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5Th Proceedings th TThhee 55 IInntteerrnnaattiioonnaall SSyymmppoossiiuumm on Water Environment Systems on Water Environment Systems ------wwiitthh PPeerrssppeeccttiivvee ooff GGlloobbaall SSaaffeettyy th nd (( NNoovveemmbbeerr 3300 -- DDeecceemmbbeerr 22 ,, 22001177)) Department of Civil and Environmental Engineering Graduate School of Engineering Tohoku University Sponsors http://www.g-safety.tohoku.ac.jp/ Tohoku University, Main Administration Office Organization for Leading Graduate School Program of Tohoku University, Sendai, Miyagi 980-8578, Japan http://www.eng.tohoku.ac.jp/ Tohoku University, Graduate School of Engineering, Sendai, Miyagi 980-8579, Japan ORGANIZERS Dr. KAZAMA So (Professor, Tohoku University) Dr. LI Yu-You (Professor, Tohoku University) Dr. KOMORI Daisuke (Associate Professor, Tohoku University) SECRETARIES Assistant Professor, Toshimasa Hojo [email protected] Assistant Professor, Yoshiya Touge [email protected] DC Student, Jialing Ni [email protected] DC Student, Bo Jiang [email protected] M Student, Kaoruko Kimura [email protected] PARTICIPANTS Tohoku university Japan Name Identity Prem Rangsiwanichpong Student Noriko Uchida Student Chang Qing Student Miku Sakurai Student Danila Aleksandrovich Podobed Student Grace Puyang Emang Student Mbugua Jacqueline Muthoni Student Silva Vasquez Leonardo Alonso Student Kentaro Sugii Student Hironobu Hirayama Student Masafumi Kon Student Satoshi Anzai Student Koji Iwama Student Tao Zhang Student Jing Wu Student Jialing Ni Student Yan Guo Student Bo Jiang Student Yujie Chen Student Aijun Zhu Student Siti Nur Fatihah Binti Moideen Student Yemei Li Student Wataru Ruike Student Mribet Chaimaa Student National science and technology center for disaster reduction Taiwan Name Identity Jun-Jih Liou Assistant researcher Institut Teknologi Bandung Indonesia Name Identity Mohammad Farid Lecturer University of Moratuwa Sri Lanka Name Identity Chaminda Samarasuriya Senior Lecturer Shanghai University China Name Identity Professor Venue Graduate School of Engineering, Aobayama campus, Tohoku University Lectures and oral presentations Room 402, Aoba Memorial Hall (青葉記念会館) (C03) Posters exhibition Room 402, Aoba Memorial Hall (青葉記念会館) (C03) Dinner party Shikisai (四季彩), Aoba Memorial Hall (青葉記念会館) (C03) Aoba Memorial Hall (青葉記念会館) (C03) Access to Aobayama Campus (Subway) Map of East‐west line subway(地下鉄 東西線) in Sendai Please take this subway line and get off on the stop Aobayama (青葉山) . Tips If you start from Sendai Station, please make sure you are entering East-west line subway (地下鉄 東西線) rather than South-north line subway (地下鉄 南北線) nor JR station. Program Thursday, 30 Nov 2017 Fieldwork The reconstruction of Minami-gamo sewage treatment plant ・2011/3/11 Tsunami hitting the Sewage Facilities ・Remains of 311‐tsunami shocking on the wall of pump station P 1 ・Plan view of the sewage facilities ・Location of Minami‐gamo sewage treatment plant P 2 Friday, 01 Dec 2017 The 5th International Symposium on Water Environment Systems Place: Room 402, Aoba Memorial hall, Tohoku University 9:00 ~ 9:10 Opening address 9:10 ~ 9:20 Memorial photo Session I 9:20 ~ 9:50 Analysis and web‐based mapping of typhoon impacts under climate change: a case study of Tainan, Taiwan Jun-Jih Liou National science and technology center for disaster reduction 9:50 ~ 10:20 Hydrological Characteristics of Upper Citarum River Basin Mohammad Farid Institut Teknologi Bandung 10:20 ~ 10:50 Development of Hydrological Disaster Index to Assess the Integrated Probability of Flood and Drought Chaminda Samarasuriya University of Moratuwa 10:50 ~ 11:00 Coffee break Session II 11:00 ~ 11:30 Attempt of environmental assessment in freshwater using environmental DNABasins Noriko Uchida Tohoku University 11:30 ~ 12:00 A sensitivity analysis for Storm Water Management Model in a dense residential area of Japan Chang Qing Tohoku University 12:00 ~ 13:00 Lunch break 13:00 ~ 14:30 Poster exhibition Place: Room 402, Aoba Memorial hall, Tohoku University ・ Analyzing relationship between ocean index and rainfall in Northern part of Thailand Prem Rangsiwanichpong Tohoku University P 3 ・ Understanding of water quality degregation with rapid urbanization ‐ Case study in Yangon city, Myanmar‐ Miku Sakurai Tohoku University ・ Evaluating the Effect of Afforestation on Groundwater Recharge Using Naturally‐Occurring Isotopes Danila Aleksandrovich Podobed Tohoku University ・ Satellite Analysis to Detect Burned Area of Forest Fire in Kamaishi, Tohoku 2017 Grace Puyang Emang Tohoku University ・ Remote sensing of irrigation water using different resolution sensors in the Aral Sea Basin Mbugua Jacqueline Muthoni Tohoku University ・ Applying a Land Surface model considering groundwater effect in the Yoneshiro river basin Silva Vasquez Leonardo Alonso Tohoku university ・ Determination critical rainfall using, Infiltration model‐infinite slope model: A case of Iwaizumi, Iwate, Japan Kentaro Sugii Tohoku university ・ Development of the Sakikawa flood model enabling estimation of cultural property damage Hironobu Hirayama Tohoku university ・ Dynamics of CO2 Fluxes Over the Heterogeneous Land Covers Masafumi Kon Tohoku university ・ Analysis on Instagram data to understand people actions during heavy rainfall period Satoshi Anzai Tohoku university P 4 ・ The Concentration of Trace Elements in Corbicula Japonica Koji Iwama Tohoku university ・ A Rapid Start‐up of a Lab‐scale Anammox Reactor Applied for Treating the Domestic Sewage Yujie Chen Tohoku university ・ Effect of HRT on themophilic anaerobic digestion of paper waste containing OFMSW Aijun Zhu Tohoku university Session III 14:30 ~ 14:50 The effect of organic matter on one‐stage anammox process Yan Guo Tohoku university 14:50 ~ 15:10 A research on the mathematical model of co‐digestion's synergism mechanism based on coffee ground and wasted activated sludge Tao Zhang Tohoku university 15:10 ~ 15:20 Coffee break Session IV 15:20 ~ 15:40 Anaerobic co‐digestion of food waste and paper waste: mesophilic vs. thermophilic Jing Wu Tohoku university 15:40 ~ 16:00 Start‐up of a New Anaerobic Reactor for treating wastewater containing High SS Content Bo Jiang Tohoku university 16:00 ~ 16:20 Active microbial population diversity analysis in anaerobic digester by using PMA‐PCR Jialing Ni Tohoku university 16:20 ~ 16:30 Coffee break P 5 Session V 16:30 ~ 16:50 The treatment of synthetic palm oil mill effluent (POME) by Anaerobic Membrane Bioreactor (AnMBR) Siti Nur Fatihah Binti Moideen Tohoku university 16:50 ~ 17:10 Carbonation and utilization of basic furnace slag coupled with concentrated water from electrodeionization Yemei Li Tohoku university 17:10 ~ 17:30 Analysis of material flow and energy balance in full‐scale biogas plant Wataru Ruike Tohoku university 17:30 ~ 17:50 Slaughterhouse wastewater treatment plant investigation: a case Mribet Chaimaa Tohoku university 17:50 ~ 18:00 Coffee break 18:00 ~ 18:20 Closing speech 18:20 ~ 20:00 Dinner party P 6 The 5th International Symposium on Water Environment Systems G‐Safety ‐‐‐‐‐ with Perspective of Global Safety (November 30th ‐ December 2nd, 2017) Tohoku University Analysis and web-based mapping of typhoon floods for climate change adaptation Jun-Jih Liou*, Chao-Tzuen Cheng, Hsin-Chi Li, Yi-Chiung Chao, Yi-Hua Hsiao National Science and Technology center for Disaster Reduction, New Taipei City, Taiwan, R. O. C. *E-mail: [email protected] Abstract In East Asia, floods caused by heavy rainfall of typhoons are always a big problem to our society. In Taiwan, the impacts of floods seems to be larger after 2000 due to heavier typhoon rainfalls. IPCC reports had reported that the relative frequency of severe typhoons will be increased due to global warming, and it is worthy to study related issues of future typhoon flood and make no-regrets adaptation pathway in time. Images make projected future disaster impacts be experienced or seen by people, and shape the situation affected by global warming. Since last decade, many online websites were constructed to provide images and essential information of climate change, but none (or not many) of them can provide the projection of the situation of future typhoon floods. In this study, we built a webpages to show geographic information mapped with projected typhoon floods for non-experts and general public. Therefore, all information can be transformed into understandable and useful knowledge for less confusion or misunderstanding. Flooding simulations and their economic-loss estimations were extensively analyzed at earlier studies (Wei et al., 2016). Web-GIS mapping and visualization charts were plotted with any available software. The webpages could help people understand climate change issues and raise more concerns about environment protection. Preliminary results revealed that a prototype webpages of story-map type were built for general public and composed of essential knowledge and mapping of simulated typhoon floods for distributing the ideas of climate change. Web real-time demonstration could serve many people online and provide a better communicating tool among cross fields or different stakeholders without limits from distances. The preliminary results were only a few mapping webpages. Climate change adaptation, uncertainty issues and users’ opinion survey were still needed further studies. Keywords: typhoon flood, climate change, web-GIS mapping, visualization 1. Introduction online by people all over the world 24 hours a day. Since last decade, many web-based
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