Abstracts
ABSTRACT
AOGS 2019 Abstracts
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Browse by Section: AS - Atmospheric Sciences BG - Biogeosciences HS - Hydrological Sciences IG - Interdisciplinary Geosciences OS - Ocean Sciences PS - Planetary Sciences ST - Solar and Terrestrial Sciences SE - Solid Earth Sciences SS - Special Sessions |
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Hydrological Sciences
HS01 | HS02 | HS03 | HS04 | HS05 | HS06 | HS07 | HS08 | HS09 | HS10 | HS11 | HS12 | HS13 | HS14 | HS15 | HS16 | HS17 | HS18 | HS19 | HS20 | HS21 | HS22 | HS23 | HS24 | HS26 | HS27 | HS28 | HS32 | HS33 |
| HS01 Risk Assessment Related to Hydrological, Climatic, and Environmental Changes | ||
| Abstract ID | Abstract Title | Authors |
| HS01-A001 | Flood Risk Assessment Based on Flood Damage Data for the Korean Peninsula | Hyun Il CHOI#+, Jong Seok LEE, Yu Rim LEE, Yun Taek LIM, Yongwon SEO Yeungnam University, Korea, South |
| HS01-A003 | Development of Data Assimilation on Urban Flood Inundation Modeling | Hsiang-Lin YU#+, Tsang-Jung CHANG National Taiwan University, Taiwan |
| HS01-A004 | Floodgates Effectiveness on the Alleviation of Flood Risk in Urban Areas | Jia-Yu WANG#+, Chia-Ho WANG, Tsang-Jung CHANG National Taiwan University, Taiwan |
| HS01-A002 | Application of AHP and GIS Model for Delineation of Groundwater Protection Area Near a Saline-fresh Water Mixed Waterway | Gyoo-Bum KIM#+ Daejeon University, Korea, South |
| HS01-A005 | Estimation and Comparative Analysis of Probability Rainfall Using the AWS Rain Data in Seoul | Heeseong PARK1, Gunhui CHUNG2, Jung Hoon HYUN2#+ 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2Hoseo University, Korea, South |
| HS01-A006 | Flood Vulnerability Index in Seoul Metropolitan Area | Nanhee HWANG1+, Heeseong PARK2, Gunhui CHUNG1# 1Hoseo University, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS01-A007 | Snow Vulnerability Index in Jeolla-do, South Korea Using Entropy Theory | Gunhui CHUNG#, Joonhyeok HA+ Hoseo University, Korea, South |
| HS01-A008 | Categorical Prediction of Heavy Snow Damage Using Random Forest Method | Gunhui CHUNG1#, Hyeong-Joo LEE1+, Heeseong PARK2 1Hoseo University, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS01-A009 | Large-scale and High-resolution Flood Risk Assessment for Thailand | Anongnart ASSTEERAWATT#+, Sourima GHOSH, Maximiliano SASSI Risk Management Solutions, United Kingdom |
| HS01-A012 | The Study of Water Quality Influenced by Flow Rate Changes Due to Dam Discharge | Bomin YEOM1+, Hye Won LEE1, Yongseok LEE2, Nakyoung KIM3, Jung Hyun CHOI1# 1Ewha Womans University, Korea, South, 2Hallym Polytechnic University, Korea, South, 3National Institute of Environmental Research, Korea, South |
| HS01-A013 | Long-term Trend Analyses of Water Qualities of the River Influenced by Dam Discharge | Jiwon KIM1+, Hye Won LEE1, Yongseok LEE2, Jung Hyun CHOI1# 1Ewha Womans University, Korea, South, 2Hallym Polytechnic University, Korea, South |
| HS01-A014 | A Comparison of Hydrological Model for Assessing the Flood Vulnerability in a Tropical Catchment | I Putu SANTIKAYASA#+, Muh TAUFIK IPB University, Indonesia |
| HS01-A017 | Optimization of Low Impact Development for Flood Mitigation in Urban Area | Howard H-C HO#+ National Taiwan University, Taiwan |
| HS01-A018 | Low Impact Development Practices on Water Quantity and Quality Using Multi-objective Genetic Algorithm for Overdeveloped City | Howard H-C HO#+ National Taiwan University, Taiwan |
| HS01-A019 | Development of a One-dimensional Flood Model in Bengawan Solo River Basin | Sapratisto Daim FAKHRIYANTO1, Idham Riyando MOE2#+, Aris RINALDI2, Mohammad FARID3, Antonius SURYONO1 1BBWS Bengawan Solo, Indonesia, 2Ministry of Public Works and Housing, Indonesia, 3Bandung Institute of Technology, Indonesia |
| HS01-A022 | Water Environment Around Kusatsu-Shirane Volcano, Japan and Consideration of the Effect of Eruption in January 2018 | Yoshihiro IGARI#+, Koji KODERA, Kazuki ASAMI, Go YAMAKI, Masaki HORIUCHI Hosei University, Japan |
| HS01-A020 | Development of a Vehicle Loss Assessment Method for Flood Damage Model | Gilho KIM1#+, Cheonkyu CHOI2, Seungjin HONG2, Kyung Tak KIM1 1Korea Institute of Construction Technology, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS01-A021 | Development of the Probability of Occurrence of Disaster Victim Damage | Seungjin HONG1#, Gilho KIM2+, Cheonkyu CHOI1, Kyung Tak KIM2 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2Korea Institute of Construction Technology, Korea, South |
| HS01-A024 | Water Environment After the Eruption of Hakone Volcano (150629) | Masaki HORIUCHI#+, Koji KODERA, Kazuki ASAMI, Yoshihiro IGARI, Go YAMAKI Hosei University, Japan |
| HS02 Hydrology for Human-nature Coupled Systems | ||
| Abstract ID | Abstract Title | Authors |
| HS02-A002 | Spatial Variation of Vegetation Index in Asia and Australia Indicates Strong Influence of Climatic and Topographic Settings | Kwanghun CHOI#+, Kyungrock PAIK Korea University, Korea, South |
| HS02-A001 | Sediment Balance from Mountains to Coasts in Japan: Huge Impact of Past River Mining | Keiko UDO1#+, Yuriko TAKEDA1, Yoshiyuki YOKOO2 1Tohoku University, Japan, 2Fukushima University, Japan |
| HS02-A003 | Representing Reservoir Storage Dynamics and Operations in the Variable Infiltration Capacity (VIC) Model | Thanh Duc DANG#+, Stefano GALELLI, A.F.M. Kamal CHOWDHURY Singapore University of Technology and Design, Singapore |
| HS02-A004 | Model Linking Landslides and River Evolution of Incisional Channel Created by River Erosion | Chia-Ting KAO+, Gene Jiing-Yun YOU# National Taiwan University, Taiwan |
| HS02-A007 | On the Value of ENSO State for Urban Water Supply System Operators: Opportunities, Trade-offs, and Challenges | Christoph LIBISCH-LEHNER1,2, Hung NGUYEN3+, Riccardo TAORMINA3, Hans-Peter NACHTNEBEL2, Stefano GALELLI3# 1Pöyry Austria GmbH, Austria, 2University of Natural Resources and Life Sciences, Austria, 3Singapore University of Technology and Design, Singapore |
| HS02-A006 | Numerical Analysis of Submerged Turbulent Buoyant Jet in River Mouth | Yen-Chen MOU1#+, Gene Jiing-Yun YOU1, Chih-Chieh YOUNG2 1National Taiwan University, Taiwan, 2National Taiwan Ocean University, Taiwan |
| HS02-A008 | Reservoir Regulation Could Significantly Influence Flooding Dynamics in the Chao Phraya Delta | Dung VU TRUNG#+, Stefano GALELLI, Thanh Duc DANG Singapore University of Technology and Design, Singapore |
| HS02-A011 | Input-output Analysis of Taiwan’s Food-energy-water Risk | Chu-Chun YAO#+, Gene Jiing-Yun YOU National Taiwan University, Taiwan |
| HS02-A009 | Mangrove Competition in Different Land Reclamation Scenarios in a Semi-enclosed Subtropical Bay | Shuxin LUO, Ting Fong May CHUI#+ The University of Hong Kong, Hong Kong SAR |
| HS02-A010 | The Strategy of Environmental Flow Management with Drought Indicators | Yusyuan CAI+, Jian-Ping SUEN# National Cheng Kung University, Taiwan |
| HS02-A012 | On the Change of River Water Quality in Japan Viewed from the Nationwide Observation Record | Koji KODERA#+ Hosei University, Japan |
| HS02-A013 | Surface Water Demand, Supply, and Connectivity Across Watersheds in the United States | Kai DUAN1#+, Peter CALDWELL2, Ge SUN2 1Sun Yat-sen University, China, 2USDA Forest Service, United States |
| HS02-A014 | Climate or Land Use Change? Salinity and Decreasing Discharge in the Goulburn River | Ian WHITE#+, Julia IMRIE, Peter SOMERVILLE, Tingbao XU Australian National University, Australia |
| HS02-A015 | Promotion of Water Resources Carrying Capacity and Water Resources Joint Allocation in Xiong’an New Area, China | Baodeng HOU#+ China Institute of Water Resources and Hydropower Research, China |
| HS02-A016 | Changes in Fluid Regime in the Estuarine Turbidity Maxima of Yangtze River Analyzing by Texture Features in Satellite Remote Sensing Images | Lizhi TENG+, Heqin CHENG#, Ge YAN East China Normal University, China |
| HS03 Challenges in Hydrologic Modeling | ||
| Abstract ID | Abstract Title | Authors |
| HS03-A002 | A Three-dimensional Hydrogeological Analysis Method for Estimating Tunnel Inflow | Wen Han TSAI#+, Fu Yuan HSIAO Sinotech Engineering Consultants, Inc, Taiwan |
| HS03-A004 | A Unified Framework Toward Robust and Efficient Ensemble Flood Forecasting | Vinh TRAN, Jongho KIM#+ University of Ulsan, Korea, South |
| HS03-A006 | A Comparative Study of Short-term Streamflow Forecasting Models | Yuqing SUN1+, Jun NIU1#, Bellie SIVAKUMAR2 1China Agricultural University, China, 2Indian Institute of Technology Bombay, India |
| HS03-A007 | An Efficient Approach to Parametric Uncertainty Quantification of a Continental-scale Land Surface Model Based on a Spatial Sampling Strategy | Qingyun DUAN1,2#+, Xueli HUO2, Wei GONG2 1Hohai University, China, 2Beijing Normal University, China |
| HS03-A010 | Watershed Modelling of the Buayan Basin in the Philippines Using the Soil Water Assessment Tool (SWAT) for Sustainable Water Resource Management | Ismail GUIAMEL+, Han Soo LEE# Hiroshima University, Japan |
| HS03-A011 | Global High-resolution River Discharge Based on the Algorithms of Drainage Network Extraction | Jiaye LI1,2+, Tiejian LI2, Suning LIU3, Haiyun SHI3# 1The University of Hong Kong, Hong Kong SAR, 2Tsinghua University, China, 3Southern University of Science and Technology, China |
| HS03-A012 | Evaluation of Flood Prediction Capability of the Distributed Grid-Xinanjiang Model Driven by WRF Precipitation | Cheng YAO#+ Hohai University, China |
| HS03-A016 | Integrated Study of Freshwater Discharges from the Pearl River Basin to Estuary Based on Outlet Diversion Ratios | Xiao FENG1#+, Ji CHEN1, Zhongming LU2 1The University of Hong Kong, Hong Kong SAR, 2Guangzhou HKUST Fok Ying Tung Research Institute, China |
| HS03-A018 | Changes in Surface Soil Moisture and Water Availability Simulated by Various Models: Consistency and Discrepancy | Jianfeng LI1#+, Yongqin David CHEN2,3, Xihui GU4 1Hong Kong Baptist University, Hong Kong SAR, 2The Chinese University of Hong Kong, Shenzhen, China, 3The Chinese University of Hong Kong, Hong Kong SAR, 4China University of Geosciences, China |
| HS03-A026 | An Information Entropy Perspective on Solute Transport (Water Quality) System in Rivers | Jiping JIANG1#, Tianrui PANG2+, Song WEI1, Yi ZHENG1, Peng WANG2 1Southern University of Science and Technology, China, 2Harbin Institute of Technology, China |
| HS03-A021 | Comparison of Short Term Runoff Simulation Based on Consecutive Rainfall Events Using CAT and ConSEB Model | Deokhwan KIM+, Hyeonjun KIM#, Cheol Hee JANG Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS03-A022 | An Interactive Multi-objective Calibration Toolbox for Computationally Expensive SWAT Models | Christine SHOEMAKER, Taimoor AKHTAR#+ National University of Singapore, Singapore |
| HS03-A024 | Long Term Discharge Estimation for Tropical Watershed, Indonesia | Marliana Tri WIDYASTUTI1#+, Muh TAUFIK2 1Bogor Agricultural University, Indonesia, 2IPB University, Indonesia |
| HS03-A023 | Lasso as an Exploratory Tool in Hydroclimatic Forecasting: Case Study of Waitaki River Catchment, New Zealand | Varvara VETROVA1#+, Earl BARDSLEY2 1University of Canterbury, New Zealand, 2The University of Waikato, New Zealand |
| HS03-A027 | Extraction of Soil Moisture Information from the Dynamic Budyko Model | Aruna Kumar NAYAK1#+, Basudev BISWAL2, K.P. SUDHEER1 1Indian Institute of Technology Madras, India, 2Indian Institute of Technology Hyderabad, India |
| HS03-A028 | Deriving Flow Scenarios for a Tributary from a Large Watershed Model in SWAT | Pulendra DUTTA#, Gilbert HINGE+, Arup Kumar SARMA Indian Institute of Technology Guwahati, India |
| HS03-A029 | Investigation of Influences of Point Source and Non-point Source Pollution on the Pearl River Basin in South China | Xiao FENG#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS03-A030 | High Resolution Atmospheric Forcing Data and Seasonal Calibration Scheme Improve Large Scale Streamflow Simulation Across China | Jiaojiao GOU1+, Chiyuan MIAO1#, Qingyun DUAN2,1, Haiyan ZHENG1 1Beijing Normal University, China, 2Hohai University, China |
| HS03-A031 | Comparison of Spatial Interpolation Methods for the Estimation of Precipitation Distribution at Different Time Scales to Improve the Accuracy of Hydrological Model | Dedi LIU#+ Wuhan University, China |
| HS03-A032 | Quantifying Uncertainty Sources on Main and Interaction Effect in an Ensemble of Hydrological Climate-impact Projections | Lin TIAN1+, Aizhong YE1#, Qingyun DUAN2,1 1Beijing Normal University, China, 2Hohai University, China |
| HS03-A035 | Quantitative Attribution of Natural and Human Factors for Dramatic Reduction in Streamflow and Sediment in a Representative Watershed in the Loess Plateau | Pengcheng SUN#+, Yiping WU Xi'an Jiaotong University, China |
| HS03-A036 | Wavelet Decomposition as a Data Pre-processing Technique in Artificial Neural Networks | A.W. JAYAWARDENA#+ The University of Hong Kong, Hong Kong SAR |
| HS03-A037 | Improving Probabilistic Hydrologic Predictions Through High-resolution Convection-permitting Climate Modeling | Shuo WANG#+ The Hong Kong Polytechnic University, Hong Kong SAR |
| HS04 Dealing with Hydrological Extremes: Theory, Simulation, and Practice | ||
| Abstract ID | Abstract Title | Authors |
| HS04-A001 | On the Statistical Distribution of Occurrences of Over-dispersed Durational Events | Ke-Sheng CHENG#+, Bo-Yu CHEN National Taiwan University, Taiwan |
| HS04-A007 | Statistical Evaluation of Outliers of Extreme Values in Daily Rainfall Records in Japan by Using Regional Frequency Analysis | Hidetaka CHIKAMORI#+ Okayama University, Japan |
| HS04-A002 | Recurrence Intervals of Landslides Triggered by Simulated Typhoon Events in Northern Taiwan Under Climate Change | Jun-Jih LIOU#+, Chi-Wen CHEN, Fang-Yi CHU National Science and Technology Center for Disaster Reduction, Taiwan |
| HS04-A004 | The Relationship Between Precipitation Extremes of Different Temporal Scales and Temperature | Zhiyong YANG#+, Xichao GAO, Jiahong LIU, Weiwei SHAO China Institute of Water Resources and Hydropower Research, China |
| HS04-A003 | Spatiotemporal Analysis of Standardized Precipitation Index in Jianan Irrigation District, Taiwan | Ke-Sheng CHENG#+ National Taiwan University, Taiwan |
| HS04-A006 | Assessment of Weather Generators at Fine Spatiotemporal Scales | Yan-Cheng CHEN#+, Chia-Jeng CHEN National Chung Hsing University, Taiwan |
| HS04-A009 | Temporal Changes in Geomorphic Effectiveness of Floods in Regulated River Basins | Chandan PRADHAN1#+, Sangita PANI2, Subashisa DUTTA1, Rishikesh BHARTI3 1Indian Institute of Technology Guwahati, India, 2STUDENT, India, 3ASSISTANT PROFESSOR, India |
| HS04-A010 | A Proposal of Hydrological Frequency Analysis Based on Confidence Interval and Prediction Interval | Keita SHIMIZU1#+, Tadashi YAMADA1, Tomohito J. YAMADA2 1Chuo University, Japan, 2Hokkaido University, Japan |
| HS04-A011 | Runoff Analysis Under the Conception of Uncertainty Based on the Theory of Stochastic Differential Equation | Daiwei CHENG1#+, Tadashi YAMADA1, Tomohito J. YAMADA2 1Chuo University, Japan, 2Hokkaido University, Japan |
| HS04-A012 | Stochastic Simulation of Peak Flows for Flood Risk Assessment in Yom River Basin | Cholticha ARSSIRI, Piyatida RUANGRASSAMEE#+ Chulalongkorn University, Thailand |
| HS04-A013 | Flood Simulations in Mid-latitude Agricultural Land Using Current and Future Extreme Weathers | Nobuaki KIMURA#+, Hirohide KIRI National Agriculture and Food Research Organization, Japan |
| HS04-A014 | Characterizations of Annual Maximum Flood Peaks over China | Long YANG1#+, Jie GAO2, Xiang LI3, Aizhong HOU4, La-Chun WANG5 1Nanjing University, China, 2China Renewable Energy Engineering Institute, China, 3Institute of Water Resources and Hydropower Research, China, 4Ministry of Water Resources, China, 5The Key Laboratory of Coast & Island Development, China |
| HS05 Hydrological Processes in Agricultural Lands | ||
| Abstract ID | Abstract Title | Authors |
| HS05-A001 | Tracking the Dynamics of Distribution and Phenology of Winter Wheat-summer Maize Cropping System in the North China Plain During 2001-2018 | Huimin LEI#+, Jiadi LI Tsinghua University, China |
| HS05-A002 | Development of a Distributed Agricultural Drought Prediction Model | Yuqing SUN+, Jun NIU# China Agricultural University, China |
| HS05-A004 | A VIC-based Cooling Effects Study for Agricultural Lands in Northwest China | Jun NIU#+, Shaozhong KANG China Agricultural University, China |
| HS05-A005 | AHC: An Integrated Numerical Model for Simulating Agroecosystem Processes-model Description and Application | Xu XU1#+, Chen SUN2, Fengtian NENG1, Jing FU1, Guanhua HUANG1 1China Agricultural University, China, 2Institute of Environment and Sustainable Development in Agriculture, Chinese Academy of Agricultural Sciences, China |
| HS05-A006 | The Impact Assessment of Agricultural Non-point Source Pollution on Water Quality in Saemangeum Reservoir | Chansung OH#+, Woohan RYU, Hanyong UM Korea Rural Community Corporation, Korea, South |
| HS05-A007 | Assessing the Hydrologic and Water Quality Impacts Using SWAT and APEX-paddy Integrated Model in Paddy-dominant Agricultural Watershed | Donghyun KIM+, Taeil JANG# Chonbuk National University, Korea, South |
| HS05-A008 | The Relationship Between Soil Moisture and Vegetation with Severe Droughts in California | Linghua QIU1+, Ji CHEN2#, Haiyun SHI3, Liqun SUN4, Jun NIU5 1The University of Hong Kong Shenzhen Institute of Research and Innovation, China, 2The University of Hong Kong, Hong Kong SAR, 3Southern University of Science and Technology, China, 4Chinese Academy of Sciences, China, 5China Agricultural University, China |
| HS05-A009 | Estimation of Water Supply in Agricultural Reservoirs Using Empirical Formula | Hansol KANG1#+, Hyunuk AN1, Yeonsu KIM2 1Chungnam National University, Korea, South, 2K-water Research Institute, Korea, South |
| HS05-A010 | Comparison of Maize Water Consumption at Different Scales Between Mulched and Non-mulched Croplands | Yu FENG1#+, Daozhi GONG2, Ji CHEN1 1The University of Hong Kong, Hong Kong SAR, 2Chinese Academy of Agricultural Sciences, China |
| HS05-A013 | Underestimation of Soil Respiration in a Desert Ecosystem | Keyu FA#+ China Agricultural University, China |
| HS05-A011 | Hydro-biogeochemical Impacts of Future Climate Change in a Typical Loess Hilly-gully Watershed on the Loess Plateau, China | Fubo ZHAO#+, Yiping WU Xi'an Jiaotong University, China |
| HS05-A012 | Study on the Discharge Characteristics of Pollutant Load from Upland in Reclaimed Saemangeum Area | Chansung OH#+, Donguk SEO, Hanyong UM Korea Rural Community Corporation, Korea, South |
| HS06 Water-related Hazards and Their Forecasting and Warning | ||
| Abstract ID | Abstract Title | Authors |
| HS06-A003 | A Discussion on the Intertial Forces in Urban Flood Simulation | Tien-Hao CHANG#+, Jiun-Huei JANG National Cheng Kung University, Taiwan |
| HS06-A002 | Analyzing the Influence of Gully on Urban Flooding Through Coupled Overland–gully–sewer Flow Model | Jiun-Huei JANG#+ National Cheng Kung University, Taiwan |
| HS06-A004 | Practice of Employing Vibration-based Scour Detection Technology in a Field Application | Xiao-Qin LIU1#+, Yung-Bin LIN1, Kuo-Chun CHANG2 1National Center for Research on Earthquake Engineering, Taiwan, 2National Taiwan University, Taiwan |
| HS06-A005 | Development of Sediment Caution Zone Risk Map Due to Climate Change | Hiromichi SUZUKI, Yosuke SAITO, Thi Thanh Thuy LE, Seiki KAWAGOE#+ Fukushima University, Japan |
| HS06-A006 | Characterization and Risk Assessment of Drought Hazards in Guangdong Province, China | Yongqin David CHEN1,2#+ 1The Chinese University of Hong Kong, Shenzhen, China, 2The Chinese University of Hong Kong, Hong Kong SAR |
| HS06-A007 | Monitoring and Prediction of Flood Events Using Online Community Data | Jeongha LEE1,2+, Seok Hwan HWANG2#, Byung-Hwa OH1,2 1University of Science and Technology, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS06-A008 | Assessment of Extreme Rainfall-induced Landslide Susceptibility by Using the Modified Logistic Regression and the Following Annual Landslide Susceptibility Based on Annual Landslide Evolution: A Case Study in Southwestern Taiwan | Chunhung WU#+ Feng Chia University, Taiwan |
| HS06-A009 | Data Driven Flood Forecasting Model with Hybrid Activation Function - A Case Study for Hangang River, South Korea | Hyung-Ju YOO+, Dong Hyun KIM, Hong-Teak KIM, Seungoh LEE# Hongik University, Korea, South |
| HS06-A011 | Comparison of Extreme Rainfall-induced Landslides in Taiwan | Chunhung WU#+ Feng Chia University, Taiwan |
| HS06-A012 | Applying High Resolution Satellite Rainfall Product in the Operational Flash Flood Forecasting System | Apimook MOOKTAREE1#+, Ticha LOLUPIMAN2, Theerapol CHAROENSUK2, Watin THANATHANPHON2, Narongrit LUANGDILOK2, Sathit CHANTIP2, Piyamarn SISOMPHON2 1Hydro-Informatics Institute, Thailand, 2Hydro and Agro Informatics Institute, Thailand |
| HS06-A014 | Generation of Regional Maximum Flood Using Spatial Runoff Data Extension Concept | Kim KI HYEON+, Ga-Young CHOI, Jung YONG# Wonkwang University, Korea, South |
| HS06-A013 | Frequency Analysis of Probable Precipitation for Hydraulic Structures Design Under Changing Climate in Seoul | Sunkwon YOON#+ Seoul Institute of Technology, Korea, South |
| HS06-A015 | Accuracy Evaluation of Quadratic Resistance Model for Spread of Debris-flow | Dong Hyun KIM1+, Seok Il JEONG1, Chang Geun SONG2, Seung Oh LEE1# 1Hongik University, Korea, South, 2Incheon National University, Korea, South |
| HS06-A017 | Development of Rainfall-induced Shallow Landslide Warning System for Human Settlement in the Mountainous Area | Jui-Yi HO1#+, Xiu-Man HUANG1, Chih-Hsin CHANG1, Kwan Tun LEE2, Gwo-Fong LIN3 1National Science and Technology Center for Disaster Reduction, Taiwan, 2National Taiwan Ocean University, Taiwan, 3National Taiwan University, Taiwan |
| HS06-A016 | Real-time Correct of Ensemble Numerical Weather Predictions Using Machine Learning | Chia-Yen CHOU#+, Gwo-Fong LIN, Ming-Jui CHANG, I-Hang HUANG National Taiwan University, Taiwan |
| HS06-A018 | A Study on the Establishment of Rainfall Criteria Using Probable Rainfall and Flood Damage Data | Cheonkyu CHOI1#+, Seungjin HONG1, Gilho KIM2, Kyung Tak KIM2 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2Korea Institute of Construction Technology, Korea, South |
| HS07 The Third Pole Environment - Hydrometeorological Processes and Human Dimension | ||
| Abstract ID | Abstract Title | Authors |
| HS07-A002 | Shrinking “Water Tower” in Central Asia | Yaning CHEN1#+, Zhi LI2, Gonghuan FANG2 1Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| HS07-A004 | Estimation of River Discharge Solely from Remote-sensing Derived Data | Lei WANG#+, Arthur SICHANGI Chinese Academy of Sciences, China |
| HS07-A003 | Regionalization of Land Surface Heat Fluxes and Evapotranspiration over Heterogeneous Landscape of the Third Pole | Yaoming MA#+, Cunbo HAN, Binbin WANG Chinese Academy of Sciences, China |
| HS07-A007 | Impact of Lake Outburst on Permafrost Change in Hoh Xil Area on the Qinghai-Tibet Plateau, China | Changwei XIE#+ Cold and Arid Regions Environmental and Engineering Research Institute, Chinese Academy of Sciences, China |
| HS07-A008 | Understanding the Integrated Hydrological Regimes over the Tibetan Plateau: Flow, Sediment and Reactive Transport | Fan ZHANG#+, Xiaonan SHI, Chen ZENG, Xiong XIAO, Guanxing WANG Chinese Academy of Sciences, China |
| HS07-A009 | The Runoff and Sediment Processes Affected by Soil Freezing and Thawing Along Alpine Meadow Hillslope | Xiaonan SHI#+, Fan ZHANG, Li WANG Chinese Academy of Sciences, China |
| HS07-A011 | Soil Erosion Risk Assessment and Climatic Impacts on it in the Mid-Yarlung Tsangpo River Region | Li WANG+, Fan ZHANG#, Xiaonan SHI, Xiong XIAO Chinese Academy of Sciences, China |
| HS07-A012 | Investigation on Mountain Glacier Ice Storage of “Pakistan Water Tower” and its Changes During 2000-2016 Combine Ground and Satellite Observation | Yinsheng ZHANG#+, Xiaojuan ZOU, Haifeng GAO Chinese Academy of Sciences, China |
| HS07-A015 | Evaluation of Snow Depth and Snow Cover over the Tibetan Plateau in Global Reanalyses Using In-situ and Satellite Remote Sensing Observations | Yvan ORSOLINI1#+, Martin WEGMANN2, Emanuel DUTRA3, Boqi LIU4, Gianpaolo BALSAMO5, Kun YANG6, Patricia DE ROSNAY5, Congwen ZHU4, Wenli WANG7, Retish SENAN5 1Norwegian Institute of Air Research, Norway, 2Alfred Wegener Institute, Germany, 3Universidade de Lisboa, Portugal, 4Chinese Academy of Meteorological Sciences, China, 5European Centre for Medium-Range Weather Forecasts, United Kingdom, 6Chinese Academy of Sciences, China, 7Beijing Normal University, China |
| HS07-A016 | Analysis on Surface Heating Field by Using Different Methods over the Tibetan Plateau | Weiqiang MA1#+, Yaoming MA1, Yizhe HAN1, Lei ZHONG2 1Chinese Academy of Sciences, China, 2University of Science and Technology of China, China |
| HS07-A017 | Development and Progress of High Resolution CMA Land Surface Data Assimilation System | Shuai HAN+, Chunxiang SHI#, Bin XU, Lipeng JIANG, Shuai SUN, Tao ZHANG China Meteorological Administration, China |
| HS07-A018 | A Land Data Assimilation Study Based on LIS with FY3C Land Surface Temperature and Microwave Brightness Temperature | Chunxiang SHI1#+, Binghao JIA2, Shuai SUN1, Shuai ZHANG3, Xiao LIANG1, Lipeng JIANG1 1China Meteorological Administration, China, 2Chinese Academy of Sciences, China, 3Nanjing University of Information Science & Technology, China |
| HS07-A022 | Missions and Key Questions of New Asian Monsoon Hydroclimatological Project, Post MAHASRI | Toru TERAO1#+, Shinjiro KANAE2, Jun MATSUMOTO3,4 1Kagawa University, Japan, 2Tokyo Institute of Technology, Japan, 3Tokyo Metropolitan University / JAMSTEC, Japan, 4Japan Agency for Marine-Earth Science and Technology, Japan |
| HS07-A024 | The WCRP Water for the Food Baskets Grand Challenge and the Third Pole Environment | Petrus (Peter) VAN OEVELEN1#+, Roy RASMUSSEN2, Jan POLCHER3, Alexander RUANE4 1Global Energy and Water Exchanges (GEWEX), United States, 2National Center for Atmospheric Research, United States, 3Dynamic Meteorology Laboratory, France, 4NASA Goddard Institute for Space Studies, United States |
| HS07-A025 | Evaluations and Improvements of GLDAS2.0 and GLDAS2.1 Forcing Data for Applying in Tibetan Plateau Regions | Junguo LIU#+ Southern University of Science and Technology, China |
| HS07-A026 | Variation of Carbon Dioxide and Heat Fluxes over the Southern Side of Central Himalayas, Nepal | Madan SIGDEL1#+, Ram Hari ACHARYA1, Yaoming MA2 1Tribhuvan University, Nepal, 2Chinese Academy of Sciences, China |
| HS07-A027 | How Does Temporal Trend of Reference Evapotranspiration over the Tibetan Plateau Change with Elevation? | Xiaotao ZHANG#+ Chinese Academy of Sciences, China |
| HS08 Urban Development and Climate Change | ||
| Abstract ID | Abstract Title | Authors |
| HS08-A004 | Stormwater Quality and Road Sediments Build-up Process in Semi-arid Area of China | Jeanne Jinhui HUANG#, Jingshu Shirley WANG+ Nankai University, China |
| HS08-A005 | Spatiotemporal Trends of Precipitation in Two Mega Cities of North China Plain | Jeanne Jinhui HUANG1#+, Chao WANG2 1Nankai University, China, 2Chongqing Jiaotong University, China |
| HS08-A006 | A Study of Snowmelt Runoff Pollutions in Urban Catchment in Semi-arid Area of China | Jingshu WANG, Jeanne Jinhui HUANG#+ Nankai University, China |
| HS08-A007 | Characteristics of Heavy Metals and Nutrients Build-up with Road Sediments in Semi-arid Area of China | Jingshu WANG, Jeanne Jinhui HUANG#+ Nankai University, China |
| HS08-A008 | An Assessment of Vegetation Stability in Saudi Arabia with Observation and Modeling Approach | Hesham EL-ASKARY1#+, Wenzhao LI1, Mohamed QURBAN2, Mohammad H. Makkawi ASHRI2 1Chapman University, United States, 2King Fahd University of Petroleum and Minerals (KFUPM), Saudi Arabia |
| HS08-A012 | Quantifying Benefits of Ecological Water Supply Based on Emergy Theory Analysis | Xianfeng HUANG#+ Hohai University, China |
| HS09 Hydrometric Monitoring and Data Analysis | ||
| Abstract ID | Abstract Title | Authors |
| HS09-A001 | Flow Field Measurement and Movement Estimation of Turbidity Current in a Reservoir | Fong-Zuo LEE1#+, Jihn-Sung LAI1, Wen-Yi CHANG2, Shu-Yuan YANG1, Cheng-Chi LIU1, Hsing-Jui WANG1, Jen-Yu HAN1, Chih-Hsien YANG1 1National Taiwan University, Taiwan, 2National Center for High-Performance Computing, Taiwan |
| HS09-A002 | UAV Application on the Flow Field Measurement Between the Upstream and Downstream of Bitan Weir | Jihn-Sung LAI1, Fong-Zuo LEE1, Shu-Yuan YANG1#+, Wen-Yi CHANG2, Cheng-Chi LIU1, Hsing-Jui WANG1, Jen-Yu HAN1, Chih-Hsien YANG1 1National Taiwan University, Taiwan, 2National Center for High-Performance Computing, Taiwan |
| HS09-A003 | Analysing Spatiotemporal Changes of Terrestrial Water Storage in Three Parallel Rivers Basin Based on Grace Data | Yu ZHU+, Shiyin LIU#, Sidou ZHANG, Muhammad SAIFULLAH, Ying YI, Haijuan LI Yunnan University, China |
| HS09-A004 | Geostatistical Models for Merging Radar and Gauge Data | Sanghoo YOON#+ Daegu University, Korea, South |
| HS09-A005 | Hydrological Investigation and Water Budget Model Development of a Mountain Wetland in Northern Taiwan | Yao-Wen HSU+, Shang-Shu SHIH# National Taiwan University, Taiwan |
| HS09-A006 | Pumping Pattern Recognition from Hot Spring Monitoring Data in Taiwan | Hung-Jen LIU#+, Nien-Sheng HSU National Taiwan University, Taiwan |
| HS09-A007 | Flow Regime Analysis Using Wavelet Methods Considering Weir Effects | Chi-Hsin LIU1+, Shang-Shu SHIH2# 1National Taiwan University, China, 2National Taiwan University, Taiwan |
| HS09-A008 | Develop the Calibration Method for Radar Surface Velocimeter | Yi-Jun HUANG#+, Po-Hsu TSAI National Taiwan University, Taiwan |
| HS09-A011 | The Effects of Water Gate Operations on Wu-Wei-Kang Wetland by Intensive Field Measurements and Hydrodynamic Model Simulations | Gwowen HWANG#, Fong-Zuo LEE+, Shang-Shu SHIH, Szu-Yu KO, Ming-Hsiu CHAN National Taiwan University, Taiwan |
| HS09-A013 | Effect of In-stream Variable on the Lower Mahanadi River, India | Amit SIDDHARTH#+, Chandan PRADHAN, Modalavalasa SURESH, Subashisa DUTTA Indian Institute of Technology Guwahati, India |
| HS09-A014 | Multi-trophic Responses to Environmental Changes in Different Mountain Lake Ecosystems from Subtropical Taiwan | Rita S.W. YAM#+, Chih-Hsuan FAN, Yen-Tzu FAN, Jih-Sheng HUANG National Taiwan University, Taiwan |
| HS09-A015 | Comparison of Machine Learning Methodologies for Hourly Reservoir Inflow Forecasting | Kuang-Chi SHIH#+, Gwo-Fong LIN, Ming-Jui CHANG, Peng-An CHEN National Taiwan University, Taiwan |
| HS09-A017 | The Changing Trend and its Attribution of Global and Regional Continental Discharge: Results from Ten Global Land Models | Chen WANG1+, Qingyun DUAN2,3# 1Chinese Academy of Sciences, China, 2Hohai University, China, 3Beijing Normal University, China |
| HS09-A019 | Wireless Environmental Sensing and Monitoring Network for Production of Low-potassium Muskmelon (Cucumis melo L.) Fruits Through Hydroponic Nutrient Management in Greenhouse Environment | Rita S.W. YAM, Yen-Tzu FAN+, Hsiao-Feng LO#, Chin-Ling WEI, Jing-Tian LIN, Chihhao FAN National Taiwan University, Taiwan |
| HS09-A021 | Establishment of Water Quality Simulation and Assimilative Capacity Assessment Technology for Irrigation System in Taiwan | Wen-Sheng LIN#+, Chihhao FAN, Hung-Jen LIU National Taiwan University, Taiwan |
| HS09-A022 | The Hydro-geomorphic Baseline of Four Forested Catchments in Singapore | Canh Tien Trinh NGUYEN1#+, Jiandong LIU1, Dongeon KIM1,2, Mengjie LIEW1, Yixiong CAI3, Shie-Yui LIONG1 1National University of Singapore, Singapore, 2University of Nice Sophia Antipolis, France, 3National Parks Board, Singapore |
| HS09-A024 | Prediction of Water Pollution at Okcheon Area of the Geumgang River Using RNN Model | Hee Sung LIM#+ Chungnam National University, Korea, South |
| HS09-A025 | The Role of Soil Moisture Variations in Changes of Groundwater Levels During Rainfall Events | Ming-Hsu LI#+, I-Chieh TSENG National Central University, Taiwan |
| HS10 Hydrologic Extremes in a Changing Climate | ||
| Abstract ID | Abstract Title | Authors |
| HS10-A001 | Hydro-economic Approaches to Develop Sustainable Agriculture Under Changing Climates: A Case Study from the Ganges Delta, Bangladesh | Sonia MURSHED#, Jagath KALUARACHCHI+ Utah State University, United States |
| HS10-A004 | Future Projection of Extreme Rainfall over Kolkata City | Ujjwal SAHA#+ Indian Institute of Engineering Science and Technology, Shibpur, India |
| HS10-A002 | Extreme Hydrologic Events Response to Climate Change Scenario in Huaihe River Basin, China | Junliang JIN#+, Cuishan LIU, Guoqing WANG, Jianyun ZHANG Nanjing Hydraulic Research Institute, China |
| HS10-A003 | Modeling Spatiotemporal Dynamics of Drought in the Gauged and Ungauged Basins Under Climate Change | Getachew TEGEGNE DAMTEW#+, Young-Oh KIM, Gi Joo KIM, Hee Won JEE, Daeho KIM Seoul National University, Korea, South |
| HS10-A025 | GIS-based Storm Surge Modelling for the Pearl River Delta Region, China | Wei JIAN#+, Edmond LO, Tso-Chien PAN Nanyang Technological University, Singapore |
| HS10-A005 | Assimilated Hydrological Data at NASA GES DISC with Examples of Extreme Events | Hualan RUI1,2#+, Carlee LOESER1, William TENG1, Dana OSTRENGA1,3, Bruce VOLLMER1, Jennifer WEI1 1NASA Goddard Earth Sciences Data and Information Services Center, United States, 2ADNET Systems, INC., United States, 3Adnet Systems, United States |
| HS10-A006 | Physically-based Empirical Models for Forecasting Meteorological Droughts During Major Crop Growing Season of Pakistan | Najeebullah KHAN1, Young Hoon SONG2+, Shamsuddin SHAHID1, Eun Sung CHUNG2# 1Universiti Teknologi Malaysia, Malaysia, 2Seoul National University of Science and Technology, Korea, South |
| HS10-A008 | Analysis of Daily Wet Day Rainfall Distribution Across India | Lalit PAL#+, Chandra Shekhar Prasad OJHA, Ajay GAIROLA Indian Institute of Technology Roorkee, India |
| HS10-A007 | Ranking of CMIP5 GCMS for Historical Simulation on Regional Scale Using TOPSIS | Young Hoon SONG+, Eun Sung CHUNG# Seoul National University of Science and Technology, Korea, South |
| HS10-A009 | Future Flood Risk Under the Climate Change Scenarios in Seomjingang River Basin, South Korea | Sunghun KIM+, Younghun JUNG, Kyungwon JOO, Jun-Haeng HEO# Yonsei University, Korea, South |
| HS10-A010 | Climate Change Impacts on Water Resources of the Andong Watershed in South Korea Under CMIP-5 Scenarios | Mohamed RASMY1,2#+, Ye Seul CHO3, Akira HASEGAWA1,4, Toshio KOIKE5 1Public Works Research Institute, Japan, 2National Graduate Institute for Policy Studies, Japan, 3Yonsei University, Korea, South, 4The University of Tokyo, Japan, 5International Centre for Water Hazard and Risk Management, Japan |
| HS10-A021 | Anthropogenic Impact on Drought and Poor Harvests in Afghanistan in 2017/18 | Weili DUAN1#+, Shan ZOU1, Naota HANASAKI2, Hideo SHIOGAMA2, Yaning CHEN3, Zhi LI1, Gonghuan FANG1 1Chinese Academy of Sciences, China, 2National Institute for Environmental Studies, Japan, 3Xinjiang Institute of Ecology and Geography, Chinese Academy of Sciences, China |
| HS10-A011 | Flood Risk Estimation Due to Climate Change Using Hybrid Downscaling Data | Yasutaka WAKAZUKI1,2#+, Shiori ABE3, Yousuke NAKAMURA4 1Ibaraki University, Japan, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Mitsui Consultants Co., Ltd., Japan, 4Public Works Research Institute, Japan |
| HS10-A013 | Observed Change in Spatio-temporal Distribution of Global Probable Maximum Precipitation in a Changing Climate | Subharthi SARKAR+, Rajib MAITY# Indian Institute of Technology Kharagpur, India |
| HS10-A012 | Temporal Evolution of Precipitation and Temperature Based Climate Change Indices Across India | Subhasmita DASH+, Rajib MAITY# Indian Institute of Technology Kharagpur, India |
| HS10-A017 | On Exploring Trends in Atmospheric River Induced Precipitation Extremes in the U.S. West Coast | Lifeng LUO#+, Leo PHAM Michigan State University, United States |
| HS10-A015 | Climate Change Impacts on River Water Quality Extremes | Rehana SHAIK1#+, C. T. DHANYA2 1International Institute of Information Technology, India, 2Indian Institute of Technology Delhi, India |
| HS10-A018 | Mid-long Term Streamflow Forecasting of the Yarlung Zangbo-Brahmaputra River Under Climate Change | Xiaobo WANG, Huijuan CUI#+, Shaoqiang WANG Chinese Academy of Sciences, China |
| HS10-A016 | Climate Change Signals on Regional Water Energy Variables over Krishna River Basin, India | Rehana SHAIK#+, Sireesha NAIDU, Nellibilli TINKU MONISH International Institute of Information Technology, India |
| HS10-A023 | Non-stationary Modeling of Extreme Precipitation over Monsoon Asia | Meghana NAGARAJ1+, Roshan SRIVASTAV2#, Srinivasan KASTURIRENGAN1 1Indian Institute of Technology Madras, India, 2Indian Institute of Technology Tirupati, India |
| HS10-A019 | A Sub-grid Based Large Scale Flood Inundation Modeling and its Application in Chennai Basin, India | Nithila DEVI N., Soumendra Nath KUIRY#+ Indian Institute of Technology Madras, India |
| HS10-A020 | Simulation and Assessment of Return Flows Across Canal Systems in the Upper Yamuna River Basin Using the WEAP Model | Dinesh KUMAR1+, C. T. DHANYA1#, Saman RAZAVI2, Ashvani GOSAIN1 1Indian Institute of Technology Delhi, India, 2University of Saskatchewan, Canada |
| HS10-A022 | Assessment of the Impact of Climate Change on Omo-Gibe Streamflow Characteristics Using CORDEX Africa Data | Tewodros TESFAYE#+, C. T. DHANYA, Ashvani GOSAIN Indian Institute of Technology Delhi, India |
| HS11 Hydroinformatics | ||
| Abstract ID | Abstract Title | Authors |
| HS11-A001 | A Human-hazard Integrated City Model for Dynamic Vulnerability Assessment | Shuliang ZHANG#+, Qiang DAI, Xuehong ZHU, Quntao YANG Nanjing Normal University, China |
| HS11-A003 | A Real-time Flood Early Warning System Based on an Integrated Rainfall Forecasting Employing Global Datasets for Adapting Extreme Weather Events in Data-scarce Nile Delta | Chien-Nien CHEN1#+, Dawei HAN1, M. A. RICO-RAMIREZ1, Khaled KHEIRELDIN2, Mahmoud ROUSHDI2 1University of Bristol, United Kingdom, 2National Water Research Center, Egypt |
| HS11-A006 | Analysis of Integrated Basin Information to Relationship Between CIA and GIS Data | Yusuke HATAYA1, Ken SUZUKI1, Shiho YABUSAKI2, Seiki KAWAGOE1#+ 1Fukushima University, Japan, 2Research Institute for Humanity and Nature, Japan |
| HS11-A007 | Study of Daily Crop Transpiration: Comparison of Random Forests and Support Vector Regression | Han CHEN#+, Jeanne Jinhui HUANG Nankai University, China |
| HS11-A008 | A Publicly Available GIS Based Online Web Platform for Reservoir Inundation Mapping in the Lower Mekong Region | Aekkapol AEKAKKARARUNGROJ1#+, Farrukh CHISHTIE2, Nuntarut LOKETKAWEE1, Hamid MEHMOOD3, Peter CUTTER4 1SERVIR-Mekong Asian Disaster Preparedness Center Bangkok, Thailand, 2SERVIR-Mekong Asian Disaster Preparedness Center, Thailand, 3Institute of Water, Environment and Health, United Nations University, Canada, 4NatureServe, United States |
| HS11-A010 | Real-time Flood Prediction by Combining Two-dimensional Hydraulic Model with Dynamic Neural Network in Urban Area | Hyun Il KIM+, Kun-Yeun HAN#, Ho Jun KEUM, Jae Yeong LEE, Beom Jin KIM Kyungpook National University, Korea, South |
| HS11-A012 | Estimation of Flood Vulnerable Area by Using Watershed Runoff Mechanism | Jae Yeong LEE+, Kun-Yeun HAN#, Ho Jun KEUM, Beom Jin KIM, Hyun Il KIM Kyungpook National University, Korea, South |
| HS11-A014 | Efficient Parallel Surrogate Algorithm and Frame Work for Optimization of Parameter Estimation for Delft3D Lake Water Quality Models in Tropics | Wei XIA#+, Christine SHOEMAKER, Taimoor AKHTAR National University of Singapore, Singapore |
| HS11-A013 | Critical Review on Quantitative Designing Water Quality Monitoring Networks in Watersheds | Jiping JIANG#+, Sijie TANG, Yi ZHENG Southern University of Science and Technology, China |
| HS11-A015 | Flow Forecasting Using a Soft Computing Technique | Mohammad ASHRAFI1#+, Lloyd CHUA2, Chai QUEK1 1Nanyang Technological University, Singapore, 2Deakin University, Australia |
| HS11-A018 | Efficient Optimal Calibration of Large Lake Hydrodynamic Models with Parallel DYCORS Software | Christine SHOEMAKER1#+, Wei XIA1, Taimoor AKHTAR1, Manh Tuan NGUYEN2 1National University of Singapore, Singapore, 2Public Utilities Board, Singapore |
| HS11-A019 | Hydrological Modeling in the Era of Big Data: Opportunities and Challenges | Yi ZHENG#+, Shijie JIANG Southern University of Science and Technology, China |
| HS11-A021 | The Dynamically Dimensioned Evolutionary Search (DDES) Algorithm for Parallel Parameter Estimation of Expensive Watershed Models | Taimoor AKHTAR#+, Christine SHOEMAKER National University of Singapore, Singapore |
| HS12 Water Resilience in Coastal Areas: Processes, Consequences, and Potentials | ||
| Abstract ID | Abstract Title | Authors |
| HS12-A001 | Prediction of Tsunami-induced Groundwater Salinization in Coastal Areas: 2-D Numerical Modeling of the Niijima Island, Japan | Jiaqi LIU#+, Tomochika TOKUNAGA The University of Tokyo, Japan |
| HS12-A003 | A Flood Mitigation Decision Framework to Characterize the Impact of Climate Change and Urbanization in Coastal Cities | Velautham DAKSIYA#+, Pradeep MANDAPAKA, Edmond LO Nanyang Technological University, Singapore |
| HS12-A008 | Coupled Effects of Climate Variability and Land Use Pattern on Surface Water Quality: An Elasticity Perspective and Watershed Health Indicators | Ayu ERVINIA+, Jinliang HUANG#, Yaling HUANG, Jingyu LIN Xiamen University, China |
| HS12-A009 | A Coupling Modeling Approach for Water Resource Management in a River-reservoir Continuum Within a Coastal China Watershed | Zhenyu ZHANG+, Jinliang HUANG#, Min ZHOU Xiamen University, China |
| HS13 Urban Water-Related Problems | ||
| Abstract ID | Abstract Title | Authors |
| HS13-A001 | Parameter Uncertainty of Urban Storage Function Model by Bootstrap Approach | Akira KAWAMURA#+, Saritha PADIYEDATH GOPALAN, Hideo AMAGUCHI, Gubash AZHIKODAN Tokyo Metropolitan University, Japan |
| HS13-A002 | Using Environmental Auxiliary Data to Assess Fecal Pollution Sources and Impact on Water-related Recreation in the Highly Urbanized Tamsui River Watershed | Cheng-Shin JANG#+ Kainan University, Taiwan |
| HS13-A003 | Risk Evaluation of Compound Disaster by Storm Surge and Flood in Lowland Areas of Japan | So KAZAMA#+ Tohoku University, Japan |
| HS13-A004 | Spatial Characteristics of Groundwater Chemistry in Unzen, Nagasaki, Japan | Kei NAKAGAWA1#+, Zhi Qiang YU1, Hiroki AMANO2, Ronny BERNDTSSON3 1Nagasaki University, Japan, 2Tokai University, Japan, 3Lund University, Sweden |
| HS13-A005 | Paddy Field Dam Effect Estimation for Flood Mitigation Focusing on Nishiharima Hyogo Japan | Kenichiro KOBAYASHI1#+, Takanori KONO1, Takao KIMURA2 1Kobe University, Japan, 2local farmer, Japan |
| HS13-A006 | High-resolution Simulation of Full-scale Fluvial and Pluvial Flooding Using a High-performance Hydrodynamic Model | Qiuhua LIANG#+, Xilin XIA, Qian LI Loughborough University, United Kingdom |
| HS13-A016 | Dynamics of Stream Environmental DNA Focusing on Transport, Bacteria and Particle Size | Kei NUKAZAWA#+, Kentaro AKAHOSHI, Yoshihiro SUZUKI University of Miyazaki, Japan |
| HS13-A007 | Suggesting New Compost Mixed Halophiles in and its Effect to the Salt Damaged Soil | Minori KOIZUMI+, Satoshi AKIBA# Sendai Nika High School, Japan |
| HS13-A009 | Application of Convolutional Neural Network to Rainfall Forecasting and Sensitivity Analysis on Input Factors and Regional Characteristics | Tsuguaki SUZUKI#+, Sunmin KIM, Yasuto TACHIKAWA Kyoto University, Japan |
| HS13-A010 | Modeling of eDNA in Rivers by a Lab Experiment | Akira MORITA#+, So KAZAMA Tohoku University, Japan |
| HS13-A011 | Development of Water-related Risk Index Using Earth Observation Data | Yoshiyuki IMAMURA#+ National Institute for Land and Infrastructure Management (NILIM), Japan |
| HS13-A012 | Evaluation of the Applicability of Inundation Risk Index for Pre-flood Response on Jungrang-cheon Watershed | Narae KANG#+, Seok Hwan HWANG, Jungsoo YOON Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS13-A014 | Estimation of the Flood Damage Caused by Climate Change and Effect of the Adaptation | Tao YAMAMOTO#+, So KAZAMA, Yoshiya TOUGE Tohoku University, Japan |
| HS13-A026 | Evaluating Appropriateness of Sewerage Facilities Design Rainfall Using Observed Rainfall | Byeong Wook YU+, Seung WOO, Deg-Hyo BAE# Sejong University, Korea, South |
| HS13-A015 | A Study on TN and TP Runoff Characteristics in the Kinokawa River Basin Based on High-frequency Nutrient Monitoring | Hiroto TANOUCHI#+, Akihisa IMOTO, Kouichi ISHIURA, Nobuyuki EGUSA Wakayama University, Japan |
| HS13-A018 | High-resolution Numerical Weather Simulation with a Large Domain for Water-related Disaster Prevention and Mitigation | Tsutao OIZUMI1#+, Kazuo SAITO2, Junshi ITO3, Le DUC1 1Japan Agency for Marine-Earth Science and Technology, Japan, 2The University of Tokyo, Japan, 3Japan Meteorological Agency, Japan |
| HS13-A019 | Development of Operational Urban Flood Guidance System for Bangkok Area | Apimook MOOKTAREE1#+, Ticha LOLUPIMAN2, Theerapol CHAROENSUK2, Watin THANATHANPHON2, Narongrit LUANGDILOK2, Piyamarn SISOMPHON2 1Hydro-Informatics Institute, Thailand, 2Hydro and Agro Informatics Institute, Thailand |
| HS13-A017 | Optimum Inundation Mitigation Measures for a Coastal Basin | Kwang Ik SON#, Won Bum KIM, In Jae LEE+ Yeungnam University, Korea, South |
| HS13-A020 | Development of Rainfall-runoff Model for Myohoji River Basin Considering Rainwater Sewage Channels | Kenichiro KOBAYASHI1, Atsushi TAMURA1#+, Ichiro FUJITA1, Akinobu YAMAMOTO2, Toshikazu KAGEYAMA2 1Kobe University, Japan, 2Kobe City, Japan |
| HS13-A021 | The 2016 Kumamoto Earthquake Effects on Groundwater Level Characteristics | Tsutomu ICHIKAWA1, Kei NAKAGAWA2#, Hiroki AMANO1+, Ronny BERNDTSSON3 1Tokai University, Japan, 2Nagasaki University, Japan, 3Lund University, Sweden |
| HS13-A022 | Application of a Large Ensemble Climate Simulation for Flood Risk Assessment of Urban Infrastructures | Satoshi WATANABE#+, Takaya ONODERA, Ryota ARAI, Koji IKEUCHI The University of Tokyo, Japan |
| HS13-A023 | A Proposal of Source Tracking of Fecal Pollution in Recreational Waters by Applying Pulsed-field Gel Electrophoresis (PFGE) | Yoshihiro SUZUKI1#+, Takashi FURUKAWA2, Kei NUKAZAWA1 1University of Miyazaki, Japan, 2Kitasato University, Japan |
| HS13-A024 | Spatio-temporal Evaluation of Windfield Dynamics over a Reservoir in Downtown Singapore | Mohammad ASHRAFI1#+, Lloyd CHUA2, Kim IRVINE3 1Nanyang Technological University, Singapore, 2Deakin University, Australia, 3National Institute of Education, Singapore |
| HS13-A025 | Evaluation of Satellite DEMs on Selected Urban Settings: Comparison with High Resolution Data for Urban Flood Inundation Modeling | Anjaneyulu AKKIMI#+, Subashisa DUTTA Indian Institute of Technology Guwahati, India |
| HS13-A027 | In-situ Fluorescence Sensors for Monitoring Riverine Dissolved Organic Matter in Bihar, India | Laura RICHARDS1#+, Kieran KHAMIS2, Stefan KRAUSE2, Arun KUMAR3, Neha PARASHAR3, Sreedipta CHATTERJEE4, Sidharth SUMAN5, Prerona DAS4, Sumant KUMAR6, Ashok GHOSH3, Abhijit MUKHERJEE4, David HANNAH2, Daren GOODDY7, David POLYA1 1University of Manchester, United Kingdom, 2University of Birmingham, United Kingdom, 3Mahavir Cancer Sansthan and Research Centre, India, 4Indian Institute of Technology Kharagpur, India, 5Anugrah Narayan College Patna, India, 6National Institute of Hydrology Roorkee, India, 7British Geological Survey, United Kingdom |
| HS13-A029 | Understanding the Geospatial Structure of Flood Hazard: Point Based and Probabilistic Analysis of Yoshino River Basin, Japan | Masafumi YAMADA1#+, Takeyoshi CHIBANA2, Satoshi WATANABE2 1Disaster Prevention Research Institute, Kyoto University, Japan, 2The University of Tokyo, Japan |
| HS13-A030 | Monitoring of Water Level in Sewer System in Kasugai City and Verification of Analysis Model of Inundation Due to Heavy Rainfall | Masataka MURASE1#+, Makoto TAKEDA1, Takuya YAGAMI2, Toshihiko TAKAHASHI3 1Chubu University, Japan, 2CTI Engineering Co., Ltd., Japan, 3Kajima Information Communication Technology Co., Ltd., Japan |
| HS13-A031 | Numerical Analysis on Water Behaviour of Inundaiton Due to River Flood and Heavy Rain in Urban Area | Makoto TAKEDA#+, Masataka MURASE, Naoki MATSUO Chubu University, Japan |
| HS13-A032 | Field Survey on Changes in Bottom Sediments Before and After a Flash Flood in a Tidal Reach of an Urban River | Hitoshi MIYAMOTO1#+, Atsushi OSHIMI2 1Shibaura Institute of Technology, Japan, 2Nippon Koei Co., Ltd., Japan |
| HS13-A033 | Considering Multi-level Governance of Groundwater – Through the Case Study of Nitrate-nitrogen Pollution in Shimabara City, Japan | Hironori HAMASAKI#+, Kei NAKAGAWA, Takashi WATANABE Nagasaki University, Japan |
| HS13-A034 | Identifying Human Safe Index During Urban Flood for Vulnerability Assessment with MCDM Methods | Gyumin LEE#+, Kyung Soo JUN Sungkyunkwan University, Korea, South |
| HS13-A035 | Evaluation of Water System Connectivity Based on Flow Resistance and Hydrological Processes | Yuqin GAO1#+, Yunping LIU1, Xiaohua LU2 1Hohai University, China, 2China North Water Survey Design and Research Co., Ltd., China |
| HS13-A037 | Occurrence of Hypoxia in a Reservoir | Konosuke YAMAMOTO#+, Noriko HAYASHI, Shino SAKAGUCHI, Keisuke NAKAYAMA, Kenichiro KOBAYASHI Kobe University, Japan |
| HS14 Exploration of Atmospheric Water Resources | ||
| Abstract ID | Abstract Title | Authors |
| HS14-A001 | A New Classification of Large-scale Climate Regimes Around the Tibetan Plateau Based on Seasonal Moisture Transport Patterns | Ping WANG1, Xin-Gang DAI2#+ 1Chinese Academy of Meteorological Sciences, China, 2Institute of Atmospheric Physics,Chinese Academy of Sciences, China |
| HS14-A003 | Does Summer Precipitation in China Exhibit Significant Periodicities? | Yanfang SANG1#+, Vijay SINGH2, Ping XIE3, Yanxin ZHU1, Xinxin LI1 1Chinese Academy of Sciences, China, 2Texas A&M University, United States, 3Wuhan University, China |
| HS14-A004 | Cloud Water Interception in Hawai‘i: Project Overview & Preliminary Results of Fog and CWI Patterns | Han TSENG1#+, Thomas GIAMBELLUCA1, John DELAY2 1University of Hawaii at Manoa, United States, 2University of Hawaii, United States |
| HS14-A007 | A GNSS-based Study of Four-dimensional Distribution of Water Vapor Fields in the Tibetan Plateau | Zhen QIAO1+, Jiahua WEI2#, Qiong LI1, Shengchun WANG1 1Qinghai University, China, 2 Tsinghua University, China |
| HS14-A005 | A Quantitative Evaluation Method of Atmospheric Water Resource and its Precipitation Conversion Analysis | Jiaye LI1,2+, Tiejian LI2#, Ji CHEN1 1The University of Hong Kong, Hong Kong SAR, 2Tsinghua University, China |
| HS14-A009 | Theoretical and Experimental Study on the Mechanism of Precipitation Stimulation by Acoustic Wave | Mengyao WANG#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS14-A012 | Analysis of Temporal and Spatial Distribution of Atmospheric Water Resources in the Tibetan Plateau Using WRF | Xinzheng TANG#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS14-A014 | Study of Features of Precipitation Change Along Global Warming in South-west China Using WRF | Xinzheng TANG#+, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS14-A013 | Numerical Simulation of Precipitation Stimulation by Acoustic Wave Using COMSOL | Linhao FAN#+, Mengyao WANG, Ji CHEN The University of Hong Kong, Hong Kong SAR |
| HS15 Land and Water Management for Sustainability | ||
| Abstract ID | Abstract Title | Authors |
| HS15-A001 | Reassessment of Reservoir Sedimentation Rates Under Monsoon Climate with Combined Optical and Microwave Remote Sensing | Joy SANYAL#+ Tokyo Institute of Technology, Japan |
| HS15-A002 | Analysis of Water Quality Change and its Factors Before and After Natural Disasters in the Shimabara Springs | Makoto KAGABU#+, Kei FUJISHIMA Nagasaki University, Japan |
| HS15-A003 | Sustainability of Agricultural Water Use over an Inland River Basin in Northwest China | Yue DONG, Jun NIU+, Shaozhong KANG# China Agricultural University, China |
| HS15-A004 | The Present Situation of the Sponge City Construction in China and the Case Study of Xiamen City | Weiwei SHAO1#+, Jiahong LIU1, Jinjun ZHOU1, Zhiyong YANG1, Penggui XIE2, Zhaohui YANG1, Chao MEI1, Dianyi YAN1 1China Institute of Water Resources and Hydropower Research, China, 2Xiamen Urban Planning & Design Institute, China |
| HS15-A005 | An Assessment of Irrigation and Hydropower Impacts in the Tonle Sap Basin | Thomas COCHRANE1#+, Mike ARNAIZ1, Chantha OEURNG2 1University of Canterbury, New Zealand, 2Cambodia Institute of Technology, Cambodia |
| HS15-A006 | Characterising Flow Pathways Across the Landscape to Characterise the Linkages Between Land and Water Quality Impacts | Shailesh SINGH1#+, M S SRINIVASAN1, Richard MUIRHEAD2, Roland STENGER3, Murray CLOSE4, Andrew MANDERSON5, Ross Monaghan MONAGHAN2, Les BASHER5, Diana SELBIE2, Chris TANNER1 1National Institute of Water and Atmospheric Research, New Zealand, 2AgResearch Ltd., New Zealand, 3Lincoln Agritech, New Zealand, 4Environmental Sciences and Research Ltd., New Zealand, 5Landcare Research, New Zealand |
| HS15-A009 | Estimation of South-west Monsoonal Surface Runoff by Using SCS-CN Method for an Ungauged Watershed in Kodagu, India | Rishudh THAKUR+, Dillip Kumar BARIK# Vellore Institute of Technology, India |
| HS15-A010 | Temporal and Spatial Variations in Water Discharge and Sediment Load on the Loess Plateau, China: A High-density Study | Haiyan ZHENG1#+, Chiyuan MIAO1, Qingyun DUAN2,1 1Beijing Normal University, China, 2Hohai University, China |
| HS15-A011 | Using 137Cs and 210Pbex Measurements to Estimate Soil Erosion Rates Under Different Land Use in the Dry - Hot Valley Region, Southern China | Yawen LI#+, Xingwu DUAN Yunnan University, China |
| HS15-A012 | Satellite Evidence for Carbon and Water Consequences of the ‘Grain for Green’ Program in Chinese Loess Plateau | Fubo ZHAO#+, Yiping WU Xi'an Jiaotong University, China |
| HS15-A013 | Dispersion, Sorption and Photodegradation of Petroleum Hydrocarbons in Dispersant-seawater-sediment Systems | Xiao ZHAO#+ China Agricultural University, China |
| HS15-A014 | Evaluation of Impacts of Land Use and Land Cover Change on Watershed Response and Crop Yield | Lichi CHIANG1#+, Yung-Chieh WANG2, Chih-Mei LU1, Ci-Jyun LIAO1 1National United University, Taiwan, 2National Chung Hsing University, Taiwan |
| HS15-A015 | Transition Characteristics from Warm-dry to Warm-wet and Vegetation Dynamic Responses in the Southeastern Part of the Qinghai-Tibet Plateau | Liu LIU1#, Jingxia HENG1, Zongxue XU2, Qiankun NIU1, Ruotong WANG3 1China Agricultural University, China, 2Beijing Normal University, China, 3China agriculture university, China |
| HS16 Impacts and Consequences of Changing Climate and Landuse on Hydrology | ||
| Abstract ID | Abstract Title | Authors |
| HS16-A001 | Impact Analysis of Land Use Change on Spring Water Quality in Fukuoka Area | Kei FUJISHIMA+, Makoto KAGABU# Nagasaki University, Japan |
| HS16-A002 | Impact of Climate Change on Water Resource - Compared Two Different Water Resource System in Taiwan | Tzu-Ming LIU1, Tse-Yu TENG1#+, Ming-Hsu LI2 1National Science and Technology Center for Disaster Reduction, Taiwan, 2National Central University, Taiwan |
| HS16-A004 | Analysing the Regional Impact of Climate Variability on Runoff Regime in Kesinga Sub-catchment of Mahanadi Basin, India | Pooja AGARWAL#+, Pramod Kumar SHARMA Indian Institute of Technology Roorkee, India |
| HS16-A003 | Accuracy Assessment of Land Use-land Cover Change Analysis and Scenario Development for Flooding Risk Assessment | Ryan CASTANETO1#+, Decibel FAUSTINO-ESLAVA1, Loucel CUI1, Wilbur MANIBO2, Beth Zaida UGAT1, Joey Philip TORRES2, Cristino Jr. TIBURAN2, Nathaniel BANTAYAN2, Jenielyn PADRONES2, Carla DIMALANTA3 1University of the Philippines Los Baños, Philippines, 2University of the Philippines, Philippines, 3University of the Philippines Diliman, Philippines |
| HS16-A005 | Potential of Graphical Modelling in Long-lead Seasonal Prediction of Regional Summer Monsoon Rainfall in Context of Climate Change | Riya DUTTA+, Rajib MAITY# Indian Institute of Technology Kharagpur, India |
| HS16-A006 | Hydroclimatic Prediction Using Machine Learning Approach Incorporating Time-varying Concept | Kironmala CHANDA1#+, Rajib MAITY2 1Indian Institute of Technology (Indian School of Mines) Dhanbad, India, 2Indian Institute of Technology Kharagpur, India |
| HS16-A007 | Hydro-geochemistry of the Spring Water Sources in the Southwestern Coast of India | Maya K#+ National Centre for Earth Science Studies, India |
| HS16-A008 | Separating the Impacts of Climate Change and Human Activities on Annual Streamflow Based on the Budyko Complementary Relationship at Small Scales in Southern Taiwan | Jyun TSAO+, Hsin-Fu YEH# National Cheng Kung University, Taiwan |
| HS16-A009 | Water Quality Characteristics and Factors in Islands of Nagasaki Prefecture, Japan | Go YAMAKI#+, Koji KODERA, Yoshihiro IGARI Hosei University, Japan |
| HS16-A010 | Spatial and Temporal Variations of Sediment Rating Curves in the Middle Yellow River Basin and Their Implications | Pengcheng SUN#+, Yiping WU Xi'an Jiaotong University, China |
| HS16-A012 | Acceleration of Hydrological Cycle: Evidences from the River Basins Draining Southern Western Ghats, India | Merin Mariam MATHEW, Sreelash KRISHNAN KUTTY#+, Micky MATHEW National Centre for Earth Science Studies, India |
| HS17 Water-food-energy Nexus Under Uncertain Future: Data, Tools, Modelling and Knowledge Integration | ||
| Abstract ID | Abstract Title | Authors |
| HS17-A004 | Probabilistic Approach for Regional Groundwater Balance in the Ganga Basin Using Land Surface and Groundwater Models | Sreekanth J1#+, Akhilesh NAIR2, Indu J.2, Kaushika G.S.3 1CSIRO Land and Water, Australia, 2Indian Institute of Technology Bombay, India, 3Indian Institute of Technology Roorkee, India |
| HS17-A012 | Exploring Stakeholder Pathways and Future Water, Energy, and Land Nexus Scenarios in the Indus Basin | Adriano VINCA1#, Simon PARKINSON1, Barbara WILLAARTS1, Piotr MAGNUSZEWSKI1, Simon LANGAN1, Ting TANG1+, Ansir ILYAS2, Yaoping WANG3, Edward BYERS1, Peter BUREK1, Yoshihide WADA1, Volker KREY1, Keywan RIAHI1 1International Institute for Applied Systems Analysis (IIASA), Austria, 2Lahore University of Management Sciences, Pakistan, 3The Ohio State University, United States |
| HS17-A001 | Data Assimilation to Study the Influence of Uncertainty in Land Surface Model | Akhilesh NAIR#+, Ankita PRADHAN, Sooraj KRISHNAN, Indu J. Indian Institute of Technology Bombay, India |
| HS17-A002 | Impacts of Hydro-climatic Variability on the Energy System of the Greater Mekong Sub-region | A.F.M. Kamal CHOWDHURY#+, Thanh Duc DANG, Stefano GALELLI Singapore University of Technology and Design, Singapore |
| HS17-A014 | Energy or Food? An Assessment of the Tradeoff Between the Capacity of Hydropower Generation and Food Security in Africa in 2050s | Xingcai LIU1#+, Wenfeng LIU2, Qiuhong TANG1, Hong YANG3 1Chinese Academy of Sciences, China, 2Institute Pierre Simon Laplace, France, 3Swiss Federal Institute of Aquatic Science and Technology, Switzerland |
| HS17-A003 | Understanding Hydropower Curtailment in Laos | Rachel KOH#+, A.F.M. Kamal CHOWDHURY, Thanh Duc DANG, Stefano GALELLI Singapore University of Technology and Design, Singapore |
| HS17-A005 | Irrigation Expansion, Groundwater Use and the Hydrologic Cycle in Northwest Bangladesh | Jorge PENA ARANCIBIA1#+, Mainuddin MOHAMMED1, Mobin AHMAD1, Geoff HODGSON1, Faisal KHANDAKAR2, Catherine TICEHURST1, Mohammed MANIRUZZAMAN2, Mahboob GOLAM2, Mac KIRBY1 1Commonwealth Scientific and Industrial Research Organisation, Australia, 2Bangladesh Rice Research Institute, Bangladesh |
| HS17-A011 | Evaluation on Water-energy-food Collaborative Security in China | Cuishan LIU1#+, Junliang JIN1, Liu JING1, Yanli LIU1, Xiao LI2 1Nanjing Hydraulic Research Institute, China, 2Shandong Agricultural University, China |
| HS17-A013 | Water Resources Management for Large Coal-power Bases in Yellow River Under Nexus Approach | Xiaojun WANG1#+, Jianyun ZHANG1, Shamsuddin SHAHID2, Juan GAO3 1Nanjing Hydraulic Research Institute, China, 2Universiti Teknologi Malaysia, Malaysia, 3Hohai University, China |
| HS18 Ecohydrological Processes and Modelling in a Changing Environment | ||
| Abstract ID | Abstract Title | Authors |
| HS18-A001 | NDVI Indicated Dynamic Variations in Vegetation and Their Responses to Climatic and Anthropogenic Factors in the Yarlung Zangbo River Basin of Southeastern Qinghai-Tibet Plateau, China | Liu LIU1#, Zongxue XU2, Jingxia HENG1, Hao LI1+ 1China Agricultural University, China, 2Beijing Normal University, China |
| HS18-A003 | Analyzing the Impact of Climate Change and Human Activities on Vegetation Changes in a Headwater Catchment Using a Distributed Model | Bing GAO1#+, Dawen YANG2 1China University of Geosciences, China, 2Tsinghua University, China |
| HS18-A004 | Threshold Effect and Hysteresis of Runoff Generation Processes in Alpine Meadow Hill-slope | Xiong XIAO#+, Fan ZHANG Chinese Academy of Sciences, China |
| HS18-A008 | Hydrologic Spaces for Catchment Water Balance | Edoardo DALY1#+, Salvatore CALABRESE2, Jun YIN2, Amilcare PORPORATO2 1Monash University, Australia, 2Princeton University, United States |
| HS18-A009 | Identification of Dead Zone in Constructed Wetlands for Evaluating the Related Hydraulic Performance | Hung-Chih WANG+, Shang-Shu SHIH# National Taiwan University, Taiwan |
| HS18-A010 | Investigations on the Diffusion Characteristics of Kandelia Mangrove Seedling in Northern Taiwan | Wei-Bin XU+, Shang-Shu SHIH# National Taiwan University, Taiwan |
| HS18-A012 | Quantitative Assessment of Hydrological Services Provided by Wetlands in a Northeast China Watershed | Yanfeng WU1#, Guangxin ZHANG1+, Alain N. ROUSSEAU2 1Northeast Institute of Geography and Agroecology, Chinese Academy of Sciences, China, 2Eau Terre Environnement, Canada |
| HS18-A011 | A Model for Geomorphological Changes of Tidal Creeks and Mudflat | Ting-Yu CHENG+, Shang-Shu SHIH# National Taiwan University, Taiwan |
| HS18-A015 | Effect of Changes in Throughfall on Fluxes of Greenhouse Gases, Dissolved Organic Carbon and N Leaching Under a Temperate Mature Forest, Northeastern China | Xingkai XU1,2#+, Duan CUNTAO3, Haohao WU3, Han LIN3, Xianbao LUO3 1Institute of Atmospheric Physics, Chinese Academy of Sciences, China, 2University of Chinese Academy of Sciences, China, 3Chinese Academy of Sciences, China |
| HS18-A013 | Study on Forest Ecological Hydrology in Qilian Mountains | Zhibin HE#+ Northwest Institute of Eco-Environment and Resources，Chinese Academy of Sciences, China |
| HS18-A016 | Interactions Between Topography, Permafrost, and Vegetation in Siberian Larch Forest: A Simulation Study | Hisashi SATO#+ Japan Agency for Marine-Earth Science and Technology, Japan |
| HS18-A018 | Sensitivity Analysis and Parameter Screening of CLM Hydrologic Parameters | Wei GONG1#+, Qingyun DUAN2,1, Chong ZHANG1 1Beijing Normal University, China, 2Hohai University, China |
| HS18-A020 | Reforestation Mitigates the Rising Temperature in the Eastern US: Mechanism and Implication | Quan ZHANG1#+, Kimberly A. NOVICK2 1Wuhan University, China, 2Indiana University, United States |
| HS18-A023 | Ecohydrological Modeling-based Ecosystem Service Evaluation | Yiping WU#+ Xi'an Jiaotong University, China |
| HS18-A024 | Hydrological Effect of Afforestation Practices over the Three-north Region of China | Xianhong XIE#+, Shanshan MENG Beijing Normal University, China |
| HS18-A027 | Eco-hydrological Modelling for Greater Nee Soon Freshwater Swamp Forest | Jiandong LIU1#+, Dongeon KIM1,2, Canh Tien Trinh NGUYEN1, Yixiong CAI3, Shie-Yui LIONG1 1National University of Singapore, Singapore, 2University of Nice Sophia Antipolis, France, 3National Parks Board, Singapore |
| HS19 Observation and Modelling of Glaciers in High Mountain Asia | ||
| Abstract ID | Abstract Title | Authors |
| HS19-A001 | Estimation of Surface Energy Fluxes in the Permafrost Region of the Tibetan Plateau Based on Situ Measurements and TESEBS Model | Jimin YAO1#+, Lianglei GU1, Ren LI2, Lin ZHAO2, Yongjian DING1,3 1Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China, 3University of Chinese Academy of Sciences, China |
| HS19-A002 | The Characteristics of the Surface Energy Budget Between Regions of Seasonally Frozen Ground and Permafrost on the Northern Tibetan Plateau | Lianglei GU1#+, Jimin YAO1, Zeyong HU2, Lin ZHAO2 1Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China |
| HS19-A003 | Glacier Hazards in Recent Years in High Mountains Asia | Donghui SHANGGUAN#+ Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China |
| HS19-A004 | Glacier Changes and Surges over Xinqingfeng and Malan Ice Caps in the Inner Tibetan Plateau Since 1970 | Zhen ZHANG1#+, Shiyin LIU2, Zongli JIANG3, Junfeng WEI3 1Anhui University of Science and Technology, China, 2Yunnan University, China, 3Hunan University of Science and Technology, China |
| HS19-A005 | Glacier Runoff Simulation Under Climate Change by an Energy Balance Model for Individual Glaciers on a Continental-scale | Shinjiro KANAE1#, Orie SASAKI1+, Koji FUJITA2, Yukiko HIRABAYASHI3 1Tokyo Institute of Technology, Japan, 2Nagoya University, Japan, 3Shibaura Institute of Technology, Japan |
| HS19-A009 | Inconsistent Changes of Glaciers and its Heterogeneous Controlling Factors in the Longbasaba Lake Region, Himalayas Based on Multi-source Remote Sensing Data | Xuanru ZHAO#+, Xin WANG Hunan University of Science and Technology, China |
| HS19-A011 | Spatiotemporal Variation of Snow Cover and its Relation to Climate Change in Upper Yarkant and Indus River Basins Since 2002 | Ying YI+, Shiyin LIU#, Yu ZHU Yunnan University, China |
| HS19-A014 | Global Warming Impacts on Glacier Dynamics in the Himalayan Basin | Ankur DIXIT#+, Sandeep SAHANY Indian Institute of Technology Delhi, India |
| HS19-A015 | Glacier Retreat, Glacial Lake Changes and Glacial Lake Outburst Floods Inventory in the Himalayas | Yong NIE1#+, Qiao LIU2, Jida WANG3, Yongwei SHENG4, Shiyin LIU5 1Institute of Mountain Hazards and Environment, Chinese Academy of Sciences, China, 2Chinese Academy of Sciences, China, 3Kansas State University, United States, 4University of California, Los Angeles, United States, 5Yunnan University, China |
| HS19-A017 | Mass Balance of Trambau Glacier, Rolwaling Region, Nepal Himalaya: In-situ Observations, Long-term Reconstruction and Mass-balance Sensitivity | Koji FUJITA#+ Nagoya University, Japan |
| HS20 Monthly to Seasonal Projection of Climatic/hydrological Extremes | ||
| Abstract ID | Abstract Title | Authors |
| HS20-A001 | A Recursive Approach to Long-term Prediction of Monthly Precipitation in the Three-river Headwaters Region | Haiyun SHI#+, Suning LIU Southern University of Science and Technology, China |
| HS20-A002 | Changes of Hydrologic Risk for Future Droughts in South Korea According to RCP Climate Change Scenarios | Jiyeon PARK1+, Ji-Eun KIM1, Jae Hee RYU1, Jae-Hyun AHN2, Tae-Woong KIM1# 1Hanyang University, Korea, South, 2Seokyeong University, Korea, South |
| HS20-A004 | Development of Rating-curve Considering the Influence of Tide Effect | Younghoon YOU+, Myungjin LEE, Jonghun LIM, Junhyeong LEE, Soojun KIM, Hung Soo KIM# Inha University, Korea, South |
| HS20-A005 | Teleconnection Analysis Between Droughts in Korea and Global Climate Factors | Taewoo LEE1+, Hong Jun JOO1, Soojun KIM1#, JongSo LEE2, Jae Won JUNG1, Hung Soo KIM1 1Inha University, Korea, South, 2Korea Research Institute for Human Settlements, Korea, South |
| HS20-A006 | Seasonal Streamflow Forecasting Based on Ensemble Streamflow Prediction Technique Using Hindcast Data | Shailesh SINGH#+ National Institute of Water and Atmospheric Research, New Zealand |
| HS20-A007 | An Analysis of the Impacts of Seasonal Weather Forecast | Seon-Ho KIM1+, Woo Sung NAM2, Deg-Hyo BAE1# 1Sejong University, Korea, South, 2National Drought Information Analysis Center, Korea, South |
| HS20-A008 | Study on the Change of Precipitation Pattern in Southwest China Under Global Climate Change | Ji CHEN1#+, Jiaye LI1,2 1The University of Hong Kong, Hong Kong SAR, 2Tsinghua University, China |
| HS21 Hydrometeorological Analysis of Natural Hazards | ||
| Abstract ID | Abstract Title | Authors |
| HS21-A001 | Analysis of Surface Flow Pattern on Road Using Large Particle Image Velocimetry | Jung Soo KIM1#+, Sung Ho LEE2 1University of Bucheon, Korea, South, 2Kumoh National Institute of Technology, Korea, South |
| HS21-A002 | Correlation Analysis of Rainfall Critical Duration and Time of Concentration by Road Surface Conditions and Rainfall Intensity | Sung Ho LEE1+, Jung Soo KIM2#, Jae Joon LEE1 1Kumoh National Institute of Technology, Korea, South, 2University of Bucheon, Korea, South |
| HS21-A003 | Disaster Risk Assessment Using Bayesian Network-based Weights | Ji-Eun KIM1+, Ji Yeon PARK1, Joo Heon LEE2, Tae-Woong KIM1# 1Hanyang University, Korea, South, 2Joongbu University, Korea, South |
| HS21-A004 | Assessment of Drought Propagation Occurrence Probability Using Mixed Copula Functions in Soyang River Basin | Ji-Yae SHIN1, Ji-Eun KIM1+, Hyun-Han KWON2, Taesuk OH3, Tae-Woong KIM1# 1Hanyang University, Korea, South, 2Sejong University, Korea, South, 3Korea Meteorological Administration, Korea, South |
| HS21-A008 | Quantitative Analysis of Heavy Rain Damage Reduction by Recovery Cost Investment | Junhyeong LEE1+, Changhyun CHOI1, Jongsung KIM1, Donghyun KIM2, JongSo LEE3, Hung Soo KIM1# 1Inha University, Korea, South, 2Center for Hydrology and Ecology, Korea, South, 3Korea Research Institute for Human Settlements, Korea, South |
| HS21-A005 | Dryness Evaluation of a Mountain Wetland Using Drought Index | Jonghun LIM1+, Jungwook KIM1, Younghoon YOU1, Taewoo LEE1, JongSo LEE2, Hung Soo KIM1# 1Inha University, Korea, South, 2Korea Research Institute for Human Settlements, Korea, South |
| HS21-A007 | Development of Loss Functions for the Road Facilities Based on Drainage Basin | Sang Ho KIM1#, Shinbum HWANG1+, Junhyuk SIM1, Chang Hee LEE2 1Sangji University, Korea, South, 2Jungwon University, Korea, South |
| HS21-A009 | Fuel for Wildfires in California During 2001-2017 | Linghua QIU1#+, Ji CHEN2, Haiyun SHI3, Liqun SUN4, Jun NIU5 1The University of Hong Kong Shenzhen Institute of Research and Innovation, China, 2The University of Hong Kong, Hong Kong SAR, 3Southern University of Science and Technology, China, 4Chinese Academy of Sciences, China, 5China Agricultural University, China |
| HS21-A010 | Development of a Livestock Weight Model and its Application to Winter Disaster Risk Assessment in Mongolia | Kaoru TACHIIRI1#+, Hiroshi KOMIYAMA2, Yuki MORINAGA3, Masato SHINODA2 1Japan Agency for Marine-Earth Science and Technology, Japan, 2Nagoya University, Japan, 3Meiji University, Japan |
| HS21-A012 | Numerical Simulation of Baeksan Flood Event Using HEC-RAS 1D-2D Coupling Model | Lea DASALLAS1,2#+, Hyunuk AN1, Yeonsu KIM3 1Chungnam National University, Korea, South, 2University of the Philippines Resilience Institute, Philippines, 3K-water Research Institute, Korea, South |
| HS21-A011 | Impact of Climatic Shift and Dispersion on Analyzing the Climate Change with Crisp Seasonal Boundaries | Amrutha SURESH#+, Sreeja PEKKAT Indian Institute of Technology Guwahati, India |
| HS21-A013 | Comparison of WRF Simulation Results and SCS-CN Method in Surface Runoff (A Case Study on Zavkhan-Guulin Watershed, Mongolia) | Otgonsuren SHAR+, Jambajamts LKHAMJAV#, Ganbold BOLDBAATAR National University of Mongolia, Mongolia |
| HS21-A014 | Analysis and Compare of Agricultural, Meteorological and Hydrological Drought Characteristics in Longchuan River Basin, Yunnan Province, China | Fan YANG#+, Xingwu DUAN Yunnan University, China |
| HS21-A015 | Similiarities Between Water Surface Level and Standardized Precipitation Index for Hydrologic Drought Monitoring Using Wavelet Transform Approach | Jin-Guk KIM1+, Minkyu JUNG1, Jin-Young KIM2, Hyun-Han KWON1# 1Sejong University, Korea, South, 2ISAN Corporation, Korea, South |
| HS21-A016 | Study on the Development of Flood Depth Damage Functions for Public Buildings | Chang Hee LEE1+, Sang Ho KIM2#, Shinbum HWANG2, Junhyuk SIM2 1Jungwon University, Korea, South, 2Sangji University, Korea, South |
| HS21-A017 | Temporal and Spatial Variation of Seismic Activity Due to Hydrologic Cycle in South Korea | Sukhwan JANG1#+, Kyung Doo OH2, Jae-Kyoung LEE1, Junwon JO1, Junsik HWANG3, Yoo Jung KWON3 1Daejin University, Korea, South, 2Korea Military Academy, Korea, South, 3Yeungnam University, Korea, South |
| HS22 Satellite Remote Sensing Data Products for Water Cycle Studies and Societal Applications | ||
| Abstract ID | Abstract Title | Authors |
| HS22-A004 | Ground-based and Space-borne Cases of Soil Moisture Estimation Using Navigational Reflection Signals | Songhua YAN#+ Wuhan University, China |
| HS22-A001 | A Lagrangian Analysis of Moisture Transport Pathways During Drought and Wet Year over the Source Region of the Yellow River, China | Rong LIU1#+, Jun WEN2, Xin WANG1, Li ZHU1 1Chinese Academy of Sciences, China, 2Chengdu University of Information Technology, China |
| HS22-A002 | Bias Correction of Satellite Precipitation: TRMM and GPM of Singapore for Hydrological Model | Huong TRINH DIEU1#+, Serene TAY2, Seng Keat OOI1 1National University of Singapore, Singapore, 2Senior Consultant, Singapore |
| HS22-A003 | Using Grace Gravimetry to Detect Groundwater Storage in an Island Watershed | Chung-Chieh HUANG1#+, Jyun-Lin CHEN1, Hong Ru LIN1, Shao-Yang HUANG1, Jet-Chau WEN1, Pat YEH2, Ben JARIHANI3 1National Yunlin University of Science and Technology, Taiwan, 2 Monash University, Malaysia, 3University of the Sunshine Coast, Australia |
| HS22-A012 | Integration of Satellite Soil Moisture and Evapotranspiration Observations for Regional and Global Drought Monitoring | Xiwu ZHAN1#+, Jicheng LIU2, Li FANG2, Jifu YIN3, Mitch SCHULL3, Limin ZHAO4, Satya KALLURI2 1National Oceanic and Atmospheric Administration, United States, 2NOAA-NESDIS Center for Satellite Applications and Research, United States, 3University of Maryland, United States, 4NOAA-NESDIS Office of Satellite and Product Operations, United States |
| HS22-A006 | IMERG V06: 20 Years of High Resolution Global Precipitation Data | Jackson TAN1#+, George HUFFMAN2, David BOLVIN3, Eric NELKIN3 1Universities Space Research Association / NASA Goddard Space Flight Center, United States, 2NASA Goddard Space Flight Center, United States, 3Science Systems and Applications, Inc., United States |
| HS22-A005 | Mapping of Flood Hazard Index (FHI) Using Landsat Data for Emergency Relief Planning and Prioritization in Myanmar | Kittiphong PHONGSAPAN1#+, Farrukh CHISHTIE1, Khun San AUNG1, Peeranan TOWASHIRAPORN1, Thiri MAUNG2, Ate POORTINGA3 1SERVIR-Mekong Asian Disaster Preparedness Center, Thailand, 2Department of Disaster Management (DDM), Myanmar, 3Spatial Informatics Group, United States |
| HS22-A007 | The Impacts of Rainfall Spatial Variability on Flood Modelling | Nergui NANDING1,2#+, Huan WU1 1Sun Yat-sen University, China, 2University of Bristol, United Kingdom |
| HS22-A009 | Integrating SMAP Soil Moisture and Rainfall Data with an Analytic Model for Drought Monitoring at the Continental Scale | Lifeng LUO1#+, Feng MA2, Aizhong YE2, Yang LANG3 1Michigan State University, United States, 2Beijing Normal University, China, 3Yunnan University, China |
| HS22-A010 | Monitoring the Progress of Urbanization and its Impact on Runoff Generation in Beijing | Yibing WANG+, Xianhong XIE# Beijing Normal University, China |
| HS22-A011 | Development of Snow Cover Detection Algorithm Using Himawari-8 AHI Data | Hyeon Su KIM#+, Jae Gwan KIM, Chu Yong CHUNG National Meteorological Satellite Center, Korea, South |
| HS22-A013 | A Remote Sensing-based Assessment of Water Resources in the Arabian Peninsula | Marouane TEMIMI, Youssef WEHBE#+ Khalifa University of Science and Technology, United Arab Emirates |
| HS23 Approaches for Post-processing Meteorological and Hydrological Forecasts for Improved Predictions of High-impact Weather Conditions | ||
| Abstract ID | Abstract Title | Authors |
| HS23-A004 | Bias Correction of Meteorological Variables for Avalanche Study in Indian Himalayas Region | Nibedita SAMAL1, Shivani BADODIYA1, Sanjeev Kumar JHA1#+, Sudhanshu SHEKHAR2 1Indian Institute of Science Education and Research Bhopal, India, 2Snow and Avalanche Study Establishment, India |
| HS23-A001 | Enhancement in Long-term Hydrologic Forecasting Accuracy Using the Bayes Theorem | Seung Beom SEO1#, Young-Oh KIM1+, Shinuk KANG2, Gun Il CHUN3, Woo Sung NAM3 1Seoul National University, Korea, South, 2K-water Institute, Korea, South, 3National Drought Information Analysis Center, Korea, South |
| HS23-A002 | Quantification of Uncertainty in Weather Forecasting for Improved Agro-meteorological Services | Aadhityaa MOHANAVELU1#+, Soundharajan BANKARU SWAMY1, K.S. KASIVISWANATHAN2 1Amrita Vishwa Vidyapeetham, India, 2Indian Institute of Technology Mandi, India |
| HS23-A003 | Very Short-term Typhoon Rainfall Forecasting by Post-processing Ensemble Forecasts from an Ensemble Numerical Weather Prediction System | Ming-Chang WU#+ National Applied Research Laboratories, Taiwan |
| HS23-A005 | A Method to Predict Water Level Based on Analogical Reasoning Algorithm | Sheng-Chi YANG#+ National Applied Research Laboratories, Taiwan |
| HS23-A006 | Addressing Mismatch in Spatial Scales of WRF Output and Gridded Observation Data for Precipitation and Temperature in South Eastern Australia | Sanjeev Kumar JHA#+, Nibedita SAMAL Indian Institute of Science Education and Research Bhopal, India |
| HS23-A007 | Evaluation of the ECMWF System 4 Climate Forecasts for Streamflow Forecasting in the Upper Hanjiang River Basin | Fuqiang TIAN#+ Tsinghua University, China |
| HS23-A008 | Comparison of Statistical Post-processing Methods for Short-to-medium Term Precipitation Forecasts | Wentao LI1+, Qingyun DUAN2,1# 1Beijing Normal University, China, 2Hohai University, China |
| HS23-A009 | Dual Window Bias Correction for Runoff Projected by Super Ensemble Experiments | Satoshi WATANABE#+ The University of Tokyo, Japan |
| HS23-A010 | Regional Multi-ensemble Empirical-statistical Downscaling in CORDEX Asia | Koji DAIRAKU#+ University of Tsukuba, Japan |
| HS24 Modeling of Hydrologic Processes at Catchment Scales in the Context of Climate Change | ||
| Abstract ID | Abstract Title | Authors |
| HS24-A001 | Integrated Surface- Subsurface Hydrological Modelling of a Humid Tropical River Basin | Anu PATIL1, Sreelash KRISHNAN KUTTY2#+, Varija K1, Rajat KUMAR SHARMA2 1National Institute of Technology, India, 2National Centre for Earth Science Studies, India |
| HS24-A002 | Assisting Decision Making on Water Management by Hydrological Simulation with Consideration of Future Climate Change: A Catchment Example from Eastern Taiwan | Li-Chun PENG#+, Yu-Pin LIN, Wan-Yu LIEN, Wei-Chih LIN National Taiwan University, Taiwan |
| HS24-A004 | Climate Change Impacts May Be Underestimated in Regulated River Basins: A Case Study in the Upper Mekong River Basin | Thanh Duc DANG#+, A.F.M. Kamal CHOWDHURY, Stefano GALELLI Singapore University of Technology and Design, Singapore |
| HS24-A005 | Climate Change Impact Assessment on Urban Hydrologic Processes: Recent Advances and Shortcomings | Van-Thanh-Van NGUYEN#+ McGill University, Canada |
| HS24-A006 | Improving Watershed Water Cycle Under Future Climate Change Using Catchment Hydrologic Cycle Assessment Tool | Cheol Hee JANG#+ Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS24-A008 | A Three-source Attribution Framework and Application for Streamflow Change Affected by Climate Variability, Anthropogenic Climate and Basin Underlying Surface Change | Yanli LIU#+, Guoqing WANG, Jianyun ZHANG, Junliang JIN, Cuishan LIU Nanjing Hydraulic Research Institute, China |
| HS24-A009 | Impact of Climate Change on the Himachal Himalayas | Netrananda SAHU1#+, Takahiro SAYAMA2 1University of Delhi, India, 2Kyoto University, Japan |
| HS24-A010 | A Bayesian Framework for the Spatial Downscaling Based on Kriging and Quantile Delta Mapping Approach | Yong-Tak KIM1+, Hojun KIM1, Tae-Woong KIM2, Hyun-Han KWON1# 1Sejong University, Korea, South, 2Hanyang University, Korea, South |
| HS24-A012 | Mountainous River Health Assessment Using Fish-biotic Integrity Index and Environmental Factors Correlation Analysis | Han ZHAOFENG+, Ji CHEN#, Qian XU, Yi LU The University of Hong Kong, Hong Kong SAR |
| HS24-A013 | Applications of Macroinvertebrate Biotic Integrity Index in Assessing Lai Chi Wo River Water Quality | Han ZHAOFENG+, Ji CHEN#, Yi LU, Qian XU The University of Hong Kong, Hong Kong SAR |
| HS26 Changes in Cryospheric Hydrological Processes and Their Impacts on Sustainable Development | ||
| Abstract ID | Abstract Title | Authors |
| HS26-A004 | Study on Water Internal Recycle Process and Mechanism in Typical Mountain Areas of Inland Basins, Northwest China: Progress and Challenge | Yongjian DING1,2#+, Zhang SHIQIANG3 1Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 2University of Chinese Academy of Sciences, China, 3Northwest University, China |
| HS26-A003 | The Winter Baseflow Variations and Causes in Eurasia over the Past 100 Years | Jia QIN1#+, Yongjian DING1,2, Tianding HAN3 1Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 2University of Chinese Academy of Sciences, China, 3Chinese Academy of Sciences, China |
| HS26-A005 | Characteristics of Runoff Chemistry and its Influencing Factor in a Meltwater-dominated Dongkemadi Basin in Central Tibetan Plateau | Tianding HAN1#+, Jia QIN2 1Chinese Academy of Sciences, China, 2Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China |
| HS26-A006 | Slower Than GCM Predicted Permafrost Degradation by the End of the 21st Century | Tingjun ZHANG#+ Lanzhou University, China |
| HS26-A007 | Estimated Glacier Meltwater and River Runoff Changes by Observed Glacier Change and Runoff in the Upper Reach of the Shule River Basin, Northeastern Edge of the Tibetan Plateau | Zhang SHIQIANG#+ Northwest University, China |
| HS26-A008 | Vulnerability and Adaptation of an Oasis Social-ecological System Affected by Glacier Change in an Arid Region of Northwestern China | Jianping YANG#+ Cold and Arid Regions Environmental and Engineering Research Institute,Chinese Academy of Sciences, China |
| HS26-A009 | Long-term Changes of Water Vapor Flux over the Qilian Mountain and Hexi Corridor Region During 1980 to 2017, Northwestern China | Zhihua ZHANG1+, Qiudong ZHAO2, Zhang SHIQIANG1#, Xiaowen ZHANG1, Na WEI1, Ting HUA1 1Northwest University, China, 2Chinese Academy of Sciences, China |
| HS26-A010 | A Comprehensive Evaluation of 4-parameter Diurnal Temperature Cycle Models with In-situ and MODIS LST over Alpine Meadow in the Tibetan Plateau | Yaping CHANG1+, Yongjian DING2,3, Qiudong ZHAO1, Zhang SHIQIANG4# 1Chinese Academy of Sciences, China, 2Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 3University of Chinese Academy of Sciences, China, 4Northwest University, China |
| HS26-A018 | Acceleration of Glacier Mass Loss on Global and Regional Scales During 1960-2015 | Yaojun LI1#+, Yongjian DING2,3, Donghui SHANGGUAN2 1Chinese Academy of Sciences, China, 2Northwest Institute of Eco-Environment and Resources, Chinese Academy of Sciences, China, 3University of Chinese Academy of Sciences, China |
| HS26-A021 | A Novel Approach for Mapping Permafrost in a Large Area Using Subregion Maps and Satellite Data | Shuping ZHAO#+, Zhuotong NAN Nanjing Normal University, China |
| HS27 Evapotranspiration Estimation from Plot to Global Scale Using Instruments, Models and Remote Sensing | ||
| Abstract ID | Abstract Title | Authors |
| HS27-A002 | Mapping Evapotranspiration from Plot to Global Scales with a Coupled Process Model Forced with Multiple Satellite Remote Sensing Datasets | Youngryel RYU#+ Seoul National University, Korea, South |
| HS27-A003 | Complementary Principle of Evaporation: From Original Linear Relationship to Generalized Nonlinear Function | Songjun HAN1#+, Fuqiang TIAN2 1China Institute of Water Resources and Hydropower Research, China, 2Tsinghua University, China |
| HS27-A004 | A Non-gradient Model of Evapotranspiration over Land Surfaces | Jingfeng WANG#+, Yao TANG Georgia Institute of Technology, United States |
| HS27-A005 | A Satellite-derived Multidecadal Record of Global Land Actual Evapotranspiration | Ke ZHANG#+ Hohai University, China |
| HS27-A009 | Consistent Accessibility of Satellite-based Evapotranspiration Estimates in Himalayan Catchments | Suman Kumar PADHEE#+, Subashisa DUTTA Indian Institute of Technology Guwahati, India |
| HS27-A010 | Testing the Maximum Entropy Production Approach for Estimating Evapotranspiration from Closed Canopy Shrubland in a Low‐energy Humid Environment | Hailong WANG#+ Sun Yat-sen University, China |
| HS27-A011 | Performance of 12 Reference Evapotranspiration Estimation Methods Compared with the Penman–Monteith Method and the Potential Influences in Northeast China | Yuyan ZHOU#+, Fan LU, Xinyi SONG China Institute of Water Resources and Hydropower Research, China |
| HS27-A015 | Assessment of Evapotranspiration in the Haihe Plain of China Using Hydrological Model | Chen SUN1#+, Songcai YOU2, Li REN3 1Institute of Environment and Sustainable Development in Agriculture, Chinese Academy of Agricultural Sciences, China, 2Chinese Academy of Agricultural Sciences, China, 3China Agricultural University, China |
| HS28 Hydrological Impacts of Typhoons on Watershed Ecosystems | ||
| Abstract ID | Abstract Title | Authors |
| HS28-A005 | Long-term Monitoring of Impacts of Winds on a Hinoki Cypress Plantation, Japan | Yoshiyuki INAGAKI#+, Atsushi SAKAI Forestry and Forest Products Research Institute, Japan |
| HS28-A006 | Typhoon-induced Soil Erosion Inferred from Reservoir Sediment Observation in a Mud Rock Area in Southern Taiwan | Shinya OCHIAI1#+, J.C. LIN2, Kenji KASHIWAYA1 1Kanazawa University, Japan, 2National Taiwan University, Taiwan |
| HS28-A001 | Using GSFLOW Model to Evaluate Spatio-temporal Patterns of Groundwater-surface Water Interactions Under Scenarios of Climate Change in Northeastern Taiwan | Yung-Chia CHIU#+, Chun-Kuo YEH National Taiwan Ocean University, Taiwan |
| HS28-A002 | The Coupled Effects of Typhoon, Non-typhoon Events and Landcover Gradients on Nutrient Budgets in a Mountainous Watershed, Northern Taiwan | Chung-Te CHANG1#+, Yu-Ting SHIH2, Ting-Chang HSU3, Teng-Chiu LIN4 1Tunghai University, Taiwan, 2National Taiwan University, Taiwan, 3Academia Sinica, Taiwan, 4National Taiwan Normal University, Taiwan |
| HS28-A003 | High Resilience of a Subtropical Forest Watershed in Taiwan to Frequent Typhoon Disturbance | Teng-Chiu LIN1, Chung-Te CHANG2, Jr-Chuan HUANG3#+ 1National Taiwan Normal University, Taiwan, 2Tunghai University, Taiwan, 3National Taiwan University, Taiwan |
| HS28-A007 | The Effects of Typhoon-induced River Fragmentation on the Downstream Water Chemistry | Tsung-Yu LEE1#+, Yung-Chia CHIU2, Shao-Yiu HSU1 1National Taiwan Normal University, Taiwan, 2National Taiwan Ocean University, Taiwan |
| HS28-A009 | Quantifying the Impacts of Typhoon Rainfall on the Sediment Supply and Removal for Kaoping Watershed | Yichin CHEN#+, En-Ru LIU, Hsin-Hung WU National Changhua University of Education, Taiwan |
| HS28-A010 | Change of Recharge Process and Age of Spring and Groundwater Caused by Thinning and Rainstorms in a Headwater Catchment Underlain by Sedimentary Rock | Maki TSUJIMURA#+, Isabela SILVEIRA BAPTISTA, Koki KASHIWA, Yuichi ONDA, Marino HIRAOKA University of Tsukuba, Japan |
| HS28-A012 | Rainfall-runoff Characteristics in a Tropical Forest Watershed, Puchong, Selangor, Malaysia | Mariko SAITO1#+, Maki TSUJIMURA1, Siti NURHADAYU2, Siti FATIMAH2, Faizal HAKIM2 1University of Tsukuba, Japan, 2Universiti Putra Malaysia, Malaysia |
| HS28-A013 | Variability of Suspension Transport and Event Sand Deposition in the Beppu Bay, the Southwestern Japan | Tomohisa IRINO1#+, Ken IKEHARA2, Masanobu YAMAMOTO1, Michinobu KUWAE3 1Hokkaido University, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan, 3Ehime University, Japan |
| HS32 “Spatial Hydrology: Extreme Erosion Processes, Hydrological Connectivity, and Remote Sensing Applications” | ||
| Abstract ID | Abstract Title | Authors |
| HS32-A013 | Application of Image Recognition Technology on the Measurement of Ground Sill and Hydraulic Dredge Pit | Shu-Yuan YANG+, Fong-Zuo LEE#, Jihn-Sung LAI, Hong-Yuan LEE, Cheng-Chi LIU, Hsing-Jui WANG, Chih-Hsien YANG National Taiwan University, Taiwan |
| HS32-A001 | Using the Image of Unmanned Aerial Vehicle to Estimating the Soil Water Content with the Color Calibration Method | Hong-Yi LI#+, Hong Ru LIN, Jyun-Lin CHEN, Shao-Yang HUANG, Jet-Chau WEN National Yunlin University of Science and Technology, Taiwan |
| HS32-A014 | The Influence of Climate Change on Distribution of Soil Erosion and Deposition in Kaoping River Watershed | Ching-Nuo CHEN1#+, Chih-Heng TSAI2, Samkele TFWALA3 1National Pingtung University of Science and Technology, Taiwan, 2Chia Nan University of Pharmacy and Science, Taiwan, 3University of Swaziland, Swaziland |
| HS32-A003 | Improvement of Mean Areal Rainfall Accuracy Using Radar Rainfall Estimation Method by Considering Orographic Effects in Dam Basin | Seongsim YOON#+ Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS32-A009 | The Development of Water Quality Monitoring System for Small Scale Waterbody in Urban Catchment by Sentinel-2 | Bowen CHEN, Jeanne Jinhui HUANG#, Han CHEN+, Jingshu WANG Nankai University, China |
| HS32-A004 | Retrieving Vegetation Transpiration by Wet-boundary Algorithm for Two-layer Remote Sensing Model | Han CHEN#+, Jeanne Jinhui HUANG Nankai University, China |
| HS32-A017 | Projected Changes in Rainfall Extremes and Population Exposure over Low Elevation Coastal Regions of Southeast Asia | Pradeep MANDAPAKA#+, Edmond LO Nanyang Technological University, Singapore |
| HS32-A015 | Scour Depth Forecasting Around Bridge Pier Using Numerical Simulation and Artificial Neural Network | Siang-Ying CHEN#+, Peng-An CHEN, Fong-Zuo LEE, Ming-Jui CHANG, Jihn-Sung LAI, Yih-Chi TAN, Ming-Daw SU National Taiwan University, Taiwan |
| HS32-A006 | Measurement of Snow Distribution Using RTK-UAV | Hiroyuki OBANAWA#+ National Agriculture and Food Research Organization, Japan |
| HS32-A016 | Analysis on the Formation Mechanism and Trend of Near-shore Scour Geomorphology in the Estuarine Turbidity Maxima of Yangtze | Heqin CHENG#+, Jiufa LI East China Normal University, China |
| HS32-A007 | Application of LSPIV Technology for Discharge Measurement During the Flooding Season | Hyeonseok CHOI#+ Seoul Institute of Technology, Korea, South |
| HS32-A008 | Development of High Resolution Multipurpose Precipitation Gauge for Measuring Spatial Distribution of Precipitation | Jeongho CHOI1#+, Sanghun LIM2, Myoungsun HAN2, Bong-Joo JANG2 1Chosun College of Science & Technology, Korea, South, 2Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS32-A012 | An Application of Natural Disaster Management Using Scientific Analysis | Jyun-Lin CHEN#, Jet-Chau WEN+ National Yunlin University of Science and Technology, Taiwan |
| HS33 Hydrometeorological Applications and Hydrologic Prediction: Severe Weather Precipitation Detection, Estimation, and Forecast | ||
| Abstract ID | Abstract Title | Authors |
| HS33-A008 | Estimating the Occurrence Time of Slope Failure Using Water Stage Data | Yoshiyuki YOKOO#+ Fukushima University, Japan |
| HS33-A001 | Evaluating Accuracy of Rainfall Forecast Data in Train Operation Control | Yohei NAKABUCHI1#+, Hiroto SUZUKI1, Eiichi NAKAKITA2 1East Japan Railway Company, Japan, 2Kyoto University, Japan |
| HS33-A002 | Classification of Persistent Summer Extreme Heavy Rainfall Events in North China During Recent 40 Years | Jie CAO1,2#+, Linna ZHANG3 1Chinese Academy of Sciences, China, 2National Oceanic and Atmospheric Administration/ University of Oklahoma, United States, 3Beijing Meteorological Bureau, China |
| HS33-A003 | Assessment of Hydrological Application of X-band Dual-polarization Radar in Seoul City | Jungsoo YOON1#+, Seok Hwan HWANG1, Narae KANG1, Byung-Hwa OH2,1, Jeongha LEE2 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2University of Science and Technology, Korea, South |
| HS33-A009 | Prediction of Rainfall Erosivity in Ungauged Regions in South Korea | Joon-Hak LEE#, Hong-Hyun KIM+ Korea Military Academy, Korea, South |
| HS33-A010 | A Prediction Technique of Stream Discharge at Tide Affected Zone | Seok Hwan HWANG1#+, Byung-Hwa OH2,1, Jeongha LEE2,1, Jungsoo YOON1, Narae KANG1, Hui-Seong NOH1 1Korea Institute of Civil Engineering and Building Technology, Korea, South, 2University of Science and Technology, Korea, South |
| HS33-A004 | Towards a Nowcasting System for Meteorological Services Singapore | Erik BECKER#+, Xiangming SUN Centre for Climate Research Singapore, Singapore |
| HS33-A005 | Analysis of Spatial Distribution Characteristics in Small Area by dense Precipitation Observation | Hyunjung KIM#+, Dong Gu KIM, Chan Joo LEE, Bong-Joo JANG, Won KIM Korea Institute of Civil Engineering and Building Technology, Korea, South |
| HS33-A006 | Forecast of Local Precipitation Using Radar Data and Deep Learning for Flash Flood Prediction | Hui-Seong NOH#+, Dong-Ryul LEE, Seok Hwan HWANG, Narae KANG Korea Institute of Civil Engineering and Building Technology, Korea, South |