics During the Reservoir Desilting Process | Fong-Zuo LEE#, Chia-Chun KAO+, Yi-Zhen CHEN, Kuan-Chung HSU National Chung Hsing University, Taiwan |
| HS10-A003 | Application of the SRH-2D Model in Assessing Erosion, Flow Velocity, and Water Level in Meandering River Reaches | Fong-Zuo LEE 1#, Nhat Lam HUYNH NGUYEN2+, Yi-Chun WANG3 1Department of Civil Engineering of National Chung Hsing University , Taiwan, 2Department of Civil Engineering of National Chung Hsing University , Taiwan, Viet Nam, 3National Chung Hsing University, Taiwan |
| HS10-A006 | Analysis and Evaluation of Sediment Dynamics Associated with Sediment Sluicing at Dams in the Mimikawa River Basin | Ryotaro MORI1#+, Kaito OTSUKA1, Takeshi YOSHIMURA2, Tetsuya SUMI3 1Kyushu Electric Power Co., Inc., Japan, 2Kyushu Electric Power Co.,INC., Japan, 3Kyoto University, Japan |
| HS10-A005 | Desilting Tunnel Performance Using Guiding Channels and Submerged Dams: A Case Study of Nanhua Reservoir, Taiwan | Fong-Zuo LEE#, Kuan-Chung HSU+, Yi-Zhen CHEN, Chia-Chun KAO National Chung Hsing University, Taiwan |
| HS10-A007 | A Method for Estimating Physical Properties of Surface Sediments in Dam Reservoirs Using a Sub-bottom Profiler | Kazuki MURAI1#+, Tetsuya SUMI1, Kota KOSHIBA1, Shinichirou ARIMA2 1Kyoto University, Japan, 2Japan Water Agency, Japan |
| HS10-A008 | Comparison of Carbon Emission Benefits under Different Reservoir Desilting and Sediment Sluicing Operation Strategies | Fong-Zuo LEE 1#, Yi-Zhen CHEN2+, Chia-Chun KAO2, Kuan-Chung HSU2 1Department of Civil Engineering of National Chung Hsing University , Taiwan, 2National Chung Hsing University, Taiwan |
| HS10-A010 | Integrating AI-based and 2d Numerical Models for Prediction of Flood Conditions and Groundsill Scour | Cheng-Chi LIU1#+, Wen-Yi CHANG2, Fong-Zuo LEE 3, Ming-Jui CHANG1, Ming-Che HU1, Jihn-Sung LAI1 1National Taiwan University, Taiwan, 2National Center for High-Performance Computing, Taiwan, 3Department of Civil Engineering of National Chung Hsing University , Taiwan |
| HS10-A012 | Prof | Cheng-Chia HUANG1#+, Yung-Yu HUANG2, Ping-Jung LEE1, Fong-Zuo LEE 3 1Feng Chia University, Taiwan, 2Feng CHia University, Taiwan, 3Department of Civil Engineering of National Chung Hsing University , Taiwan |
| HS10-A014 | Role of Active Earthquake Faults in the Eastern Margin of Japan Sea in Shaping Sediment Transport Patterns Along the Kuri-kawashiri Coast, Ishikawa Prefecture, Japan | An-Chi CHENG1#+, Hidetoshi MASUDA2, Daisuke SUGAWARA2, Anawat SUPPASRI2, Fumihiko IMAMURA2 1National Chung Hsing University, Taiwan, 2Tohoku University, Japan |
| HS10-A016 | Impact of Dam Development in the Mekong River Basin on Long-term Changes in Flow and Sediment Transport Dynamics | Kota EJIRI1#+, Kansei FUJIMOTO2, Kota TSUZUKI3, Taichi TEBAKARI2 1Faculty of Science and Engineering, Chuo University, Japan, 2Chuo University, Japan, 3Graduate School of Science and Engineering, Chuo University, Japan |
| HS12 Recent Advances in Large-scale River Modeling | ||
| Abstract ID | Abstract Title | Authors |
| HS12-A001 | Operational Flood Forecasting with Machine Learning | Grey NEARING#+ Google, Switzerland |
| HS12-A002 | Compound Flooding Using High-resolution Hydrological and Coastal Model with Large Ensemble Climate Simulations | Yoshito SUGAWARA1#+, Takahiro SAYAMA2, Taiga KANEHIRA3, Tomoya SHIMURA2 1Kyoto Univ., Japan, 2Kyoto University, Japan, 3School of Engineering, The University of Manchester, Japan |
| HS12-A003 | Development of a Catastrophe Risk Model for Global Flood Losses | Paul BATES1#+, Conor LAMB2, Malcolm HAYLOCK3, Niall QUINN3, Ollie WING3 1University of Bristol, United Kingdom, 2UCL, United Kingdom, 3Fathom, United Kingdom |
| HS12-A005 | Revealing Global River Discharge from Space with SWOT | Hind OUBANAS1#+, Pierre-Olivier MALATERRE1, Michael DURAND2, Colin GLEASON3, Kévin LARNIER4, Tamlin PAVELSKY5 1INRAE, France, 2Ohio State University, United States, 3University of Massachusetts Amherst, United States, 4Hydromatters, France, 5University of North Carolina, United States |
| HS12-A004 | Advancing the Adoption of Continental-scale Hydrological Analysis and Forecasting in Australia | Fitsum WOLDEMESKEL1#+, Chris LEAHY2, Shishutosh BARUA1, Richard LAUGESEN1, Siyuan TIAN1, Michael PEGIOS1, Dai YAMAZAKI3, Elisabetta CARRARA1 1Bureau of Meteorology, Australia, 2Bureau of Meteorology, Australia, Australia, 3The University of Tokyo, Japan |
| HS12-A006 | Global Levee Detection from Digital Elevation Models Using a Novel Line-based Approach | Do Ngoc KHANH#+, Kazuma SHIRAISHI, Yu YOSHIMURA, Yukiko HIRABAYASHI Shibaura Institute of Technology, Japan |
| HS12-A007 | Assessing Levee Representation in Global River Hydrodynamics Model for Data-scarce River Basins | Taisei NISHII1#+, Gang ZHAO2, Do Ngoc KHANH1, Dai YAMAZAKI3, Yukiko HIRABAYASHI1 1Shibaura Institute of Technology, Japan, 2Institute of Science Tokyo, Japan, 3The University of Tokyo, Japan |
| HS12-A011 | A Line-based Approach for Global Levee Detection: Application and Validation Across Diverse River Basins | Yu YOSHIMURA#+, Do Ngoc KHANH, Kazuma SHIRAISHI, Yukiko HIRABAYASHI Shibaura Institute of Technology, Japan |
| HS12-A008 | Development of a Real-time Data Assimilation System for a Large-scale Hydrodynamic Model | Yingying LIU1#+, Kei YOSHIMURA2 1The University of Tokyo & Cornell University, Japan, 2The University of Tokyo, Japan |
| HS12-A009 | Evaluating Three Hydrological Modelling Paradigms—dHBV, CoSWAT, and LSTM—for Daily Runoff Simulation in the Yangtze River Basin | Yangyang WANG+, Wei ZHI# Hohai University, China |
| HS12-A023 | Diffroute: Global Climatic River Routing Simulations in Less Than 10s on a Single Gpu. | Tristan HASCOET#+ RIKEN, Japan |
| HS12-A014 | Large-scale Assessment of Levee Effects on Fluvial Flood Hazard and Exposure in China | Xu ZHONG1+, Gang ZHAO2# 1Institute of Science Tokyo, Japan, 2Institude of science tokyo, Japan |
| HS12-A012 | Calibration of Channel Depth in the CaMa-Flood Model Using SWOT Observations | Xiaoyu SUN1#+, Dai YAMAZAKI2 1University of Tokyo, Japan, 2The University of Tokyo, Japan |
| HS12-A016 | Flood Risk and Adaptation Strategies for Agriculture in Northeast China Under the Dual Stress of Climate Change and Land Subsidence | Junwei SU+, Peirong LIN#, Xiangyong LEI, Kaihao ZHENG Peking University, China |
| HS12-A010 | Cama-Flood-GPU: A GPU-based Hydrodynamic Model Implementation for Scalable Global Simulations | Shengyu KANG1#+, Jiabo YIN1, Dai YAMAZAKI2 1Wuhan University, China, 2The University of Tokyo, Japan |
| HS12-A015 | Fusing Satellite Embeddings to Improve Streamflow Reconstruction in Human-disturbed Basins | Haomei LIN+, Peirong LIN#, Fenghe ZHANG Peking University, China |
| HS12-A013 | Development and Evaluation of a Global High-resolution Runoff Dataset Based on Downscaled Cmip6 Climate Forcing | Jiachao CHEN#+, Dai YAMAZAKI The University of Tokyo, Japan |
| HS12-A017 | The SWOT Mission: A New Perspective on Earth’s Rivers | Tamlin PAVELSKY#+, Daniel VELEZ, James GEARON University of North Carolina, United States |
| HS12-A020 | Bayesian Detection of Rating Curve Shifts and Regional Synchrony of Hydrometric Stability Across Peninsular India | Sai Vikas KONA1#+, Rajarshi DAS BHOWMIK2, Murray PEEL3, Andrew WESTERN3 1Joint PhD Student (University of Melbourne, Australia and IISc Bangalore, India), Australia, 2Indian Institute of Science, India, 3The University of Melbourne, Australia |
| HS12-A019 | Reducing Uncertainty in Future Flood Projections by Leveraging Similarities Across Ssp–rcp Scenarios | Dai YAMAZAKI1#+, Yuki KIMURA2, Yukiko HIRABAYASHI3 1The University of Tokyo, Japan, 2MS&AD InterRisk Research & Consulting, Japan, 3Shibaura Institute of Technology, Japan |
| HS12-A021 | Estimating Global River Cross-sectional Channel Geometry Leveraging SWOT and Multi-source Data | Zimin YUAN+, Peirong LIN# Peking University, China |
| HS13 Hydrometeorology | ||
| Abstract ID | Abstract Title | Authors |
| HS13-A001 | Preliminary Study on the Mechanisms and Implications of Annual Precipitation Extremes in Mainland China | C.G. CUI1#+, Nan YANG2 1China Meteorological Administration, China, 2Institute of Heavy Rain, China Meteorological Administration, Wuhan, China |
| HS13-A004 | Quantitative Precipitation Estimation Algorithms and Improvements Based on Fengyun Satellite Data | Wengang ZHANG#+ China Meteorological Administration, China |
| HS13-A002 | Integration and Application of Hydrometeorological Coupled Forecasting Technology | Zhiyuan YIN#+, Tieyuan SHEN, Tao PENG, Yiheng XIANG China Meteorological Administration, China |
| HS13-A003 | Roles of Terrain in the Convection Initiation of an Extreme Rainfall Event Along the Eastern Slope of Wushan Mountain, China Under a Weak Synoptic Forcing | Shanshan LI#+ China Meteorological Administration, China, China |
| HS13-A007 | Study on the Characteristics and Mechanism of Sudden Heavy Rainfall in Mountainous Areas | Xiaofang WANG#+ Institute of Heavy Rain, China Meteorological Administration, China |
| HS13-A008 | Hydrological Disaster-precipitation in Southeast Asia (1979–2023): Characteristics and Dataset Construction | Junjun LI+, Jingyu WANG#, Raju PATHAK, Luojie DONG Nanyang Technological University, Singapore |
| HS13-A026 | Unravelling the Climate Connectivity Between Agricultural Drought and Meteorological Drivers: a Multilayer Network Analysis | Kasi VENKATESH1,2#+, Bellie SIVAKUMAR3 1Indian Institute of Technology Bombay and Imperial College London, India, 2Imperial College London, United Kingdom, 3Indian Institute of Technology Bombay, India |
| HS13-A027 | Analysis of the Economic Effects of Urban Stream Restoration Using a Panel Hedonic Price Model | Kyounghun KIM+, Hoyong LEE, Joonhak LEE, Duke KIM, Hung Soo KIM, Soojun KIM# Inha University, Korea, South |
| HS13-A009 | Contribution of Projected Changes in Rainy-day Distribution to Precipitation Inequality in a Warming Climate | Yu-Chen SHI#+, Hsin HSU National Taiwan University, Taiwan |
| HS13-A011 | Synergy of Hybrid Surface Rainfall and Dense Gauge Networks for 270 m Precipitation Downscaling in Complex Terrain | Dae Gyoon KANG1+, Jin-Hee KIM2, Eun-Jeong YUN2, Eunhye BAN2, Ho-Seung LEE2, Dae-jun KIM2# 1National Center for Agro Meteorology, Korea, South, 2National Center for Agro-Meteorology, Korea, South |
| HS13-A012 | Reconstructing Full-Grid Precipitable Water Vapor from Sparse GPS Observations using ConvLSTM-Inpainting for WRF Data Assimilation | Nyoman Iswarya PAWITRAMA#+, Jun HIRAO, Yoshifumi FUJIMORI, Ryo MORIWAKI Ehime University, Japan |
| HS13-A013 | Proposal of a Precipitation Correction Method Considering Water Balance and Wind-induced Undercatch | Takashi YAMADA1#+, Shigeru MIZUGAKI2, Tomohito J. YAMADA3 1Civil Engineering Research Institute for Cold Region, Japan, 2Public Works Research Institute, Japan, 3Hokkaido University, Japan |
| HS13-A015 | Understanding the Effects of Decadal Land Use Change and Climate Variability on the Water Balance of the Tonle Sap Lake | Davin TES1#+, Tsuyoshi KINOUCHI1, Ty SOK2, Chantha OEURNG2 1Institute of Science Tokyo, Japan, 2Institute of Technology of Cambodia, Cambodia |
| HS13-A028 | Assessing Potential Landslide Risk Using Virtual Typhoon Path Ensembles in Japan | Fumiaki MORIYAMA1#+, Kei YOSHIMURA1, Hironori FUDEYASU2, Yuki TAKANO3 1The University of Tokyo, Japan, 2Yokohama National University, Japan, 3Meteorological Research Institute, Japan |
| HS13-A017 | Seasonal Precipitation Forecasting Using a Joint-Gaussian-Gamma Bivariate Modeling Framework Coupled With Schaake Shuffle | Juhee KIM1+, Hyun-Han KWON2# 1Sejong University, Korea, South, 2University of Seoul, Korea, South |
| HS13-A016 | A Bayesian Framework for Estimating Z–R Relationship Parameters in Radar Rainfall Using Hybrid Surface Rainfall Data | Minseo CHO1+, Jongyun BYUN1, Hoyoung CHA1, Jongjin BAIK1, Narae KANG2, Jungsoo YOON2, Seok Hwan HWANG2, Changhyun JUN1# 1Korea University, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS13-A018 | PIV- and Pattern- Matching-based Nowcasting of Precipitation Area Movement Using GSMaP_NOW (30 -120 Min Lead Time): Accuracy Evaluation | Ryota KOBAYASHI1#+, Kansei FUJIMOTO2, Taichi TEBAKARI2 1Graduate School of Science and Engineering Chuo University, Japan, 2Chuo University, Japan |
| HS13-A030 | A Sequential 2-phase Physics-informed Machine Learning Framework for Spatiotemporal Error Correction in Grid-based Flood Modeling | Seungmin LEE+, Kyounghun KIM, Joonhak LEE, Duke KIM, Junhyeong LEE, Soojun KIM# Inha University, Korea, South |
| HS13-A019 | Comparative Analysis of Measurement Results Using Rainscope Mounted on an All-Weather Drone and Ground-Based Rainscope | Tetsuki YABUTA#+, Shinya MABUCHI, Kazuhiro YOSHIMI Toyama Prefectural University, Japan |
| HS13-A020 | Accuracy Assessment of a Snow Depth Analysis Dataset and Its Regional Characteristics in Toyama Prefecture, Japan | Erina MATSUBARA#+, Shinya MABUCHI, Kazuhiro YOSHIMI Toyama Prefectural University, Japan |
| HS13-A023 | Comparative Evaluation and Improvement of Empirical Solar Radiation Estimation Models Under Data-limited Conditions in Thailand | Kritanai TORSRI#+, Pheeranat DORNPUNYA, Pattarapoom PEANGTA, Nishit AMAN, Tanawat NGAMPATTRAPAN, Jakrapop AKARANEE, Thitiwat NIRAMOL, Chalearm PHENGPHIT Hydro-Informatics Institute (Public Organization), Ministry of Higher Education, Science, Research and Innovation, Thailand |
| HS14 Remote Sensing in Hydrology: from Observation to Decision-making | ||
| Abstract ID | Abstract Title | Authors |
| HS14-A002 | Evaluation of Lidar-based Non-contact Water-level Sensing Across Controlled Turbidity Regimes | Taesam LEE1#, Dwi Luthfi PRAKOSO2, Yejin KONG1, Porlee CHAXIONGTHAI3, Hyosung PARK1+, Nakyung HWANG1 1Gyeongsang National University, Korea, South, 2Gyeongsang National University, Indonesia, 3Geongsang National University, Lao People's Democratic Republic |
| HS14-A003 | Comparative Evaluation of the SWOT and Landsat River Discharge Assimilation Into a Global Hydrological Model | Yuki ISHIKAWA1,2#+, Dai YAMAZAKI1, Colin GLEASON3, Naota HANASAKI4, Shunji KOTSUKI5, Daiya SHIOJIRI5, Elisa FRIEDMANN3 1The University of Tokyo, Japan, 2Gaia Vision Inc., Japan, 3University of Massachusetts Amherst, United States, 4National Institute for Environmental Studies, Japan, 5Chiba University, Japan |
| HS14-A017 | Assessing Wildfire Impacts on Groundwater Storage Changes in South Korea Using a Deep Learning Model and Satellite Observations | Jae Young SEO+, Sang-Il LEE# Dongguk University, Korea, South |
| HS14-A004 | Feasibility of Sentinel-2-Based Machine Learning for Dissolved Oxygen Prediction in Rivers of Central Thailand | Nutcha CHOOWONG#, Tammareeya ANAMAYATANA, Manlika SUKITPANEENIT + Chulalongkorn University, Thailand |
| HS14-A005 | Drought Monitoring via Satellite-based Land-atmosphere Coupling and Complementary Relationship Framework | Yuju CHUN1#+, Hyunho JEON1, Shinhyeon CHO1, Daeha KIM2, Minha CHOI1 1Sungkyunkwan University, Korea, South, 2Jeonbuk National University, Korea, South |
| HS14-A007 | Introducing the Eoseom Korea Hydrometeorological Observatory (ekho): Integrated Ground-based and Uav Observations of Soil Moisture and Evapotranspiration | Doyoung KIM+, Junhyuk JEONG, sanggon JEONG, Yuju CHUN, Minha CHOI# Sungkyunkwan University, Korea, South |
| HS14-A015 | Development of a Deep Learning–based Precipitation Estimation Method Using Satellite Data and Evaluation of Heavy Rainfall Reproducibility for the Basin Scale | Kansei FUJIMOTO#+, Taichi TEBAKARI Chuo University, Japan |
| HS14-A010 | Towards Smart Irrigation | Jeffrey WALKER#+ Monash University, Australia |
| HS14-A012 | Time Series Analysis of Sentinel-1 Sar Backscatter for Water Detection Under Rice Vegetation | Shahriar IQBAL1#+, Alexis DECLARO2, Shinjiro KANAE3 1Institution of Science Tokyo, Japan, 2Creattura, Co. Ltd., Japan, 3Institute of Science Tokyo, Japan |
| HS14-A011 | Water Cycle Analysis Using Global Precipitation and Surface Water Products from Microwave Remote Sensing | Shinta SETO1#+, Kosuke YAMAMOTO2, Takuji KUBOTA2, Frank MONGO1 1Nagasaki University, Japan, 2Japan Aerospace Exploration Agency, Japan |
| HS14-A013 | Evaluation of Effective Surface Roughness Retrieved from Microwave Brightness Temperature Based on Field Experiments | Kumiko TSUJIMOTO1#+, Haruto NAGATANI1, Tetsu OHTA2 1Okayama University, Japan, 2U-PRIMO, Japan |
| HS14-A019 | Household-level Poverty Mapping Using Survey Data and Satellite Imagery Across Multiple Flood-prone Developing Countries | Tunyu CHANG1#+, Akiyuki KAWASAKI1, Akiyuki KAWASAKI2 1The University of Tokyo, Japan, 2Department of Civil Engineering, The University of Tokyo;Institute for Future Initiatives, The University of Tokyo; Institute for Digital Observatory, The University of Tokyo, Japan |
| HS14-A020 | Study on Spatial and Temporal Surface Soil Moisture in Mongolia Based on Field Observation and Satellite Measurement | NOZOMU HIROSE#+ National Institute of Technology, Matsue College, Japan |
| HS15 Artificial Intelligence for Model and Data Integration in Hydrology | ||
| Abstract ID | Abstract Title | Authors |
| HS15-A012 | Machine Learning–based Prediction of Total Oxidizable Precursor (TOP) Assay Responses Using Baseline PFAS Concentration Data | Euisung OH+, Young Su LEE# Sejong University, Korea, South |
| HS15-A002 | A Hybrid Model for Dam Inflow Prediction Combining a Rainfall–runoff Model and a Machine-learning-based Error Correction Model | Jae Gyeong LEE#+, Kyung Soo JUN Sungkyunkwan University, Korea, South |
| HS15-A001 | From data integration to intelligent decisions: a cross-scale coupled modeling framework for urban NPS pollution control | Cuijie FENG#+, Kairong LIN, Xiaohong CHEN Sun Yat-sen University, China |
| HS15-A004 | Collaborative Ai Agents: a New Decision Support Platform for Sustainable Groundwater Management | Eungyu PARK#+, Yeongkyoo KIM Kyungpook National University, Korea, South |
| HS15-A011 | Efficient Intelligent Urban Inundation Forecasting Based on UNet-KAN-SR | Yaoming CHEN#+ The University of Hong Kong, Hong Kong SAR |
| HS15-A005 | Development of Simulation System for Water Quality Accident Using Deep Learning and Visualization Through Augmented Reality | Gihun BANG1+, Minhyuk JEUNG1, Soobin KIM2, Jiye PARK1, Sang-Soo BAEK1# 1Yeungnam University, Korea, South, 2Korea Atomic Energy Research Institute, Korea, South |
| HS15-A006 | Toward Efficient Surrogate Modeling of CO₂ Geological Storage Using Deep Learning and Physics-Informed Neural Networks | Ting Wei HO#+, Tai-Sheng LIOU National Chung Cheng University, Taiwan |
| HS15-A024 | LSTM Model with Transition Zone for Soft Sensing of River Flood Water Levels | DongGyun KIM+, JAEWON KIM, Boosik KANG# Dankook University, Korea, South |
| HS15-A008 | Bridging Training–projection Gaps in Black-box Deep Learning for Runoff Under Climate Change | Yiting CEN1+, Yi ZHENG1#, Rui XIONG1, Mengqian LU2 1Southern University of Science and Technology, China, 2The Hong Kong University of Science and Technology, Hong Kong SAR |
| HS15-A010 | Decoupling Physical Dynamics and Human Management in Urban Drainage Systems: a Differentiable Physics-informed Graph Neural Network Approach | peiyuan SUN#+, Maochuan HU Sun Yat-sen University, China |
| HS15-A015 | Enhancing Water Quality Prediction in River Networks: a Graph Neural Network Approach Integrating High-frequency Monitoring Data and Hydrological Connectivity | Jichen ZHANG#+ Hohai University, China |
| HS15-A016 | Multi-objective Optimization of Distributed Rainwater Harvesting Systems Based on Surrogate Modeling — for Urban Flood Mitigation and Water Resource Utilization | Pengyu HU#+ Hohai University, China |
| HS15-A021 | A Physics-guided Deep Learning Emulator for Urban Flood Prediction: Integrating 1D–2D Hydrodynamic Information | Hyuna WOO+, Bomi KIM, Hyeonjin CHOI, Seong Jin NOH# Kumoh National Institute of Technology, Korea, South |
| HS15-A013 | A fine-grained urban waterlogging dataset for China (2012–2023) generated from social media using large language models | daxing ZUO1#+, Maochuan HU2 1sun yat-sen university, China, 2School of Civil Engineering, Sun Yat-sen University, China |
| HS15-A019 | Integrating Physics-based Constraints with Gated Recurrent Unit for Improved Groundwater Level Fluctuation Prediction | Jina JEONG#+, Hyeongmok LEE, Jaesung PARK, Subi LEE, Sujin KIM Kyungpook National University, Korea, South |
| HS15-A017 | Enhancing Surrogate Fidelity for Robust Differentiable Parameter Learning in a Complex Land Surface Model (MATSIRO) | Yuanzhe ZHANG#+, Dai YAMAZAKI, Wenpeng XIE, Hongmei LI The University of Tokyo, Japan |
| HS15-A022 | Flood Water Level Prediction in Tidal River Reaches with Complex Boundary Conditions Using a Dual Encoder–decoder LSTM | Jiyoung SUNG+, Boosik KANG# Dankook University, Korea, South |
| HS15-A025 | Performance of a Parallel LSTM with Varying Lead Times for Urban River Flood Water Level Forecasting | Yunji LIM1+, Boosik KANG2# 1Dankook University, Department of Civil and Environmental Engineering, Korea, South, 2Dankook University, Korea, South |
| HS15-A026 | A Conditional State-space Surrogate for Global Matsiro Dynamics | Wenpeng XIE1#+, Hongmei LI1, Huiran JIN2, Yuanzhe ZHANG1, Kei YOSHIMURA1 1The University of Tokyo, Japan, 2New Jersey Institute of Technology, United States |
| HS15-A027 | Integrating Machine Learning and Tomographic Modeling to Characterize Groundwater Dynamics and Heterogeneity | Chin Man MOK1#+, Barbara CARRERA2, Pin-Ching LI2, Chung-Yuan LIANG2 1GSI Environmental Inc, United States, 2GSI Environmental Inc., United States |
| HS15-A029 | A Study on the Credibility of Flood-inundation Location Identification from Social Media Data | Yilin CHEN1+, Maochuan HU2, Xiaohong CHEN1# 1Sun Yat-sen University, China, 2School of Civil Engineering, Sun Yat-sen University, China |
| HS15-A031 | Deep Learning for Subsurface Temperature Anomaly Retrieval | Nutta SKANUPONG1#+, Yongsheng XU2 1Department of Environmental Engineering, Faculty of Engineering, Kasetsart University, Bangkok, Thailand, Thailand, 2Chinese Academy of Sciences, China |
| HS15-A032 | Reanalysis-assisted Artificial Intelligence Framework for Spatially Continuous Reference Evapotranspiration Estimation Under Ungauged Conditions | Hsuan-Yu LIN#, Shu-Yun LAI+ National Chiayi University, Taiwan |
| HS16 Assessing Flood Hazards and Risk in a Changing Climate System | ||
| Abstract ID | Abstract Title | Authors |
| HS16-A001 | Optimization of Evacuation Routing Under Road Inundation Scenarios Caused by the Namgang Dam Failure | Taesam LEE1#+, Yejin KONG1, Hyosung PARK1, Porlee CHAXIONGTHAI2, Dwi Luthfi PRAKOSO3, Nakyung HWANG1 1Gyeongsang National University, Korea, South, 2Geongsang National University, Lao People's Democratic Republic, 3Gyeongsang National University, Indonesia |
| HS16-A003 | A Historical Stress Test of Megacity Flood-system Failure Revealing the Return-period Paradox | Shuai WANG1#, Laixiang SUN2+, Qinghua YE3, Zhan TIAN4, Ralf TOUMI5 1University of Delaware, United States, 2University of Maryland, United States, 3Deltares, Netherlands, 4Southern University of Science and Technology, China, 5Imperial College London, United Kingdom |
| HS16-A006 | Flood Analysis of the Uji River Under Climate Change and Evaluation of Backwater Effects at the Three-river Confluence | TAKUYA OBA#+, Shiho ONOMURA Tokyo City University, Japan |
| HS16-A004 | Flood Shocks Leave Asymmetric Scars on Health and Education | Bin ZHANG1+, Nergui NANDING2# 1Yunnan university, China, 2Yunnan University, China |
| HS16-A005 | Urban Drainage Response to Elevated River Water Levels: Centralized Vs Distributed Storage | Donghwi JUNG#, Hyunjung KIM+ Korea University, Korea, South |
| HS16-A007 | Flood Hazard and Preliminary Ridership Impact Assessment of the Metro Taipei Transportation System under Climate Change Scenarios: A Case Study of Banqiao Station | Yong-Jun LIN1#+, Hsiang-Kuan CHANG2 1Center for Weather and Climate Disaster Research, National Taiwan University, Taiwan, Taiwan, 2Center for Weather Climate and Disaster Research,National Taiwan University, Taiwan |
| HS16-A015 | Assessing The Effects Of Typhoon Modification’s Intensity and Timing On Flood Damage Mitigation In Japan: An Impact-based Ensemble Forecasting Study Of Typhoon Hagibis (2019) | Xiaoyang LI1#+, Kei YOSHIMURA1, Tomoe NASUNO2,3, Yohei YAMADA4 1The University of Tokyo, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Yokohama National University, Japan, 4Meteorological Research Institute, Japan |
| HS16-A009 | Improving Short-Term Radar-Based Rainfall Forecasts Using Quantile Mapping Bias Correction: An Application Of The Steps Model | Gi-Moon YUK1,2#+, Jiseok YANG2, WonKyoung WOO2 1The University of Seoul, Korea, South, 2Bayesianworks, Korea, South |
| HS16-A010 | Integrated Multivariate Stochastic Simulation and Physical Routing for Overtopping Risk Assessment of Gravity Dams | Hyun-Soo KIM1+, Jin-Young KIM1, Hyun-Han KWON2# 1Sejong University, Korea, South, 2University of Seoul, Korea, South |
| HS16-A011 | Flood Hazard Assessment Using Large-ensemble and Downscaled Rainfall in a Lowland River Basin in Taiwan | Meng-Hsuan WU1#+, Weicheng LO1, Yao-Sheng HUANG2 1National Cheng Kung University, Taiwan, 2Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Taiwan |
| HS16-A012 | A Framework for Assessing Inundation Extent and Risk Shift in Taichung City Using the PhD Model and Multi-Source Downscaling Rainfall Data | Po-Tsang CHEN1#+, Che-Yuan LI1, Meng-Hsuan WU2, Weicheng LO2 1Feng Chia University, Taiwan, 2National Cheng Kung University, Taiwan |
| HS16-A013 | Efficient Probabilistic Modeling of Flood Inundation and Levee Reliability Under Nonstationary Climate Forcing | YU-JU HUNG1#+, Gene Jiing-Yun YOU2 1Tamkang University, Taiwan, 2National Taiwan University, Taiwan |
| HS16-A014 | When the Desert Floods: Climate Change, Infrastructure, and Flood Inundation in Cooper Creek | Cherry MATEO1#+, Jai VAZE1, Kate HOLLAND1, Steve MARVANEK1, Hongxing ZHENG1, Bill WANG2, Shaun KIM2, Chi NGUYEN1, Cameron HUDDLESTONE-HOLMES3 1Commonwealth Scientific and Industrial Research Organisation, Australia, 2 Commonwealth Scientific and Industrial Research Organisation, Australia, 3CSIRO, Australia |
| HS16-A016 | Performance Assessment of High-resolution Climate Model in Simulating Extreme Precipitation and Flood-related Hazards Over the Greater Bay Area | Ming KONG1#+, Zhan TIAN1, Zhongyi LAN1, Erasmo BUONOMO2, Grace REDMOND2, Laixiang SUN3 1Southern University of Science and Technology, China, 2Met Office, United Kingdom, 3University of Maryland, United States |
| HS16-A018 | Future Flood Hazards in Nepal: Projecting Magnitude Changes and Targeting Nature-based Mitigation. | Sim REANEY#+, Ivo PINK, Callum PEARSON Durham University, United Kingdom |
| HS17 Urban Water-related Problems | ||
| Abstract ID | Abstract Title | Authors |
| HS17-A045 | Evaluating the Effect of Artificial Recharge Using Groundwater Chemistry at Spring-fed Lake Ezu in Kumamoto City, Japan | Kimpei ICHIYANAGI1#+, Rahmawan IRFAN TSANY2, Teru NAGAOKA1, Ilyas Nurfadhil BASUKI1 1Kumamoto University, Japan, 2Kumamoto University, Indonesia |
| HS17-A002 | Dependence of Water Quality on Water Temperature in the Urban River, Yamato River | HIROYUKI II#+ Wakayama University, Japan |
| HS17-A051 | Vision-enabled Flood Depth Estimation with 2d Hydrodynamic Modeling for Urban Flood Risk Mapping: Insights from Bangkok, Thailand | Detchphol CHITWATKULSIRI1#+, Maiyatat NUNKHAW2, Hitoshi MIYAMOTO2, Ratchaphon CHAROENPANUCHART3 1Kasetsart University, Thailand, 2Shibaura Institute of Technology, Japan, 3Kasetsart University, Thailand, Thailand |
| HS17-A003 | Urban Flood Detection with CCTV Footages and Yolov8 Across Taiwan | Yuan-Fong SU#+ National Taiwan Ocean University, Taiwan |
| HS17-A011 | Drainage Pump Operation Strategies in Deep Underground Tunnel for Urban Flood Reduction | Dongkyu KIM+, Kyoungwon MIN, Gyumin LEE, Doosun KANG# Kyung Hee University, Korea, South |
| HS17-A004 | Using Reverse Quantitative Microbial Risk Assessment Combined with Disability-adjusted Life Years to Determine the Critical Levels of River Fecal Coliforms Based on Water Recreational Activities in Urbanized Watersheds | Cheng-Shin JANG#+ Kainan University, Taiwan |
| HS17-A027 | Analysis of Dissolved Ions in a Catchment Basin Using Ion Chromatography and Non-parametric Statistical Methods | Selline OKECHI#+, Keisuke NAKAYAMA Kobe University, Japan |
| HS17-A035 | Numerical Study of an Immersed Boundary Lattice Boltzmann Method for Water Environment Applications | Tsuyoshi KASAHARA#+, Tetsuya SHINTANI Tokyo Metropolitan University, Japan |
| HS17-A005 | An Impact-based Evaluation Methodology for Identifying Manholes Contributing to Urban Underground Flooding | Seongcheon KWON1+, Seungsoo LEE2#, DONGRYUL KIM3, Giha LEE3 1School of Advance science and Technology Convergence, Kyungpook National University, Korea, South, 2Korea Environment Institute, Korea, South, 3Kyungpook National University, Korea, South |
| HS17-A006 | Prediction of Flood and Drought Frequency Under Climate Change Based on an Online-coupling System of a Distributed Hydrological and Inundation Model | Yasuyuki MARUYA1#+, Yuya SETOGUCHI1, Chikashi SONODA1, Satoshi WATANABE1, Shinichiro YANO1, Tomohiro TANAKA2 1Kyushu University, Japan, 2Kyoto University, Japan |
| HS17-A041 | A Comparison of Closed-set and Open-set Object Detection Models for Riverine Floating Litter Observation | Naozumi TSUKUDA1#+, Rintaro YOKOYAMA2, Yusuke NAKATANI1 1The University of Osaka, Japan, 2The University of Osaka, Japan, Japan |
| HS17-A029 | 3d Three Phases Eulerian Sediment Transport Model in an Open Surface Channel with Free Surface Tracking and Passive Air Phase | FATIMA EZZAHRA EL HAMRI#+, Kenichiro KOBAYASHI Saitama University, Japan |
| HS17-A008 | Adaptive DMA design and optimization for shrinking city water distribution networks | Raihan INDRATYA+, Malvin S. MARLIM, Doosun KANG# Kyung Hee University, Korea, South |
| HS17-A012 | Toward Ai-based Monitoring for Reducing River Floating Plastic Pollution: an Image-based Technical Synthesis | Maiyatat NUNKHAW1#+, Hitoshi MIYAMOTO1, Detchphol CHITWATKULSIRI2 1Shibaura Institute of Technology, Japan, 2Kasetsart University, Thailand |
| HS17-A016 | Can Drag Adjustment in Non-branched Sav Models Reproduce the Hydrodynamics of Branched Vegetation? | Itsuki URAMOTO#+, Keisuke NAKAYAMA, Hiyoryuki MAETA Kobe University, Japan |
| HS17-A017 | Estimation of the Carbon Absorption by Submerged Aquatic Vegetation in a Coastal Lagoon | Yuki FUKUDA1#+, Maruyama MOMOKA1, Yuening PENG1, Hibiki YONEDA1, Kazufumi TADA2, Keisuke NAKAYAMA1 1Kobe University, Japan, 2Oriental Consultants Co., LTD., Japan |
| HS17-A014 | Dynamics of Bottom Boundary Layer Formation and Its Relation to Internal Poincaré Waves 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 |
| HS17-A031 | Spatiotemporal Analysis of Carbon Dioxide Uptake by Phytoplankton in Tokyo Bay Using a Three-dimensional Ecosystem Model | Takehiro SUZUKI1#+, Keisuke NAKAYAMA1, Atsushi KUBO2, Ryuta IBARAKI1 1Kobe University, Japan, 2Shizuoka University, Japan |
| HS17-A013 | Establishing a Health Indicator for Marimo: an Approach Based on Internal Condition and Mechanical Properties | MISATO IGA1#+, Keisuke NAKAYAMA1, Yoichi OYAMA2, Etsuko KUMAMOTO1, Shintaro HORII3, Yuichiro SOMIYA3 1Kobe University, Japan, 2Marimo Research Center, Kushiro Board of Education, Japan, 3Kobe University Hospital, Japan |
| HS17-A044 | Evaluation of Co2 Storage Potential in a Eutrophic Freshwater Lake: a Coupled Observational and Modeling Approach | Kosuke SAWADA1#+, Keisuke NAKAYAMA1, Yuichi MIYABARA2, Maho IWAKI2 1Kobe University, Japan, 2Shinshu University, Japan |
| HS17-A018 | Experimental Investigation of Sediment Deposition Patterns in Circular Conduits Under Various Flow Regimes | Yoon-Hwan JEONG#+, Seung Ho HONG, Ho-Jun JANG Hanyang University, Korea, South |
| HS17-A019 | Evaluating Freshwater Carbon Sequestration: a pH-based Assessment of Reservoir Metabolism | Yuening PENG1#+, Keisuke NAKAYAMA1, Hibiki YONEDA1, Hiyoryuki MAETA1, Satoshi WATANABE2, Masaomi KIMURA3 1Kobe University, Japan, 2Kyushu University, Japan, 3Kindai University, Japan |
| HS17-A020 | A Study on Establishing a Shared Vision Model-based Consultative Group for Emergency Response to Water Shortages in South Korea | Jae-Kyoung LEE#+, Jae-Hwan SHIN, Jun-Mo KOO Daejin University, Korea, South |
| HS17-A046 | Rapid Storm-Sewer Water-Level Prediction with a Physics-Guided Deep Learning Emulator | Bomi KIM+, Hyuna WOO, Seong Jin NOH# Kumoh National Institute of Technology, Korea, South |
| HS17-A023 | Decadal evolution of ground subsidence in Yangon revealed by multi-sensor InSAR time series analysis | Saw MYAT MIN1#+, Yu WANG2, Yunung Nina LIN3, Win NAING4, Anuphao AOBPAET5 1Department of Geosciences, National Taiwan University, Taiwan, 2National Taiwan University, Taiwan, 3Institute of Earth Sciences, Academia Sinica, Taiwan, 4University of Yangon, Myanmar, 5Department of Civil Engineering, Faculty of Engineering, Kasetsart University, Thailand |
| HS17-A022 | Dynamic Urban Flood Risk under Rapid Migration: Individual Adaptation and Collective Vulnerability in Phnom Penh’s Peri-Urban Floodplains | Monin NONG1#+, Takuto KUMAGAE1, Yoshiyuki IMAMURA1, Toru KONISHI2 1Tokyo Metropolitan University, Japan, 2Tokyo Metropolitan University (TMU), Japan |
| HS17-A025 | Irriset 2.0: an Enhanced Soil-water Balance Model for Multi-crop Irrigation Planning and Groundwater Recharge Estimation Across Diverse Agro-climatic Regions | Channa RAJANAYAKA1#, Hiroki AMANO2+, Jing YANG1, Doug BOOKER3, Rachel SMITH3, Kei NAKAGAWA4, Yoshitaka SAKATA5 1Earth Sciences New Zealand, New Zealand, 2Tokai University, Japan, 3National Institute of Water and Atmospheric Research, New Zealand, 4Nagasaki University, Japan, 5Kanazawa University , Japan |
| HS17-A026 | Modeling Groundwater Level Change Under Multiple Stresses Based on Transfer Function Noise Model | Eqin ZHAO1+, Kei NAKAGAWA1#, Channa RAJANAYAKA2, Jing YANG2 1Nagasaki University, Japan, 2Earth Sciences New Zealand, New Zealand |
| HS17-A028 | Identification of Irrigation Pumping Events Using Multiresolution Decomposition of High-frequency Groundwater-level Data | Li ZHUOLIN1+, Kei NAKAGAWA1#, Channa RAJANAYAKA2, Jing YANG2 1Nagasaki University, Japan, 2Earth Sciences New Zealand, New Zealand |
| HS17-A032 | Identification of Nitrate Pollution Sources in Mt. Kinbo’s Springs, Kumamoto, Japan, Using Gis and Isotope Analysis | Hiroki AMANO1#+, Kei NAKAGAWA2, Takahiro HOSONO3 1Tokai University, Japan, 2Nagasaki University, Japan, 3Kumamoto University, Japan |
| HS17-A034 | Analysis of River Flooding Using Particle Method with PLATEAU | Yukitake WAKAMIYA#+, Shinta SETO Nagasaki University, Japan |
| HS17-A036 | Multi-site River Water Level Prediction Using LSTM-Based Models with Attention Mechanism | Yuma INAMI#+, Cabila SUBRAMANIYAM, Hideo AMAGUCHI, Yoshiyuki IMAMURA Tokyo Metropolitan University, Japan |
| HS17-A048 | Integrating Probabilistic Flood Risk Into GIS-Based Water Supply Planning in a Coastal Municipality | Arge Louise Joy ESQUIVEL1,2#+, Joy SANTIAGO3, Jerico MENDOZA3, Marie Claire MANDAR3, April Dawn TEGELAN3, Julius OBRIQUE3, Ella Danielle SANTIAGUEL3, Janiella SANDOVAL3, Rysch Nae SUBIJANO3, Kristian Audri GABRIEL3, Alfredo Mahar Francisco LAGMAY3 1University of the Philippines, Philippines, 2University of the Philippines Diliman, Philippines, 3University of the Philippines Resilience Institute, Philippines |
| HS17-A037 | Impact Assessment on Alder Growth Due to Changes of Flood Inundation Characteristics Before and After River Meandering Restoration in Kushiro Mire, Hokkaido, Japan | Hitoshi MIYAMOTO1#+, Yudai NEMOTO1, Chikara KOMIYA1, Tetsuya OISHI2,3 1Shibaura Institute of Technology, Japan, 2Public Works Research Institute, Japan, 3Civil Engineering Research Institute for Cold Region, Japan |
| HS17-A039 | Development of a Simplified Numerical Model for Reproducing Combined Sewer Overflow Discharge Characteristics Based on Field Observation in the Myoshoji River, Tokyo | Toshiya KAWAGUCHI1#+, Keisuke TAKEKUMA2, Taichi TEBAKARI3 1Department of Civil and Environmental Engineering, Chuo University, Japan, Japan, 2Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 3Chuo University, Japan |
| HS17-A040 | A Physics-Guided LSTM Model for Predicting Stream Temperatures in River Networks | QIRUI ZONG1#+, Hitoshi MIYAMOTO2 1SHIBAURA INSTITUTE OF TECHNOLOGY, Japan, 2Shibaura Institute of Technology, Japan |
| HS17-A043 | Laboratory Experiments on Suppression of Hydrogen Sulfide and Nutrient Release from Sediment Capped with Granulated Coal Ash in the Nihonashi River, Tokyo | Kaisei UCHIDA1#+, Keisuke TAKEKUMA2, Taichi TEBAKARI3 1Course, Graduate School of Science and Engineering Chuo University, Japan, 2Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 3Chuo University, Japan |
| HS17-A047 | Development of Nonlinear Shallow Water Model Based on Discrete Exterior Calculus | Tetsuya SHINTANI#+ Tokyo Metropolitan University, Japan |
| HS17-A049 | Investigating a Major Source of PFAS Pollution in Sweden: Challenges in Emission Prediction, Source Tracking, and Exposure Assessment | Dauren BÄCK1#+, Kei NAKAGAWA2 1Lund University, Sweden, 2Nagasaki University, Japan |
| HS17-A050 | Large-scale Flood Modeling of the Tokyo Metropolitan Area Using Open-source Data | Kenichiro KOBAYASHI#+ Saitama University, Japan |
| HS20 Understanding Hydrological and Meteorological Extremes Under Climate Change: Emerging Technologies and Future Directions | ||
| Abstract ID | Abstract Title | Authors |
| HS20-A010 | Climate-Driven Nonstationary Frequency Analysis Of Extreme Rainfall In South Korea Using Covariate-Informed GEV Models | An HOANG THI1#+, Sangbeom JANG2, Ju-Young SHIN1, Azamat BAIMAGANBETOV3 1Kookmin University, Korea, South, 2kookmin university, Korea, South, 3Kookmin University, Kazakhstan |
| HS20-A001 | Extreme Precipitation Changes in the Greater Bay Area: Trends and East Asian Monsoon Influence in a Warming Climate | Fan LUO1+, Ji CHEN2# 1Universiy of Hong Kong, China, 2The University of Hong Kong, Hong Kong SAR |
| HS20-A002 | Extreme Rainfall in a Warming Tropics: Investigating Temperature-precipitation Relationships in Indonesia | Petr VOHNICKY1#+, Francesco MARRA2, Eleonora DALLAN1, Sanidhya Nika PURNOMO3, Jiun-Huei JANG4, Marco BORGA1 1Department of Land Environment Agriculture and Forestry, University of Padova, Italy, 2Department of Geosciences, University of Padova, Padova, Italy, 3Department of Civil Engineering, Faculty of Engineering, Universitas Jenderal Soedirman, Indonesia, 4National Cheng Kung University, Taiwan |
| HS20-A003 | Evaluating Multivariate Time Series Foundation Models Against Statistical and Deep Learning Models for Monthly Precipitation Forecasting in South Korea | Minji SONG+, YeonJi CHUNG, Kyungseok LEE, Myoung-Jin UM# Kyonggi University, Korea, South |
| HS20-A004 | Spatial Downscaling of AIFS Precipitation Using Multi-Variable Attention U-Net Over East Asia | YeonJi CHUNG+, Minji SONG, Geon LEE, Myoung-Jin UM# Kyonggi University, Korea, South |
| HS20-A005 | Radar-based Very-short-term QPE-QPF and It Application to Urban flood Modeling | YoungHun KIM1+, Sungho JUNG2#, Giha LEE1 1Kyungpook National University, Korea, South, 2 Electronics and Telecommunications Research Institute, Korea, South |
| HS20-A017 | Comparative Assessment of Routing Schemes for Flood Simulation in Wrf-hydro: Muskingum–cunge Vs. Diffusive-wave Routing in a Highly Regulated Basin | Yaewon LEE+, Bomi KIM, Jiwon CHOI, Seong Jin NOH# Kumoh National Institute of Technology, Korea, South |
| HS20-A015 | Multi-Parameter Calibration of a Distributed Hydrological Model Using WRF-Hydro and PEST++: A Multi-Site Application in the Nakdong River Basin | Jiwon CHOI+, Bomi KIM, Yaewon LEE, Seong Jin NOH# Kumoh National Institute of Technology, Korea, South |
| HS20-A016 | From Tropical-Cyclone Storylines to Urban Inundation: Multiscale Flood Prediction with Physics Models, AI Emulators, and Data Assimilation | Seong Jin NOH1#+, Hyeonjin CHOI1, Bomi KIM1, Hyuna WOO1, Yaewon LEE1, Jiwon CHOI1, Yusuke HIRAGA2 1Kumoh National Institute of Technology, Korea, South, 2Tohoku University, Japan |
| HS20-A006 | The Effect of Anthropogenic Warming on Catastrophic Extreme Precipitation in South Korea: Approach for Storyline Event Attribution | Dabeen SONG1+, Yusuke HIRAGA2, Eun-Soon IM3#, Seung-Ki MIN4 1The Hong Kong University of Science and Technology, Hong Kong, China, Hong Kong SAR, 2Tohoku University, Japan, 3The Hong Kong University of Science and Technology, Hong Kong SAR, 4Pohang University of Science and Technology, Korea, South |
| HS20-A007 | The Increasing Role of Tropical Cyclone Precipitation in Modulating Surface Aridity Under Global Warming | Minhee CHANG+, Sujong JEONG# Seoul National University, Korea, South |
| HS20-A011 | Temporal Evolution of Hydrological Homogeneous Regions for Rainfall Regional Frequency Analysis in South Korea | Gayoung LEE+, Ju-Young SHIN#, Kyeungmin MOON, Junyeong GIL Kookmin University, Korea, South |
| HS20-A008 | Scale-aware Multimodal Fusion of Radar, Nwp, and Gauges for 0–6 h Precipitation Nowcasting Over South Korea | Sangbeom JANG1#+, Ju-Young SHIN2, Jihwan KIM2, Seoyoung KIM2 1kookmin university, Korea, South, 2Kookmin University, Korea, South |
| HS20-A012 | Characteristics of Cloud Distribution Periodicity Over the Indochina Peninsula Based on Satellite Observations | Mai KUROKAWA1#+, Kansei FUJIMOTO2, Taichi TEBAKARI2 1中央大学理工大学院 人間・環境科学・工学コース, Japan, 2Chuo University, Japan |
| HS20-A014 | Characterizing Spatiotemporal Propagation Based on Complex Network Theory: Focused on the Nakdong River Basin in South Korea | Ho-Jun SON1+, Dong-Uk KIM2, Tae-Woong KIM1# 1Hanyang University, Korea, South, 2Department of Smart City Engineering, Hanyang University, Korea, South |
| HS20-A020 | Evaluation of ERA5 Reanalysis in Reproducing Extreme Precipitation Over Southeast Asia: Comparison with GPCC | Riko OTOMO#+, Kansei FUJIMOTO, Taichi TEBAKARI Chuo University, Japan |
| HS20-A022 | Derivation of Probabilistic Depth-Area-Frequency Curves Using GEV Distribution with Area-covariate Parameters in South Korea | Jihwan KIM#+, Ju-Young SHIN, Junyeong GIL, An HOANG THI Kookmin University, Korea, South |
| HS21 Hydrological Alterations and Ecological Impacts in Large River Basins | ||
| Abstract ID | Abstract Title | Authors |
| HS21-A001 | A Holistic Framework for Assessing Hydrological Degradation Vulnerability of an Ungauged Non-perennial River: a Case Study of the Pennar River Basin, India | Thallam PRASHANTH, Sayantan GANGULY#+ Indian Institute of Technology Ropar, India |
| HS21-A002 | Quantifying the Impact of Land Use Change on Hydrological Processes in the Yangtze River Basin Using Deep Learning | Zhiyong LI+, Wei ZHI# Hohai University, China |
| HS21-A003 | Spatiotemporal Dynamics of Chlorophyll-algal Density Relationships in Large River Basins Under Climate Change | Yu XUE+, Wei ZHI# Hohai University, China |
| HS21-A004 | Precipitation Thresholds and Mechanisms of Nitrogen-to-Phosphorus Ratio (N:P) Shifts under Extreme Rainfall in the Yangtze River Basin | Xiaoqian SU#+ Hohai university, China |
| HS21-A005 | Wildfire-driven Alterations to Sediment Regimes in Eastern Australia: Event-scale Evidence | Danlu GUO#+, Qian WANG, Peter HAIRSINE Australian National University, Australia |
| HS21-A014 | Hydrological Variability and Fish Community Responses in a Large Tropical Floodplain Lake | Tsuyoshi KINOUCHI1#+, Sobot SOTH2, Seyha HOK2, Davin TES1, Rei ITSUKUSHIMA3, Yi YU1, Kong HENG2 1Institute of Science Tokyo, Japan, 2Inland Fisheries Research and Development Institute (IFReDI), Cambodia, 3Kyushu University, Japan |
| HS21-A013 | Environmental Controls and Alterations of Catchment Transit Times Across Space | Xiao SHEN1#+, Danlu GUO1, Ian CARTWRIGHT2, Andrew WESTERN3 1Australian National University, Australia, 2Monash University, Australia, 3The University of Melbourne, Australia |
| HS22 Big Data Analytics and Machine Learning in Hydrological and Climatological Studies | ||
| Abstract ID | Abstract Title | Authors |
| HS22-A008 | Groundwater Level Reconstruction and Forecasting in Data-limited Regions | Yaggesh Kumar SHARMA1#+, Seokhyeon KIM1,2 1Kyung Hee University, Korea, South, 2UNSW Sydney, Australia |
| HS22-A013 | Resource Consumption of Urban Water Supply Systems in China: a Perspective from Scaling Laws | Zecong CHEN1+, Tongtiegang ZHAO2# 1Southern Marine Science and Engineering Guangdong Laboratory (Zhuhai), China, 2Sun Yat-sen University, China |
| HS22-A001 | Assessment of Precipitation Nowcasting Over Taiwan Using Generative Diffusion Models | Chen-Tai HSU1#+, Chia-Jeng CHEN2 1National Chung Hsing University Department of Civil Engineering, Taiwan, 2National Chung Hsing University, Taiwan |
| HS22-A006 | Muskingum-routing Spectrum Network Optimization for Flood Control Operation of Water Supply Networks | Kai-Ming TSANG#+, Hao-Ming HSU, Ming-Che HU National Taiwan University, Taiwan |
| HS22-A002 | Application of a Diffusion-based Deep Learning Model for Downscaling Precipitation Forecasts in Taiwan | 亞珩 馬1#+, Chia-Jeng CHEN2 1National Chung Hsing University Department of Civil Engineering, Taiwan, 2National Chung Hsing University, Taiwan |
| HS22-A004 | Progress in Utilizing the Ils Emulator for Runoff Predictability Estimation | Roman OLSON1#+, Tamima AMIN2, Kei YOSHIMURA1, Ayane ATAKA1 1The University of Tokyo, Japan, 2Indonesia Agency for Meteorology Climatology and Geophysics, Indonesia |
| HS22-A005 | Applicability of Operator-learning in Frequency Domain in the Context of Gravity Recovery and Climate Experiment Data | Dinuka Malshani KANKANIGE1#+, Yi LIU2, Ashish SHARMA3 1University of New South Wales, Sydney, Australia, 2UNSW Sydney, Australia, Australia, 3UNSW Sydney, Australia |
| HS22-A010 | Identifying Key Drivers of Precipitation for Improved Estimation Accuracy: a Feature Selection–based Machine Learning Approach | Jongyun BYUN1+, Hyeon-Joon KIM2, Changmin OH1, Jongjin BAIK1, Changhyun JUN1#, Juhyeok LEE1 1Korea University, Korea, South, 2Pukyong National University, Korea, South |
| HS22-A016 | Structural Characteristics of Flood Damage: Assessing the Consistency of Watershed Classification with Disaster Resilience and Sustainability in Japan | Masaya SAKABE1#+, Yuya IWATA2, Keita INOUE1, Yuto KAWAMURA1, Mai KUROKAWA3, Keisuke TAKEKUMA1, Koyo HARADA1, Rin MASUYAMA1, Taichi TEBAKARI4 1Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 2 Mori Building Co., Ltd., Japan, 3中央大学理工大学院 人間・環境科学・工学コース, Japan, 4Chuo University, Japan |
| HS22-A017 | New Rainfall Kinetic Energy Equation from Seoul Rainfall Data: Erosivity Applications | Joon-Hak LEE#+ Korea Military Academy, Korea, South |
| HS22-A007 | Physics-aware Cross-modal Transformer for Urban Pluvial Flood Forecasting: Bridging Radar Reflectivity and Sewer Network Topology | Tsung-Yi PAN#+, Lo-Yi CHEN National Taiwan University, Taiwan |
| HS22-A009 | Impact of Realization Selection on Future Projections of Precipitation-Related Climate Indices using CMIP6 Datasets | Koichi NAGATA1#+, Kei ISHIDA2 1Graduate School of Science and Technology, Kumamoto University, Civil and Environmental Engineering Program, Japan, 2Kumamoto University, Japan |
| HS22-A011 | Monitoring Water Footprint Using Geospatial Techniques for Industrial Water Management in Disruptive Climate Environment | Aakanksha KESHARI1,2#+, G. C. MAHESHWARI2, A. K. KESHARI3 1HT Media Ltd, India, 2Delhi School of Management, Delhi Technological University, Delhi 110042, India, 3Department of Civil and Environmental Engineering, Indian Institute of Technology Delhi, Hauz Khas, New Delhi 110016, India |
| HS22-A018 | Reframing Sdg 6.5.1 as an Operational Framework for Integrated Water Resources Management: Implications from the Korean Experience | Il-Moon CHUNG#+, Jeong Eun LEE Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS22-A019 | Machine Learning–based Scenario Assessment of Spatial Land-use Change Impacts on River Water Quality | Hyewon LEE1+, Sun Hee SHIM2, Jung Hyun CHOI1# 1Ewha Womans University, Korea, South, 2 Ewha Womans University, Korea, South |
| HS23 Compound Hydroclimatic Extremes in a Changing Environment: Impact, Attribution, and Risk | ||
| Abstract ID | Abstract Title | Authors |
| HS23-A004 | Role of Interacting Hydro-Climatic Drivers in Compound Flood Events across Peninsular India | ANKITA MUKHERJEE1#+, Vikas POONIA2 1Maulana Azad National Institute of Technology Bhopal, India, 2Maulana Azad National Institute of Technology Bhopal, India, India |
| HS23-A020 | Impact-based Ensemble Flood Prediction in Japan Using the Integrated Land Simulator | Isatama WINDARTO1,2#+, Yuki KITA1,3, Kei YOSHIMURA1 1The University of Tokyo, Japan, 2The Ministry of Public Works, Indonesia, 3Gaia Vision Inc., Japan |
| HS23-A021 | Synergistic Effects of Low-level Dynamics and Thermodynamic Preconditioning on Extreme Afternoon Convective Precipitation in Taipei | Chi CHANG1#+, Kosei YAMAGUCHI2 1Graduate School of Engineering, Kyoto University, Japan, 2Kyoto University, Japan |
| HS23-A022 | Improving S2S Air Temperature Forecast Skill by Selective Reuse of Prior Ensembles | Daisuke TOKUDA1#+, Paul DIRMEYER2 1The University of Tokyo, Japan, 2George Mason University, United States |
| HS23-A002 | Frequency Analysis of Upstream–downstream Flood Risk Balance in a Large Sample Approach Using a Multivariate Generalized Pareto Distribution | Saisei UCHIMURA#+, Tomohiro TANAKA, Takahiro SAYAMA Kyoto University, Japan |
| HS23-A027 | Integrating Machine Learning and Life Cycle Assessment to Explore the Water–energy–food Nexus in Opv-equipped Greenhouse Agriculture | Chiaying CHUANG1#+, Fi-John CHANG1, Ming-Hwi YAO2 1National Taiwan University, Taiwan, 2Taiwan Agricultural Research Institute, Taiwan |
| HS23-A023 | Rainfall Evenness As A Key Driver Of Hydrological Extremes In Large River Basins | Saed OMAR#+, Hsin HSU, Hwa-Lung YU National Taiwan University, Taiwan |
| HS23-A028 | Assessing Shallow Geothermal Potential in Hsinchu, Taiwan: Spatiotemporal Groundwater Geostatistics Coupled with Mfls Heat-transfer Modeling | Sheng Che HSU1#+, Hwa Lung YU1, Wei Chin HUANG1, Hua Ting TSENG2, Chia-Lun WANG1 1National Taiwan University, Taiwan, 2Bioenviornmental system engineering, National Taiwan university, Taiwan |
| HS23-A029 | Coupling 2d Hydrodynamic Modeling with Multi-scenario Array Optimization for Hydrokinetic Energy Harvesting | Andrew TSAY#+ National Taiwan University, Taiwan |
| HS23-A017 | Spatiotemporal Characteristics of Compound Dry–hot Events in the Republic of Korea | Kihong PARK1+, Hyeon-Joon KIM2, Wooyoung NA3, Jongjin BAIK1, Hoyoung CHA1, Hyochan KIM1, Seoyeong KU1, Jeemi SUNG1, Kyeongmin KWON4, Changhyun JUN1#, Keunyoung PARK1 1Korea University, Korea, South, 2Pukyong National University, Korea, South, 3Department of Civil Engineering, Dong-A University, Korea, South, 4Department of Civil, Environmental, and Architectural Engineering, Korea University, Korea, South |
| HS23-A024 | Exploring the Role of Land Surface Processes in Air-Temperature Whiplash Events | Yu-Chen CHEN#+, Hsin HSU National Taiwan University, Taiwan |
| HS23-A025 | Coldwaves, Heatwaves, and Temperature Whiplash Over Taiwan in the Past 60 Years | Yen Chu CHEN#+, Hsin HSU National Taiwan University, Taiwan |
| HS23-A007 | Climate change drives a threefold increase in atmospheric–riverine compound heatwave frequency | Yu ZHOU#+, Wei ZHI Hohai University, China |
| HS23-A026 | Role of Land Initialization and Data Assimilation for the 2022 South China Heatwave in a Subseasonal Forecast | Sunlae TAK1#+, Eunkyo SEO1, Myong-In LEE2 1Pukyong National University, Korea, South, 2Ulsan National Institute of Science and Technology, Korea, South |
| HS24 The Third Pole Environment and High Mountains of Central Asia - Hydrometeorological Processes and Human Dimension | ||
| Abstract ID | Abstract Title | Authors |
| HS24-A005 | The Long Road to Medium-precision CO₂ Observation Networks in Alpine Environments: Limitations of Physical Corrections and Dominance of Instrument Drift | WEIMO LI1+, Binbin WANG2#, Yaoming MA2, CHANGRONG TAN1, XUAN LI3, ZHENGLING CAI1, Zuo HONGCHAO1, Cunbo HAN2, Nan YAO3, Xingdong SHI2, Lijun SUN2, Hanying XU4, Tingwei CHEN1, Chunhui DUAN5 1Lanzhou University, China, 2Chinese Academy of Sciences, China, 3Institute of Tibetan Plateau Research, Chinese Academy of Sciences , China, 4Institute of Tibetan Plateau Research, Chinese Academy of Sciences, China, China, 5 Institute of Tibetan Plateau Research, Chinese Academy of Sciences , China |
| HS24-A029 | Seasonal Variation of Subsurface Water Dynamics in Rainfall-runoff Processes in a Headwater Catchment in Northern Japan Alps | Mayu FUJINO1#+, Maki TSUJIMURA1, KOICHI SAKAKIBARA2, An NAKATA1, Keisuke SUZUKI3 1University of Tsukuba, Japan, 2Shinshu University, Japan, Japan, 3Shinshu University, Japan |
| HS24-A030 | Assessing Regional Hydrological Sensitivity Through a Snow Water Storage Index with a Machine Learning-based Snow Product | Jungho SEO1+, JiHyun KIM2, Yeonjoo KIM1# 1Yonsei University, Korea, South, 2Kyung Hee University, Korea, South |
| HS24-A031 | The Impact of Rain-on-snow on Runoff Generation and Compound Flood Risk in the Alpine Watershed Under the Changing Climate | Zhu LIU#+, Feiyan ZHU, Tao SU, Qingyun DUAN Hohai University, China |
| HS24-A033 | Exploring Cooling Trend in River Temperature During the Past 10 Years. | YuChe HSIAO#+, Hsin HSU National Taiwan University, Taiwan |
| HS24-A034 | Assessment of Snow Dynamics Prediction Using MATSIRO Emulator | Atsuki HIGUCHI1#+, Roman OLSON2, Shinjiro KANAE1, Orie SASAKI1 1Institute of Science Tokyo, Japan, 2The University of Tokyo, Japan |
| HS24-A017 | GEWEX Research Activities in Central Asian Mountains | Petrus (Peter) VAN OEVELEN#+, Michael BRODY George Mason University, United States |
| HS25 Climate Change Impacts on Regional Hydrological Issues: Beyond Adaptations and Mitigations | ||
| Abstract ID | Abstract Title | Authors |
| HS25-A023 | Consideration on Application of Flood Action Plan Using Nationwide Probabilistic Flood Discharge Dataset | Natsuki HASEGAWA1#+, Masanobu HASEBE1, Aki TORIYAMA1, Hiroyuki OGURA1, Nobuhisa KAWAKAMI1, Takahiro SAYAMA2, Tetsuya SUMI2 1Shimizu corporation, Japan, 2Kyoto University, Japan |
| HS25-A011 | Monitoring Water, Turbidity, and Vegetation Changes at Coastal Wetlands Using Sentinel-2 Satellite Data | Aoba TOKI#+ Sendai Nika High School, Japan |
| HS25-A001 | Changes in Runoff Characteristics and Their Potential Due to Flood Inundation Tolerance in Depopulated Areas | Ryuto UGAJIN1#+, Yoshiyuki YOKOO2, So KAZAMA1 1Tohoku University, Japan, 2Fukushima University, Japan |
| HS25-A026 | Urban Heat Island Mitigation Through Green Infrastructure: Insights from the Hanoi Metropolitan Area, Vietnam | Yuei-An LIOU1#+, Kim Anh NGUYEN2, Tewabe MELKAMU3, Minh-Tin THAI3 1National Central University, Taiwan, 2Vietnam Academy of Science and Technology, Viet Nam, 3National Central University, Taiwan, Taiwan |
| HS25-A002 | Evaluation of Clear‑cutting in Riparian Zones in Japan for Flood Damage Reduction | So KAZAMA1#+, Takaya KANEKO1, Hayata YANAGIHARA2 1Tohoku University, Japan, 2CRIEPI, Japan |
| HS25-A027 | Assessing Occupational Exposure to Web-bulb Globe Temperature in Taiwan with Personalized Research-grade Low-cost Sensors | Shih-Chun Candice LUNG#+, Shu-Chuan HU, Cheng-You TSAI, Ming-Chien Mark TSOU, Jou-Chen Joy YEH, Chun-Hu LIU Academia Sinica, Taiwan |
| HS25-A017 | A Study on Water Purification Using Slow Sand Filtration | Haruto ISHIMA#+, Shiori HARADA Sendai Nika High School, Japan |
| HS25-A010 | Towards the Practical Application of Phytoremediation in Northern Thailand | Risa TACHIBANA#+, Satoshi AKIBA Sendai Nika High School, Japan |
| HS25-A009 | Water Purification Using Moringa Seeds in Tonle Sap Lake | Soichiro SUZUKI1#+, HARUYA SASAKI2, Takumi IMAI2 1Sendai Nika highschool, Japan, 2Sendai Nika high school, Japan |
| HS25-A008 | Future Projection of River Water Temperature Using Practical Stream Temperature Model | Tsuyoshi HOSHINO#+ Civil Engineering Research Institute for Cold Region, Japan |
| HS25-A005 | Flood Inundation Simulations and Earthquake Effects Evaluations During the September 2024 Oku-noto Heavy Rainfall Event | Sakuya NAKAO#+, Shuichi KURE Toyama Prefectural University, Japan |
| HS25-A003 | Revealing Interactions between Urbanization and Flood Resilience under Climate Change through Basin-Intrinsic Hydrological Attributes | XILAN TAN1+, Yuqin GAO1#, Yunping LIU2, Chenyu YUAN1 1Hohai University, China, 2Changsha university of science and technology, China |
| HS25-A006 | Evaluation of Flood Control Options Based on Urban Flood Inundation Simulations in Toyama City, Japan | Kota HADA1#+, Shuichi KURE2 1Toyama Prefectual University, Japan, 2Toyama Prefectural University, Japan |
| HS25-A004 | Evaluation of River Levee Breach Risk Considering Several Factors Including Vegetation Coverage | Shuichi KURE1#+, Hasune NUMAZAWA2, Yukino MIKI1, Katsuya TAKAHASHI1 1Toyama Prefectural University, Japan, 2Graduate School of Toyama Prefectural University, Japan |
| HS25-A007 | Impacts of Climate Change, Urbanisation and Infrastructure Development on Flooding Dynamics in Peri-urban Areas of Phnom Penh, Cambodia | Takuto KUMAGAE1#+, Monin NONG1, Toru KONISHI2, Hideo AMAGUCHI1, Yoshiyuki IMAMURA1 1Tokyo Metropolitan University, Japan, 2Tokyo Metropolitan University (TMU), Japan |
| HS25-A014 | Analysis of the Impact of Adaptation in Small Rivers Under Climate Change on Flood Control and Biodiversity | Keita KUBO#+, So KAZAMA Tohoku University, Japan |
| HS25-A012 | Soil Properties Survey and Study of Improvement Methods in Siem Reap Province,Cambodia | Hinata UCHIDA1#+, Misato MARUYAMA2, Yuzuki SAGA3 1Sendai Nika high school, Japan, 2Sendai Nika High school, Japan, 3Sendai Nika Highschool, Japan |
| HS25-A022 | Disinfection of E. Coli Using Sodium Hypochlorite and Its Application in Tonle Sap Lake | Hinata SATO#+ Sendai Nika high school, Japan |
| HS25-A013 | Consideration of Composting of Excrement by Aerobic Fermentation Using Household Bio-toilets | Kiwa KANEKO, Yu TOYOTA#+ Sendai Nika High School, Japan |
| HS25-A016 | Proposal of Flood Control Adaptation Measures Utilizing Uninhabited Areas in a Depopulating Society | Haruki TAMAKAWA1#+, So KAZAMA2, Tsuyoshi TADA3, Tomoaki MATSUURA4, Atsuya IKEMOTO2 1TOHOKU UNIVERSITY, Japan, 2Tohoku University, Japan, 3National Defense Academy of Japan, Japan, 4Department of Civil and Environmental Engineering, Graduate School of Engineering, TOHOKU UNIVERSITY, Japan |
| HS25-A015 | How Does Adaptive Capacity Shape Flood-induced Wealth Inequality? Insights from a Coupled Human-water Dynamical Model | Leon VIN1#+, Akiyuki KAWASAKI1, Edoardo BORGOMEO2, Akiyuki KAWASAKI3, Akiyuki KAWASAKI4 1The University of Tokyo, Japan, 2University of Cambridge, United Kingdom, 3Institute of Future Initiatives (IFI), The University of Tokyo, Japan, Japan, 4Institute for Digital Observatory, The University of Tokyo, Japan, Japan |
| HS25-A019 | Synergistic Effects of Alum and Cassava Starch in Coagulation Reactions — Potential Application for Household Water Use at Tonlé Sap Lake — | Kensuke ENDO#+, Satoshi AKIBA Sendai Nika High School, Japan |
| HS25-A018 | Early Warning of Arsenic Pollution Using Aquatic Plants | Ayana SAKURAI#+ Sendai Nika High School, Japan |
| HS25-A021 | Evaluation of Rice Damage Caused by Failure of Pre-release Due to Overestimation of Precipitation at Agricultural Dams | Atsuya IKEMOTO#+, So KAZAMA Tohoku University, Japan |
| HS25-A024 | The Risk of Model Transferability: Evaluating Flood Model Reliability Before and After Flood Control Investments (FCI) | Allan TEJADA1#+, Akiyuki KAWASAKI1, Akiyuki KAWASAKI2, Akiyuki KAWASAKI3 1The University of Tokyo, Japan, 2Institute of Future Initiatives (IFI), The University of Tokyo, Japan, Japan, 3Institute for Digital Observatory, The University of Tokyo, Japan, Japan |
| HS25-A025 | Development of a Flood Frequency–integrated Damage Function for Assessing Recurrent Coastal Flood Risk: a Case Study from Ghana | Eyad RAMI ELDIRDIRY1#+, Akiyuki KAWASAKI1, Akiyuki KAWASAKI2, Akiyuki KAWASAKI3 1The University of Tokyo, Japan, 2Institute of Future Initiatives (IFI), The University of Tokyo, Japan, Japan, 3Institute for Digital Observatory, The University of Tokyo, Japan, Japan |
| HS29 Advances in Water Resources Management in the Climate Change Context | ||
| Abstract ID | Abstract Title | Authors |
| HS29-A001 | Scale-invariance Approach to Modeling of Extreme Hydrologic Processes for Climate Change Impact and Adaptation Studies in Urban Areas | Van-Thanh-Van NGUYEN#+ McGill University, Canada |
| HS29-A006 | Assessment of Groundwater Extraction Stress Based on Aquifer Capacity in Taoyuan, Taiwan | Yu Chieh HO1#+, Chen-Wuing LIU2, Shih-Kuo LIU2, Tai-YI CHU3, Chun-Lung LEE3, Li-Yuan HSU1, Jui-Sheng CHEN4 1Graduate Institute of Applied Geology, National Central University, Taiwan, 2Department of Water Resources, Taoyuan, Taiwan, 3Sinotech Engineering Consultants, LTD., Taiwan, 4National Central University, Taiwan |
| HS29-A002 | Wavelet-Based Spectrum Network Optimization for Water Resource Management Under Sediment Flushing Considerations | Kai-Ming TSANG#+, Ming-Che HU National Taiwan University, Taiwan |
| HS29-A011 | Global Estimation of Potential Risk for Secondary Salinization Under Climate Change | Yuwa KITAMURA1#+, Sayaka YOSHIKAWA2 1Nagasaki university, Japan, 2Nagasaki University, Japan |
| HS29-A003 | Sustainable Groundwater Use in Taoyuan, Taiwan Based on Drawdown Control, Water Quality Standards, and Health Risk Acceptability | Ching-Ping LIANG1#+, Thi-Tuyet-Han NGUYEN2, Zhong-Yi LAIO3, Yu-Hsuan CHAN4, Jui-Sheng CHEN3 1Fooyin University, Taiwan, 2Groundwater Contaminant Transport Research Group,Graduate Institute of Applied Geology, National Central University, Taiwan, 3National Central University, Taiwan, 4Graduate Institute of Applied Geology, National Central University, Taiwan |
| HS29-A004 | Hydrogeological Controls on Rainfall-induced Groundwater-level Variations and Mechanisms of Long-term Deep Aquifer Depression Below Sea Level in the Coastal Taoyuan Region | Jui-Sheng CHEN1#+, Yu Chieh HO2, Chen-Wuing LIU3, Tai-YI CHU4, Tzu-Kuan CHANG5, Cheng-Yu LIU2 1National Central University, Taiwan, 2Graduate Institute of Applied Geology, National Central University, Taiwan, 3Department of Water Resources, Taoyuan city govenment, Taoyuan, Taiwan, 4Sinotech Engineering Consultants, LTD., Taiwan, 5Center for Advanced Model Research Development and Applications, National Central University, Taiwan |
| HS29-A008 | Evidence for Soil Water Moderation by Biochar Through Wavelet Analysis: Mitigating Drought and Flood Stresses in Urban Green Spaces | Inhye SEO1+, Minseop JEONG1, Jun Ge HYUN2, Gayoung YOO1# 1Kyung Hee University, Korea, South, 2Yale University, United States |
| HS29-A007 | Climate Classification for Major Cities in China Using Cluster Analysis | Qinglan LI#+, Huashuai DUAN Shenzhen Institutes of Advanced Technology, Chinese Academy of Sciences, China |
| HS30 Evapotranspiration in a Changing Climate | ||
| Abstract ID | Abstract Title | Authors |
| HS30-A003 | Observed Evaporative Cooling of Urban Trees and Lawns During Heatwaves | Guo Yu QIU1#+, Tao FANG1, Weiting HU1, Chunhua YAN2, Chao ZHANG3, Bei WANG4, Muhammad HAYAT5 1Peking University, China, 2Sun Yat-sen University, China, 3Inner Mongolia University of Finance and Economics, China, 4AT&M Environmental Engineering Technology Co., Ltd, China, 5State Key Laboratory of Desert and Oasis Ecology, China |
| HS30-A006 | An Empirical Partitioning of Evapotranspiration Change Into Soil-moisture-driven and Non-soil-moisture Pathways | Hsin HSU#+ National Taiwan University, Taiwan |
| HS30-A007 | Graph-based Modeling of Spatial and Diurnal Heterogeneity in Evapotranspiration | Arvindd KSHETRIMAYUM+, Hyunho JEON, Minha CHOI# Sungkyunkwan University, Korea, South |
| HS34 Human Impacts on Surface–groundwater Interactions Under Climate Change: Recent Advances and Emerging Insights | ||
| Abstract ID | Abstract Title | Authors |
| HS34-A001 | Integrated Streamflow and Groundwater Level Forecasting for the Ashburton Catchment, New Zealand | Jing YANG1#, Yosuke MIURA2+, Qing HE3, Yohei SAWADA3, Channa RAJANAYAKA1, Doug BOOKER4, Taikan OKI3 1Earth Sciences New Zealand, New Zealand, 2Ritsumeikan University, Japan, 3The University of Tokyo, Japan, 4National Institute of Water and Atmospheric Research, New Zealand |
| HS36 Drought Modelling and Drought Mitigation | ||
| Abstract ID | Abstract Title | Authors |
| HS36-A002 | Exploring the Spatial Connectivity of Agricultural Drought Risk across India: A Complex Network Approach | Kasi VENKATESH1,2#+, Bellie SIVAKUMAR3, Christian ONOF4 1Indian Institute of Technology Bombay and Imperial College London, India, 2Imperial College London, United Kingdom, 3Indian Institute of Technology Bombay, India, 41Department of Civil and Environmental Engineering, Imperial College London, London, SW7 2AZ, United Kingdom |
| HS36-A006 | Flash Droughts Amplify Maize Yield Losses Through Intensified Atmospheric Aridity | Cancan QIAO1+, Shuo WANG2#, Peng ZHU3, Jason A OTKIN4, Zong-Liang YANG5, Amir AGHAKOUCHAK6 1The Hong Kong Polytechnic University, China, 2The Hong Kong Polytechnic University, Hong Kong SAR, 3Department of Geography, The University of Hong Kong, Hong Kong SAR, China, China, 4Cooperative Institute of Meteorological Satellite Studies, Space Science and Engineering Center, University of Wisconsin–Madison, United States, 5The University of Texas at Austin, United States, 6University of California, Irvine, United States |
| HS36-A008 | Global Changes in Drought Characteristics Under Cmip6 Climate Projections | Tariq ROSLAN#+, Julien BOULANGE Tokyo University of Agriculture and Technology, Japan |
| HS36-A012 | Investigation of the Time Propagation Between Agricultural Drought to Meteorological Drought at Different Thresholds in Sabarmati River Basin | Anant Kumar NAGAR1#+, Vivek MANEKAR2, Premlal PATEL3 1Sardar Vallabhbhai National Institute of Technolgy, India, 2Professor, Department of Civil Engineering, Sardar Vallabhbhai National Institute of Technology, Surat, India, India, 3Director, Visvesvaraya National Institute of Technology, Nagpur, India, India |
| HS37 Characterizing and Modelling Ecohydrological Processes in a Changing Environment | ||
| Abstract ID | Abstract Title | Authors |
| HS37-A009 | Detecting Photosynthetic Activity in Arid Groundwater Dependent Ecosystems Using Sun-induced Chlorophyll Fluorescence | Sicong GAO1#+, Zunyi XIE2, Tanya DOODY1 1CSIRO, Australia, 2Henan university, China |
| HS37-A004 | Irreversibility of the Hydrological Cycle in the Amazon Basin in Response to Carbon Dioxide Removal | Jie HSU1+, Jin-Soo KIM2, Soon-Il AN3, Min-Hui LO1# 1National Taiwan University, Taiwan, 2Korea Advanced Institute of Science and Technology, Korea, South, 3Yonsei University, Korea, South |
| HS37-A007 | Scaling of Forest Transpiration Using Canopy Structure and Azimuthal Sapflow Heterogeneity | Xinwei WANG1#+, Takashi GOMI1, Ayumi KOTANI1, Chen-Wei CHIU2, Yupan ZHANG3 1Nagoya University, Japan, 2Ecohydrology Research Institute, University of Tokyo Forests, Japan, 3Institute of radiation medicine, Fudan University, China |
| HS37-A011 | A Physics-informed Deeplearning Framework for Modeling Vertical Lake Temperature Dynamics | Wenpeng XIE1#+, Masaomi KIMURA2, Hongmei LI1 1The University of Tokyo, Japan, 2Kindai University, Japan |
| HS37-A012 | Assessing Riverine Fish Habitat Connectivity with Hydro–hydraulic Modeling and Indices | Young-Jun KIM+, Dong-Hyeon KIM, Seo-Yeon PARK# Joongbu University, Korea, South |
| HS37-A013 | Modeling Environmental Driving Factors of Macroinvertebrate Distributions in Mountainous Rivers | Zhaofeng HAN1#+, Ji CHEN1, Yi LU2,1 1The University of Hong Kong, Hong Kong SAR, 2Hong Kong Metropolitan University, Hong Kong SAR |
| HS40 Land–atmosphere Interactions Across Scales and Their Role in Extremes Events | ||
| Abstract ID | Abstract Title | Authors |
| HS40-A001 | Causal Pathways Underlying Global Soil Moisture–precipitation Coupling | Jing SUN1+, Xiaogang HE1#, Kun YANG2 1National University of Singapore, Singapore, 2Tsinghua University, China |
| HS40-A002 | Revisiting Land-atmosphere Coupling Across Spatial Scales: from Coarse to Kilometer-scale Simulations | Shuping LI1#+, Daisuke TOKUDA1, Hsin HSU2, Ching-Hung SHIH2, Jie HSU2, Min-Hui LO2, Kei YOSHIMURA1 1The University of Tokyo, Japan, 2National Taiwan University, Taiwan |
| HS40-A004 | Budyko-based Analysis of Shifts in Water and Energy Allocation Due to Climate in the Indus River Basin in Pakistan | Muhammad ARIF#+, Chia-Jeng CHEN National Chung Hsing University, Taiwan |
| HS40-A010 | An Observational Assessment of Global Soil Moisture–Precipitation Feedback Using IGRA2 Radiosonde Data | Eunkyo SEO#, yunju PARK+ Pukyong National University, Korea, South |
| HS40-A003 | Seasonality of Evapotranspiration Driven by Soil Moisture and Non–soil-moisture Pathways | En-Tzu WU1, Hsin HSU2#+ 1National Central University, Taiwan, 2National Taiwan University, Taiwan |
| HS40-A006 | Diagnostic Framework for Quantifying Land–atmosphere Coupling Over Central India | Suparya Sonalika RAJ1+, Shubhi AGRAWAL2# 1Indian Institute of Science Education and Research Bhopal (IISER Bhopal), Madhya Pradesh, India, 2Indian Institute of Science Education and Research Bhopal, India |
| HS40-A009 | Expanding Amazon Dry-hot Season Under Anthropogenic Climate Change | Mengxin PAN1#+, Shineng HU2, Benjamin ZAITCHIK3, Yinglin TIAN4, Laibao LIU5, William K. PAN2 1Simon Fraser Univeristy, Canada, 2Duke University, United States, 3John Hopkins University, United States, 4Potsdam Institute for Climate Impact, Germany, 5The University of Hong Kong, Hong Kong SAR |
| HS40-A005 | Urbanization-driven Reconfiguration of Soil Moisture and Surface Energy Fluxes in Tropical Urban Landscapes: Physics-guided Land Surface Modeling for Phnom Penh, Cambodia | Alinea Blanca BARAQUIO#+, Takuto KUMAGAE, Hideo AMAGUCHI, Yoshiyuki IMAMURA Tokyo Metropolitan University, Japan |
| HS40-A007 | What Shapes the Thermodynamic Limits of Ecohydrological Systems? | Daniel Fiifi Tawia HAGAN1#+, Hsin HSU2, João M. GEIRINHAS3, Diego MIRALLES4 1Hydro-Climate Extremes Lab, Ghent University, Ghent 9000, Belgium, Belgium, 2National Taiwan University, Taiwan, 3Hydro-Climate Extremes Lab, Ghent University, Belgium, 4Hydro-Climate Extreme Lab, Ghent University, Ghent 9000, Belgium, Belgium |
| HS40-A008 | Spatial and Temporal Soil Moisture-afternoon Precipitation Feedback in Five-year Kilometer-scale Earth System Models | Junhong LEE1#+, Sarah WARNAU2, Kyo-Sun LIM3, Imme BENEDICT4, Chiel VAN HEERWAARDEN4 1Seoul National University, Korea, South, 2Wetsus, European Centre of Excellence for Sustainable Water Technology, Leeuwarden, The Netherlands, Netherlands, 3Seoul National University, Korea, South, Korea, South, 4Meteorology and Air Quality Group, Wageningen University, Wageningen, The Netherlands, Netherlands |
| HS40-A016 | Rising Flood Threats in a Vulnerable Indian River Basin | Virgonda PATIL1,2#, Sanjaykumar YADAV3+ 1Sardar Vallabhbhai National Institute of technology, Surat (India), India, 2KIT's College of Engineering, Kolhapur (Maharashtra), India, 3Sardar Vallabhbhai National Institute of Technology, India |
| HS41 Water Vulnerability in the Changing Environment: Risks, Impacts, and Adaptation Strategies | ||
| Abstract ID | Abstract Title | Authors |
| HS41-A002 | Anthropogenic Stresses On Global Daily-scale Hydrological Drought | chuyu LUO#+, Xihui GU China University of Geosciences, China |
| HS41-A005 | Urbanization-amplified Precipitation Variability Exacerbates Urban Floods and Droughts Worldwide, Disproportionately in Populous and Poor Cities | Tianshun GU#+, Xihui GU China University of Geosciences, China |
| HS41-A004 | Off-season Greening Flattens Vegetation Seasonality in Northern Mid-high Latitudes Attributed to Anthropogenic Climate Change | Ruijie WANG#+, Xihui GU China University of Geosciences, China |
| HS41-A007 | Characterizing Long-term Flood Resilience in the Chao Phraya River Basin: a Comparative Socio-hydrological Analysis of Historical Temple Architecture and Community Memory | ＺＨＡＯＬＯＮＧ ＧＵ#+, Daisuke KOMORI Tohoku University, Japan |
| HS41-A012 | Multi-metric Evaluation of Adaptation Strategies Under Extreme Drought Condition in the Seomjin River Basin, Korea | Joohyun PARK+, Moon-Hwan LEE# Korea Environment Institute, Korea, South |
| HS41-A008 | Climate Change Drives Contiguous Ocean-to-land Migration Of Excess Water Availability Across Northern Mid-to-high Latitudes | Yansong GUAN1#+, Jianfeng LI1, Lunche WANG2 1The Chinese University of Hong Kong, Hong Kong SAR, 2China University of Geosciences, China |
| HS41-A011 | A Network-based Framework for Deciphering Extreme Precipitation Propagation Across China | Yingying XU#+, Zhiyong LIU Sun Yat-sen University, China |
| HS41-A013 | Observed Evidence of One-century Changes in Rainstorms in Hong Kong | Jianfeng LI1#+, Yangchen LAI2, Yongqin David CHEN1 1The Chinese University of Hong Kong, Hong Kong SAR, 2Nanjing University of Information Science & Technology, China |
| HS43 Impact of Climate Change on Groundwater Quality and Quantity | ||
| Abstract ID | Abstract Title | Authors |
| HS43-A006 | Assessing Groundwater Stress in an Agriculturally Intensive Region of India: Insights from Stable Isotopes and Land-use Change | Nairit SARKAR#+, Sujata RAY Indian Institute of Science Education and Research Kolkata, India |
| HS43-A001 | Recovery of Coastal Aquifers Under Changing Storm-surge Patterns | Satoshi TAJIMA1#+, René THERRIEN2, Philip BRUNNER1 1University of Neuchâtel, Switzerland, 2Université Laval, Canada |
| HS43-A003 | Migration Characteristics of Terrestrial Pollutants in Coastal Groundwater Reservoirs Under Thermal Effects | Jina YIN1#+, Yunshu WU2 1Hohai University, China, 2Hohai University, China, China |
| HS43-A007 | Adaptation Strategies for Climate Change Impact on Groundwater Resource Management: a Case Study in Southern Taiwan | Chihhao FAN#+, Ya-Zhen HUANG National Taiwan University, Taiwan |
| HS43-A011 | Effects of Land Use on Groundwater Temperature | Minha LEE+, Jinah MOON, Heejung KIM# Kangwon National University, Korea, South |
| HS43-A013 | Learning-Based Identification of Cyanobacterial Bloom Conditions for Preventive Management in the Nakdong River | Bugeon JO1#+, youngdo KIM2, Moonhyeong PARK3 1KOREA INSTITUTE of CIVIL ENGINEERING and BUILDING TECHNOLOGY, Korea, South, 2myongji university, Korea, South, Korea, South, 3Korea Institute of Construction Technology, Korea, South |
| HS44 Ecohydrological Processes in the Earth Critical Zone | ||
| Abstract ID | Abstract Title | Authors |
| HS44-A017 | Deep Learning–based Forecasting of Groundwater Levels Under Climate Change Scenarios and Implications for Irrigation Energy and Carbon Emissions | CHE-YEN SU+, Cheng-Wei YU# National Taiwan University, Taiwan |
| HS44-A013 | The Amazing Rhizosphere of Drylands – an Important Component of the Critical Zone | Roy SIDLE1#+, Feras LAFI2 1University of Central Asia, Japan, 2Zayed University, United Arab Emirates |
| HS44-A016 | Tracing and Integrating Water and Solutes Across Landscapes: Ecohydrological Applications from Inland to Coasts | Jaivime EVARISTO#+ University of Georgia, United States |
| HS47 AI-driven Observation, Modeling, and Prediction of Precipitation and Hydrological Extremes | ||
| Abstract ID | Abstract Title | Authors |
| HS47-A012 | Optimizing Feature Selection and Evaluation Benchmarks for Machine-learning-based Multi-source Precipitation Fusion | Guoqiang TANG1#+, Yue XU2, Jun XIA1 1Wuhan University, China, 2Peking University, China |
| HS47-A001 | Assessment of Prediction Skills for Seasonal Drought Events Using Dynamical Models | Hao YIN1#+, Zhenchen LIU2 1Hohai University, China, 2College of Hydrology and Water Resources, Hohai University, Nanjing, China |
| HS47-A004 | Multi-task Deep Learning for Nowcasting | Hongyi YAO#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS47-A018 | Comparison Between Traditional Neural Networks and Physics-informed Neural Network (PINN) for Water Level Estimation in Marikina River | Nelson Stephen VENTURA#+, Tsuyoshi KINOUCHI Institute of Science Tokyo, Japan |
| HS47-A005 | Machine Learning–based High-resolution Enhancement of GSMaP Precipitation | Hitoshi HIROSE1#+, Tsuzuki KAZUMA2, Munehisa YAMAMOTO3, Takuji KUBOTA3, Tomoo USHIO2 1Osaka University, Japan, 2The University of Osaka, Japan, 3Japan Aerospace Exploration Agency, Japan |
| HS47-A008 | Prediction of Sediment Discharge Including Slope Failure in Mountain Are with Physical Model and Machine Learning | Riho KIDO1#+, Takuya INOUE1, Kazuki YAMANOI2 1Hiroshima University, Japan, 2Kyoto University, Japan |
| HS47-A010 | Global River Hydrodynamic Modeling Using Topology-aware Graph Neural Networks | Gang ZHAO1#+, Hancheng REN2, Bo PANG3 1Institude of science tokyo, Japan, 2Beijing Normal University, China, 3Beijing Normal Univesity, China |
| HS47-A013 | A Conditional Generative Adversarial Network Strategy for Historical Precipitation Reconstruction and Forecast Post-processing in Ungauged Basins | Yi LYU1+, Bin YONG1,2#, Nobuyuki UTSUMI3 1Hohai University, China, 2State Key Laboratory of Hydrology-Water Resources and Hydraulic Engineering, China, 3Institute of Science Tokyo, Japan |
| HS47-A015 | AI-based Deep Learning Algorithm for High-reflectivity Rainclouds Evolution Nowcasting | Xianqi JIANG+, Ji CHEN# The University of Hong Kong, Hong Kong SAR |
| HS47-A019 | Spatiotemporal Flood Inundation Prediction Under Levee Breach Conditions Using a Convlstm-based Surrogate Framework | MIN KI HONG+, Yeonjoo KIM# Yonsei University, Korea, South |
| HS47-A017 | Improving Flood Forecasting in Data-scarce River Basins Using Physical Model Simulations and Deep Learning Post-processing | Diani Nimanthika Abeyrathne BASNAYAKE MUDIYANSELAGE#+, Kei YOSHIMURA The University of Tokyo, Japan |
| HS47-A021 | Ai in Global-scale Compound Droughts and Heatwaves: Detection-based Diversity, Interpretable Reconstruction, and Cross-seasonal Prediction | Zhenchen LIU1#+, Hao YIN2 1College of Hydrology and Water Resources, Hohai University, Nanjing, China, 2Hohai University, China |
| HS48 Advancing Hydrology and Water Resources Management Through Artificial Intelligence Techniques | ||
| Abstract ID | Abstract Title | Authors |
| HS48-A006 | GINE –Transformer Demand Estimation Under Sparse Sensing with Attention-Guided Sensor Placement in Water Distribution Networks | Malvin S. MARLIM+, Doosun KANG# Kyung Hee University, Korea, South |
| HS48-A005 | A Deep Learning Approach for Seawater Intrusion Detection Using Multivariate Water Quality Data | Gyu Hyun HAN1+, Kyoung-Ho KIM2, Sung-Wook JEEN1# 1Jeonbuk National University, Korea, South, 2Korea Environment Institute, Sejong 30147, Republic of Korea, Korea, South |
| HS48-A004 | Evaluation of Water Level Prediction for River Construction Site Using Feedforward Artificial Neural Network Compared with Recurrent Models | Go OHNO1#+, Takahiro SAYAMA2, Yukinobu ODA1 1TAISEI CORPORATION, Japan, 2Kyoto University, Japan |
| HS48-A009 | Localization of Multiple Leakages in Water Distribution Networks Using GNNs | Evely TIRZA+, Malvin S. MARLIM, Kyoungwon MIN, Doosun KANG# Kyung Hee University, Korea, South |
| HS48-A011 | Spatial-temporal Adaptive Planning of Flood Managed Aquifer Recharge Guided by Deep Reinforcement Learning | Xiaogang HE#+, Meilian LI National University of Singapore, Singapore |
| HS48-A013 | A Physics-Informed Framework For Evaluating The Scientific Plausibility Of Deep Learning Models In River Water-Quality Simulation | xun ZHANG#+ Hohai University, China |
| HS48-A014 | Comparison of Streamflow Prediction Performance Based on Rainfall-Runoff Deep Learning Model Architectures | Minhyuk KANG+, Yeonjae LEE, Dongkyu KIM, Kyoungwon MIN, Doosun KANG# Kyung Hee University, Korea, South |
| HS48-A015 | Advancing Drought Early Warning in the Mekong Delta with an AI-based Framework Informed by Moisture Tracking | John Xiaogang SHI1,2#+ 1University of New Brunswick, Canada, 2University of Glasgow, United Kingdom |
| HS48-A020 | Drought Coping Capacity Assessment and Reinforcement Learning–based Water Allocation Planning Under Future Inflow Scenarios | Joohyung LEE#+, Jaehwang LEE, Seo Hyung CHOI, Young-Oh KIM Seoul National University, Korea, South |
| HS48-A021 | Transformer-Based Gumbel Parameter Estimation: Robustness in Data-Scarce Regimes | Jaehwang LEE#+, Joohyung LEE, Seo Hyung CHOI, Young-Oh KIM Seoul National University, Korea, South |
| HS49 Water-related Hazards and Their Forecasting and Warning | ||
| Abstract ID | Abstract Title | Authors |
| HS49-A002 | Flood Image Recognition Based on Multiple Deep Learning Models | YUN-TING LEE+, Jhih-Huang WANG# National Ilan University, Taiwan |
| HS49-A013 | Enhanced Spatiotemporal Machine Learning Increases Decadal Forecast Skills for Water Security | Liangjing ZHANG1#, Sunil THAPA1, Ashish SHARMA1, Ze JIANG2,1+ 1UNSW Sydney, Australia, 2Hohai University, China |
| HS49-A003 | Comparative Analysis of YOLO-based Deep Learning Models for Flood Image Recognition | Cheng-An LAI+, Jhih-Huang WANG# National Ilan University, Taiwan |
| HS49-A001 | High-resolution Deep Learning for Rainfall-induced Shallow Landslide Susceptibility Mapping | Yuan-Fu ZENG1#+, Ming-Jui CHANG2, Gwo-Fong LIN2 1National Taiwan University., Taiwan, 2National Taiwan University, Taiwan |
| HS49-A010 | Development of Forecast-based Urban Flood Early Warning and Decision Support Framework for Municipal Governments | Moon-Hwan LEE1#+, Junbong HEO2, Jaeyoung KIM3 1Korea Environment Institute, Korea, South, 2Korea Environment Institue, Korea, South, 3K-water Research Institute, Korea, South |
| HS49-A004 | A Two-stage Deep Learning Approach for Real-time Inundation Forecasting | Jhih-Huang WANG1#+, Huei-Tau OUYANG2, Yu-Chia FANCHIANG1 1National Ilan University, Taiwan, 2Civil engineering department, National Ilan University, Taiwan |
| HS49-A005 | Automated Bridge Component Recognition Using UAV-based Point Clouds and Machine Learning | Tzu-An CHIEN+, Jhih-Huang WANG# National Ilan University, Taiwan |
| HS49-A006 | Flood Susceptibility Mapping Using Clustering and Machine Learning | Yu-Wei CHANG+, Ya-Ru JIANG, Jhih-Huang WANG# National Ilan University, Taiwan |
| HS49-A007 | Maintenance and Management of Debris Flow Disaster Prevention and Control Projects | Yu-Wen SU1#+, Yu-Chao HSU2, NAI-CHING YEH3 1NCKU Research & Development Foundation, Taiwan, 2Yen Tjing Ling Industrial Technology Research and Development Center, National Cheng Kung University, Taiwan, 3NCKU Research and Development Foundation, Taiwan |
| HS49-A008 | Improving Flood Early Warning Notifications in the Netherlands Using a Hybrid EFAS-based Forecasting Approach | Samuel Jonson SUTANTO1#+, Noemi BARBIERI1, Shahab Shariat TORBAGHAN2 1Water Systems and Global Change, Wageningen University and Research, Netherlands, 2Environmental Technology, Wageningen University and Research, Netherlands |
| HS49-A009 | Enhancing River Flow Estimation Accuracy Through a Stacking Ensemble Framework Integrating Timesnet and Mamba Architectures | Riku TSUJI1#+, Kei ISHIDA2 1Kumamoto University Faculty of Engineering Department of Civil and Architectural Engineering, Japan, 2Kumamoto University, Japan |
| HS49-A012 | An Integrated Machine Learning Model for Extreme Rainfall Classification and Urban Flood Warning | Loyi CHEN1#+, Tsung-Yi PAN2, Jihn-Sung LAI1, Ming-Jui CHANG1 1National Taiwan University, Taiwan, 2Center for Weather and Climate Disaster Research, National Taiwan University, Taiwan |
| HS49-A017 | Flood Early Warning Systems from Global to Local: the Today’s Earth Framework | Kei YOSHIMURA1#+, Kosuke YAMAMOTO2 1The University of Tokyo, Japan, 2Japan Aerospace Exploration Agency, Japan |
| HS49-A011 | Multi-satellite Monitoring of Debris Dam to Support Disaster Response Operations | Kuo-Hsin TSENG#+, Chien-Liang LIU, Hsin-Ying LIN, Chia-Hao WANG National Central University, Taiwan |
| HS49-A016 | Overview and Current Status of Today’s Earth: A Terrestrial Hydrological Simulation System | Keisuke YOSHIDA1#+, Kei YOSHIMURA2, Kosuke YAMAMOTO1 1Japan Aerospace Exploration Agency, Japan, 2The University of Tokyo, Japan |
| HS50 Hydrometeorological Extreme Events and Disasters: Observational and Model Based Studies | ||
| Abstract ID | Abstract Title | Authors |
| HS50-A025 | Effect of Climate Extremes on Agricultural Productivity, and Human Mobility in Somaliland: District-level Panel and Ardl Analysis | Omer HASSAN1,2+, Yuan-Fong SU1# 1National Taiwan Ocean University, Taiwan, 2National Taiwan Ocean University, Taiwan |
| HS50-A002 | Do Bias Corrections Alter Wind Regimes? Implications for Regional Wind Regime Representation | Cilcia KUSUMASTUTI1#+, Rajeshwar MEHROTRA2, Ashish SHARMA2 1Petra Christian University, Indonesia, 2UNSW Sydney, Australia |
| HS50-A018 | Virtual Rain: a Web-based Tool for Generating Sub-daily Rainfall Time Series from Daily Data | Salvatore GRIMALDI#+, Francesco CAPPELLI, Emanuele SANTINAMI University of Tuscia, Italy |
| HS50-A019 | Comparative Analysis of Flood Forecasting Using Numerical Weather Predictions and Ai-based Precipitation Forecasts in the Solo River | Amalia WIJAYANTI#+, Yousuke NAKAMURA, Shiori ABE Mitsui Consultants Co., Ltd., Japan |
| HS50-A020 | From Data Scarcity to Action: Prioritizing Vulnerable Urban Communities in El Salvador Through High-resolution Flood Modeling | Mariana Beatriz AVALOS CABRERA#+, Masafumi YAMADA, Tomoharu HORI Kyoto University, Japan |
| HS50-A022 | Every Hour Matters: Generating Hourly Rainfall Surfaces for Accurate Flood Inundation Modelling | Chi NGUYEN1#+, Jai VAZE1, Cherry MATEO1, Jin TENG1, Michael HUTCHINSON2 1Commonwealth Scientific and Industrial Research Organisation, Australia, 2The Australian National University, Australia |
| HS50-A006 | Quantifying Flood-Peak Attenuation by Rice Paddy Storage in a Monsoon River Basin | Ravi KESHARWANI1,2#+, Netrananda SAHU3, Koji DAIRAKU2 1University of Tsukuba (Affiliated: University of Delhi), Japan, 2Institute of Systems and Information Engineering, University of Tsukuba, Japan, 3Department of Geography, Delhi School of Economics, University of Delhi, India |
| HS50-A023 | Evaluating Physically Based Rainfall from a Regional Weather Model for Design Applications | Yong JUNG1#+, Man Woo JUNG1, YoungHun SONG1, Yong woo KIM2, Ga-Young CHOI1 1Wonkwang University, Korea, South, 2Department of Civil and Environmental Engineering, Wonkwang University, Korea, South |
| HS50-A024 | Deep Learning–based Temporal Downscaling of Rainfall Time Series Using a Rain-gauge Network | Soobin CHO1#+, Sangbeom JANG2, Kyeungmin MOON1, Ju-Young SHIN1 1Kookmin University, Korea, South, 2kookmin university, Korea, South |
| HS50-A009 | Numerical Simulation of Debris Flow Using the Mass-flow Model r.avaflow: A Case Study with Parameter Sensitivity Analysis | Ben-Yao HUNG#+, Chyan-Deng JAN National Cheng Kung University, Taiwan |
| HS51 Water and Soil Management to Prevent Salinization Under Changing Conditions | ||
| Abstract ID | Abstract Title | Authors |
| HS51-A013 | Soil Salinization and Its Ecological Impacts in Mongolia | Qinxue WANG#+, Tadanobu NAKAYAMA, Tomohiro OKADERA National Institute for Environmental Studies, Japan |
| HS54 Flood and Drought Hazards: Investigating Drivers, Interactions, Impacts, and Adaptation Strategies in Past and Future Contexts | ||
| Abstract ID | Abstract Title | Authors |
| HS54-A013 | A Cluster-based Framework for Heavy Rainfall Damage Prediction and Minimization of Expected Residual Damage Cost | Jin Gyeong YOO1+, JEONG YUNSANG2, Hyeon-seung LEE1, Do Guen YOO2# 1Department of Civil Engineering, The University of Suwon, Korea, South, 2The University of Suwon, Korea, South |
| HS54-A001 | Public Cooperation in Drought Management: an Institutional Analysis and Development Framework Approach | YUXIANG HONG1#+, Tao CHEN1, Qi WANG1, Joo Heon LEE2, Jie CHEN3, Jongsuk KIM3 1Hangzhou Dianzi University, China, 2Joongbu University, Korea, South, 3Wuhan University, China |
| HS54-A006 | Evaluating the Impact of Input Window Size on Time-Series Models for SPI-3 Drought Forecasting | Jie-Lun CHIANG1#+, Leila FAZELDEHKORDI2 1National Pingtung University of Science and Technology, Taiwan, 2National Pingtung University of Science and Technology, Pingtung, Taiwan |
| HS54-A007 | Assessing Historical and Future Drought Dynamics in Vidarbha, India Using Multi-scale Spi and Cmip6 Climate Projections | Anurag MARWADE1#+, Amit DHORDE2, Swapnil VYAS3 1Department of Geography, Savitribai Phule Pune University, Pune, India, 2Savitribai Phule Pune University, India, 3Savitribai Phule Pune University, India, India |
| HS54-A010 | Assessing Agricultural Drought Vulnerability in Indonesia: Comparison Between the Dam and Community-based Water Resources Through High-resolution Satellite Imagery | Amalia Nafisah Rahmani IRAWAN#+, Daisuke KOMORI Tohoku University, Japan |
| HS54-A012 | Graph Neural Network-based Analysis for Dynamic Vulnerability Assessment of Stormwater Drainage Networks | Hye Young SEO1+, Pill Jae KWAK2, Sung Soo YOO2, Younghan YOON2#, Do Guen YOO3 1Department of Civil Engineering, The University of Suwon, Korea, South, 2Department of Environmental Research, Korea Institute of Civil Engineering and Building Technology, Korea, South, 3The University of Suwon, Korea, South |
| HS54-A008 | Analysis of Countermeasures for Major Risk Factors Based on Causal Reasoning | jonghyeon BAEK+, Sungsu LEE#, Seung Hun CHOI, Seulgi LEE Chungbuk National University, Korea, South |
| HS54-A009 | Analysis of Flood Damage Progression Caused by Compound Factors: a Stamp-eta Analysis of the Osong Underpass Flooding Incident in South Korea | HyeonJi JEONG1+, Sungsu LEE1#, Seung Hun CHOI1, Dongjin CHOI2, Kyungmin SEO3 1Chungbuk National University, Korea, South, 2Center for Disaster Risk Identification and Assessment, NDMI., Korea, South, 3Center for Disaster Risk Identification and Assessment, NDMI, Korea, South |
| HS54-A015 | When Does Drought Become a Disaster? Global Insights from Precipitation Anomalies and Disaster Impact Records | Sneha KULKARNI#+, Yohei SAWADA The University of Tokyo, Japan |
| HS54-A014 | Future Projections and Uncertainty Analysis of Socioeconomic Water Scarcity Risk Under Climate Change Scenarios in Korea | SEWON HWANG1+, Moon-Hwan LEE2# 1Korea Environment Institute (KEI), Korea, South, 2Korea Environment Institute, Korea, South |
| HS54-A016 | Antecedent soil moisture conditions impact on the flood risk in Japan, with regard to climate change | Julie ANDRE#+, Tomohito J. YAMADA Hokkaido University, Japan |
| HS54-A018 | Standardized Precipitation Index | Dong-Hyeon KIM+, Young-Jun KIM, Sang-Hyeok PARK, Joo Heon LEE# Joongbu University, Korea, South |
| HS54-A019 | Identification of Flood Prone Areas Using Machine Learning Techniques: a Case Study of Mahad Tehsil, Maharashtra, India | Sai SHELAR#+, Sudhakar PARDESHI Department of Geography, Savitribai Phule Pune University, Pune, India |
| HS56 Global Hydrology Integrating Microwave Remote Sensing and Data Driven and Physics-based Earth System Models | ||
| Abstract ID | Abstract Title | Authors |
| HS56-A001 | Evaluating the Impact of Spatiotemporal Resolution in Satellite-based Soil Moisture Data Assimilation on Streamflow Prediction | Satbyeol SHIN#+, Yeonjoo KIM Yonsei University, Korea, South |
| HS56-A017 | Global Calibration of the Integrated Land Simulator Enabled by SAR Observations and Deep Learning | Huiran JIN1#+, Wenpeng XIE2, Kei YOSHIMURA2 1New Jersey Institute of Technology, United States, 2The University of Tokyo, Japan |
| HS56-A014 | Role of Snow Land Data Fusion in Eco-hydrologic Processes of Snow Dominated Regions Using Community Land Model Version 5 | Jungho SEO+, Hocheol SEO, Yeonjoo KIM# Yonsei University, Korea, South |
| HS56-A012 | An End-to-End Foundation Model for Global Hydrological Estimation Using Multi-Sensor Microwave Observations | Seulgi KIM+, Subin KIM, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A009 | Land Data Assimilation of Microwave Satellite-retrived Surface Soil Moisture Using a Foundation Model | Subin KIM+, Seulgi KIM, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A013 | Can Flash Droughts Be Revealed Through Subsurface Scattering Effects on Microwave Bistatic Radar-based Cygnss Soil Moisture Retrievals? | Hoang Hai NGUYEN+, Euiyoung CHOI, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A002 | Evaluation of Foundation Model–based Precipitation Using Microwave Satellite Missions | Ebony LEE+, Seulgi KIM, Donggeon LEE, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A008 | Physics-informed Neural Network-based Estimation of Soil Moisture with Tau-omega Model Parameters from SMAP L-band Brightness Temperatures | Jaese LEE1+, Jungho IM2, Hyunglok KIM1# 1Gwangju Institute of Science and Technology, Korea, South, 2Ulsan National Institute of Science and Technology, Korea, South |
| HS56-A003 | Toward Differentiable Microwave Observation Operators Using Foundation Models and Deep Neural Networks | Donggeon LEE+, Ebony LEE, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A004 | Observing Dynamic Surface Water and Its Influence on Land-Atmosphere Coupling | Suah CHO+, Ebony LEE, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A007 | Microwave-informed Foundation Modeling for All-weather Hydrological State Reconstruction | Euiyoung CHOI+, Suah CHO, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A011 | Multi-sensor UAV Microwave Observations for Satellite Calibration/validation and Field-scale Soil Moisture Downscaling for Agricultural Applications | jaegyun JEONG+, Jaese LEE, Hyunglok KIM# Gwangju Institute of Science and Technology, Korea, South |
| HS56-A015 | Developing the First NASA-Korea Core Validation Site to Support Current and Future Microwave Satellite Systems for Soil Moisture Retrieval | Hyunglok KIM1#+, Kunhee PARK2, jaegyun JEONG1, Jaese LEE1 1Gwangju Institute of Science and Technology, Korea, South, 2Gwangju Institute of Science and Technology , Korea, South |
| HS56-A016 | First Assessment of Fldas Soil Moisture Forecast Value for Ndvi Prediction Across Diverse Crop Types and Climate Zones in Sub-saharan Africa | Manh-Hung LE1#+, John BOLTEN1, Weston ANDERSON2, Abheera HAZRA3, Karyn TABOR4, Amy MCNALLY1 1NASA Goddard Space Flight Center, United States, 2Department of Geographical Sciences, University of Maryland, United States, 3Earth System Science Interdisciplinary Center, University of Maryland, United States, 4Science Systems and Applications Inc, United States |
| HS57 Impacts of Human Systems and Climate Extremes on Water Quality and Quantity | ||
| Abstract ID | Abstract Title | Authors |
| HS57-A009 | Climate-driven Simulation and Scenario Analysis of River Water Quality in an Urbanized Basin: the Yamato River, Japan | Xianbao ZHA#+, Masafumi YAMADA, Tomoharu HORI Kyoto University, Japan |
| HS57-A001 | Amplified Role of Flood Events in Total Phosphorus Export from U.s. | Rongjun YU1+, Wei ZHI2# 1Hohai university, China, 2Hohai University, China |
| HS57-A013 | A New Framework for Identifying Phosphorus Impact Risks in Catchments and Quantifying Underlying Processes | Per-Erik MELLANDER1#+, Phil JORDAN2, Rachel CASSIDY3, Golnaz EZZATI4, Jean ORTEGA5, Marc STUTTER6, Richard MCDOWELL7, Jian LIU8, Michael RODE9, Magdalena BIEROZA10, Rémi DUPAS11, Adrian COLLINS12, Kevin HISCOCK13, Richard COOPER13, Russell ADAMS14, Phil HAYGARTH15 1TEAGASC, Ireland, 2School of Geography and Environmental Sciences, Ulster University, Coleraine, United Kingdom, 3Environment and Marine Sciences Division, Agri-Food and Biosciences Institute (AFBI), Belfast, United Kingdom, 4Agricultural Catchments Programme, Teagasc, Ireland, 5Agricultural Catchments Programme, Ireland, 6Environmental and Biochemical Sciences Department, The James Hutton Institute, United Kingdom, 7Lincoln University, New Zealand, 8Department of Soil and Land Use, The Norwegian Institute of Bioeconomy Research, Ås, Norway, 9Department Aquatic Ecosystems Analysis and Management, Helmholtz Centre for Environmental Research-UFZ, Magdeburg, Germany, 10Department of Soil and Environment, Swedish University of Agricultural Sciences, Uppsala, Sweden, 11INRAE, L'institut Agro, UMR 1069 SAS, Rennes, France, France, 12Rothamsted Research, North Wyke, United Kingdom, 13School of Environmental Sciences, University of East Anglia, United Kingdom, 14Department of Environment, Soils and Landuse, Teagasc, Ireland, 15Lancaster Environment Centre, Lancaster University, Lancaster, United Kingdom |
| HS57-A002 | Stable Isotope Constraints on Heavy Metal Sources and Ecological Risk in Urban River Sediments | In-Hyun NAM#+, Dong-Wan CHO Korea Institute of Geoscience and Mineral Resources, Korea, South |
| HS57-A003 | Reservoir Storage Impact on Drought Propagation from Meteorological to Hydrological Drought in a Semi-arid Basin | AJAY GUPTA1#+, Manoj Kumar JAIN2, Rajendra Prasad PANDEY2, David HANNAH3 1Indian Institute of Technology Bombay, India, 2Indian Institute of Technology Roorkee, India, 3University of Birmingham, United Kingdom |
| HS57-A006 | Geostatistical Analysis of Spatial Patterns of Nitrate Contamination in Groundwater in Areas Without Public Water Supply, South Korea | Hyeyeong JEON#+, Chung-Mo LEE Pusan National University, Korea, South |
| HS57-A008 | Quantifying Socio-hydrological Impacts of Oil Palm Plantations on Flood Dynamics Using Direct Soil Observations | Taishi YAZAWA1#+, Dai YAMAZAKI1, Zul Ilham Bin Zulkiflee LUBES2, Nur Azalina Suzianti Binti FEISAL3 1The University of Tokyo, Japan, 2Universiti Malaya, Malaysia, 3Management and Science University, Malaysia |
| HS57-A010 | Identifying Dominant Uncertainty Sources and Credibility Enhancement in Agricultural Water Management Under Climate Extremes | Archana MAJHI1#+, Rajat Kumar SHARMA2, Abhishek N SRIVASTAVA3 1National Centre for Earth Science Studies (NCESS), India, 2National Centre for Earth Science Studies, Thiruvananthapuram, Kerala, India, 3National Institute of Technology Calicut, India |
| HS57-A016 | Impacts of Climate and Land-use Change on Water Quality, Floods, and Droughts for Catchments in Northern England | Sim REANEY1#+, Ivo PINK1, Aaron NEILL2 1Durham University, United Kingdom, 2University of Giessen, Germany |
| HS59 Groundwater & Integrated Water Resources Management: Monitoring, Modeling, Decision-Support, and Stakeholder Engagement | ||
| Abstract ID | Abstract Title | Authors |
| HS59-A001 | Applicability and Considerations of an Emma-based Baseflow Estimation Method in Headwater Catchments | Gyoo-Bum KIM#+, Changhee KIM Daejeon University, Korea, South |
| HS59-A002 | Local Wells as Emergency Water Sources: the 2018 Western Japan Floods | Takahiro ENDO#+ College of Environmental Studies, Rikkyo University, Japan |
| HS59-A003 | Natural and Anthropogenic Controls on Groundwater Decline in the Northern China Plain | Qing HE1#+, Junkun LIANG2, Xin HUANG1, Hui LU2, Naota HANASAKI3, Taikan OKI1 1The University of Tokyo, Japan, 2Tsinghua University, China, 3National Institute for Environmental Studies, Japan |
| HS59-A020 | Development of a 3d Hydraulic Tomography–based Parameter Heterogeneity Estimation Framework Integrating Deep Learning and Conditional Simulation | Zi-Yan CHOU#+, Jui-Pin TSAI National Taiwan University, Taiwan |
| HS59-A004 | Integrated Groundwater - Surface Water Model Development and Stakeholder Engagement in Community-driven Groundwater Management | Thomas HARTER1#+, Laura SEGUIN2, Jean-Daniel RINAUDO2, Josselin ROUILLARD3, Jelena JEZDIMIROVIC1, Claire KOUBA4, Linda SOELLER5, Laura FOGLIA1 1University of California Davis, United States, 2BRGM France, France, 3Ecologic Institute Berlin, Germany, 4Yale University, United States, 5Universitaet Frankfurt, Germany |
| HS59-A006 | Mapping Hyporheic Flow Potential Using Maxent: a Transferable Framework from the Lanyang Plain | Yi-An WU#+, Hwa-Lung YU, Hua-Ting TSENG, Chia-Lun WANG National Taiwan University, Taiwan |
| HS59-A009 | Integration of Electrical Resistivity and Topographic Factors for Hydraulic Conductivity Estimation: a Kan-based Approach | Chia-Lun WANG1#+, Hwa-Lung YU1, Fu-Kuo HUANG2, Hua-Ting TSENG1, Yi-An WU1 1National Taiwan University, Taiwan, 2Tamkang University, Taiwan |
| HS59-A007 | A Temporal Convolutional Network Framework for Anomaly Detection in Regional Groundwater Level Monitoring: a Case Study of the Choushui River Alluvial Fan, Taiwan | Guan-Jia CHEN#+, Hwa-Lung YU National Taiwan University, Taiwan |
| HS59-A005 | Stakeholder Engagement in Groundwater Management in Taiwan: Consensus and Scenario Workshops | Shih-Yao LEE1#+, Hwa-Lung YU1, Jean-Daniel RINAUDO2 1National Taiwan University, Taiwan, 2BRGM France, France |
| HS59-A008 | Effects of Pumping Cycles of a Radial Collector Well on Groundwater Levels in a Riverine Alluvial Aquifer | Hyegang KIM+, Chihyung LEE, Tae Beom KIM# Intellegeo Co., Ltd., Korea, South |
| HS59-A012 | The Groundwater Nexus of Resources, Time Scales, and Worldviews | Makoto TANIGUCHI#+ Research Institute for Humanity and Nature, Japan |
| HS59-A017 | Groundwater changes in the world’s 37 largest aquifer systems | Dan FENG1#+, Kenji TANAKA1, Temur KHUJANAZAROV2 1Kyoto University, Japan, 2kyoto university, Japan |
| HS59-A011 | Climate Change Impacts on Irrigation Water Allocation Reliability: a Kinmen Case Study | Yiron CHEN#+, Hwa-Lung YU, Sheng Che HSU National Taiwan University, Taiwan |
| HS59-A013 | Enhanced Dissolution of Ferric Iron Using Recycled Agricultural Waste Materials | JO YU CHUNG1#+, Jui-Pin TSAI2 1national Taiwan university, Taiwan, 2National Taiwan University, Taiwan |
| HS59-A022 | Application of a Colloidal Transport Equation Incorporating QCM-Derived Kinetics for Nanoplastic Transport in Saturated Porous Media | Han-Sun RYU+, Heejung KIM# Kangwon National University, Korea, South |
| HS59-A014 | Assessment of Energy Policies as Mechanisms for Groundwater Management in Eastern India | Mario SORIANO1#+, Isabella GUPTA1, Sudatta RAY2 1National University of Singapore, Singapore, 2World Resources Institute, Netherlands |
| HS59-A015 | Viability of Groundwater Monitoring Using Hand-Dug Wells in Bantayan Island, Cebu, Philippines | Bea Marie MEDINA1,2#+, Robert Michael DIFILIPPO1 1National Institute of Geological Sciences, University of the Philippines, Philippines, 2National Institute of Geological Sciences, University of the Philippines, Philippines |
| HS59-A018 | Evaluating a Cloud-based Geospatial Decision Support System for Groundwater Resilience in Tonga | Pupunu TUKUAFU#+ Nagasaki University, Japan |
| HS59-A016 | Optimizing Irrigation Systems via an On-Demand Supply Strategy: A Case Study of Water Acidification and Energy Inefficiency in the Zhoumei Plain, Taipei | Yi-Lun CHIU#+, Hwa-Lung YU, Shih-Yao LEE National Taiwan University, Taiwan |
| HS59-A019 | Integrated Framework of Remote Sensing, GIS and Machine Learning for Groundwater Assessment in Urban Environments | Ashok K. KESHARI1#+, Ashish DOBHAL2, Nishi MACHGAHE3 1Department of Civil and Environmental Engineering, Indian Institute of Technology Delhi, Hauz Khas, New Delhi 110016, India, 2Indian Institute of Technology Delhi, India, India, 3Indian Institute of Technology Delhi, India |
| HS59-A021 | Low-cost Remote Freshwater Lens Monitoring in Bantayan Island, Cebu, Philippines | Robert Michael DIFILIPPO1#+, Roland Emerito OTADOY2 1National Institute of Geological Sciences, University of the Philippines, Philippines, 2Department of Physics, University of San Carlos, Cebu, Philippines |
| HS62 Water Resources Policy and Management: from Forecasting to Decision-making | ||
| Abstract ID | Abstract Title | Authors |
| HS62-A008 | Evaluation of Potential Risk Reduction Effects Before and After Water-resource Response Measures Under Water Shortage Conditions | Darae KIM1#+, Yonghyeon GWON1, Dong Gyu HWANG1, Jongpyo PARK2 1HECOREA INC, Korea, South, 2Hydrology Engineering & Consulting Center, Korea, South |
| HS62-A014 | Evaluating operational resilience of pumped-storage hydropower under alternative operating rules | Dong Hyun KIM1#+, Seung Oh LEE2 1Texas A&M University, United States, 2Hongik University, Korea, South |
| HS63 Advanced Urban Flooding Technology and Its Application | ||
| Abstract ID | Abstract Title | Authors |
| HS63-A020 | Poleward Migration of Western North Pacific Tropical Cyclones and Non-stationary Extreme Rainfall in East Asia | Jongsuk KIM1+, Sunkwon YOON2# 1Wuhan University, China, 2The Seoul Institute, Korea, South |
| HS63-A001 | Implementation of an Xai-integrated Service Platform for Real-time Urban Flood Risk Management | TaeYoung HAM#+, BonHyun KOO JBT Corporation, Korea, South |
| HS63-A016 | Analysis of Energy Loss Reduction in a Surcharged Rectangular Junction Manhole with Invert Installation | Sungho LEE1#+, Hyoungsub SHIN1, Junghwan CHOI1, Ihwa PARK1, Jungsoo KIM2 1ERI SOLUTION, Korea, South, 2Bucheon University, Korea, South |
| HS63-A004 | Development of a Time-series Urban Inundation Analysis and Impact Assessment System Incorporating Hydraulic Loss Characteristics of Overloaded Manholes | Changyeon WON1, PARK JONGPYO2+, Junbae WON2, Munmo KIM2# 1HECOREA Inc., Korea, South, 2Hecorea Inc., Korea, South |
| HS63-A003 | Analysis of Energy Loss Variation in a Surcharged Circular Junction Manhole | Jungsoo KIM1#+, Sungho LEE2, Hyoungsub SHIN2, Donghyeok KIM3 1Bucheon University, Korea, South, 2ERI SOLUTION, Korea, South, 3bucheon university, Korea, South |
| HS63-A014 | Analysis of Numerical Stability and Inundation Propagation Characteristics of the Grid-based Urban Drainage System Analysis Model | Dahae YU+, Dongjun KIM, Jung Ho LEE# Hanbat National University, Korea, South |
| HS63-A005 | Deep Learning-Based Spatiotemporal Super-Resolution for 1D–2D Urban Flood Prediction | Hyeonjin CHOI1#+, Hyuna WOO1, Hyungon RYU2, Dong Sop RHEE3, Seong Jin NOH1 1Kumoh National Institute of Technology, Korea, South, 2NVIDIA AI Technology Center Korea Lead, Korea, South, 3Korea Institute of Construction Technology, Korea, South |
| HS63-A008 | Development of an Operational Ward-level Urban Flood Forecasting System for Bangalore India | Rajarshi DAS BHOWMIK1#+, Preethi ALLE1, Nruthya KISHORE2 1Indian Institute of Science, India, 2Indian Institute of India, India |
| HS63-A006 | Identification of Dominant Large-scale Atmospheric Patterns Associated with Major Flood Events in South and Southeast Asia | Wilmat Delankage Sineth Madusanka PRIYASIRI#+, Sunmin KIM, Yasuto TACHIKAWA Kyoto University, Japan |
| HS63-A019 | Full-scale Experimental Investigation of Manhole Cover Displacement Under Urban Flood Conditions | Sang Hwa JUNG, Jongmin KIM#+ Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS63-A012 | Hydraulic Characteristics of Overflow Manholes in Flood-Prone Areas in Seoul | Sunkwon YOON#+, Minseok KIM, Junseo YOON, Sung Hwan HWANG, Jaedo KANG The Seoul Institute, Korea, South |
| HS63-A013 | Priority Assessment of Manhole Surcharge Risk Areas Using the Delphi–ahp Method | Junseo YOON, Sunkwon YOON#, Sung Hwan HWANG, Minseok KIM+ The Seoul Institute, Korea, South |
| HS63-A011 | Applicability Assessment of Inundation Depth-based Urban Flood Early Warning Criteria Using Short-term Rainfall Forecasts | Junbong HEO1+, Moon-Hwan LEE2#, Jaeyoung KIM2 1Korea Environment Institue, Korea, South, 2Korea Environment Institute, Korea, South |
| HS63-A015 | Scenario-based Flood Inundation Mapping Using One-way Coupled Hydrological-hydaulic Modeling System | MIN KI HONG+, Yeonjoo KIM# Yonsei University, Korea, South |
| HS64 Human Regulation of the Water Cycle: Past and Future Impacts on Hydrological Components | ||
| Abstract ID | Abstract Title | Authors |
| HS64-A010 | Anthropogenic Climate Change Has Influenced Global River Flow Seasonality | Hong WANG1+, Junguo LIU2#, Megan KLAAR3, Aifang CHEN2, Lukas GUDMUNDSSON4, Joseph HOLDEN3 1University of Tokyo, Japan, 2Southern University of Science and Technology, China, 3University of Leeds, United Kingdom, 4ETH Zurich, Switzerland |
| HS64-A001 | Dynamic Representation of Crop Areas in the H08 Global Hydrological Model Based on Pre-sowing Water Availability | Yudai AIKYO1#+, Muhammad UMER2, Naota HANASAKI3, Yukiko HIRABAYASHI1 1Shibaura Institute of Technology, Japan, 2National Institute for Environmental Studies (NIES), Japan, 3National Institute for Environmental Studies, Japan |
| HS64-A004 | Impacts of Future Dams: Quantifying Flood Mitigation, Flow Regulation, and Water Stress | Muhammad UMER1#+, Julien BOULANGE2, Naota HANASAKI3 1National Institute for Environmental Studies (NIES), Japan, 2Division of International Environmental and Agricultural Science, Tokyo University of Agriculture and Technology (TUAT), Fuchu, Tokyo 183-8538, Japan, Japan, 3National Institute for Environmental Studies, Japan |
| HS64-A002 | Paradigm Shift in Global Urban Water Resource Assessment | Kiyoharu KAJIYAMA1,2#+, Hyungjun KIM1,3, Naota HANASAKI4, Shinjiro KANAE5 1Korea Advanced Institute of Science and Technology, Korea, South, 2University of Tokyo, Japan, 3The University of Tokyo, Japan, 4National Institute for Environmental Studies, Japan, 5Institute of Science Tokyo, Japan |
| HS64-A005 | Short-term Drought Impacts on Agricultural Water Use and Yield Responses : a Global and Regional Analysis Using H08 | Ayane ATAKA1#+, Naota HANASAKI2, Kei YOSHIMURA1 1The University of Tokyo, Japan, 2National Institute for Environmental Studies, Japan |
| HS64-A003 | Performance of Global Hydrological Models in Simulating Reservoir Storage: Insights from Satellite Observations | Emmanuel OKIRIA1#+, Naota HANASAKI2, Simon GOSLING3, Peter BUREK4, Satoh YUSUKE5, Sebastian OSTBERG6, Kedar OTTA7, Luca GUILLAUMOT8 1National Institute for Environmental Studies, Japan, Japan, 2National Institute for Environmental Studies, Japan, 3University of Nottingham, United Kingdom, 4International Institute for Applied Systems Analysis (IIASA), Austria, 5JAMSTEC, Japan, 6Postdam Institute for Climate Impact Research, Germany, 7The University of Tokyo, Japan, 8International Institute for Applied Systems Analysis, Austria, Austria |
| HS64-A008 | Global Populations Outside the Safe and Just Corridor: Insights from Supply-side Transformations Under Surface Water Earth System Boundaries | Saritha PADIYEDATH GOPALAN1#+, Naota HANASAKI2, Taikan OKI3 1Tokyo Metropolitan University, Japan, 2National Institute for Environmental Studies, Japan, 3The University of Tokyo, Japan |
| HS64-A009 | How Do Lagged Compound Drought and Flood Events Manifest Across Crop Growing Periods? | Prajith V#+, Bellie SIVAKUMAR Indian Institute of Technology Bombay, India |
| HS66 Recent Advances in Hydrological Predictions Enabled by Novel Sensing and Innovative Modelling Approaches | ||
| Abstract ID | Abstract Title | Authors |
| HS66-A002 | Enhancing Natural System Prediction Through Continuous Wavelet-Based Predictor Refinement | Sunil THAPA1#+, Liangjing ZHANG1, Ashish SHARMA1, Ze JIANG2,1 1UNSW Sydney, Australia, 2Hohai University, China |
| HS66-A004 | Fusion of SMAP L-band Vegetation Optical Depth and Multi-Sensor Satellite Data for Enhanced Sentinel-1 Soil Moisture Retrieval in Mountainous Regions | Junhyuk JEONG+, Doyoung KIM, Wanyub KIM, Minha CHOI# Sungkyunkwan University, Korea, South |
| HS66-A003 | Evaluating the Potential of an AI-based Global Weather Prediction Model for Precipitation Forecasting | Yookyung JEONG+, Kyuhyun BYUN# Incheon National University, Korea, South |
| HS66-A005 | Developing a Deep Learning Based Method for Forecasting of Water Levels in Urban Sewer Monitoring Systems | Jiyeon PARK1+, Ju-Young SHIN1#, Sangbeom JANG2, Soobin CHO1 1Kookmin University, Korea, South, 2kookmin university, Korea, South |
| HS66-A007 | A Sentinel-1 SAR-based Surrogate Discharge Framework for Streamflow Estimation in Small and Ungauged Rivers | Kwanghee HAN1,2, Seokhyeon KIM3,1#+, Hae Na YOON4, Rajeshwar MEHROTRA1, Ashish SHARMA1 1UNSW Sydney, Australia, 2K-water, Korea, South, 3Kyung Hee University, Korea, South, 4The University of Newcastle, Australia |
| HS66-A010 | Towards a Global Residual Model: Hydrologically-conditioned Residual Components for Improved Error Correction Across Flow Regimes | Muhammad HAMMAD1#+, Rajeshwar MEHROTRA2, Ashish SHARMA2 1University of New South Wales, UNSW Sydney, Australia, 2UNSW Sydney, Australia |
| HS66-A011 | Urbanfloodbench: a Large-scale Benchmark Dataset and International AI Challenge for Data-driven Surrogate Modelling of Urban Flood Systems | Jia Yu LIM1, Herath Mudiyanselage Viraj Vidura HERATH2, Sanka RASNAYAKA1#+, Lucy MARSHALL2 1National University of Singapore, Singapore, 2The University of Sydney, Australia |
| HS66-A012 | Uncertainty-aware Flood Depth Mapping from Satellite Imagery Using Evidential Deep Learning and Dem-based Inference | HENG JHANG#+, CHI-JU CHEN, Li-Pen WANG National Taiwan University, Taiwan |
| HS66-A013 | Development and Evaluation of Streamflow Prediction Models Using Hydrometeorological Variables and Artificial Intelligence | Sunjun KIM1+, Kiyoung KIM2, Seonmin HAMH1, Jongmin PARK1# 1Korea National University of Transportation, Korea, South, 2Korea Institute of Hydrological Survey, Korea, South |
| HS66-A014 | Generalizing Generative Adversarial Networks for Precipitation Downscaling: Addressing the Perfect-model Vs. Imperfect-model Gap Over the Kameng River Basin, Northeast India | Juhi DHURIYA1#+, Rajib Kumar BHATTACHARJYA2 1Indian Institute of Technology Guwahati, India, 2IIT GUWAHATI, India |
| HS72 Climate Change and Water Disaster | ||
| Abstract ID | Abstract Title | Authors |
| HS72-A007 | A Quintile-based Multi-model Ensemble for Preserving Future Climate and Drought Extremes Over the East Asian Monsoon Region | Seungtaek CHAE1+, Jae Yeol SONG2, Inhwan PARK1, Eun-Sung CHUNG1# 1Seoul National University of Science and Technology, Korea, South, 2National Korea Maritime and Ocean University, Korea, South |
| HS72-A009 | Urban Road Network Resilience Management Under Pluvial Flooding | Qinlin YAN1#+, Erhu DU2 1Southern University of Science and Technology, China, 2Hohai University, China |
| HS72-A010 | Global Intensification, Redistribution, and Mechanistic Controls of the Surface Water Budget Under Climate Warming | Fuxiong GUO#+, Wen WANG Hohai University, China |
| HS72-A020 | Evaluating Water Resources Management Outcomes Through Citizen-based Water Quality Monitoring in Rural Philippines | Taishi YAZAWA1#+, Dai YAMAZAKI1, Kenn Joshua GEROY RUBITE2, Princess Eden MACABATA-RUBITE2 1The University of Tokyo, Japan, 2Municipality of Barbaza, The Province of Antique, Republic of the Philippines, Philippines |
| HS72-A015 | Impact Assessment of Future Rainfall and Downstream Water Levels on Urban Flooding in the Myoshoji River Basin Under the Rcp2.6 Scenario | Takuto UMEDA1#+, Yuto KAWAMURA2, Taichi TEBAKARI3 1Faculty of Science and Engineering Chuo University, Japan, 2Human and Environmental Science and Engineering Course, Graduate School of Science and Engineering, Chuo University, Japan, 3Chuo University, Japan |
| HS72-A021 | Irrigation Water Quality and Behaviour of Groundwater in Tatkon Township, Central Myanmar | Arkar SAN+, Heejung KIM# Kangwon National University, Korea, South |
| HS72-A023 | Assessing Agricultural Water Security by Identifying Unsustainable Green, Blue, and Grey Water Footprint Hotspots in the Hindon River Basin | Ashishkumar KORADIA1#+, Basant YADAV2, Ashish PANDEY3, V M CHOWDARY4, K CHANDRASEKAR4 1Indian Institute of Technology Roorkee, India, India, 2Department of Water Resources Development and Management, Indian Institute of Technology, Roorkee-247667, India, India, 3Department of Water Resources Development and Management, Indian Institute of Technology Roorkee-247667, India, India, 4National Remote Sensing Center, Hyderabad-500037, India, India |
| HS72-A025 | Modeling Hydrological Responses to Land Use in a Micro-catchment Using Swat: a Case Study of Sha Lo Tung in Hong Kong | Xiao FENG#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS72-A026 | Sinks and Sources of Dissolved Arsenic in South Asia | Kyungwon KWAK1#+, Chung-Mo LEE1, Peter KNAPPETT2, Runti CHOUDHURY3, Jinho KIM1 1Pusan National University, Korea, South, 2Texas A&M University, United States, 3 Gauhati University, India |
| HS72-A027 | Coordinated Management of the Water-ecosystem-energy-food System in the Jiziwan Region, Yellow River | Xiaojun WANG1#+, Jianyun ZHANG2, Jiaqi SUN3, Sifu LIU4 1Nanjing Hydraulic Research Institute, Ministry of Water Resources, China, 2Ministry of Water Resources, China, 3Shanxi Normal University, China, 4Nanjing Hydraulic Research Institute, China |
| HS80 Nature-based Solutions for Hydrological Issues in the Critical Zone Under Climate Change | ||
| Abstract ID | Abstract Title | Authors |
| HS80-A001 | Physics-guided Transfer Learning for Infiltration Modeling in the Zhuoshui River Critical Zone Using Realmlp and Shap Interpretabilit | Tai-Sheng LIOU1#+, Hans MARCELO2 1National Chung Cheng University, Taiwan, 2Department of Earth and Environmental Sciences, National Chung Cheng University, Taiwan |
| HS80-A002 | Modeling Spatial Dependence in Typhoon Rainfall Events | Huei-Tau OUYANG1#+, Jhih-Huang WANG2, Yu-Chia FANCHIANG2 1Civil engineering department, National Ilan University, Taiwan, 2National Ilan University, Taiwan |
| HS80-A006 | A Data-resilient LSTM Approach for Short-term River Stage Prediction During Typhoons | Huei-Tau OUYANG1#+, Jhih-Huang WANG2 1Civil engineering department, National Ilan University, Taiwan, 2National Ilan University, Taiwan |
| HS80-A004 | Multi-Level Concentric Well Analysis for Three-Dimensional Aquifer Heterogeneity under Steady-State Conditions | CHEN-JUNG CHANG#+, Jet-Chau WEN National Yunlin University of Science and Technology, Taiwan |
| HS80-A003 | Experimental Validation of a Micro Siphon Hydropower System | Tzu-Heng LIN#+, Jet-Chau WEN National Yunlin University of Science and Technology, Taiwan |
| HS80-A005 | Optimizing Micro-hydropower Generation in Agricultural Channels Through the Water–energy–food Nexus | Tzu-Heng LIN#+, Jet-Chau WEN National Yunlin University of Science and Technology, Taiwan |
| HS80-A010 | Three-dimensional Characterization of Aquifer Hydrogeological Heterogeneity Using Transient Pumping Tests: an Application of Multi-level Concentric Wells | CHEN-JUNG CHANG#+, Jet-Chau WEN National Yunlin University of Science and Technology, Taiwan |
| HS80-A007 | Analysis of Runoff and Sediment Yield Reduction Effects According to Nbs Scenarios: a Case Study of the ‘cheoncheon Watershed’ in the Yongdam Dam Basin | Jinhyeong LEE1#+, Giha LEE2, Minho YEON2, HYEONJE LEE1 1School of Advanced Science and Technology Convergence, Kyungpook National University, Korea, South, 2Kyungpook National University, Korea, South |
| HS80-A008 | Applying Nbs to Shallow Mountain Wetland Restoration: Water Level Fluctuation and Habitat Reconstruction at Shuanglian Reservoir Wetland | Gwo-Wen HWANG1#+, YAO-SHENG HUANG2, Pin-Han KUO1, Hsin-Hua YANG3 1National Ilan University, Taiwan, 2Hydrotech Research Institute, National Taiwan University, Taipei, Taiwan, Taiwan, 3Hydrotech Research Institute, National Taiwan University, Taipei, Taiwan, Taiwan, Taiwan |
| HS80-A011 | Rethinking Detention Design Limits Under Climate Change: System-specific Rainfall Thresholds and Diminishing Returns | Soon Ho KWON1#+, Jae Hyuk KIM2, Seungyub LEE1 1Myongji University, Korea, South, 2Hannam University, Korea, South |
| HS80-A012 | Evaluating Hydrological‑based Environmental Flow for Small Hydropower Plant Planning Under Climate Change | Kyric PHILLIP1, Tian-Yang KE2, Jia-Wei WU2, Pin-Han KUO3#+ 1 Department of Civil Engineering, National Ilan University, Taiwan, Taiwan, 2Department of Civil Engineering, National Ilan University, Taiwan, Taiwan, Taiwan, 3National Ilan University, Taiwan |