AOGS 2022 Abstracts
Interdisciplinary Geosciences
IG01 |
IG05 |
IG06 |
IG08 |
IG11 |
IG14 |
IG16 |
IG29 |
IG31 |
IG32 |
| IG01 Applications of Satellite Geodesy in Hydrology and Glaciology |
| Abstract ID |
Abstract Title |
Authors |
| IG01-A001 |
Quantifying the Influence of Long-term Overexploitation on Confined Groundwater Resources Across Cangzhou in the North China Plain |
Lin BAI1#+, Liming JIANG2, Zhenhong LI1
1Chang’an University, China, 2Chinese Academy of Sciences, China |
| IG01-A002 |
Improvement of the Sensitivity to Near-surface Soil Moisture in GPS Multipath by Considering the Soil Surface Roughness |
Yufeng HU#+, Jiatong WANG
Chang'an University, China |
| IG01-A003 |
Reinterpret the Global GRACE Trends Using One-century Long GRACE-REC Data |
Yulong ZHONG1#+, Baoming TIAN1, Wei FENG2
1China University of Geosciences, China, 2Sun Yat-sen University, China |
| IG01-A004 |
Reconstructing the Data Gap Between Grace and Grace Follow-on at the Basin Scale Using Artificial Neural Network |
Yu LAI1#+, Bao ZHANG1, Yibin YAO1, Lin LIU2, Xiao YAN1
1Wuhan University, China, 2The Chinese University of Hong Kong, Hong Kong SAR |
| IG01-A018 |
An Ensemble Machine Learning Model for Water Quality Estimation and Its Physical Mechanisms Investigation in Coastal Area |
Xiaotong ZHU#+, Hongwei GUO, Jeanne Jinhui HUANG, Shang TIAN
Nankai University, China |
| IG01-A006 |
Inversion of Terrestrial Water Storage Changes From GNSS Vertical Displacements Using a Prior Constraint |
Xianpao LI1+, Jiancheng LI2#, Bo ZHONG3, Renli LIU2
1School of Geosciences and Info‐Physics, Central South University, China, 2Wuhan University, China, 3School of Geodesy and Geomatics, Wuhan University, China |
| IG01-A019 |
An Enhanced Deep Learning Approach to Assessing Inland Water Quality and the Affecting Factors Using Landsat 8 and Sentinel-2 |
Hongwei GUO#+, Xiaotong ZHU, Jeanne Jinhui HUANG, Zijie ZHANG, Shang TIAN
Nankai University, China |
| IG01-A007 |
Coherence-based SBAS Approach With Statistical Analysis to Delineate Active Landslides at Otoyo Town, Kochi, Japan |
Noha ISMAIL MEDHAT1#+, Masa-Yuki YAMAMOTO1, Yoshiharu ICHIHASHI2
1Kochi University of Technology, Japan, 2Soai Co. Ltd., Japan |
| IG01-A020 |
Enhancing Cloud-based Methods for Water Quality Retrieval and Estimation |
Jeffrey CARDILLE1#+, Talia KOLL-EGYED1, Eliza DEUTSCH2, Khashayar AZAD3, Marie-Josee FORTIN2
1McGill University, Canada, 2University of Toronto, Canada, 3John Abbott College, Canada |
| IG05 Near Surface Investigation and Modeling for Groundwater Resources Assessment |
| Abstract ID |
Abstract Title |
Authors |
| IG05-A001 |
Delineation of Aquifer Heterogeneity for a Contaminated Site in Taiwan Using Hydraulic Tomography With Fiber Grating Multilevel Monitoring System |
Jui-Pin TSAI1#+, Yen-Te HO2, Liang-Cheng CHANG3, Yu-Li WANG1, Tian-Chyi YEH4
1National Taiwan University, Taiwan, 2CITPO Technology, Taiwan, 3National Chiao Tung University, Taiwan, 4The University of Arizona, United States |
| IG05-A002 |
Evaluating the Unconfined Aquifer for the Potential of Groundwater Reservoirs With Resistivity Imaging Methods |
Ping-Yu CHANG#+
National Central University, Taiwan |
| IG05-A003 |
Unsaturated Flow Induced by an Infiltration Basin on the Ground Surface |
Chia-Hao CHANG#+, Jui-Pin TSAI
National Taiwan University, Taiwan |
| IG05-A004 |
Performance of Groundwater Circulation Well in Heterogeneous Field |
Yu-Li WANG1#+, Zaiyong ZHANG2
1National Taiwan University, Taiwan, 2Chang'an University, China |
| IG05-A005 |
Assessment of Seasonal Dynamic Storage Components in Choushui River Basin, Taiwan |
Chia Chi HUANG+, Hsin-Fu YEH#
National Cheng Kung University, Taiwan |
| IG05-A008 |
Stochastic Inversion of Pneumatic Tomography Survey in Hanford Site |
Nguyen HOANG HIEP+, Chuen-Fa NI#, Doan THI THANH THUY
National Central University, Taiwan |
| IG05-A009 |
A Time-series-based Groundwater Withdrawal Estimation Framework of Intensive Agriculture Pumping in Central Taiwan |
Hua-Ting TSENG#+, Hwa-Lung YU
National Taiwan University, Taiwan |
| IG05-A010 |
Using a Multiphysical Model to Investigate Submarine Groundwater Discharge Under Tidal Variations at a Coastal Site in Taoyuan City, Taiwan |
Dang QUAN1#+, Shih-Jung WANG1, Ching-Chou FU2
1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| IG05-A011 |
Insar Determination of Land Subsidence in Yunlin and Implication for Storage Coefficient Estimation |
Cheinway HWANG#+
National Yang Ming Chiao Tung University, Taiwan |
| IG05-A012 |
Using an Open-source Tool to Develop a Three-dimensional Hydrogeologic Framework of the Kobo Valley, Ethiopia |
Sisay MEKONEN1#+, Scott BOYCE2, Markus DISSE1
1Technical University of Munich, Germany, 2United States Geological Survey, United States |
| IG05-A014 |
Impact of Anthropogenic Pressures on the Hydrodynamics and Water Budget of the Alluvial Plain of La Bassée, France |
Dass GURPREET#+, Anne JOST, Agnès DUCHARNE
Sorbonne Université, National Centre for Scientific Research, France |
| IG06 Data-driven Modeling in Geoscience |
| Abstract ID |
Abstract Title |
Authors |
| IG06-A002 |
Tsunami Height Estimation by Gaussian Processing Regression Using Tsunami Height and Arrival Time at Seafloor Pressure Measurement Points in the Kii Peninsula, Japan |
Yutaro IWABUCHI1+, Toshitaka BABA2, Takane HORI3, Masato OKADA4, Yasuhiko IGARASHI1#
1University of Tsukuba, Japan, 2Tokushima University, Japan, 3Japan Agency for Marine-Earth Science and Technology, Japan, 4The University of Tokyo, Japan |
| IG06-A003 |
Cluster-based Foreshock Discrimination Models for Flexible Prediction Schemes |
Shunichi NOMURA1#+, Yosihiko OGATA2
1Waseda University, Japan, 2The Institute of Statistical Mathematics, Japan |
| IG06-A004 |
Detection of Deep Low-frequency Tremors From Past Seismograms Based on Convolutional Neural Network |
Ryosuke KANEKO, Hiromichi NAGAO#+, Shin-ichi ITO, Hiroshi TSURUOKA, Kazushige OBARA
The University of Tokyo, Japan |
| IG06-A006 |
Symplectic-adjoint-based Uncertainty Quantification Method for Large-scale Data Assimilation Problems |
Shin-ichi ITO1#+, Takeru MATSUDA2, Yuto MIYATAKE3
1The University of Tokyo, Japan, 2RIKEN, Japan, 3Osaka University, Japan |
| IG06-A005 |
Relationship Between Maximum Earthquake Magnitudes and Subduction-zone Parameters Revealed by Multiple Regression Analysis and Exhaustive Variable Selection |
Atsushi NAKAO1#+, Tatsu KUWATANI1, Kenta UEKI1, Kenta YOSHIDA1, Taku YUTANI1, Hideitsu HINO2, Shotaro AKAHO3
1Japan Agency for Marine-Earth Science and Technology, Japan, 2The Institute of Statistical Mathematics, Japan, 3National Institute of Advanced Industrial Science and Technology, Japan |
| IG06-A011 |
Stochastic Reconstruction: A Data-driven Method for Extending and Estimating Seismicity Clustering Models |
Jiancang ZHUANG#+
Institute of Statistical Mathematics, Japan |
| IG06-A008 |
Bayesian Multi-model Fault Slip Estimation for Slow Slip Events Considering the Uncertainty of Underground Structure |
Ryoichiro AGATA1#+, Ryoko NAKATA2, Amato KASAHARA3, Yuji YAGI4, Yukinari SESHIMO5, Shoichi YOSHIOKA5, Takeshi IINUMA1
1Japan Agency for Marine-Earth Science and Technology, Japan, 2The University of Tokyo, Japan, 3Independent researcher, Japan, 4University of Tsukuba, Japan, 5Kobe University, Japan |
| IG06-A009 |
An MCMC Approach for Determining Earthquake Hypocenters With 1-D Velocity Models Around a Structural Boundary |
Takahiro SHIINA1#+, Masayuki KANO2
1National Institute of Advanced Industrial Science and Technology, Japan, 2Tohoku University, Japan |
| IG08 Co-creation of Digital Twin Paradigm for Disaster Resilience |
| Abstract ID |
Abstract Title |
Authors |
| IG08-A004 |
Estimation of Hypocentral Parameters Based on Graph Neural Networks |
Angel Oliver MATOS CHUQUIURI1#+, Luis MOYA2,3, Carlos GONZALES1, Erick MAS3, Shunichi KOSHIMURA3,4, Bruno ADRIANO5, Diana CALDERON1
1National University of Engineering, Peru, 2Pontificia Universidad Católica del Perú, Peru, 3Tohoku University, Japan, 4RTi-cast, Inc., Japan, 5RIKEN Center for Advanced Intelligence Project, Japan |
| IG08-A001 |
Decision-making Support Utilizing Digital Twin Technology for Disaster Prediction |
Naoko KOSAKA1#+, Shuji MORIGUCHI2, Erick MAS2, Shunichi KOSHIMURA2,3, Kenjiro TERADA2, Makoto OKUMURA2, Akinori FUJINO4, Tsuneko KURA1, Hiroshi MATSUBARA1, Masaki HISADA1
1NTT Space Environment and Energy Laboratories, Japan, 2Tohoku University, Japan, 3RTi-cast, Inc., Japan, 4NTT Communication Science Laboratories, Japan |
| IG08-A003 |
Evaluation of Land Roughness and Tsunami Inundation Based on Machine Learning |
Bruno ADRIANO1#+, Erick MAS2, Shunichi KOSHIMURA2,3
1RIKEN Center for Advanced Intelligence Project, Japan, 2Tohoku University, Japan, 3RTi-cast, Inc., Japan |
| IG08-A005 |
Implementation of Detecting Flooded Buildings for Disaster Monitoring in a Remote Sensing Package |
Fumitaka OGUSHI1#+, Ryohei KAMETAKA1, Kohei MIYAZAWA1, Shunichi KOSHIMURA2,3
1Harris Geospatial KK, Japan, 2Tohoku University, Japan, 3RTi-cast, Inc., Japan |
| IG08-A007 |
How Can We Incorporate Population Dynamics Into an Urban Digital Twin for Disaster Response? |
Erick MAS1#+, Shunichi KOSHIMURA1,2
1Tohoku University, Japan, 2RTi-cast, Inc., Japan |
| IG08-A008 |
Dynamic Decision Support System for Disaster Response "DDS4D" - Beyond the Information Sharing |
Makoto HANASHIMA#+, Hiroaki SANO, Yuichiro USUDA
National Research Institute for Earth Science and Disaster Resilience, Japan |
| IG08-A009 |
Digital Twin Computing for Enhancing Resilience of Disaster Medical System |
Shunichi KOSHIMURA1,2#+, Erick MAS1, Shinichi EGAWA1, Hiroyuki SASAKI1
1Tohoku University, Japan, 2RTi-cast, Inc., Japan |
| IG08-A010 |
Towards a Flood Detection for Buildings in Flooded Areas Using Synthetic Aperture Radar |
Hideomi GOKON1#+, Fuyuki ENDO1, Shunichi KOSHIMURA2,3
1Japan Advanced Institute of Science and Technology, Japan, 2Tohoku University, Japan, 3RTi-cast, Inc., Japan |
| IG11 Adaptation Research for Climate Change in Asia |
| Abstract ID |
Abstract Title |
Authors |
| IG11-A001 |
Climate Change Impact Assessments of Natural Hazards in Japan and East Asia by TOUGOU and SENTAN Projects |
Nobuhito MORI1#+, Takahiro SAYAMA1, Kenji TANAKA1, Tetsuya TAKEMI1, Yasuto TACHIKAWA1, Toshio FUJIMI2
1Kyoto University, Japan, 2Kumamoto University, Japan |
| IG11-A003 |
A Preliminary Study on the Methods of Engineering Adjustment by Extreme Flood Event Under Climate Change in Southern Taiwan |
Yi-Hua HSIAO1#+, Chun-Che CHEN1, Yi-Chiung CHAO2, Chih-Tsung HSU3, Hsinchi LI1, Keh-Chia YEH4
1National Science and Technology Center for Disaster Reduction, Taiwan, 2Ministry of Science and Technology, Taiwan, 3National Center for High-Performance Computing, Taiwan, 4National Chiao Tung University, Taiwan |
| IG11-A002 |
Application of a Large Ensemble Climate Simulation for River Planning: A Case Study in the Omono River Basin |
Satoshi WATANABE#+
Kyoto University, Japan |
| IG11-A004 |
Direction of Improvement of Indicators in the Heat Wave Sector of the Urban Climate Change Disaster Vulnerability Analysis System |
YongSeok KWON1+, Lee SO YOUNG2#
1Daegu Gyeongbuk Institute, Korea, South, 2Big Data Center, Korea, South |
| IG11-A005 |
Future Change Analysis of Simultaneous Floods Between Two River Basins Using d4PDF with Multivariate Extreme Value Distributions |
Tomohiro TANAKA1#+, Yusuke HIRAMATSU1, Toshikazu KITANO2, Yasuto TACHIKAWA1
1Kyoto University, Japan, 2Nagoya Institute of Technology, Japan |
| IG11-A006 |
Future Changes in Duration and Accumulated Rainfall of Line-shaped Extreme Rainfall Associated With Baiu Front Considering Its Spatio-temporal Characteristics |
Yukari OSAKADA#+
Kyoto University, Japan |
| IG11-A007 |
Hydrological Hazard and Impact Index Assessment for Adaptation Application With CMIP6 Statistical Downscaling Data in Taiwan |
Tzu-Ming LIU1#+, Chi-Hen LIN1, Ke-Sheng CHENG2
1National Science and Technology Center for Disaster Reduction, Taiwan, 2National Taiwan University, Taiwan |
| IG11-A011 |
Spatiotemporal Variability Trend of Future Precipitation Under CMIP6 GCMs Scenarios |
Huong NGUYEN THI+, Min-Kyu JUNG, Ye-Rin LEE, Hyun-Han KWON#
Sejong University, Korea, South |
| IG11-A009 |
Taiwan Drought Features Under Climate Change |
Yu-Shiang TUNG1#+, Yun-Ju CHEN1, Chia-Chi WANG2
1National Science and Technology Center for Disaster Reduction, Taiwan, 2Chinese Culture University, Taiwan |
| IG11-A014 |
Study on the Multi-model Ensemble Based Extreme Rainfall Simulation Via NSRP Model With Multiple Climate Change Scenarios |
Hemie CHO+, Jangwon MOON, Subin KANG, Hyun-Han KWON#
Sejong University, Korea, South |
| IG11-A013 |
The Change of Climatic Variables and Extreme Indices Derived From CMIP6 Temperature and Precipitation Data in Pakistan |
Jae-Ung YU1+, Yong-Tak KIM2, Tae Jeong KIM3, Hyun-Han KWON1#
1Sejong University, Korea, South, 2The Hong Kong University of Science and Technology, Hong Kong SAR, 3Korea Institute of Hydrological Survey, Korea, South |
| IG11-A015 |
No-regret Climate Change Adaptation With a Paradigm-shift of the Water-related Disaster |
|
| IG11-A016 |
Spatiotemporal Heterogeneity of the Influences From Main Meteorological Factors on Air Quality Index in China Based on STWR |
Jin LIN1+, Xiang QUE1#, Jinfu LIU1, Tingting FEI1, Fanglin TAN2, Xuanhui YAN3
1Fujian Agriculture and Forestry University, China, 2Fujian Academy of Forestry, China, 3Fujian Normal University, China |
| IG14 General Session |
| Abstract ID |
Abstract Title |
Authors |
| IG14-A009 |
Relationship Between Physical Properties and Color References of the Mafic Rocks From ICDP Hole GT3A, Oman Drilling Project Phase I |
Natsue ABE1,2#+, Kohei HATAKEYAMA3
1Japan Agency for Marine-Earth Science and Technology, Japan, 2Kanazawa University, Japan, 3Meisei University, Japan |
| IG14-A008 |
Along-axis Magmatic/tectonic Phase Variation on the Spreading Ridge Inferred From the Northern Oman Ophiolite |
Yuki KUSANO1#+, Sumio MIYASHITA2, Yoshiko ADACHI3, Susumu UMINO4
1National Institute of Advanced Industrial Science and Technology, Japan, 2Niigata University, Japan, 3Central Research Institute of Electric Power Industry, Japan, 4Kanazawa University, Japan |
| IG14-A012 |
Genesis, Evolution and Reservoir Identification of a Neogene Submarine Channel in the Southwestern Qiongdongnan Basin, South China Sea |
Shuo CHEN#+
Northwest University, China |
| IG14-A007 |
Understanding the Spreading and Formation of Oceanic Plates by Drilling in the Upper Crust Off Hawaii |
Susumu UMINO1#+, Yuki KUSANO2
1Kanazawa University, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan |
| IG14-A004 |
C-responses Estimation of Geomagnetic Data in Taiwan: A Preliminary Results |
Ding-Jiun LIN#+, Ping-Yu CHANG, Haiyina Hasbia AMANIA
National Central University, Taiwan |
| IG14-A002 |
Ground Penetrating Radar Data Analysis Based on the Fresnel Reflection Coefficient and the Machine Learning Approaches |
Jordi Mahardika PUNTU+, Ping-Yu CHANG#
National Central University, Taiwan |
| IG14-A003 |
Chemical Decomposition of Dien-based Synthesized Rubber and Their Risk Assessment |
Junko HARA#+
National Institute of Advanced Industrial Science and Technology, Japan |
| IG14-A005 |
Validation of Real-time Precision Positioning Using Inexpensive Single-frequency Type Local Area RTK System and Networks |
Taro SHINMURA#+, Masayo NASU
Kumamoto Gakuen University, Japan |
| IG14-A011 |
Deep-sea Sedimentation Processes in the Northeastern Pacific Constrained by Deep-tow Sub-bottom Profiler Data and Their Tectonic Implications |
Je-Hyun SONG1+, Seung-Sep KIM1#, Youngtak KO2, Jangjun BAHK1
1Chungnam National University, Korea, South, 2Korea Institute of Ocean Science and Technology, Korea, South |
| IG14-A010 |
Structure and Evolution of the North Fiji Basin from Bathymetry and Magnetic Data |
Alysse BEBIN+, Seung-Sep KIM#
Chungnam National University, Korea, South |
| IG14-A006 |
Long-term Prediction of Waxy Corn Harvest Date Over South Korea Using PNU CGCM-WRF Chain |
Sera JO1#+, Jina HUR1, Yongseok KIM1, Kyo-Moon SHIM1, Mingu KANG1, Joong-Bae AHN2, MyeongJu CHOI2, Young Hyun KIM3
1National Institute of Agricultural Sciences, Korea, South, 2Pusan National University, Korea, South, 3Ulsan National Institute of Science and Technology, Korea, South |
| IG16 Earth Monitoring from Operational Geostationary Satellites |
| Abstract ID |
Abstract Title |
Authors |
| IG16-A001 |
Producing MODIS-like NDVI Data With 10-minute Temporal Resolution From Himawari 8 AHI Data: Preliminary Results |
Kenta OBATA#+, Hiroki YOSHIOKA
Aichi Prefectural University, Japan |
| IG16-A002 |
An Inter-comparison Between Surface Reflectance Estimated by Himawari-8/AHI and MISR Surface Products for Terrestrial Monitoring Applications |
Beichen ZHANG#+, Kazuhito ICHII, Wei LI, Yuhei YAMAMOTO, Wei YANG
Chiba University, Japan |
| IG16-A008 |
Development of the Earth Observation Monitoring System From the Korean Geostationary Satellites (GK-2A & GK-2B) |
Eun-Bin PARK#+, Hyun-Chul BAEK, Myeong-Shin LEE
Korea Aerospace Research Institute, Korea, South |
| IG16-A009 |
Feasibility Study on the Clear-sky High-resolution Satellite Image Acquisition Improvement Using GOCI Cloud Mask |
Hye-Won KIM#+
Korea Aerospace Research Institute, Korea, South |
| IG16-A003 |
Inter-comparison of Himawari-8 with MODIS for Tropical Vegetation Phenology Monitoring Over Malaysian Borneo |
Tomoaki MIURA1,2#+, Shin NAGAI2, Kazuhito ICHII3
1University of Hawaii at Manoa, United States, 2Japan Agency for Marine-Earth Science and Technology, Japan, 3Chiba University, Japan |
| IG16-A010 |
Development of Land Surface Datasets Using Third Generation Geostationary Satellites by CEReS, Chiba University |
Kazuhito ICHII#+, Yuhei YAMAMOTO, Wei YANG, Beichen ZHANG, Wei LI, Yueru WEN, Tatsuki HASHIMOTO
Chiba University, Japan |
| IG16-A005 |
Detection of Heating and Drying Signals Over Terrestrial Vegetation During the 2018 East Asia Heat Wave Using Himawari-8/AHI Land Surface Temperature Data |
Yuhei YAMAMOTO1#+, Kazuhito ICHII1, Youngryel RYU2, Minseok KANG3, Shohei MURAYAMA4
1Chiba University, Japan, 2Seoul National University, Korea, South, 3National Center for Agro Meteorology, Korea, South, 4National Institute of Advanced Industrial Science and Technology, Japan |
| IG16-A004 |
Development of a Global Reference Surface Reflectance and BRDF Datasets From Geostationary Satellite Observations and AERONET Measurements |
Weile WANG1#+, Hirofumi HASHIMOTO2, Taejin PARK1, Yujie WANG3, Alexei LYAPUSTIN3
1NASA Ames Research Center, United States, 2California State University Monterey Bay, United States, 3NASA Goddard Space Flight Center, United States |
| IG16-A006 |
Monitoring Land Surface Phenology From Time Series of Abi Fused With VIIRS Observations in North and South America |
Xiaoyang ZHANG1#+, Shuai GAO1, Yu SHEN1, Weile WANG2
1South Dakota State University, United States, 2NASA Ames Research Center, United States |
| IG16-A007 |
Analysis of Shadow Effect on Intra-daily Reflectance of Himawari-8/AHI Using LiDAR Point Cloud |
Masayuki MATSUOKA1#+, Hiroki YOSHIOKA2, Kenta OBATA2, Kazuhito ICHII3
1Mie University, Japan, 2Aichi Prefectural University, Japan, 3Chiba University, Japan |
| IG29 Hunga Tonga-hunga Ha’apai Volcanic Eruption, Atmospheric, Ocean Waves and Solid Earth |
| Abstract ID |
Abstract Title |
Authors |
| IG29-A020 |
On Leading Tsunami Waves Induced by Pressure Shock Waves After Hunga Tonga-Hunga Ha'apai Volcano Eruption |
Zhiyuan REN1#+, Pablo HIGUERA2,3, Philip Li-Fan LIU2
1Northwestern Polytechnical University, China, 2National University of Singapore, Singapore, 3The University of Auckland, New Zealand |
| IG29-A001 |
Fishery Damage in Japan From the Tsunami Caused by the 2022 Tonga Volcanic Eruption |
Anawat SUPPASRI1#+, Kento TANAKA1, Kwanchai PAKOKSUNG1, Daisuke SUGAWARA1, Daisuke SASAKI1, Yoshinori SHIGIHARA2, Fumihiko IMAMURA1, Tomohiro TAKAGAWA3, Yu CHIDA3
1Tohoku University, Japan, 2National Defense Academy, Japan, 3Port and Airport Research Institute, Japan |
| IG29-A002 |
The 2022 Hunga Tonga Submarine Volcano Explosion Tsunami in Japan: New Global Insight From Numerical Modeling |
Kwanchai PAKOKSUNG1#+, Anawat SUPPASRI1, An-Chi CHENG2, Fumihiko IMAMURA1
1Tohoku University, Japan, 2Tohoku University, Japan, Japan |
| IG29-A023 |
Non-seismic Tsunami Real-time Forecasting Under Data Assimilation Approach – Case Study for Hunga Tonga - Hunga Ha’apai Volcanic Eruption Tsunami Using S-net Data |
Naotaka YAMAMOTO CHIKASADA#+, Wataru SUZUKI
National Research Institute for Earth Science and Disaster Prevention, Japan |
| IG29-A004 |
Tsunami Data Assimilation Using the Ocean Floor Observation Network Off the Japanese Islands - A Case Study of Tsunami From the Hunga Volcanic Eruption |
Yuchen WANG#+, Kentaro IMAI, Satoshi KUSUMOTO, Narumi TAKAHASHI
Japan Agency for Marine-Earth Science and Technology, Japan |
| IG29-A022 |
How Can a Shock Wave With a 2 cm Pressure Disturbance Generate a Tsunami With a Wave Height Higher Than 40 cm? |
Tso-Ren WU#+, Yi-Xuan HUANG, Jun-Wei LIN, Hsin-Yi TSENG
National Central University, Taiwan |
| IG29-A003 |
Magnetic Signatures of the January 15 2022 Hunga Tonga-Hunga Ha`apai Eruption |
Neesha SCHNEPF1#+, Takuto MINAMI2, Hiroaki TOH3, Manoj NAIR4
1University of Colorado Boulder, United States, 2Kobe University, Japan, 3Kyoto University, United States, 4University of Colorado, United States |
| IG29-A005 |
Lamb Wave Propagation From the Eruption of Hunga Tonga-Hunga Ha’apai Visualized by Himawari-8 Infrared Images |
Shigenori OTSUKA#+
RIKEN Center for Computational Science, Japan |
| IG29-A006 |
Modeling the 2022 Tonga Eruption Tsunami Recorded on Bottom Pressure and Tide Gauges Around the Pacific |
Kenji SATAKE1,2#+, Yushiro FUJII3
1National Central University, Taiwan, 2University of Tokyo, Japan, 3Building Research Institute, Japan |
| IG29-A007 |
Nearfield Reconstruction of the Hunga Tonga-Hunga Ha’apai Tsunami |
Cyprien BOSSERELLE1#+, Emily LANE1, 'Ofa FA'ANUNU2, Shaun WILLIAMS1
1National Institute of Water and Atmospheric Research Taihoro Nukurangi, New Zealand, 2Tonga Meteorological Service, Tonga |
| IG29-A021 |
Tsunami Generation in the Extremely Far Field by Tonga’s Volcanic Explosion |
Pablo HIGUERA1,2#+, Zhiyuan REN3, Philip Li-Fan LIU1
1National University of Singapore, Singapore, 2The University of Auckland, New Zealand, 3Northwestern Polytechnical University, China |
| IG29-A008 |
Extracting Sea Surface Changes Using High Quality Atmospheric and Ocean Bottom Pressure Data Recorded After the Hunga Tonga - Hunga Ha’apai Volcano Eruption |
Naotaka YAMAMOTO CHIKASADA#+
National Research Institute for Earth Science and Disaster Prevention, Japan |
| IG29-A009 |
Acoustic-infrasound Propagation Overview of Tonga Atmospheric Explosion, 2022 |
Islam HAMAMA#+, Masa-Yuki YAMAMOTO
Kochi University of Technology, Japan |
| IG29-A015 |
Sensitivity Analysis of Tsunami Generation by the 2022 Hunga Tonga-Hunga Ha’api Eruption |
Tatsuhiko TOKUTA1+, Taro ARIKAWA1#, Tomohiro TAKAGAWA2, Yu CHIDA2, Anawat SUPPASRI3, Naotaka YAMAMOTO CHIKASADA4, Nobuhito MORI5, Fumihiko IMAMURA3
1Chuo University, Japan, 2Port and Airport Research Institute, Japan, 3Tohoku University, Japan, 4National Research Institute for Earth Science and Disaster Prevention, Japan, 5Kyoto University, Japan |
| IG29-A010 |
The Effects of the Hunga Tonga-Hunga Ha`apai Volcano Eruption on the Earth's Ionosphere |
Rezy PRADIPTA1#+, Brett CARTER2, Tam DAO2, Suelynn CHOY2, Phil WILKINSON3, Phillip MAHER4, Richard MARSHALL5
1Boston College, United States, 2Royal Melbourne Institute of Technology University, Australia, 3Ionospheric Predictions Service, Australia, 4Australian Bureau of Meteorology, Space Weather Services, Australia, 5Bureau of Meteorology, Australia |
| IG29-A013 |
The Leading Far-field Tsunami After the 2022 Tonga Volcanic Eruption |
Tungcheng HO#+, Nobuhito MORI, Masumi YAMADA
Kyoto University, Japan |
| IG29-A011 |
Ionospheric Waves and Turbulence Caused by the Hunga Tonga–Hunga Ha`apai Volcano Eruption and Their Impact on GNSS Satellite Positioning Across Australia |
Brett CARTER1#+, Rezy PRADIPTA2, Tam DAO1, Suelynn CHOY1, Phil WILKINSON3, Phillip MAHER4, Richard MARSHALL5
1Royal Melbourne Institute of Technology University, Australia, 2Boston College, United States, 3Ionospheric Predictions Service, Australia, 4Australian Bureau of Meteorology, Space Weather Services, Australia, 5Bureau of Meteorology, Australia |
| IG29-A016 |
Impact of the Hunga-Tonga-Hunga-Ha’apai Volcanic Eruption on Evacuation in Tonga |
Shiho HONDA+, Tatsuhiko TOKUTA, Tomoki SHIRAI, Taro ARIKAWA#
Chuo University, Japan |
| IG29-A012 |
Investigating the Plausible Source Mechanism of the Hunga Tonga - Hunga Ha’apai Volcanic Tsunami Through Tsunami Waveform Inversion and Spectral Analysis |
Gui HU1#+, Linlin LI1, Qiang QIU2
1Sun Yat-sen University, China, 2SCSIO, Chinese Academy of Scienc, China |
| IG29-A014 |
Observations Following the 2022 Hunga Tonga Eruption Reveal a Long Sought-after Global Resonance of the Atmosphere |
Shingo WATANABE1#+, Kevin HAMILTON2, Takatoshi SAKAZAKI3, Masuo NAKANO1
1Japan Agency for Marine-Earth Science and Technology, Japan, 2International Pacific Research Center, United States, 3Kyoto University, Japan |
| IG29-A017 |
Detection of Long Traveling Coherent Atmospheric Waves at 25 Sites of KUT Infrasound Observation Network in Japan |
Masa-Yuki YAMAMOTO#+, Islam HAMAMA, Yasuhiro NISHIKAWA
Kochi University of Technology, Japan |
| IG29-A018 |
The Hunga Tonga - Hunga Haʻapai Hydration of the Stratosphere |
Luis MILLAN1#+, Lucien FROIDEVAUX1, Alyn LAMBERT1, Nathaniel. J LIVESEY2, Gloria MANNEY3, Hugh PUMPHREY4, William READ1, Michelle SANTEE2, Michael SCHWARTZ1, Hui SU1, Frank WERNER1, Longtao WU1
1Jet Propulsion Laboratory, California Institute of Technology, United States, 2California Institute of Technology, United States, 3NorthWest Research Associates, United States, 4The University of Edinburgh, United Kingdom |
| IG29-A024 |
Doppler Effects by the Tropospheric Winds to the Proudman Resonance of Volcanic Meteotsunami |
Kenji TANAKA#+
Hiroshima Institute of Technology, Japan |
| IG31 Natural Hazards and Disaster Risk |
| Abstract ID |
Abstract Title |
Authors |
| IG31-A007 |
Construct a 3D Geological Model of the Dalun Mountain, Taiwan |
Thanh-Tùng NGUYỄN1#+, Chia-Han TSENG2, Jia-Jyun DONG1
1National Central University, Taiwan, 2Chinese Culture University, Taiwan |
| IG31-A001 |
School-reopening Scenarios in the Philippines |
Vena Pearl BONGOLAN#+, Nico Andrew FRANCISCO, Martin Thomas SALIBA, Jimuel Jr CELESTE
University of the Philippines Diliman, Philippines |
| IG31-A017 |
Uncertainty Estimation of P Wave Velocity and Layer Boundaries Using Seismic Refraction With Synthetic Horizontal Layered Geological Models Including a Blind Layer |
Danastri Lintang Pitaloka TAMPUBOLON1#+, Zhuo- Kang GUAN1, Kuo- Chen HAO2, Jia-Jyun DONG1, Chia- Huei TU1
1National Central University, Taiwan, 2National Taiwan University, Taiwan |
| IG31-A011 |
Tsunami Risk Assessment of Industry Considering Damage to Equipment and Production Stoppage at Sendai Port |
Tomoki NISHIDA1#+, Anawat SUPPASRI1, Fumihiko IMAMURA1, Kosuke FUJI1, Mari YASUDA1, Constance Ting CHUA1, Cremen GEMMA2, Galasso CARMINE2, Pescaroli GIANLUCA2
1Tohoku University, Japan, 2University College London, United Kingdom |
| IG31-A012 |
Resonance Characterization of Taiwan Based on Near-field Tsunamis Potentially Excited Along Ryukyu Trench |
An-Chi CHENG1#+, Anawat SUPPASRI2, Kwanchai PAKOKSUNG2, Fumihiko IMAMURA2
1Tohoku University, Japan, Japan, 2Tohoku University, Japan |
| IG31-A013 |
Looking Into City Municipality Flood Risk Assessment in Thailand Through Geographic Information Systems |
Kodchakorn KRUTPHONG, Ampan LAOSUNTHARA, Kunch RINGROD, Jing TANG, Natt LEELAWAT#+
Chulalongkorn University, Thailand |
| IG31-A008 |
A Cost-effective Method of Landslide Hazard Mapping in Tampakan, South Cotabato Using Remote Sensing and GIS Techniques |
Rick Laurence INTING#+
Ateneo de Davao University, Philippines |
| IG31-A018 |
Joint Inversion of Electrical Resistivity and Seismic Refraction Tomography in Reducing Interpretation Ambiguity |
Yonatan Garkebo DOYORO1,2+, Ping-Yu CHANG2#
1Academia Sinica, Taiwan, 2National Central University, Taiwan |
| IG31-A014 |
Translating NASA's LANCE Products Into Knowledge for Water-related Disaster Applications |
Tian YAO1,2#+, Diane DAVIES1,2, Karen MICHAEL1, Miguel ROMÁN3, Frederick POLICELLI1, Dan SLAYBACK1,2, Sherry HARRISON4, Leigh SINCLAIR4, David GREEN5, Shanna MCCLAIN5
1NASA Goddard Space Flight Center, United States, 2Science Systems and Applications, Inc, United States, 3Universities Space Research Association, United States, 4The University of Alabama in Huntsville, United States, 5National Aeronautics and Space Administration, United States |
| IG31-A020 |
Local Coupling Effects on the Transient Electromagnetic Method Signals Collected Nearby Noisy Areas |
Lingerew Nebere KASSIE1#+, Ping-Yu CHANG1, Hsin-Hua HUANG2, Chowson CHEN1, Ding-Jiun LIN1, Haiyina Hasbia AMANIA1, Jun-Ru ZENG1
1National Central University, Taiwan, 2Academia Sinica, Taiwan |
| IG31-A015 |
Quantifying Tsunami Impacts on the Global Port Network: A Case-study on the South China Sea |
Constance Ting CHUA1#, Takuro OTAKE1, Masashi WATANABE2, Anawat SUPPASRI1, Fumihiko IMAMURA1, Adam SWITZER2+
1Tohoku University, Japan, 2Nanyang Technological University, Singapore |
| IG31-A009 |
Fusion of Optical and Thermal Imagery Monitoring for a Long-term Stability Application to Slopes |
Chih-Chung CHUNG#+, Bo-Chi CHEN
National Central University, Taiwan |
| IG31-A005 |
Surface Water Changes and the Transformation of Socio-economic Risks in Bangladesh: Garaber and Khulna in 1995-2021 |
Satoshi MURAYAMA1#+, Nazmul HUDA2,3, Toru TERAO1
1Kagawa University, Japan, 2Bangladesh University of Engineering and Technology, Bangladesh, 3Bangladesh University of Engineering, Bangladesh |
| IG31-A006 |
Economic Shock in a Climate Scenario and Its Impact on Surface Temperatures |
Qi RAN1+, Shao-Yi LEE2, John MOORE3, Chao MIN1, Wenjie DONG1#
1Sun Yat-sen University, China, 2Kyoto University, Japan, 3Beijing Normal University, China |
| IG31-A010 |
A Hydrometeorological Perspective on the Risk of Landslide Hazards in Japan Under Climate Change Influence |
Ying-Hsin WU#+, Akihiko YAMAJI
Kyoto University, Japan |
| IG32 Capacity Building in Interdisciplinary Geosciences - the Role of Asia Oceania Geosciences Society |
| Abstract ID |
Abstract Title |
Authors |
| IG32-A004 |
Development of a Space Science Curriculum for Students Using the Applied Learning Framework |
Hoe Teck TAN#+
School of Science and Technology, Singapore, Singapore |
| IG32-A002 |
Recent Activities of the Regional Advisory Committee (RAC) |
Wing-Huen IP1#+, Van-Thanh-Van NGUYEN2, Jiansen HE3, Jitendra N. GOSWAMI4, Fajar ADI-KUSUMO5, Takehiko SATOH6, Zamri ZAINAL ABIDIN7, Tang-Huang LIN1, Natt LEELAWAT8
1National Central University, Taiwan, 2McGill University, Canada, 3Peking University, China, 4Physical Research Laboratory, India, 5Universitas Gadjah Mada, Indonesia, 6Japan Aerospace Exploration Agency, Japan, 7University of Malaysia, Malaysia, 8Chulalongkorn University, Thailand |
| IG32-A005 |
Education Outreach by the Space Weather Operational Office of Central Weather Bureau |
I-Te LEE1,2#+, Kang-Shian PAN2, Jyun-Ying HUANG3
1Taiwan Space Agency, Taiwan, 2National Central University, Taiwan, 3Central Weather Bureau, Taiwan |
| IG32-A006 |
“Weather-Collaboration”: An APP-integrated Board Game for Learning Weather Forecasting Information and Personal Outdoor Risk Management |
Ping-Han CHENG1+, Yi-U HOU2, Ting-Kuang YEH2, Ying-Shao HSU2#
1National Taipei University of Education, Taiwan, 2National Taiwan Normal University, Taiwan |
| IG32-A008 |
A Study of Spatial and Temporal Heterogeneity of Influencing Factors of Influenza - An Empirical Analysis Based on STWR Model |
Tingting FEI1+, Xiang QUE1#, Youqiong XU2, Jin LIN1, Xuanhui YAN3
1Fujian Agriculture and Forestry University, China, 2Fuzhou Center for Disease Control and Prevention, China, 3Fujian Normal University, China |
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