| ALL：PDF（57MB） | |
| CONTENTS | |
| An analysis of victims caused by heavy rainfall disasters in Japan from 2004 to 2014. : Mototyuki Ushiyama | 1-6 |
| Quantitative evaluation of human and building damage in the Leyte island of the Philippines by typhoon No.1330 (Haiyan) : Keigo Kato, Akira Mano, Keiko Udo and Shuichi Kure | 7-12 |
| Risk evaluation of mud fl ood potential for Japanese Islands : Keisuke Ito, Hatsumi Wakabayashi and Seiki Kawagoe | 13-18 |
| Relationship between rainfall density and sediment transportation in Fukushima seaside area : Seiki Kawagoe, Yuma Munakata and Hiroaki Tamura | 19-24 |
| Estimated snow characteristic distribution base on fi eld survey in Agano river : Kota Inoue, Ayami Suzuki and Seiki Kawagoe | 25-30 |
| Issues of current preventive measures against expansion of the damage due to Typhoon Haiyan in Eastern Visayas, the Philippines : Jun Yoshida, Daisuke Konno and Tadashi Isozaki | 31-36 |
| Practical Education program in affected areas for improving response capability to survive from tsunami and storm surge : Mari Yasuda, Fumihiko Imamura, Anawat Suppasri, Rui Nouchi and Carine Yi | 37-40 |
| Source model for the 2011 North Akita earthquake to evaluate strong ground motions : Shunichi Kataoka and Shunichi Fukumoto | 41-46 |
| Later phase from the triggered earthquakes near the Moriyoshi-zan volcano in Akita Prefecture : Masahiro Kosuga | 47-52 |
| Discussions on ground motion characteristics of central area of Yamagata city : Mitsuji Kazuya | 53-58 |
| On-site investigation report of the M6.5 Zhaotong Earthquake, Yunnan, China : Xin Wang, Qiang Ma, Hongjun Shi, Ji Dang and Hao Wu | 59-64 |
| Relationship between the shoreline position changes in the back region of large scale offshore structure and its adjacent coast ? Example on the Michikawa coast in Akita ?: Hideo Matsutomi and Kai Kaginushi | 65-68 |
| Characteristics of shoreline in Misawa coast after countermeasures for beach erosion : Tomoki Saito and Mikio Sasaki | 69-74 |
| Shoreline change analysis through images from camera monitoring on Nha Trang coast, Vietnam. : Tran Minh Thanh, Yuta Mitobe, Vo Cong Hoang, Nguyen Trung Viet and Hitoshi Tanaka | 75-80 |
| Morphological change on Cua Dai Beach, Vietnam: Part I image analysis : Nguyen Trung Viet, Vo Cong Hoang and Hitoshi Tanaka | 81-86 |
| Morphological change on Cua Dai Beach, Vietnam: Part II theoretical analysis : Vo Cong Hoang, Nguyen Trung Viet and Hitoshi Tanaka | 87-92 |
| Analysis on morphological recovery of tsunami-induced concave shoreline : Vo Cong Hoang, Hitoshi Tanaka and Yuta Mitobe | 93-98 |
| Pre- and post- tsunami morphology changes on Kodanohama Beach : Hoang Dong Hai, Yuta Mitobe, Vo Cong Hoang, Nguyen Trung Viet and Hitoshi Tanaka | 99-104 |
| Rough method for estimating tsunami height in a bay with islands located at the bay mouth ? Case of the Matsushima bay ? : Hideo Matsutomi | 105-108 |
| Simple method for estimating the maximum inundation depth at the front of wide RC building with aperture : Hideo Matsutomi and Nanako Ono | 109-114 |
| Change in Longshore Sediment Transport behind Detached Breakwaters due to Tsunami : Fumiaki Mori, Yuta Mitobe and Hitoshi Tanaka | 115-120 |
| Analysis of the geomorphic change and the structural damage due to Tsunami : Tsuyoshi Nagasawa and Hitoshi Tanaka | 121-126 |
| Suffer example of river wall in tidal river : Takehito Horie, Keisuke Shimazaki and Hitoshi Tanaka | 127-132 |
| Numerical simulation of run up tsunami in the model of Kitakami River : Aoyama Yasuhisa, Mohammad Bagus Adityawan, Mitobe Yuta and Tanaka Hitoshi | 133-138 |
| Paleo tsunami source estimation by using combination optimization algorithm - Case study of The 1611 Keicho earthquake tsunami - : K. Imai, T. Maeda, T. Iinuma, Y. Ebina, D. Sugawara, F. Imamura and A. Hirakawa. | 139-144 |
| Investigation of Tsunami Evacuation using Floating Type Tsunami Evacuation Shelter on the building : Yuichi Kaneko and Kazuya Watanabe | 145-150 |
| Study on Damage Mechanism of RC Frame with Steel Roof Structure based on 3D analysis : Masayuki Handou, Tomomi Fujita, Atsushi Suzuki and Junichi Shibuya | 151-154 |
| Relation between damage of wooden houses during the 1894 Shonai earthquake and H/V spectral ratio of microtremors : Toshihiko Mizuta and Hiroshi Kagami | 155-158 |
| Vibration characteristics by microtremor measurements at new base isolation buildings in Aobayama campus of Tohoku University : Susumu Ohno, Hiroyuki Uenoyama, Ryosuke Tsuruta, Hiroki Ishizuka and Satoru Koike | 159-164 |
| Damage to structures due to heavy snow during February 14 to 16, 2014 - Mainly on the damage to carports and greenhouses in Gunma Prefecture - : Yasushi Uematsu | 165-170 |
| Downstream morphology change along the Porong River after discharging mud from volcano eruption : Hitoshi Tanaka, Fumiaki Mori, Makoto Umeda, Shuichi Kure, Yuta Mitobe and Suntoyo | 171-176 |
| Effects of Mud Volcano Eruption on Porong River Environment, Indonesia : Shuichi Kure, Makoto Umeda, Hitoshi Tanaka, Keiko Udo, Akira Mano and Suntoyo | 177-182 |
| Investigating scale dependency of rainfall-runoff process in terms of watershed-scale storage estimation method : Takahiko Chiba and Yoshiyuki Yokoo | 183-188 |
| Estimating runoff processes of Cs-137 in catchment area of wastewater treatment plant in Fukushima prefecture : Yudai Shikano and Yoshiyuki Yokoo | 189-194 |
| Estimating the number of dominant processes in rainfall-runoff processes : Yushi Kanno and Yoshiyuki Yokoo | 195-200 |
| Estimating rainwater storage and discharge processes of infl ow to the Bishamon pond in Fukushima : Daiki Fujimoto and Yoshiyuki Yokoo | 201-206 |
| Hydrological monitoring and data analysis for estimating runoff processes of infl ow to the Bishamon pond in Fukushima : Shoya Hirose and Yoshiyuki Yokoo | 207-212 |
| On the regularity of Japanese watershed topography :Takahiro Suzuki and Yoshiyuki Yokoo | 213-218 |
| Investigation of Tidal Discharge and Salinity Intrusion due to Winter Storm Waves at the River Mouth of Akita Prefecture : Yushi Imai, Takuya Okonogi and Kazuya Watanabe | 219-224 |
| Study of the morphological development around river mouth in Lake Tuni, Bolivia : Gabriela Sossa Ledezma, Hitoshi Tanaka and Yuta Mitobe | 225-230 |
| Infl uence of water environment on growth of Corbicula japonica in Lake Jusan : Aki Nishimura, Makoto Umeda, Hitoshi Tanaka and Mikio Sasaki | 231-236 |
| Perpendicular structure of salt water moved into Lake Jusan : Akihiro Ichizawa, Mikio Sasaki, Hitoshi Tanaka, Makoto Umeda and Aki Nishimura | 237-242 |
| Observation and analysis of the seasonal dynamics of algae caused water bloom in reservoir : Hiroto Sato, Makoto Umeda and Takayuki Horii | 243-248 |
| Field measurements on macrophyte vegetation in Lake Izunuma : Makoto Umeda, Shinya Nakada, Tetsuro Shimada and Yasufumi Fujimoto | 249-252 |