AOGS 2023 Abstracts
Hydrological Sciences
HS01 |
HS02 |
HS03 |
HS04 |
HS07 |
HS08 |
HS10 |
HS11 |
HS12 |
HS13 |
HS14 |
HS15 |
HS16 |
HS17 |
HS19 |
HS20 |
HS21 |
HS22 |
HS25 |
HS27 |
HS28 |
HS29 |
HS30 |
| HS01 Challenges in Hydrologic Modeling |
| Abstract ID |
Abstract Title |
Authors |
| HS01-A001 |
Simulating the Impact of Reservoir Operation on its Inflow Flood |
Yangbo CHEN#+
Sun Yat-sen University, China |
| HS01-A002 |
Bivariate Frequency Analysis of Storm Events for Estimating Design Floods in a Watershed |
Min Ji KIM+, Seok Woo KIM, Kyung Woon PARK, Jae Hee RYU, Tae-Woong KIM#
Hanyang University, Korea, South |
| HS01-A023 |
Ensemble Streamflow Prediction Using Ensemble Meteorological Forecast and Dynamic Water Resources Assessment Tool (DWAT) |
Jeonghyeon CHOI#+, Cheol Hee JANG, Deokhwan KIM, Hyeonjun KIM
Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS01-A011 |
Analysis of Soil Loss Using a Physics-based Erosion Model: A Case Study of Uiam Basin in South Korea |
Mingeun SONG+, Minho YEON, Giha LEE#
Kyungpook National University, Korea, South |
| HS01-A003 |
Development of an AI Model for Extreme Flood Event Prediction |
Haneul LEE#+, Seonuk BAEK, Joonhak LEE, Seongcheol SHIN, Hung Soo KIM, Soojun KIM
Inha University, Korea, South |
| HS01-A007 |
Influence of the Temporal Resolution on the Ranking of General Circulation Models: A Complex Networks-based Approach |
Deepthi B1#+, Bellie SIVAKUMAR1,2
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS01-A008 |
Evaluation of Numerous Kinetic Energy-rainfall Intensity Equations Using Disdrometer Data |
Linh NGUYEN+, Minho YEON, Mingeun SONG, Giha LEE#
Kyungpook National University, Korea, South |
| HS01-A024 |
Water Scarcity Risk Assessment in Four Major Basin Areas Using Dynamic Water Resources Assessment Tool |
Deokhwan KIM1#+, Jeonghyeon CHOI1, Cheol Hee JANG1, Hyeonjun KIM1, Hyoungsub SHIN2
1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2ERI Co., Korea, South |
| HS01-A025 |
Development and Global Extension of Dynamic Water Resources Assessment Tool (DWAT) Considering Interaction of Surface Water and Groundwater |
Cheol Hee JANG#+, Hyeonjun KIM, Deokhwan KIM, Jeonghyeon CHOI
Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS01-A004 |
The Impact of Bedrock Surface Geometry on the Matrix Flow Component of Subsurface Stormflow |
Tongbi TU1#+, Levent KAVVAS2, Ali ERCAN3, Z.Q CHEN4
1Sun Yat-sen University, China, 2University of California, Davis, United States, 3Middle East Technical University, Turkey, 4California Department of Water Resources, United States |
| HS01-A006 |
Temporal Dynamics Study of Suspended Sediment Concentration with Network Theory |
Swetalina NATH1#+, Bellie SIVAKUMAR1,2
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS01-A005 |
Spatial, Temporal & Spatiotemporal Streamflow Dynamics Using Network Theory: Application to Australia |
Vishakha REGULWAR1#+, Bellie SIVAKUMAR1,2
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS01-A010 |
Analysis of Evapotranspiration Using Complex Networks and Chaos Theory |
Vamsi Krishna GUNTURU1#+, V. JOTHIPRAKASH1, Bellie SIVAKUMAR1,2
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS01-A009 |
A Developed Method for Quantifying Various Sources of Data Errors in the Calibration of Water Quality Models: Bayesian Error Analysis with Reordering (BEAR) |
Xia WU1#+, Lucy MARSHALL2, Ashish SHARMA2, Qingyun DUAN1
1Hohai University, China, 2UNSW Sydney, Australia |
| HS01-A012 |
Uncertainty Analysis and High-resolution Prediction of Soil Moisture and Streamflow Using WRF-Hydro, PEST, and Deep Learning for Digital Twins |
Bomi KIM+, Garim LEE, Sohyeon KIM, Yaewon LEE, Seong Jin NOH#
Kumoh National Institute of Technology, Korea, South |
| HS01-A013 |
Multivariate Chaotic Analysis of Daily Runoff Series in Savitri River Basin, India |
Namitha Elza SAJI1#+, V. JOTHIPRAKASH1, Bellie SIVAKUMAR1,2
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS01-A015 |
Physics-informed Neural Networks for 1D Shallow Water Equations |
Van Giang NGUYEN+, Xuan-Hien LE, Sungho JUNG, Giha LEE#
Kyungpook National University, Korea, South |
| HS01-A016 |
Challenges in Modelling Soil Water, Heat and Salt Dynamics with Crop Growth in Arid Regions |
Xiaomin MAO#+
China Agricultural University, China |
| HS01-A026 |
Development of Hybrid Model for Flood Damage Prediction |
Joonhak LEE#+, Haneul LEE, Seonuk BAEK, Seongcheol SHIN, Soojun KIM, Hung Soo KIM
Inha University, Korea, South |
| HS01-A020 |
Pollution Accident Analysis Using a Hybrid Hydrologic-hydraulic Model(K-river & K-drum) |
Yonghyeon LEE1+, Hyunuk AN1#, Jungmin AHN2, Youngteck HUR3
1Chungnam National University, Korea, South, 2National Institute of Environmental Research, Korea, South, 3K-water Institute, Korea, South |
| HS01-A021 |
Integrated Modeling of Distributed Hydrological Model and 1D River Model on Nakdong River Basin |
Hyeonseung KU1+, Hyunuk AN1#, Youngteck HUR2, Ahn JUNG MIN3
1Chungnam National University, Korea, South, 2K-water Institute, Korea, South, 3National Institute of Environmental Research , Korea, South |
| HS01-A031 |
Selection of Suitable Sites for Flood Buffer Zone Based on Nature-based Solutions: A Case Study of the Han River in Republic of Korea |
Seonuk BAEK#+, Joonhak LEE, Seongcheol SHIN, Haneul LEE, Soojun KIM, Hung Soo KIM
Inha University, Korea, South |
| HS01-A033 |
Regional Flood Frequency Analysis Considering L-moment and LH-moment Based Framework for Krishna River Basin |
Amit SINGH#+, Sagar CHAVAN
Indian Institute of Technology Ropar, India |
| HS01-A034 |
Complex Networks for Hydrologic Modeling: Progress and Future |
Bellie SIVAKUMAR1,2#+
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS01-A039 |
Sub-basin Scale Simulation of Profile Soil Moisture by Assimilating Multi-source Information Into a Conceptual Hydrological Model |
Qiaoling LI#+, Xingwen LIU, Zhijia LI
Hohai University, China |
| HS01-A040 |
Simulation of Precipitation Induced Flood Flow in Arid Region |
Jennifer DUAN#+
The University of Arizona, United States |
| HS01-A041 |
Catchment Classification Using Network Theory |
Dineshkumar MUTHUVEL1#+, Bellie SIVAKUMAR1,2
1Indian Institute of Technology Bombay, India, 2Tsinghua University, China |
| HS02 Artificial Intelligence for Model and Data Integration in Hydrology |
| Abstract ID |
Abstract Title |
Authors |
| HS02-A001 |
Developing a Physics-informed Deep Learning Model to Simulate Runoff Response to Climate Change in Alpine Catchments |
Liangjin ZHONG1+, Huimin LEI1#, Bing GAO2
1Tsinghua University, China, 2China University of Geosciences, China |
| HS02-A002 |
Application of Machine Learning Models in Improving the Meteorological Data Quality for Accurate Evapotranspiration Estimation |
Satyajit DWIVEDI+, Mazhuvanchery Avarachen SHERLY#, Arun KANSAL
TERI-School of Advanced Studies, India |
| HS02-A004 |
A Review of Computer Vision Techniques Adopted to Tackle Problems in Water Resource Engineering |
Hyewoon JANG+, Donghwi JUNG#
Korea University, Korea, South |
| HS02-A003 |
Hypothetical Ground Radar-like Rainfall Generation of Geostationary Weather Satellite Using Data-to-data Translation |
Kim YEONJUN+, Sungwook HONG#
Sejong University, Korea, South |
| HS02-A008 |
Development of a Surrogate Model to Improve the Efficiency of Groundwater Level Fluctuation Pattern-based Hydrologic Properties Evaluation |
Jiho JEONG+, Jina JEONG#
Kyungpook National University, Korea, South |
| HS02-A010 |
Deep Learning Framework for Correcting Satellite-based Precipitation Products in Mekong River Basin with Discontinuous Observed Data |
Xuan-Hien LE+, Van Giang NGUYEN, Sungho JUNG, Giha LEE#
Kyungpook National University, Korea, South |
| HS02-A006 |
An Automatic Evaluation Mechanism of Acoustic-induced Rainfall Technology |
Linhao FAN1#+, Ji CHEN1, Tiejian LI2, Hongwei XIE3, Jiaye LI4, Mengyao WANG1, Jinzhao WANG3
1The University of Hong Kong, Hong Kong SAR, 2Tsinghua University, China, 3Qinghai University, China, 4Dongguan University of Technology, China |
| HS02-A005 |
Influence of Predictor Aggregation on Performance of Machine Learning Metamodels for Predicting Transit Time |
Reed MAXWELL, Mario SORIANO#+
Princeton University, United States |
| HS02-A009 |
Investigation of Influencing Factors of Acoustic Attenuation in the Atmosphere |
Linhao FAN#+, Ji CHEN
The University of Hong Kong, Hong Kong SAR |
| HS02-A011 |
Bias Correction of Satellite Precipitation Products (SPPs) Using Machine Learning in the Amazon River Basin |
Alena GONZALEZ BEVACQUA+, Xuan-Hien LE, Giha LEE#
Kyungpook National University, Korea, South |
| HS02-A012 |
A Platform for Extreme Rainfall Nowcast Using Deep Learning Methods and a Regional Climate Model |
Ji CHEN1#+, Xianqi JIANG1, Hongyi YAO1, Chao TAN2,1, Hongxu ZHU1
1The University of Hong Kong, Hong Kong SAR, 2The University of Hong Kong Shenzhen Institute of Research and Innovation, China |
| HS02-A015 |
Application of Machine Learning in Predicting Turbidity in the Mountainous River, a Case Study in Lai Chi Wo Catchment, Hong Kong |
Yi LU1,2#+, Ji CHEN2, Hongxu ZHU2, Hongyi YAO2, Zhaofeng HAN2, Qian XU2
1Hong Kong Chu Hai College, Hong Kong SAR, 2The University of Hong Kong, Hong Kong SAR |
| HS02-A016 |
Large-scale Precipitation Nowcasting Based on a Novel Deep Learning Model |
Jinkai TAN#+
Sun Yat-sen University, China |
| HS02-A017 |
Monitoring the Spatio-temporal Evolution of Supraglacial Lakes in Polar Regions Based on Multi-source Remote Sensing Using Deep Learning |
Jiahui QIU+, Jiangjun RAN#, Ruigang HU
Southern University of Science and Technology, China |
| HS02-A018 |
Recent Rapid Changes in Tibetan Lake Areas Driven by Precipitation Anomaly Patterns |
Ruigang HU+, Jiangjun RAN#, Jiahui QIU
Southern University of Science and Technology, China |
| HS03 The Third Pole Environment and High Mountains of Central Asia - Hydrometeorological Processes and Human Dimension |
| Abstract ID |
Abstract Title |
Authors |
| HS03-A001 |
Impacts of Meridional Wind and Water Vapor Flux on Regional Long-term and Short-term Precipitation Over Yarlung Zangbo River Basin |
Xinzheng TANG#+, Ji CHEN, Dawei WANG
The University of Hong Kong, Hong Kong SAR |
| HS03-A002 |
Future Changes in Drought Over Central Asia Under CMIP6 Forcing Scenarios |
Lijuan HUA1#+, Linhao ZHONG2, Tianbao ZHAO3
1University of Chinese Academy of Sciences, China, 2National Institute of Natural Hazards, Ministry of Emergency Management of China, China, 3Chinese Academy of Sciences, China |
| HS03-A003 |
Quantifying the Spatial Characteristics of the Moisture Transport Affecting Precipitation Seasonality and Recycling Variability in Central Asia |
Linhao ZHONG1#+, Lijuan HUA2
1National Institute of Natural Hazards, Ministry of Emergency Management of China, China, 2University of Chinese Academy of Sciences, China |
| HS03-A004 |
Increasing Lake Water Storage on the Inner Tibetan Plateau Under Climate Change |
Binghao JIA#+, Longhuan WANG, Zhenghui XIE
Chinese Academy of Sciences, China |
| HS03-A005 |
The Performance of CMIP6 Surface Water and Energy Balance Predictions and its Influence in Pan Third Pole |
Zhu LIU#+, Bohan HUANG, Su LIU, Tao SU, Qingyun DUAN
Hohai University, China |
| HS03-A006 |
Modeling the Impact of Climate Change on Water Availability in the Snow-Glacier-fed River Basin of the Central Himalayas |
Insaf ARYAL1#+, Navraj DHAKAL2, Piyush DAHAL2
1Central Department of Hydrology and Meteorology, Nepal, 2Recham Consult Pvt. Ltd, Nepal |
| HS03-A007 |
Comprehensive Study of Energy and Water Exchange Process and its Climatic Effects Over the Third Pole |
Yaoming MA#+
Chinese Academy of Sciences, China |
| HS03-A008 |
Spatial and Temporal Analysis of Precipitation Extremities of Eastern Nepal in the Last Two Decades (1997–2016) |
Sunil SUBBA1#+, Yaoming MA2, Weiqiang MA2
1University of Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| HS03-A009 |
Variation of Surface Air Temperature Induced by Enhanced Land–atmosphere Coupling During 1981−2020 in Xinjiang, Northwest China |
Yang YANG1+, Zhaohui LIN2, Lifeng LUO3, Linhao ZHONG1, Dabang JIANG2#
1National Institute of Natural Hazards, Ministry of Emergency Management of China, China, 2Chinese Academy of Sciences, China, 3Michigan State University, United States |
| HS03-A010 |
Development of a High-resolution Tibetan Plateau Climate System Model and its Application in Developing Precipitation Product |
Kun YANG1#+, Xu ZHOU2, Yaozhi JIANG1, Xin LI2
1Tsinghua University, China, 2Chinese Academy of Sciences, China |
| HS03-A036 |
Lightning Climatology and Extreme Lightning Event Analysis in Northeast India Using TRMM LIS and WRF Model: Implications for Hazard Mitigation |
Unashish MONDAL1,2#+, Subrat Kumar PANDA1, S. DAS1, Toru TERAO3, Fumie MURATA4
1Central University of Rajasthan, India, 2MINISTRY OF EARTH SCIENCES (MoES), India, 3Kagawa University, Japan, 4Kochi University, Japan |
| HS03-A012 |
Response of Surface Energy Fluxes and Hydrothermal Characteristics to Precipitation Changes in the Southeastern Tibetan Plateau |
Qingxue DONG#+, Siqiong LUO
Chinese Academy of Sciences, China |
| HS03-A014 |
Implementation of the Calculating Soil Freezing and Thawing Fronts Parameterization in the Earth System Model CAS-ESM |
Ruichao LI#+, Zhenghui XIE
Chinese Academy of Sciences, China |
| HS03-A013 |
A Soil Temperature Dataset Based on Random Forest Model in Three River Source Region |
Xiaoqing TAN#+, Siqiong LUO
Chinese Academy of Sciences, China |
| HS03-A016 |
The GEWEX Regional Hydroclimate Activities in Asia |
Petrus (Peter) VAN OEVELEN#+
George Mason University, United States |
| HS03-A017 |
Collaborative Observational and Modeling Initiative Toward Understanding of Asian Hydroclimatological System |
Toru TERAO1#+, Shinjiro KANAE2, Jun MATSUMOTO3,4, Hatsuki FUJINAMI5
1Kagawa University, Japan, 2Tokyo Institute of Technology, Japan, 3Tokyo Metropolitan University, Japan, 4Japan Agency for Marine-Earth Science and Technology, Japan, 5Nagoya University, Japan |
| HS03-A023 |
Parameterization of Pasture and Toxic Weeds in Community Land Model (CLM5) Over the Three River Source Region on the Tibetan Plateau |
Yaqiong LU#+, Bintao LIU, Yan YANG, Hui YU
Chinese Academy of Sciences, China |
| HS03-A018 |
Impact of the Initial Soil Conditions on Soil Hydrothermal and Surface Energy Fluxes in the Permafrost Region on the Tibetan Plateau |
Siqiong LUO#+, Zihang CHEN
Chinese Academy of Sciences, China |
| HS03-A019 |
Effects of Precipitation on Soil Hydrothermal Characteristics and Freeze-thaw Process on the Seasonally Frozen Ground |
Jingyuan WANG#+
Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China |
| HS03-A029 |
The Impacts of Third Pole Snow Assimilation on Seasonal Meteorology Predictions |
Lu LI1#+, Wei LI2, Jie CHEN2, Yvan ORSOLINI3, Retish SENAN4, Patricia DE ROSNAY4
1NORCE Norwegian Research Center, Norway, 2Wuhan University, China, 3Norwegian Institute for Air Research, Norway, 4European Centre for Medium-Range Weather Forecasts, United Kingdom |
| HS04 Characterizing and Modelling Ecohydrological Processes in a Changing Environment |
| Abstract ID |
Abstract Title |
Authors |
| HS04-A004 |
Using Integrated Flow Modeling to Understand Complex River-aquifer-sea Interactions in the Guangdong-Hong Kong-Macao Greater Bay Area |
Xiaoli WANG+, Ji CHEN#
The University of Hong Kong, Hong Kong SAR |
| HS04-A011 |
Impacts of Compound Droughts and Hot Extremes on Vegetation |
Zengchao HAO#+, Yitong ZHANG
Beijing Normal University, China |
| HS04-A015 |
Temporal Variability in the Surface Energy Partitioning Over Vegetation Types |
Kwanghun CHOI, Kyungrock PAIK#+
Korea University, Korea, South |
| HS04-A001 |
Potential Evaporation and the Complementary Relationship |
Zhuoyi TU1+, Yuting YANG1#, Michael RODERICK2, Tim MCVICAR3
1Tsinghua University, China, 2The Australian National University, Australia, 3Commonwealth Scientific and Industrial Research Organisation, Australia |
| HS04-A002 |
Development of an Evapotranspiration Data Assimilation Framework for Improving the Simulation of Crop Growth and Water Consumption |
Cheng YANG+, Huimin LEI#
Tsinghua University, China |
| HS04-A003 |
Flow Characteristics of the Hornad River and the Anthropogenic Impact of the Ruzin Dam |
Maria HLINKOVA#+, Martina ZELENAKOVA
Technical University of Kosice, Slovakia (Slovak Republic) |
| HS04-A005 |
Aerodynamic Effects Explain Higher Forest Evapotranspiration After Wildfires |
Naika MEILI1#+, Jason BERINGER2, Jiacheng ZHAO3, Simone FATICHI4
1Singapore-ETH Centre, Singapore, 2The University of Western Australia, Australia, 3Beijing Normal University, China, 4National University of Singapore, Singapore |
| HS04-A006 |
Impact of Groundwater Extraction on Hydrological Process Over the Beijing-Tianjin-Hebei Region, China |
Longhuan WANG+, Binghao JIA#, Zhenghui XIE
Chinese Academy of Sciences, China |
| HS04-A010 |
The Impact of Flood Regime on River Floodplain Vegetation Coverage: Insights from 30-year Landsat Record |
Sheng HUANG1,2#+, Jiarui LEI2, Jun XIA1, Gangsheng WANG1
1Wuhan University, China, 2National University of Singapore, Singapore |
| HS04-A008 |
Ecohydrological Response to Transient and Long-term Changes in Solar Radiation |
Yiran WANG1#+, Naika MEILI2, Simone FATICHI1
1National University of Singapore, Singapore, 2Singapore-ETH Centre, Singapore |
| HS04-A009 |
Habitat Suitability Analysis Considering Low-flow and High-flow Periods – A Case Study in Shuangxi River of Taiwan |
Kwan Tun LEE#+, Huan-Yuan CHEN, Cho-Min YANG, Jing-Zong YANG, Nai-Kuang CHEN, Ta-Chun CHIEH, Pin-Chun HUANG, Yu-Han HSU, Yu-Hsun LIAO, Yi-Ting LIN, Ching-Wen HSU, Chiao-Ju LEE, Han-Chung LIN, Kuo-Feng TSENG
National Taiwan Ocean University, Taiwan |
| HS04-A016 |
Exploring the Effects of Environmental Factors on Macroinvertebrates in Mountainous Rivers: Lai Chi Wo River in Hong Kong, China |
Zhaofeng HAN1#+, Ji CHEN1, Yi LU2,1, Qian XU1
1The University of Hong Kong, Hong Kong SAR, 2Hong Kong Chu Hai College, Hong Kong SAR |
| HS04-A013 |
Multi-scale Ecological Operation Model of Reservoir Group Coupled with Ecological Infiltration Irrigation |
Tao BAI#, Dong LIU+
Xi'an University of Technology, China |
| HS04-A014 |
Changes of River Channel and Habitat Conditions by Vegetation Density |
Mikyoung CHOI1#+, Hyunuk AN1, Chang Lae JANG2
1Chungnam National University, Korea, South, 2Korea National University of Transportation, Korea, South |
| HS04-A017 |
Analyzing the Water Budget and Responses to Land Use in a Small Catchment Use Using SWAT Model: A Case Study of Sha Lo Tung in Hong Kong |
Xiao FENG+, Ji CHEN#
The University of Hong Kong, Hong Kong SAR |
| HS04-A018 |
Comprehensive Analysis of Flow Characteristics in Stepped Fishway with Experimental and Numerical Approaches |
Chanjin JEONG1+, Hyung-Ju YOO1, Hyungsuk KIM2, Seungoh LEE1#
1Hongik University, Korea, South, 2Kunsan National University, Korea, South |
| HS04-A019 |
Annual Precipitation Explains Variability in Dryland Vegetation Greenness Globally But Not Locally |
Anna UKKOLA1#+, Martin DE KAUWE2, Michael RODERICK3, Arden BURRELL4, Peter LEHMANN5, Andy PITMAN1
1UNSW Sydney, Australia, 2University of Bristol, United Kingdom, 3The Australian National University, Australia, 4Woodwell Climate Research Center, United States, 5ETH Zurich, Switzerland |
| HS04-A021 |
Slower Changes in Vegetation Phenology than Precipitation Seasonality in the Dry Tropics |
Jiaqi TIAN#+, Xiangzhong LUO
National University of Singapore, Singapore |
| HS04-A023 |
Identification of a Function to Fit the Flow Duration Curve and Parameterization of a Semi-arid Region in North China |
Dengfeng LIU1#, Lan MA1+, Qiang HUANG1, Fengnian GUO1, Xudong ZHENG1, Jing ZHAO1, Jinkai LUAN2, Jingjing FAN3, Guanghui MING4
1Xi'an University of Technology, China, 2Chinese Academy of Sciences, China, 3Hebei University of Engineering, China, 4Yellow River Engineering Consulting Co., Ltd., China |
| HS04-A024 |
Soil Hydraulic Parameters Inversion Based on HYDRUS-2D Model |
Xinmei HAO#+
China Agricultural University, China |
| HS04-A025 |
Rainfall Induced Changes in the Soil Effluxes of Chir-Pine and Banj-Oak Dominated Ecosystems of Central Himalaya |
Priyanka LOHANI1,2#+, Sandipan MUKHERJEE1, K. Chandra SEKAR1, Pooja MEHTA1, Sumit PUNDIR3
1Govind Ballabh Pant 'National Institute of Himalayan Environment', India, 2Graphic Era University, India, 3Graphic Era University, Dehradun, India |
| HS04-A026 |
Bimodal Boreal Summer Soil Moisture: Satellite Observation and Analytical Land-vegetation-atmosphere Model |
Abhinav DENGRI#+, Tomohito J. YAMADA
Hokkaido University, Japan |
| HS04-A028 |
Simulating the Impacts of Numerous Reservoirs on Streamflow and its Extremes in the Yellow River Basin |
Yang JIAO#+, Xing YUAN, Peng JI
Nanjing University of Information Science & Technology, China |
| HS04-A029 |
Biological and Hydraulic Controls on Soil Water Dynamics and Its Implication for Arizona Grassland Carbon Cycle Under Changing Hydroclimate |
Yang SONG1#+, Tianyi HU1, Joel BIEDERMAN2, Xubin ZENG1
1The University of Arizona, United States, 2U.S. Department of Agriculture, United States |
| HS07 Impact, Risk, and Predictability of Compound Hydroclimatic Extremes in a Changing Environment |
| Abstract ID |
Abstract Title |
Authors |
| HS07-A001 |
Mechanism and Prediction of the 2022 Compound Hot Drought Over Southern China |
Xing YUAN#+, Yumiao WANG
Nanjing University of Information Science & Technology, China |
| HS07-A002 |
Low-cost Future Estimation Method of Flood Quantiles for Large Climate Projection Ensembles |
Jiachao CHEN#+, Takahiro SAYAMA
Kyoto University, Japan |
| HS07-A003 |
Intensifying Response of Global Ecosystem Productivity to Flash Droughts Under Climate Warming |
Miao ZHANG+, Xing YUAN#
Nanjing University of Information Science & Technology, China |
| HS07-A004 |
Evaluating the Effects of Climate Change and Human Activities on Watershed Runoff Variation: Focusing on the Geum River Basin |
Miju OH1+, Baesung LEE1, Joo Heon LEE2, Tae-Woong KIM1#
1Hanyang University, Korea, South, 2Joongbu University, Korea, South |
| HS07-A005 |
Risk Assessments of Compound Droughts and Hot Events at the Global Scale |
Yitong ZHANG+, Zengchao HAO#, Qian MA
Beijing Normal University, China |
| HS07-A010 |
Spatially Synchronized Occurrence of Global Droughts and Floods Revealed by Multi-layer Complex Networks |
Hui-Min WANG+, Xiaogang HE#
National University of Singapore, Singapore |
| HS07-A006 |
Global-scale Interpretable Reconstruction of Compound Drought and Heatwaves Utilizing Anomalies of Atmospheric Dynamics |
Zhenchen LIU#+, Wen ZHOU
Fudan University, China |
| HS07-A018 |
Projection of Future Drought Characteristics Using the Multiple Drought Indices Under SSP Scenarios in South Korea |
Songhyun KIM+, Won-Ho NAM#
Hankyong National University, Korea, South |
| HS07-A007 |
Risk Assessment of Flood Disaster in Land Subsidence Areas: The Case of Choushui Alluvial Fan |
Rong-Yu CHEN#+, Hong Ru LIN, Jet-Chau WEN
National Yunlin University of Science and Technology, Taiwan |
| HS07-A008 |
Development of the China Meteorological Administration Land Surface Data Assimilation System (CLDAS-Prcp) Multi-source Precipitation Fusion Dataset and Its Evaluation of Soil Moisture and Snow Simulation Effects |
Shuai SUN1+, Chunxiang SHI2#, Shuai HAN2, Junxia GU2, Bin XU2
1National Meteorological Information Center, China, 2China Meteorological Administration, China |
| HS07-A020 |
Evaluation of the Stability of River Embankments Considering Climate Change |
Sungho LEE1#+, Ingi YOO1, Jung Soo KIM2
1C&I Tech., Korea, South, 2University of Bucheon, Korea, South |
| HS07-A009 |
Increasing Global Precipitation Whiplash Due to Anthropogenic Greenhouse Gas Emissions |
Xinxin WU+, Xuezhi TAN#
Sun Yat-sen University, China |
| HS07-A011 |
A Knowledge-informed Deep Generative Model for Spatially Compound Risk Assessment |
Xinyue LIU1,2+, Dongxiao ZHANG2, Xiaogang HE1#
1National University of Singapore, Singapore, 2Southern University of Science and Technology, China |
| HS07-A012 |
Land-atmosphere Coupling Accelerates the Onset Speed of Flash Drought Over China |
Yumiao WANG#+, Xing YUAN
Nanjing University of Information Science & Technology, China |
| HS07-A013 |
Upwind Flash Droughts Speed Up Heat Waves Over East China |
Shiyu ZHOU#+, Xing YUAN
Nanjing University of Information Science & Technology, China |
| HS07-A014 |
Increased Risk of Compound Flood-heat Extremes in a Warming Climate |
Jun ZHOU1+, Chuanhao WU1#, Pat YEH2, Jiali JU3, Lulu ZHONG1, Saisai WANG1, Junlong ZHANG4
1Jinan University, China, 2Monash University, Malaysia, 3China University of Geosciences, China, 4Shandong Normal University, China |
| HS07-A015 |
Compound Droughts and Floods at the Global Scale |
Xiaogang HE#+, Hui-Min WANG
National University of Singapore, Singapore |
| HS07-A016 |
Projecting Spatial and Temporal Changes of Rainfall Events Using CMIP6 Scenarios in Ca River Basin, Vietnam |
Ju-Young SHIN1, Pham Van CHIEN2, Vo Cong HOANG2, YeonJi CHUNG3+, Myoung-Jin UM3#
1Kookmin University, Korea, South, 2Thuyloi University, Viet Nam, 3Kyonggi University, Korea, South |
| HS07-A017 |
Variability of Australian Compound Hot & Dry Events and Their Large-scale Drivers |
S SHARMILA1#+, Acacia PEPLER1, Jyoteeshkumar PAPARI2, Ulrike BENDE-MICHL1, Wendy SHARPLES1, Irina RUDEVA1, Mitchell BLACK1
1Bureau of Meteorology, Australia, 2Commonwealth Scientific and Industrial Research, Australia |
| HS07-A019 |
Dynamic Prediction and Early Warning Model of Urban Flood Ponding Process Based on Data-driven |
Huiliang WANG, Yihong ZHOU#+, Zening WU
Zhengzhou University, China |
| HS07-A021 |
Evaluation and Multi-model Projection of Seasonal Precipitation Extremes Over Central Asia Based on CMIP6 Simulations |
Victor DIKE#+, Zhaohui LIN
Chinese Academy of Sciences, China |
| HS07-A022 |
Assessing Human Contribution of a Drought via CMIP6 Models: A Case Study of the 2021 Iran Drought |
Jonghun KAM#+
Pohang University of Science and Technology, Korea, South |
| HS07-A025 |
Changes in Sediment Discharge Due to Climate Change Considering Sediment Production Factors |
Riho KIDO1#+, Takuya INOUE1, Misako HATONO1, Kazuki YAMANOI2
1Hiroshima University, Japan, 2Kyoto University, Japan |
| HS07-A023 |
Snow Risk Assessment and Snow Damage Prediction Model Development by Region in South Korea |
Hyeong-Joo LEE+, Jae-Hyeong HAN, Gunhui CHUNG#
Hoseo University, Korea, South |
| HS07-A026 |
Future Hydrological Projection for Flood Management of the LCRR |
Taesam LEE1#+, TBMJ OUARDA2
1Gyeongsang National University, Korea, South, 2National Institute for Scientific Research, Canada |
| HS08 Drought Characterizing and Modelling Hydroclimatological Processes in a Changing Environment |
| Abstract ID |
Abstract Title |
Authors |
| HS08-A014 |
Assessment of Groundwater Recharge and Ternary Mixing in a Small Watershed Using Natural Tracers in Daejeon, Korea |
Hanna CHOI1+, Chung-Mo LEE2, Shim BYOUNG OHAN1#
1Korea Institute of Geoscience and Mineral Resources, Korea, South, 2Pusan National University, Korea, South |
| HS08-A001 |
Estimation of Water Demand Considering Natural, Social, and Environmental Variability |
Tae-Woong KIM#+, Min Ji KIM, Jiyoung KIM, Ji-Young YOO
Hanyang University, Korea, South |
| HS08-A002 |
Evaluating the Hydrologic Risk of Drought in Nakdong River Basin Using a Dynamic Naïve Bayesian Classifier-based Composite Drought Index |
Hyeok KIM1+, Seungho HONG1, Hyun-Han KWON2, Tae-Woong KIM1#
1Hanyang University, Korea, South, 2Sejong University, Korea, South |
| HS08-A012 |
A Multimodel Assessment of Climate Change Impacts on Hydrological Drought Over Hanjiang River Basin, China |
CHAO DAI#+, Zhu HAORAN
Sun Yat-sen University, China |
| HS08-A015 |
How Climate and Vegetation Changes Impact Water Availability and Ecosystem Conditions in the Yellow River Basin |
Fubo ZHAO#+
Xi'an Jiaotong University, China |
| HS08-A003 |
Extreme Drought Event Susceptible to Groundwater Recharge Zonation: A Case Study from Western Odisha, India |
Madhusmita OJHA1#+, Chandrakanta OJHA2, Ipsita NAYAK3, Shreerup GOSWAMI4, Pramod Chandra SAHU1
1Maharaja Sriram Chandra Bhanja Deo University, India, 2Indian Institute of Science Education and Research Mohali, India, 3Odisha Space Application Centre, India, 4Ravenshaw University, India |
| HS08-A005 |
Flash Droughts Identification Based on an Improved Framework and Their Contrasting Impacts on Vegetation Over the Loess Plateau, China |
Shengzhi HUANG#, Xudong ZHENG+, Qiang HUANG, Lin YE, Beibei HOU, Xiaojuan ZHAO, Yifei LI
Xi'an University of Technology, China |
| HS08-A008 |
Study on Multi-scale Drought Propagation and Its Impact on Grain Yield in the Yellow River Basin |
Wenjing MAO+, Jun NIU#
China Agricultural University, China |
| HS08-A017 |
Influence of Agricultural Irrigation on the Regional Groundwater System |
Yi Hsuan HUANG#+, Ko Li LIU, Kai Wen LIN, Ray Shyan WU
National Central University, Taiwan |
| HS08-A007 |
The Decadal Changes in Drought Indicators in Indonesia from 1981 - 2020 |
Amalia Nafisah Rahmani IRAWAN#+, Daisuke KOMORI
Tohoku University, Japan |
| HS08-A009 |
A Hierarchy of Drought Projections for Australia |
Anna UKKOLA1#+, Steven THOMAS2, Elisabeth VOGEL1, Ulrike BENDE-MICHL2
1UNSW Sydney, Australia, 2Bureau of Meteorology, Australia |
| HS08-A011 |
Global Patterns of Drought Propagation Under Future Warming |
Shulei ZHANG#+
Sun Yat-sen University, China |
| HS08-A018 |
The Hydrological Impact of Climate Variability and Forest Disturbance in Stellako Watershed of Canada |
Zipei LIU+, Mingfang ZHANG#, Shiyu DENG
University of Electronic Science and Technology of China, China |
| HS08-A020 |
Impacts of Land Use Change in the Water Quality and Sediment Transport in the Sambunotan Watershed, Dinagat Island, Philippines |
Nichole Anthony PACLE#+, Michelle JAPITANA, Riva Karyl VARELA, Marjunelyn LLESIS, Jahn Rey BAUTISTA, Stephanie Mae SALCEDO-ALBORES, Jojene SANTILLAN, Meriam MAKINANO-SANTILLAN
Caraga State University, Philippines |
| HS10 Hydrometeorology |
| Abstract ID |
Abstract Title |
Authors |
| HS10-A002 |
Competing Aerosol Effects in Convections During Mei-yu Season Over the Yangtze–Huai River Valley in China |
Lin LIU#+
China Meteorological Administration, China |
| HS10-A003 |
Bayesian Model Averaging with Stratified Sampling for Probabilistic Quantitative Precipitation Forecasting |
Haixia QI#+
China Meteorological Administration, China |
| HS10-A004 |
Statistical Characteristics and Drivers of Heavy Precipitation Events Under Different Synoptic Circulation Patterns in the Middle and Lower Reaches of the Yangtze River in Summer |
Tao PENG#+
China Meteorological Administration, China |
| HS10-A005 |
Analysis of the Characteristics of the Low-level Jets and Its Relationship Between Precipitation During the Mei-yu Season |
C.G. CUI#+
China Meteorological Administration, China |
| HS10-A006 |
Long-term Changes, Synoptic Behaviors, and Future Projections of Large-scale Anomalous Precipitation Events in China Detected by a Deep Learning Autoencoder |
Zeqin HUANG#+, Xuezhi TAN
Sun Yat-sen University, China |
| HS10-A007 |
Comparative Analysis of One Parameter Hydrological Model on Watershed in Republic of Korea |
Heemin KO1+, Hyunuk AN1#, Seungjun LEE1, Jiyoung JUNG2
1Chungnam National University, Korea, South, 2K-water, Korea, South |
| HS10-A008 |
Impact of Acoustic Waves on Rainfall Distribution in Acoustics-induced Artificial Rainfall Technology |
Mengyao WANG1#+, Ji CHEN1, Jiaye LI2, Jinzhao WANG3
1The University of Hong Kong, Hong Kong SAR, 2Dongguan University of Technology, China, 3Qinghai University, China |
| HS10-A009 |
Application of Lightning Data to High-resolution Rapid Refresh |
Anwei LAI#+
China Meteorological Administration, China |
| HS10-A012 |
Three Factors to Explain the Spatial Distribution in Surface Humidity: Application to South Korea |
Jisoo LEE+, Dongwoon KANG, Kyungrock PAIK#
Korea University, Korea, South |
| HS10-A011 |
Analysis of the Effect of Design Rainfall Overrun Duration on Drainage System |
Seok Hwan HWANG#+, Jungsoo YOON, Narae KANG
Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS10-A010 |
Unlocking the Future of Rainfall: Enhancing Interannual Forecasts with Spectral Transformations of CMIP Decadal Predictions |
Ze JIANG1#+, Dipayan CHOUDHURY 2, Ashish SHARMA1
1UNSW Sydney, Australia, 2NSW Department of Planning and Environment, Australia |
| HS10-A015 |
Higher Temperature Enhances Spatio-temporal Concentration of Rainfall |
Dagang WANG#+
Sun Yat-sen University, China |
| HS11 Urban Water-related Problems |
| Abstract ID |
Abstract Title |
Authors |
| HS11-A001 |
Development of Observational Data Collecting System for Urban Flood Analysis |
GyeongHyeon KIM+, BonHyun KOO, TaeYoung HAM, KyuCheoul SHIM#
JBT Corporation, Korea, South |
| HS11-A002 |
ML-RAINCAST: Application of Data-driven Models for Rainfall Radar Nowcasting in a Real-time Urban Flood Prediction System |
Detchphol CHIWATKULSIRI#+, Hitoshi MIYAMOTO
Shibaura Institute of Technology, Japan |
| HS11-A004 |
Source Identification of Nitrate Pollution in Groundwater Using Fecal Sterol Markers of an Urban Area in Japan |
Kei NAKAGAWA1#+, Zhuolin LI1, M. Shahidal ISLAM1, Taito AIHARA2, Takahiro HOSONO2, Yuji TAKAO1
1Nagasaki University, Japan, 2Kumamoto University, Japan |
| HS11-A005 |
Improving a Unit-hydrograph Model for Flood Early Warning System |
James GRIFFITHS#+
National Institute of Water and Atmospheric Research, New Zealand |
| HS11-A032 |
Future Proofing Green Infrastructure |
James GRIFFITHS#+
National Institute of Water and Atmospheric Research, New Zealand |
| HS11-A006 |
Patch Size Effect on Dissolved Inorganic Carbon Absorption by Submerged Aquatic Vegetation |
Keisuke NAKAYAMA1#+, Keita MATSUMURA1, Hiroki MATSUMOTO2, Tetsuya SHINTANI3
1Kobe University, Japan, 2Port and Airport Research Institute, Japan, 3Tokyo Metropolitan University, Japan |
| HS11-A007 |
Characteristic of Regional Groundwater Flow System: Case Modeling Study in Longzici Karst Spring Area, North China |
Xiaojuan QIAO1,2#+, Yu CHENG1, Dawei WANG1
1University of Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| HS11-A030 |
Multi-objective Uncertainty Assessment of High-resolution Urban Flood Modeling Using Heterogeneous Information |
Seong Jin NOH1#+, Bomi KIM1, Hyeonjin CHOI1, Garim LEE1, Seungsoo LEE2, Seongsim YOON3, Wonkook KIM4
1Kumoh National Institute of Technology, Korea, South, 2Korea Environment Institute, Korea, South, 3Korea Institute of Civil Engineering and Building Technology, Korea, South, 4Pusan National University, Korea, South |
| HS11-A008 |
The Effects of Forecast Rainfall and Sewerage Water Level Information for Early Evacuation in Urban Areas |
Naoki KOYAMA#+, Shiori TERAI, Tadashi YAMADA
Chuo University, Japan |
| HS11-A014 |
The Applicability of LSTM, XGBoost, and LightGBM for Water Level Prediction in Rivers and Reservoirs |
Zheng Kun WANG+, Yu LI#
Nankai University, China |
| HS11-A013 |
Isolation and Characterisation of Bacterial Species for the Bioremediation of Synthetic Dyes in Wastewater |
Priscilla S. K. LEUNG+, Kung Ming LEUNG, Grace LAI, Simon GRIFFIN#
The ISF Academy, Hong Kong SAR |
| HS11-A035 |
Analysis of Influencing Factors and LID Optimization Design of Sponge City Construction in Typical Coastal Area |
Qian ZHANG#+, Yingwei YUAN, Chen FEIWU, Yang YU
Tianjin Agricultural University, China |
| HS11-A037 |
Rainfall-runoff-inundation Simulation Using a 1m Resolution Elevation Data Focusing on Sannomiya, Japan |
Nanako INOKAWA#+, Kenichiro KOBAYASHI
Kobe University, Japan |
| HS11-A015 |
Ensemble Rainfall–runoff and Inundation Simulations Including Kalman Filter Application Using 1000 Member Rainfalls by 4D LETKF on the Kumagawa River Flooding 2020 |
Kenichiro KOBAYASHI#+
Kobe University, Japan |
| HS11-A017 |
Impact of a Number of Ensemble Members in Numerical Weather Prediction Models on Flood Prediction |
Tsutao OIZUMI1#+, Takuya KAWABATA1, Le DUC2, Kenichiro KOBAYASHI3, Kazuo SAITO2, Takuma OTA1
1Meteorological Research Institute, Japan, 2The University of Tokyo, Japan, 3Kobe University, Japan |
| HS11-A016 |
Comparative Analysis of Stream Water Temperatures in River Basins with Different Degrees of Urbanization |
Hitoshi MIYAMOTO#+, Shuji IDEI
Shibaura Institute of Technology, Japan |
| HS11-A022 |
Patch Size Effect on a Flow Field Due to Submerged Aquatic Vegetation |
Keita MATSUMURA1+, Keisuke NAKAYAMA1#, Tetsuya SHINTANI2, Hiroki MATSUMOTO3
1Kobe University, Japan, 2Tokyo Metropolitan University, Japan, 3Port and Airport Research Institute, Japan |
| HS11-A023 |
A hp Adaptive Discontinuous Galerkin Hydrodynamic Model for 2D Shallow Water Equations |
Tsubasa IWASAKI+, Tetsuya SHINTANI#
Tokyo Metropolitan University, Japan |
| HS11-A024 |
Enhancing Equitable Distribution and Network Resilience in Intermittent Water Supply Systems |
Vasan ARUNACHALAM#+, M. Naveen NAIDU, Murari RR VARMA
Birla Institute of Technology and Science, Pilani, India |
| HS11-A036 |
Evaluation of Two Low Impact Development Technologies: Permeable Pavement and Exfiltration Storage |
James LI#+
Toronto Metropolitan University, Canada |
| HS11-A028 |
A Study on Measures to Prevent Flooding at Seoul National University's Gwanak Campus |
Hyeonju KIM#+, Soohyun YANG, Young-Oh KIM
Seoul National University, Korea, South |
| HS11-A025 |
Impacts of Multiple Water Sources on Water Quality of Urban Rivers |
Shurong ZHANG#+, Ling BAI, Yijuan BAI
Beijing Normal University, China |
| HS11-A027 |
Fundamental Study on Accurate Prediction of River Temperature Using Deep Learning |
Daichi FUKUMARU+, Yoshihisa AKAMATSU#
Yamaguchi University, Japan |
| HS11-A031 |
Multi-objective Stormwater Management in Industrial Land Developments |
Ranjan SARUKKALIGE#+
Curtin University, Australia |
| HS12 Climate Change Impacts on Regional Hydrological Issues: Projections and Adaptations Strategies |
| Abstract ID |
Abstract Title |
Authors |
| HS12-A001 |
Functional Assessment of Off-channel Storage Using Existing Facilities and Topography |
Sora MARUTA+, Seiki KAWAGOE#
Fukushima University, Japan |
| HS12-A005 |
Evaluation the Carbon Dioxide Control Effect of Hydropower Generation Using Irrigation Reservoirs Targeting Pre-discharged Water |
Atsuya IKEMOTO1#+, So KAZAMA1, Takeo YOSHIDA2
1Tohoku University, Japan, 2National Agriculture and Food Research Organization, Japan |
| HS12-A002 |
Relationship Between Frequent Flood, People Perception, and Countermeasures in Cases of the 2022 Floods in Japan |
So KAZAMA#+
Tohoku University, Japan |
| HS12-A004 |
Probable Maximum Precipitation Projection Using CORDEX-EA in Soyang Dam, South Korea |
Ju-Young SHIN1#+, Ji-Hye KWON2, Sunghun KIM3, Jun-Haeng HEO3
1Kookmin University, Korea, South, 2SISTECH, Korea, South, 3Yonsei University, Korea, South |
| HS12-A006 |
Relationship Between Population Change and Regional Characteristics Caused by Flood Damage |
Ayaka OKAMOTO#+, So KAZAMA, Hayata YANAGIHARA, Yusuke HIRAGA
Tohoku University, Japan |
| HS12-A007 |
Projection and Mitigation to the Hydrological Drought Over the Upper Yellow River Basin Under Climate Change, Land Cover Change and Reservoir Operation |
Peng JI+, Xing YUAN#
Nanjing University of Information Science & Technology, China |
| HS12-A010 |
Algorithm Development for Precipitation Estimation by Image Segmentation Model Using Meteorological Satellite Images |
Kansei FUJIMOTO#+, Taichi TEBAKARI
Chuo University, Japan |
| HS12-A009 |
Consideration of the Best Way of Desalination of Salinity Accumulation Soil in Mekong Delta |
Aoi TAKAHASHI#+
Sendai Nika Junior & Senior High School, Japan |
| HS12-A020 |
Examining the Method of Pre-discharge from Dam Reservoirs for Flood Damage Mitigation in Central Vietnam |
Tadashi YAMADA, Naoki KOYAMA, Kei KOURA#+
Chuo University, Japan |
| HS12-A011 |
Applicability of Excess Probable Rainfall Using Radar Rainfall for Watershed Management |
Shihori OHASHI#+, Taichi TEBAKARI
Chuo University, Japan |
| HS12-A013 |
Projections of Future Flood Damage Cost and Evaluation of Adaptation Measures in River Basins of Toyama Prefecture, Japan |
Shuichi KURE#+, Daichi KIKUCHI, Ryuto FUJISHITA
Toyama Prefectural University, Japan |
| HS12-A014 |
New Flood Hazard Information Based on Risk Assessment of Levees of Rivers in Toyama Prefecture, Japan |
Shintaro MATSUMOTO#+, Shuichi KURE
Toyama Prefectural University, Japan |
| HS12-A015 |
Assessment of Impact of 1.5-degree Celsius Increase Due to Global Warming on Flood and Erosion Risk in Rivers in Toyama Prefecture, Japan |
Ryuto FUJISHITA#+, Shuichi KURE
Toyama Prefectural University, Japan |
| HS12-A016 |
Assessing Rainwater Storage Facilities for Flood Prevention in Urban Areas: A Case Study of Seoul's Gangnam Area |
Sujin KIM#+, Jonguk KIM, Kwangwon YOON, Hyeonseok CHOI, Sunkwon YOON
Seoul Institute of Technology, Korea, South |
| HS12-A018 |
Regional Scale Water Footprint Based Agricultural Water Security Assessment |
T. R. SREESHNA#+, Athira P
Indian Institute of Technology Palakkad, India |
| HS12-A021 |
Basin-scale Trend Analysis of Hydro-climatic Variables from Historical to Projected CMIP5 Future |
Sushree Swagatika SWAIN1#+, Ashok MISHRA2, Chandranath CHATTERJEE2
1Research Scholar, India, 2Indian Institute of Technology Kharagpur, India |
| HS13 Hydrology of Data-scarce Mountainous Basins |
| Abstract ID |
Abstract Title |
Authors |
| HS13-A001 |
A Statistical Approach to Gap Filling of Precipitation Data Over the Indian Himalayan Region |
Nibedita SAMAL#+, Sanjeev Kumar JHA
Indian Institute of Science Education and Research Bhopal, India |
| HS13-A002 |
Effect of Land Use Land Cover Changes on the Water Balance Components of the Glacier-fed Mountainous Watershed: Assessment Using Fully Distributed Hydrological Model |
Kavya M#, Sanjeev Kumar JHA+, Ankit SINGH
Indian Institute of Science Education and Research Bhopal, India |
| HS13-A003 |
Smaller Sets of Training Data Can Effectively Generate Fine-scale Weather Data Over the Northwest Himalayas |
Sanjeev Kumar JHA#+, Nibedita SAMAL, Akshay SINGHAL
Indian Institute of Science Education and Research Bhopal, India |
| HS13-A004 |
Sustainable Water Resources Management Using Soil and Water Assessment Tool (SWAT) and Analytical Hierarchy Process (AHP) for Water-scarce Northern Afghanistan |
Wahidullah HUSSAINZADA1, Han Soo LEE1#, Jonathan CABRERA2,3+, Ahmad Tamim SAMIM1,4
1Hiroshima University, Japan, 2Hiroshima University / Davao Oriental State University, Japan, 3Davao Oriental State University, Philippines, 4Balkh University, Afghanistan |
| HS13-A005 |
Inter-comparison of Thirteen Gridded Global Precipitation Dataset for Natural Resources Management |
Ahmad Tamim SAMIM1,2+, Han Soo LEE1#, Farhad NAYYER1, Wahidullah HUSSAINZADA1
1Hiroshima University, Japan, 2Balkh University, Afghanistan |
| HS13-A006 |
Assessing Total Water Storage and Associated Hydrological Processes in Indian Himalayan River Basins |
Mohit YADAV1#+, A. P. DIMRI1, Suraj MAL2, Pyarimohan MAHARANA2
1Jawaharlal Nehru University, India, 2Delhi University, India |
| HS13-A008 |
Stream Flow Modelling in Kabul River Basin Using Soil and Water Assessment Tool (SWAT) |
Usman SHEHZAD#+
Hiroshima University, Japan |
| HS13-A009 |
A Time-space Varying Distributed Unit Hydrograph (TS-DUH) for Operative Flash Flood Forecast Using Publicly-available-only Data |
Ying HU1#+, Huan WU1, Weitian CHEN1, Chaoqun LI1, Wei WU2, Zequn HUANG3, Lulu JIANG1, Zhijun HUANG1
1Sun Yat-sen University, China, 2Ministry of Emergency Management, China, 3Key Laboratory for Meteorological Prevention and Mitigation of Disasters in Hunan Province, China |
| HS14 Water-related Hazards and Their Forecasting and Warning |
| Abstract ID |
Abstract Title |
Authors |
| HS14-A015 |
Using Three-dimensional Numerical Simulation Technology for Delineation of the Impact Area Caused by Large-scale Landslide |
YuTing WANG, Jui-Yi HO#, Chih-Hsin CHANG, Yu-Ching LIN+
National Science and Technology Center for Disaster Reduction, Taiwan |
| HS14-A001 |
Modeling Storm Surge and Wave Induced Sea Dike Breaking and Overflow |
Wei-Che HUANG#+, Wen-Cheng LIU
National United University, Taiwan |
| HS14-A002 |
Delineation of Saltwater Intrusion to Exploit Freshwater in the Coastal Vietnamese Mekong Delta: Empirical Evidences in Co Chien Estuary |
Duc Dung TRAN1,2#+, Thuc PHAM THI BICH3, Edward PARK2, Nam NGUYEN TRUNG4, Vu TRUONG NGUYEN3, Man DUONG BA3
1National Institute of Education and Earth Observatory of Singapore, Singapore, 2Nanyang Technological University, Singapore, 3Vietnam Academy of Science and Technology, Viet Nam, 4Ministry of Agriculture and Rural Development, Viet Nam |
| HS14-A003 |
The Integration Technology of Wind Warning and Application During Typhoons Affecting Taiwan |
Chieh-Ju WANG#+, Dan Rong CHEN, Hsin-Hung LIN, Yi-Chiang YU
National Science and Technology Center for Disaster Reduction, Taiwan |
| HS14-A004 |
Risk Assessment and Real-time Warning System Development of Hillslope Disaster in Mountainous Indigenous Villages |
Jui-Yi HO#+, YuTing WANG, Che-Hsin LIU, Wei-Bo CHEN, Chih-Hsin CHANG
National Science and Technology Center for Disaster Reduction, Taiwan |
| HS14-A005 |
Analysis on Large-scale Landslide Occurrence - A Case Study for Hu-Hu-Lun Area |
Yu-Ching LIN+, Jui-Yi HO#, Chiao-Yin LU, Che-Hsin LIU, Shih-Chiang LEE, Chih-Hsin CHANG
National Science and Technology Center for Disaster Reduction, Taiwan |
| HS14-A023 |
Near Real Time (NRT) Flood Forecasting Model on 10 Sub-basins in the Greater Chao Phraya River Basin, Thailand |
Pongsit POLSOMBOON1#+, Anurak SRIARIYAWAT2, Piyatida RUANGRASSAMEE2
1Faculty of Engineering, Chulalongkorn University, Thailand, 2Chulalongkorn University, Thailand |
| HS14-A006 |
Exploring the Use of Single Image Super-resolution Techniques for Enhancing GCM Rainfall Data in Taiwan |
Chou-Chun CHIANG1+, Li-Huan HSU1#, Jung-Lien CHU1, Kuan-Ling LIN1, Li-Rung HWANG1, Hsin-Hung LIN1, Chieh-Ju WANG1, Yi-Chiang YU1, Chin-Shyurng FAHN2
1National Science and Technology Center for Disaster Reduction, Taiwan, 2National Taiwan University of Science and Technology, Taiwan |
| HS14-A007 |
The Application of FORMOSAT-7/COSMIC-2 Radio Occultation Observation in Hazardous Weather |
Yu-Chun CHEN#+, Chih-Chien TSAI, Yi-Chao WU, An-Hsiang WANG, Chieh-Ju WANG, Hsin-Hung LIN, Yi-Chiang YU
National Science and Technology Center for Disaster Reduction, Taiwan |
| HS14-A008 |
Inundation Analysis of Farmlands Area Using 2D Inundation Model K-flood |
Inhyoek SONG+, Hyunuk AN#, Hee Sung LIM
Chungnam National University, Korea, South |
| HS14-A009 |
Challenges in Monitoring and Forecasting Flood Hazards in Developing Countries |
Mohamed RASMY1,2#+, Tomoki USHIYAMA1,2, Katsunori TAMAKAWA1, Kentaro AIDA1, Keijiro KUBOTA1, Toshio KOIKE1
1Public Works Research Institute, Japan, 2National Graduate Institute for Policy Studies, Japan |
| HS14-A016 |
Pre-processing of Rainfall Forecasts to Improve the Predictive Skill of the Real-time Flood Forecasting System for the Chao Phraya River Basin |
Theerpol CHAROENSUK1,2#+, Jakob LUCHNER3, Nicola BALBARINI3, Piyamarn SISOMPHON4, Peter BAUER-GOTTWEIN 1
1Technical University of Denmark, Denmark, 2Hydro Informatics Institute, Thailand, 3DHI A/S, Denmark, 4Ministry of Higher Education, Science, Research and Innovation, Thailand |
| HS14-A011 |
Improvement and Uncertainty Analysis of Streamflow Prediction Using Lumped-hydrologic Modeling and Ensemble-based Data Assimilation |
Garim LEE+, Bomi KIM, Songhee LEE, Seong Jin NOH#
Kumoh National Institute of Technology, Korea, South |
| HS14-A012 |
Effects of Sample Volume on Microplastics Occurrence in Groundwater: A Case Study in Haean, Korea |
Jihye CHA+, Jin-Yong LEE#
Kangwon National University, Korea, South |
| HS14-A014 |
Prediction of River Level by Neural Network Model and Ensemble Learning Model |
Siyan LIU+, Yu LI#
Nankai University, China |
| HS14-A017 |
Use UAS to Track Coastal Changes in Northern Area in Taiwan |
Ting-Yu LIANG+, Hung-Ju SHIH, Shih-Chiang LEE, Yu-Ching LIN#, Jui-Yi HO, Chih-Hsin CHANG
National Science and Technology Center for Disaster Reduction, Taiwan |
| HS14-A018 |
Prediction of Sewer Pipe Water Level Using Machine Learning Algorithm |
Hyojin LEE1+, Hyunuk AN1#, Hee Sung LIM1, Seungsoo LEE2
1Chungnam National University, Korea, South, 2Korea Environment Institute, Korea, South |
| HS14-A019 |
Development of Rapid Flood Image Recognition Using Deep Learning Algorithm |
Yuan-Fu ZENG#+, Gwo-Fong LIN, Cheng-Lin YANG
National Taiwan University, Taiwan |
| HS14-A020 |
The Behavior of Landslide-induced Sediment Pulse Evolution in Channel Network: Theory and Simulation |
Cheng WEI#+
DPRI, Kyoto University, Japan |
| HS14-A021 |
Investigation of Downstream Geomorphology and Biological Environment Influenced by the Sediment Bypass Tunnel Operation of the Koshibu Dam |
Yixuan LIU#+, Tetsuya SUMI, Yasuhiro TAKEMON, Sameh KANTOUSH
Kyoto University, Japan |
| HS14-A022 |
Semantic Standardization and Automatic Alert Application of Taiwan's Tangible Cultural Heritage Under the Flood Situation |
Yu-Hua CHEN#+
National Science and Technology Center Disaster Reduction, Taiwan |
| HS14-A024 |
A Study on the Establishment of Flood Criteria for Vehicle Using a Survey |
Cheonkyu CHOI#+, Hui-Seong NOH
Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS15 Satellite Remote Sensing for Water and Carbon Cycle Studies |
| Abstract ID |
Abstract Title |
Authors |
| HS15-A003 |
Looking Beyond the Grace Era: A Novel Index Based on Reconstructed Daily Grace Data for Water Extremes During 1961-2015 |
Abhishek ABHISHEK1#+, Jinghua XIONG2, Shenglian GUO2, Jun LI3, Jiabo YIN2
1Indian Institute of Technology Roorkee, India, 2Wuhan University, China, 3South China University of Technology, China |
| HS15-A001 |
Soil Mositure Estimation from SMAP Brightness Temperature with Variational Scattering Albedo in Dense Vegetation |
Chang-Hwan PARK1#+, Andreas COLLIANDER2, Thomas JAGDHUBER3, Aaron BERG4, Michael COSH5
1Ajou University, Korea, South, 2NASA Jet Propulsion Laboratory, United States, 3German Aerospace Center, Germany, 4University of Guelph, Canada, 5United States Department of Agriculture, United States |
| HS15-A002 |
Nasa Soil Moisture Active Passive Mission Status, Products and Applications |
Simon YUEH1#+, Dara ENTEKHABI2, Rajat BINDLISH3, Jared ENTIN4
1Jet Propulsion Laboratory, California Institute of Technology, United States, 2Massachusetts Institute of Technology, United States, 3NASA Goddard Space Flight Center, United States, 4National Aeronautics and Space Administration, United States |
| HS15-A023 |
Examining the Extreme and Long-term 2022 Drought Event in the Southern Region of South Korea Using Remote Sensing-based Drought Index |
Gwangsu PARK+, Won-Ho NAM#
Hankyong National University, Korea, South |
| HS15-A014 |
Reprocessing Satellite Data Products of Soil Moisture and Evapotranspiration Using Machine Learning Approaches for NOAA Weather and Climate Prediction and Societal Applications |
Xiwu ZHAN1#+, Jifu YIN1, Li FANG1, Jicheng LIU1, Chengquan HUANG2
1National Oceanic and Atmospheric Administration, United States, 2University of Maryland, United States |
| HS15-A020 |
Estimation of Actual Evapotranspiration and Its Components by Integrating the Shuttleworth-Wallace and Surface Temperature-vegetation Index Schemes |
Yaokui CUI#+
Peking University, China |
| HS15-A004 |
Long-term Evaluation of the AMSR2 L2 Soil Moisture Product of JAXA on the Mongolian Plateau for Ten Years from 2012 to 2021 |
Ichirow KAIHOTSU1#+, Jun ASANUMA2, Kentaro AIDA3, Dambaravjaa OYUNBAATAR4, Nozomu HIROSE5
1Hiroshima University, Japan, 2The University of Tsukuba, Japan, 3Public Works Research Institute, Japan, 4Institute of Meteorology, Hydrology and Environment, Mongolia, 5National Institute of Technology, Matsue College, Japan |
| HS15-A021 |
Partitioning of Evapotranspiration Based on Flux Variance Similarity Theory for an Urban Forest Land |
Han LI+, Han CHEN, Jeanne Jinhui HUANG#
Nankai University, China |
| HS15-A022 |
Estimation of Actual Evapotranspiration by Using Soil Moisture Data |
Harshita Rani AHIRWAR#+, Anupam Kumar NEMA, Prashant K. SRIVASTAVA
Banaras Hindu University, India |
| HS15-A005 |
Deep Learning-based Multi-source Soil Moisture Merging and Downscaling in Central Taiwan |
Yu-Ru CHIOU+, Chia-Jeng CHEN#
National Chung Hsing University, Taiwan |
| HS15-A006 |
Global Snow and Ice Cover Dataset and Climatology Derived from 35 Years of Multi-satellite Observations |
Peter ROMANOV#+
City University of New York, United States |
| HS15-A008 |
Hydrologic Predictions Using Surrogate River Discharge Derived from L-band Microwave and Hydrologic Signatures |
Hae Na YOON1#+, Ashish SHARMA2, Lucy MARSHALL2
1Macquarie University, Australia, 2UNSW Sydney, Australia |
| HS15-A010 |
Spatially Gap-filling and Downscaling of Visual/NIR Derived Flood Inundation |
Ying HU1#+, Wenjiang ZHANG2, Huan WU1
1Sun Yat-sen University, China, 2Sichuan University, China |
| HS15-A011 |
Aboveground Carbon Sequestration Variation by Forest in the Western Sichuan of China |
Shiyu DENG+, Mingfang ZHANG#, Zipei LIU
University of Electronic Science and Technology of China, China |
| HS15-A012 |
Evaluating Drydown Patterns from SMAP L3 Using a Bivariate Recursive Filter |
Jhilam SINHA#+, Ashish SHARMA, Lucy MARSHALL
UNSW Sydney, Australia |
| HS15-A015 |
Improving Soil Moisture Retrieval by Synergistic Update of Vegetation Index and Surface Roughness |
Jianxiu QIU#+
Sun Yat-sen University, China |
| HS15-A016 |
Global High-resolution Mapping of UN SDG Indicator Mountain Green Cover Index |
Jinhu BIAN#+, Ainong LI
Institute of Mountain Hazards and Environment, CAS, China |
| HS15-A017 |
Progress and Perspective of the Stereoscopic Observation and High Spatial Resolution Products Development of Key Global Change Parameters for Mountain Ecosystem |
Ainong LI#+, Jinhu BIAN
Institute of Mountain Hazards and Environment, CAS, China |
| HS15-A018 |
Integration of Fine and Moderate Resolution Land Cover Products for Improved Global Surface Water Mapping |
Chengquan HUANG1#+, Xiwu ZHAN2
1University of Maryland, United States, 2National Oceanic and Atmospheric Administration, United States |
| HS16 Applying Novel Technologies to Assess the Impacts of Flood-induced Disasters Over the Watershed |
| Abstract ID |
Abstract Title |
Authors |
| HS16-A001 |
Flood Depth Estimation for Urban Area Using Google Earth Engine and Digital Elevation Based Hydroprocessing Models |
Lifan CHEN#+, Tsun Hua YANG
National Yang Ming Chiao Tung University, Taiwan |
| HS16-A003 |
Inundation Risk and Its Impact Assessment on Groundnuts Under Climate Change in Yunlin County, Taiwan |
Yi-Hua HSIAO1#+, Chun-Che CHEN1, Xing-Yu LIU1, Chih-Tsung HSU2, Dong-Sin SHIH3
1National Science and Technology Center for Disaster Reduction, Taiwan, 2National Center for High-Performance Computing, Taiwan, 3National Yang Ming Chiao Tung University, Taiwan |
| HS16-A002 |
River Stage Forecasting Based on the Coupling of Support Vector Regression and Runge–Kutta Schemes |
Jiun-Huei JANG#, Kun-Fang LEE, Hsuan Yeh SHIH+
National Cheng Kung University, Taiwan |
| HS16-A011 |
Urban Restoration Priority Assessment Against Urban Flood Damage with Resilience |
HyungJun PARK+, Chanjin JEONG, Hyun Jung LEE, Seungoh LEE#
Hongik University, Korea, South |
| HS16-A004 |
An Investigation on Spatiotemporal Characteristics of River Sediment Using Time Series InSAR |
Shih-Yuan LIN1#+, Shih-Teng CHANG1, Ching-Fang LEE2
1National Chengchi University, Taiwan, 2Sinotech Engineering Consultants Inc., Taiwan |
| HS16-A005 |
Estimation of Pier Scours by Incorporating Hydraulic Parameters and Triaxial Accelerometer |
Hsuan-Yu PENG#+, Dong-Sin SHIH
National Yang Ming Chiao Tung University, Taiwan |
| HS16-A006 |
Measuring Flow Field of Scouring Hole Using Laser Doppler Velocimetry |
Wei-Feng TAI#+, Dong-Sin SHIH
National Yang Ming Chiao Tung University, Taiwan |
| HS16-A008 |
Sediment Estimation Using Machine Learning Approaches in Wu River, Taiwan |
Chia-Hsuan CHUNG, Yu-Cheng CHEN, Chun-Ju CHENG, Yuan-Fong SU#+
National Taiwan Ocean University, Taiwan |
| HS16-A009 |
Evaluating the Effectiveness of a Convolutional Autoencoder for Bias-corrected Satellite Precipitation Product in Hydrological Modeling |
Oudom Satia HUONG#+, Xuan-Hien LE, Van Giang NGUYEN, Giha LEE
Kyungpook National University, Korea, South |
| HS16-A007 |
Analysis of Compound Flood Risk Using Trivariate Copulas |
Jiun-Huei JANG#, Jun-Hao LIN+
National Cheng Kung University, Taiwan |
| HS16-A012 |
Hydrodynamic Features of Undular Flow Induced by a Submerged Channel-span Cylinder |
WuRong SHIH#+, Yi-Ze ZHANG
National Chung Hsing University, Taiwan |
| HS16-A013 |
Innovative Use of Unmanned Surface Vehicle Technology for Muskingum Flood Routing Parameter Derivation |
Yeo LIM#+
University of North Dakota, United States |
| HS17 Climate Variability and Its Impact on River Hydrology: Observational and Model Based Studies |
| Abstract ID |
Abstract Title |
Authors |
| HS17-A002 |
Comparison of Rainfall-runfoff in the Mekong River Basin Using Grid-based Precipitation Products(GPPs) |
YoungHun KIM+, Xuan-Hien LE, Sungho JUNG, Alena GONZALEZ BEVACQUA, Giha LEE#
Kyungpook National University, Korea, South |
| HS17-A004 |
Assessment of River Morphological Changes Based on Coupling WRF-Hydro with SRH-2D Models |
Yi Yun LU+, Chia-Jeng CHEN#
National Chung Hsing University, Taiwan |
| HS17-A003 |
River Sediment Prediction Based on Coupling WRF with GSSHA Models |
Wen Yi LU+, Chia-Jeng CHEN#
National Chung Hsing University, Taiwan |
| HS17-A005 |
Impact of Climate Change on Hydrological Extremes in Brahmaputra River Under 2o and 3o C Global Warming Level |
Rishi GUPTA#+
Indian Institute of Technology Jammu, India |
| HS17-A006 |
Evaluating the Influence of Hydrological Changes on the Process-based River Recovery Trajectory in Asian River Systems |
Chandan PRADHAN#, Suman Kumar PADHEE, Ketan Kumar NANDI, Subashisa DUTTA+, Rishikesh BHARTI
Indian Institute of Technology Guwahati, India |
| HS17-A008 |
Climate Change Impact on Spring Water Discharge in the Himalayas Region |
Netrananda SAHU#+
University of Delhi, India |
| HS17-A010 |
Seasonal Variability of River Discharge and Profile Analysis Using Acoustic Doppler Current Profiler (ADCP): Monitoring the Agno River in San Carlos City, Pangasinan, Philippines |
Kim Bryan CABRERA1#+, Decibel FAUSTINO-ESLAVA1, Juan Miguel GUOTANA2, Loucel CUI1, Jenielyn PADRONES1, Richard WILLIAMS3, Emma BILES4, Laura QUICK3, Patrick BYRNE4, Ylam Shalev MATBA1, Kennethjer ALEJO1, Francis Ian GONZALVO1, Maria Regina REGALADO1
1University of the Philippines Los Baños, Philippines, 2University of the Philippines Diliman, Philippines, 3University of Glasgow, United Kingdom, 4Liverpool John Moores University, United Kingdom |
| HS19 Understanding Extreme Precipitation and Mitigation Potential Across Scales |
| Abstract ID |
Abstract Title |
Authors |
| HS19-A001 |
Model-based Estimation of Long-duration Design Precipitation |
Yusuke HIRAGA1#+, Yoshihiko ISERI2, Levent KAVVAS2, Michael WARNER3, Angela DUREN3, John ENGLAND3, Chris FRANS3
1Tohoku University, Japan, 2University of California, Davis, United States, 3U.S. Army Corps of Engineers, United States |
| HS19-A002 |
Thermodynamically Enhanced Precipitation Extremes Due to Anthropogenic Greenhouse Gases and Aerosols |
Xuezhi TAN#+, Zeqin HUANG
Sun Yat-sen University, China |
| HS19-A003 |
Performance Evaluation and Improvement of CMFD-based Precipitation Products Over Shanghai City, China |
Nuo LEI#+, Zhengzheng ZHOU, Shuguang LIU, Guihui ZHONG, Sha LOU, Qi ZHUANG
Tongji University, China |
| HS19-A004 |
Projection of Future Precipitation and Extreme Events in the Indus River Basin |
Hira SATTAR#+, Tsuyoshi KINOUCHI
Tokyo Institute of Technology, Japan |
| HS19-A006 |
Flood Risk Assessment on the Lake Kasumigaura Basin Under Changing Climate and Future Socio-economic Scenarios |
Shuoyuan LIANG#+, Tsuyoshi KINOUCHI
Tokyo Institute of Technology, Japan |
| HS19-A007 |
A New Bias Correction Approach of the Satellite Precipitation Products with Limited Gauges |
Li ZHOU1#+, Yufeng REN2, Gretchen KALONJI1
1Sichuan University, China, 2China Yangtze Power Co., Ltd, China |
| HS19-A008 |
Bivariate Rainfall Frequency Analysis in an Urban Watershed: Combining Copula Theory with Stochastic Storm Transposition |
Qi ZHUANG#, Shuguang LIU, Zhengzheng ZHOU, Yuting JIN+
Tongji University, China |
| HS20 Hydrology for Human-nature Coupled System |
| Abstract ID |
Abstract Title |
Authors |
| HS20-A002 |
The Investigation of Decreasing Subsurface Water in Wetland |
Chih-Chung WU#+, Jian-Ping SUEN
National Cheng Kung University, Taiwan |
| HS20-A009 |
Energy Distribution Within the Canopy Column |
Kwanghun CHOI, Kyungrock PAIK#+
Korea University, Korea, South |
| HS20-A003 |
Application of Intraspecific Competition of the Benthic Fish Species in Nanzihsian Stream for River Habitat Restoration |
Lu YING-SHENG+, Jian-Ping SUEN#
National Cheng Kung University, Taiwan |
| HS20-A008 |
Proposing a New Landscape Evolution Model Capable of Simulating Transport of Mixed-size Grains |
Dongwoon KANG+, Kyungrock PAIK#
Korea University, Korea, South |
| HS20-A007 |
Rescaled Width Function Considering the Spatial Distribution of Flow Velocity to Reproduce Flood Hydrographs |
Jisoo LEE+, Kyungrock PAIK#
Korea University, Korea, South |
| HS20-A005 |
Recent Intensification of Riverbed Mining in the Mekong Delta Revealed by Extensive Bathymetric Surveying |
Rachel LAU1, Edward PARK1#, Duc Dung TRAN2,1+
1Nanyang Technological University, Singapore, 2National Institute of Education and Earth Observatory of Singapore, Singapore |
| HS20-A006 |
Flood Extent Mapping and Damage Assessment Using Optical and SAR Imagery a Case Study of the Lower Indus Basin, Pakistan |
Sidrah HAFEEZ1#+, Mingfu GUAN2, Dapeng YU3,4
1The University of Hong Kong and Previsico Asia Limited, Hong Kong SAR, 2The University of Hong Kong, Hong Kong SAR, 3Loughborough University, United Kingdom, 4Previsico Asia Limited, Hong Kong SAR |
| HS20-A010 |
Stability of Slopes Implemented with Stepped Bioretention Cells |
Boji CHEN, Ting Fong May CHUI#+
The University of Hong Kong, Hong Kong SAR |
| HS20-A011 |
Optimal Irrigation Water Allocation Among Different Growth Stages |
Gene Jiing-Yun YOU#+, Yu-Syuan CAI
National Taiwan University, Taiwan |
| HS21 Water-carbon Cycles in Agricultural Lands Under Changing Climate |
| Abstract ID |
Abstract Title |
Authors |
| HS21-A001 |
Irrigation Benefits of Maize Gross Primary Productivity in China |
Dehai LIAO+, Jun NIU#
China Agricultural University, China |
| HS21-A003 |
Study on the Multi-scale Regional Climate-vegetation-evaporation-runoff Relationship Based on Wavelet-Budyko Coupling Model |
Wenting WEI+, Jun NIU#
China Agricultural University, China |
| HS21-A002 |
Safe Alternative Wet and Dry Irrigation to Increase Water Use Efficiency in Dry-season Rice Cultivation, Case Study: Cambodia |
Chan Arun PHOEURN#+
Institute of Technology of Cambodia, Cambodia |
| HS21-A004 |
Spatial Optimization of Cropping Pattern for Maximizing Crop Water Productivity, Economic Water Productivity and Nutrient Water Productivity |
Jun NIU#+, Qi LIU
China Agricultural University, China |
| HS21-A005 |
Remote Sensing-based Assessment of Crop Water Productivity in a Large Irrigation District |
Songhao SHANG#+, Bing YU
Tsinghua University, China |
| HS21-A007 |
Spatial-temporal Dynamics of Cropland Ecosystem Water-use Efficiency and Its Response to Climate Change and Human Activities in the Shiyang River Basin, Northwestern China |
Fei TIAN#+
China Agricultural University, China |
| HS21-A008 |
Response of Evapotranspiration (ET) to Climate Change and Human Activities in the Shiyang River Basin, Northwestern China |
Xueyi YANG#+, Fei TIAN
China Agricultural University, China |
| HS21-A010 |
Optimal Cropping Patterns Can Be Conducive to Sustainable Irrigation: Evidence from the Drylands of Northwest China |
Yunfei FAN+, Sufen WANG#
China Agricultural University, China |
| HS21-A011 |
Reallocating Crop Spatial Pattern Improves Agricultural Productivity and Irrigation Benefits Without Reducing Yields |
Sufen WANG#+
China Agricultural University, China |
| HS21-A012 |
Surface Soil Moisture Assimilation Improves Subsurface Soil Moisture Estimation |
Dehai LIAO+, Jun NIU#
China Agricultural University, China |
| HS21-A013 |
Assessment of Water Retention Variation and Risk Warning Under Climate Change in an Inner Headwater Basin in the 21st Century |
Guangchuang ZHANG+, Yiping WU#, Huiwen LI
Xi'an Jiaotong University, China |
| HS21-A014 |
Analytical Modelling of Water Retention Across the Ecological Indexes and Hydrological Process Mechanism |
Guangchuang ZHANG+, Yiping WU#
Xi'an Jiaotong University, China |
| HS22 Big Data Analytics and Machine Learning in Hydrological and Climatological Studies |
| Abstract ID |
Abstract Title |
Authors |
| HS22-A009 |
Impact of Transbasin Diversion on Water Supply in Taipei |
Han-Chi HSIAO#+, Wen-Cheng HUANG
National Taiwan Ocean University, Taiwan |
| HS22-A016 |
Development and Application of a High-resolution Urban Flood Model Based on Cellular Automata |
Hyeonjin CHOI#+, Songhee LEE, Hyuna WOO, Seong Jin NOH
Kumoh National Institute of Technology, Korea, South |
| HS22-A002 |
Soil-moisture Derived Spatial Drought Prediction Using Long Short-term Memory (LSTM) Model in India |
Vaibhav KUMAR#+, Hone-Jay CHU, Sumriti Ranjan PATRA
National Cheng Kung University, Taiwan |
| HS22-A018 |
Numerical Solutions of Sloshing Problems by Using the Method of Fundamental Solutions and the Particle Swarm Optimization |
Fu-Li CHANG+, Chia-Ming FAN#, Chiung-Lin CHU
National Taiwan Ocean University, Taiwan |
| HS22-A004 |
Multi-objective Extraction-injection Optimization Modeling for Saltwater Intrusion Control Using Machine Learning Models |
Jina YIN#+, Ning WANG, Zhu LIU
Hohai University, China |
| HS22-A012 |
Combining CNN and Transformer for Enhanced Daily Streamflow Forecasting: A Study on Lanyang Stream Basin |
Wei Jin WANG#+, Weicheng LO
National Cheng Kung University, Taiwan |
| HS22-A005 |
Network Flow Optimization for Agricultural Water Distribution in Frequency Domain |
Chang-Ying LEE1,2+, Ming-Che HU1#
1National Taiwan University, Taiwan, 2National Taiwan University, Taiwan |
| HS22-A007 |
A Method of Solving Data Imbalance Problem to Improve the Performance of Data-driven Model for Estimating High-concentration Occurrence Probability for the Naturally Occurring Radioactive Materials in Groundwater |
Hyeongmok LEE+, Jina JEONG#
Kyungpook National University, Korea, South |
| HS22-A017 |
The Localized Ghost Point Method for Two-dimensional Unsteady Burgers’ Equations |
Chiung-Lin CHU+, Chia-Ming FAN#
National Taiwan Ocean University, Taiwan |
| HS22-A008 |
A Physics-informed Data-driven Model Integrating Deep Learning Methods with an Optimization Algorithm for Hourly Inundation Forecasting in Urban Area |
Bing-Chen JHONG#+
National Taiwan University of Science and Technology, Taiwan |
| HS22-A011 |
A Hybrid Approach for Forecasting Flood Runoff by Combining a Rainfall-runoff Simulation Model and Deep Learning Networks |
Kyung Soo JUN#, Kyung Soo JUN+
Sungkyunkwan University, Korea, South |
| HS22-A019 |
Generating an AI-based Pretraining Flood Database (AI-flood DB) Using a Transfer Learning Approach |
Nobuaki KIMURA#+
National Agriculture and Food Research Organization, Japan |
| HS22-A020 |
A Novel Approach for Image-based Rainfall Estimation with GAN and VAE: Focusing on Rainstreak Detection, Removal, and Generation |
Jongyun BYUN, Hyeon-Joon KIM, Jinwook LEE, Jongjin BAIK, Ki-Hong PARK, Changhyun JUN#+
Chung-Ang University, Korea, South |
| HS25 Sustainable Water Resource Management in a Changing Climate |
| Abstract ID |
Abstract Title |
Authors |
| HS25-A001 |
Evolving Efficiency of Inter-basin Water Transfers in Regional Water Stress Alleviation |
Kai DUAN#+
Sun Yat-sen University, China |
| HS25-A002 |
Environmental Issues in the Mekong Delta: Drivers, Consequences, and Management Outlooks |
Edward PARK1#+, Duc Dung TRAN2,1, Huu Loc HO3
1Nanyang Technological University, Singapore, 2National Institute of Education and Earth Observatory of Singapore, Singapore, 3Asian Institute of Technology, Thailand |
| HS25-A003 |
Uncertainty in Projected Agricultural Water Demand in the Ganges Delta of Bangladesh |
Sonia Binte MURSHED1#+, Homin KIM2, Jagath KALUARACHCHI3
1Bangladesh University of Engineering and Technology, Bangladesh, 2Freeport-McMoRan, United States, 3Utah State University, United States |
| HS25-A006 |
A Framework for Assessing the Impact of Climate Change, Water Management Practice and Land-use Change on Streamflow in a Highly Managed River Basin |
Maochuan HU1#+, Takahiro SAYAMA2, Pingping LUO3, Bingjun LIU1, Xuezhi TAN1
1Sun Yat-sen University, China, 2Kyoto University, Japan, 3Chang’an University, China |
| HS25-A007 |
Modelling Strategy for Water Resources Management in a Karstic Catchment |
Mingyan WANG#+, Philippe GOURBESVILLE, Paguedame GAME
Universite Cote d'Azur, France |
| HS25-A009 |
Identification of Agricultural Drought-flood Abrupt Alternation Events in the Middle and Lower Reaches of the Yangtze River |
Si CHEN#+, Peng HAN
Hubei University, China |
| HS25-A011 |
Future Projection of Extreme Climate Events Over Different Homogenous Meteorological Regions of India: Insights from CMIP6 Multi-model Ensemble |
Ravi KESHARWANI#+, Netrananda SAHU
University of Delhi, India |
| HS25-A012 |
Development of Extreme Rainfall Intensity-duration-frequency Relations for Climate Change Impact and Adaptation Studies in Urban Areas |
Van-Thanh-Van NGUYEN#+
McGill University, Canada |
| HS25-A013 |
AquaVar: DSS System for Surface and Groundwater Management |
Lian Guey LER1, Philippe GOURBESVILLE2#, Guillaume MASSELIS3, Felix BILLAUD3, Hao-Ming HSU4, Mingyan WANG5+
1Eau d'Azur / University Cote d'Azur, France, 2Institute of Water Resources and Hydropower Research & University of Nice Sophia Antipolis, China, 3Eau d'Azur, France, 4University of Cote d Azur, France, 5Universite Cote d'Azur, France |
| HS25-A014 |
Study on Economic Game Logic of Groundwater Overexploitation |
Chunfeng HAO#+
China Institute of Water Resources and Hydropower Research, China |
| HS27 Flash Floods: How to Forecast Potential Magnitude and Mitigate Risks? |
| Abstract ID |
Abstract Title |
Authors |
| HS27-A001 |
Managing Flood Risk During Building Construction Process: A Case Study of Taichung International Convention and Exhibition Center |
Ihsin WU#+, Tsun Hua YANG
National Yang Ming Chiao Tung University, Taiwan |
| HS27-A004 |
An Area-orientated Analysis of the Temporal Variation of Extreme Daily Rainfall in Great Britain and Australia |
Han WANG1#+, Yunqing XUAN2
1China Institute of Water Resources and Hydropower Research, China, 2Swansea University Bay Campus, United Kingdom |
| HS27-A025 |
Assessment of Wave Runup on Seawalls in Southwestern Taiwan |
Yun-Ta WU#+, Hsiao-Chu HUNG
National Cheng Kung University, Taiwan |
| HS27-A002 |
Deep Learning-based Solver for Dynamical Systems of Shallow Water Equations |
Shunyu YAO#+
China Institute of Water Resources and Hydropower Research, China |
| HS27-A005 |
What are the Most Useful Solutions for Flash Floods Forecast and Management? |
Philippe GOURBESVILLE1#+, Qiang MA2
1Institute of Water Resources and Hydropower Research & University of Nice Sophia Antipolis, China, 2China Institute of Water Resources and Hydropower Research, China |
| HS27-A006 |
Added Value of Deterministic Hydrological Models for Flash Floods |
Philippe GOURBESVILLE1#+, Qiang MA2
1Institute of Water Resources and Hydropower Research & University of Nice Sophia Antipolis, China, 2China Institute of Water Resources and Hydropower Research, China |
| HS27-A007 |
Anthropogenic Activity Forcing Has Significantly Influenced Snowfall Changes in Eurasia |
Wenqing LIN#, Han WANG+, Weiqi WANG, Dawei ZHANG, Fan WANG, Wuxia BI
China Institute of Water Resources and Hydropower Research, China |
| HS27-A008 |
Applications of Agent-based Modelling for Non-structural Measures Against Flooding: A Case Study of Nice, France |
Hao-Ming HSU1#+, Philippe GOURBESVILLE2
1University of Cote d Azur, France, 2University of Nice Sophia Antipolis, France |
| HS27-A009 |
Challenges & Solutions in Flash Flood Risk Analysis Using MIKE1D, Mike21FM, and Image-based Method. Application to the Lower Paillons River, Nice, France |
Paguedame GAME#+, Philippe GOURBESVILLE, Philippe AUDRA, Mingyan WANG
Universite Cote d'Azur, France |
| HS27-A012 |
Complex Large-Scale Global Optimization based on Sea Anemone Optimization Algorithm |
Xiaolong WANG1#, Guocheng AN1+, Dan WANG1, Qiang MA2, Philippe GOURBESVILLE 2
1Artificial Intelligence Research Institute of Shanghai Huaxun Network System Co., LTD., China, 2China Institute of Water Resources and Hydropower Research, China |
| HS27-A014 |
A Novel Water Level Recognition Method in Complex Scenes |
Zhong LI1, Yanwei ZHANG1#+, Xiaolong WANG1, Guocheng AN1, Qiang MA2, Philippe GOURBESVILLE 2
1Artificial Intelligence Research Institute of Shanghai Huaxun Network System Co., LTD., China, 2China Institute of Water Resources and Hydropower Research, China |
| HS27-A013 |
Flash Flood Management Strategy in Indonesia |
Firdaus ALI#+, Marsya Dyasthi PUTRI, Dwi LESTARI, Khalidah AZMI
Indonesia Water Institute, Indonesia |
| HS27-A026 |
Managing Residual Flood Risk: Lessons Learned from Experiences in Taiwan |
Hsiao-Wen WANG#+, Daniel DANIEL CASTILLO CASTRO, Rex CHEN
National Cheng Kung University, Taiwan |
| HS27-A016 |
Development of Flash Flood (Road Inundation) Real-time Monitoring and Response Technology Using AI |
Hui-Seong NOH#+, Cheonkyu CHOI
Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS27-A018 |
Improving Efficiency of Flash Flood Forecasting System in Thailand Based on the Antecedent Moisture Condition-III (AMCIII) and WRF-ROMS's Rainfall Forecast |
Apimook MOOKTAREE#+, Ticha LOLUPIMAN, Sathit CHANTHIP, Piyamarn SISOMPHON
Ministry of Higher Education, Science, Research and Innovation, Thailand |
| HS27-A019 |
Monitoring and Early Warning of Wadi Flash Flood Using Image-based Techniques in the Arid Region, Oman |
Mahmood AL-MAMARI1#+, Sameh KANTOUSH2, Tetsuya SUMI2, Mohamed SABER2
1Disaster Prevention Research Institute, Kyoto University, Japan, 2Kyoto University, Japan |
| HS27-A020 |
Climate Change Projections for Impact and Adaptation Studies in Urban Areas |
Van-Thanh-Van NGUYEN#+
McGill University, Canada |
| HS27-A027 |
Application of Nature-based Solutions for Coastal Protection |
Wei-Cheng CHEN#+, Cheng-Hui LIAO, Dong-Jiing DOONG
National Cheng Kung University, Taiwan |
| HS27-A021 |
Flash Flood Cases and Application of Digital Water Management Technologies in Korea |
Dongwoo JANG1#+, Hyoseon PARK2
1Incheon National University, Korea, South, 2The Society of Korean Smart Water Grid, Korea, South |
| HS27-A022 |
Study on the Outburst Flood of Mazbach Ice Lake Based on Remote Sensing |
Wei QU1#, Shuai LI2, Yuan YAO3, Tingting ZHANG2, Juan LU1, Changjun LIU1, WenlOng SONG4, Wenjing LU5+
1China Intstitue of Water Resources and Hydropower Research, China, 2Shenyang Agricultural University, China, 3North China University of Water Resources and Electric Power, China, 4China Institute of Water Resources and Hydropower Research, China, 5IAHR, China |
| HS28 General Topics in Hydrological Science |
| Abstract ID |
Abstract Title |
Authors |
| HS28-A026 |
A Hydrological and Geomorphometric Approach for Integrated Assessment of Hydro-climate Extremes Using Geospatial Technology |
Pawan Kumar CHAUBEY#+, Rajesh MALL, Prashant K. SRIVASTAVA
Banaras Hindu University, India |
| HS28-A027 |
Estimation of the Spatial Distribution of the Internal Density of River Embankment by Exploration Technology Using Cosmic Ray Muon |
Keigo NAMIKAWA1#+, Naoki KOYAMA1, Taro KUSAGAYA2, Keiichi SUZUKI3, Tadashi YAMADA1
1Chuo University, Japan, 2NEC Corporation, Japan, 3Kawasaki Geological Engineering Co., Ltd., Japan |
| HS28-A001 |
Research on Combining Mixed Reality Technology and Fracture Propagation Process by the Hybrid Domain Finite Element Model in Fractured Rocks |
Chuen-Fa NI, I-Hsien LEE#+
National Central University, Taiwan |
| HS28-A022 |
Impacts of the Meteorological and Hydrological Drought on Hydroelectric Power Generation in South Korea |
Jiyoung KIM+, Sung Ho BYUN, Taesik KIM, Tae-Woong KIM#
Hanyang University, Korea, South |
| HS28-A004 |
Analysis of Spatiotemporal Soil Erosion for Short-term Rainfall Events |
Minho YEON+, Linh NGUYEN, May Thi Tuyet DO, Giha LEE#
Kyungpook National University, Korea, South |
| HS28-A028 |
Surrogate Modeling-based Uncertainty Quantification of Distributed Land Surface Hydrological Models |
Ruochen SUN#+, Qingyun DUAN
Hohai University, China |
| HS28-A002 |
Feasibility Study of Floodplain Dredging Using SRH-2D |
Tzu Chieh SU#+, Weicheng LO
National Cheng Kung University, Taiwan |
| HS28-A003 |
Verify of Groundwater Storage Changes in the Zhuoshui River Alluvial Fan in Taiwan by Complementing the GRACE and GRACE-FO Gravity Field Solutions with Singularity Spectrum Analysis |
Yung-Hsun CHIEN#+, Hong Ru LIN, Jet-Chau WEN
National Yunlin University of Science and Technology, Taiwan |
| HS28-A010 |
Estimating Annual Transports and Mass Balance of Suspended Solids in the Japanese First-class Watersheds |
Mayu TATENO#+, Yoshiyuki YOKOO
Fukushima University, Japan |
| HS28-A008 |
Numerical Investigation on the Appearances of “Spatial Representativity” in Rainfall-runoff Processes |
Kazuma SAITO#+, Yoshiyuki YOKOO
Fukushima University, Japan |
| HS28-A009 |
Preliminary Study on River Bedform Modeling Using Reaction-advection-diffusion Equation |
Eisuke ARAKI#+, Yoshiyuki YOKOO
Fukushima University, Japan |
| HS28-A005 |
A Signal Processing-based Interpretation of the Nash-Sutcliffe Efficiency |
Le DUC#+, Yohei SAWADA
The University of Tokyo, Japan |
| HS28-A007 |
Correcting Systematic Bias in Dependence Representations in Climate Model Simulations – A Wavelet-based Approach |
Cilcia KUSUMASTUTI1,2#+, Rajeshwar MEHROTRA1, Ashish SHARMA1
1UNSW Sydney, Australia, 2Petra Christian University, Indonesia |
| HS28-A023 |
Evaluating the Impact of Adaptation Policies on Reducing Flood Damage in a Changing Climate |
Seung Beom SEO1#+, Hee Won JEE1, Jaepil CHO2, Yeora CHAE3, Moon-Hwan LEE3
1University of Seoul, Korea, South, 2Integrated Watershed Management Institute, Korea, South, 3Korea Environment Institute, Korea, South |
| HS28-A024 |
Lagrangian-based Catchment-scale Rainstorm Frequency Analysis |
Haochen YAN1+, Mingfu GUAN2#
1University of Hong Kong, Hong Kong SAR, 2The University of Hong Kong, Hong Kong SAR |
| HS28-A011 |
Understanding Complex Forest-water Nexus in China |
Mingfang ZHANG#+
University of Electronic Science and Technology of China, China |
| HS28-A012 |
Effective Pumping Scenario for Irrigation Reservoir : Case Study in Deasa |
Jong Hyun PARK+, Hyunuk AN#
Chungnam National University, Korea, South |
| HS28-A025 |
Hierarchical Bayesian Approach for Post Processing of Projected Streamflow Data |
Jose GEORGE#+, Athira P
Indian Institute of Technology Palakkad, India |
| HS28-A013 |
Estimation of 3D Permeability by Automatic Tracing of Observable Fractures Based on Permeability Tensor Theory |
Yu TSUKURIMICHI1#+, Takato TAKEMURA1, Hinako HOSONO1,2
1Nihon University, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan |
| HS28-A016 |
Assessment of the Embedded Risk Associated with the Daily Precipitation Dataset Over India |
Neha GUPTA#+
Indian Institute of Technology, Ropar, India |
| HS28-A018 |
Effect of Channel Adjustment on Sediment Transport |
Yan-Pei HUANG#+, Weicheng LO
National Cheng Kung University, Taiwan |
| HS28-A030 |
A Spatio-temporal Urban Drainage Flood Analysis Applied to the Do Lo District in Ha Noi – Viet Nam |
Ha DO MINH1,2#+, Gerald CORZO3, Wilmer BARRETO4, Chris ZEVENBERGEN3
1IHE Delft Institute for Water Education, The Netherlands, Netherlands, 2Delft University of Technology, Netherlands, 3IHE Delft Institute for Water Education, Netherlands, 4Catholic University of Temuco, Chile |
| HS29 Water Resources Management Under Changing Environment in Asia |
| Abstract ID |
Abstract Title |
Authors |
| HS29-A001 |
A Study on the Optimal Design of Low-impact Development Technology Using K-LIDM |
Joowon CHOI#+, Soonchul KWON, Youngsu JANG
Pusan National University, Korea, South |
| HS29-A010 |
Quantifying the Sensitivity and Stability of a Multi-purpose Reservoir's Performance to Model, Inflow, and Operational Uncertainties |
Manvitha MOLAKALA#+, Riddhi SINGH
Indian Institute of Technology Bombay, India |
| HS29-A002 |
Transboundary Water Management in the Ganges-Brahmaputra-Meghna Basin Between Bangladesh, Bhutan, China, India, and Nepal |
Sonia Binte MURSHED1#+, Jagath KALUARACHCHI2
1Bangladesh University of Engineering and Technology, Bangladesh, 2Utah State University, United States |
| HS29-A004 |
Impacts of the Environmental Changes on the Groundwater Contamination Potential |
Sheng-Wei WANG#+, Yen-Yu CHEN, Chih-Yu LIN
Tamkang University, Taiwan |
| HS29-A006 |
Does Prioritizing Environmental Flows Compromise Demand Satisfaction and Hydropower Production in the Nagarjuna Sagar Reservoir? |
Akshay SUNIL#+, Riddhi SINGH
Indian Institute of Technology Bombay, India |
| HS29-A007 |
Tightly Couple Short-term Reservoir Dynamics with Long-term Energy Expansion Decisions to Maximize Hydropower’s Role in the Clean Energy Transition |
Zhanwei LIU+, Xiaogang HE#
National University of Singapore, Singapore |
| HS29-A024 |
Development of Discharge Estimation Using 1D Numerical Model in the Confluence of the Seomjin River |
Hansol KANG1+, Yeonsu KIM2, Joonwoo NOH2, Jisun BYUN2, Hyunuk AN1#
1Chungnam National University, Korea, South, 2K-water Research Institute, Korea, South |
| HS29-A025 |
Delineation of Sustainable Groundwater Extraction and Recharge Potential Zones in Agricultural Micro-watersheds Using an Integrated RS-GIS-AHP Approach |
Kartick GM1#+, Meenu RAMADAS1, Suraj JENA2
1Indian Institute of Technology Bhubaneswar, India, 2Oregon State University, United States |
| HS29-A027 |
Optimal Reservoir Operations for Water Supply Under Forecast Uncertainty in Korea |
Yeonju KIM#+, Young-Oh KIM, Joohyung LEE
Seoul National University, Korea, South |
| HS30 Hydro-meteorological Forecasting: Methods and Applications |
| Abstract ID |
Abstract Title |
Authors |
| HS30-A004 |
Application of AI Technique for Bias-correction and Forecast of Near-real-time Satellite Precipitation Products |
Sungho JUNG+, Xuan-Hien LE, Van Giang NGUYEN, Giha LEE#
Kyungpook National University, Korea, South |
| HS30-A003 |
Challenges in Forecasting Heavy Rainfall During 2018 and 2019 Floods in Kerala, India |
Tomoki USHIYAMA1,2#+, Mohamed RASMY1, Ralph ACIERTO1, Katsunori TAMAKAWA1, Keijiro KUBOTA1, Toshio KOIKE1
1Public Works Research Institute, Japan, 2National Graduate Institute for Policy Studies, Japan |
| HS30-A005 |
Predicting Flood Inundation Extent Using Machine Learning Techniques |
Durga Lal SHRESTHA#+, David ROBERTSON, Warren JIN, Catherine TICEHURST
Commonwealth Scientific and Industrial Research Organisation, Australia |
| HS30-A008 |
A Bayesian Joint Probability Approach to Improve the Skill of Medium-range Precipitation Forecasts in Five Indian River Basins |
Nibedita SAMAL1#+, Ashwin RAMAN1, Akshay SINGHAL1, Sanjeev Kumar JHA1, David ROBERTSON2
1Indian Institute of Science Education and Research Bhopal, India, 2Commonwealth Scientific and Industrial Research Organisation, Australia |
| HS30-A007 |
IMERG Run Deep: Can We Produce a Low-latency IMERG Final Run Product with a Deep Learning Based Prediction Model? |
Ho TIn HUNG#+, Li-Pen WANG
National Taiwan University, Taiwan |
| HS30-A009 |
Sub-seasonal Prediction of Regional Drought Over India Using the Statistical-dynamical Framework |
Sidhan V. V.#+, Sarmistha SINGH, Abdul RAHOOF
Indian Institute of Technology Palakkad, India |
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