| ALL：PDF（48MB） | |
| CONTENTS | |
| Low frequency earthquakes among the aftershocks of Iwate-Miyagi Nairiku earthquake in 2008 : Masahiro KOSUGA and the Group for the aftershock observations of the Iwate-Miyagi Nairiku Earthquake in 2008 | 1-6 |
| Estimation of average S-wave velocities at Morioka City by using surface wave microtremor array survey -Relation between the average S-wave velocities and seismic intensities by questinnary survey- : Hiroyuki OKADA, Hidekazu YAMAMOTO and Tsuyoshi SANO | 7-12 |
| Site amplification characteristics at the strong motion observation sites in Iwate Prefecture : Shunya SATO, Hidekazu YAMAMOTO and Tsuyoshi SANO | 13-18 |
| Study of the wooden houses damage related to ground motion characteristics due to the 1896 Rikuu and the 1914 Akita Senboku earthquakes -Comparison between collapses rate of houses and predominant period of H/V spectral ratio of microtremors- : Toshihiko MIZUTA, Mami FUJII and Hiroshi KAGAMI | 19-24 |
| The effect of non-linear seismic response of fi ll land to damage of buildings : Kazuya MITSUJI, Kazuto MATSUKAWA and Masaki MAEDA | 25-30 |
| The development of the landslide at Oami region : Akira KUMAGAI and Katsurou MAEKAWA | 31-36 |
| Study of Earthquake Resistant Index of Wooden Houses by old and new Examination Standards : Takayuki MIZUNO, Masayuki HANDOU, Fujio KASAMATSU and Tomomi FUJITA | 37-40 |
| Development of Real-Time Disaster Information Collection System Using Terminal Built-in Sensors : Tohru OKAMOTO, Akihiro SHIBAYAMA and Susumu OHNO | 41-46 |
| An interview to the residents and administration person concerning with slope failure dangerous housing relocation support promotion support system in Iwate Prefecture : Michiya IRASAWA and Nagisa MEGURO | 47-52 |
| Tornado disaster in Noshiro City on October 30, 2009 : Yasushi UEMATSU and Akihiro TAKAHASHI | 53-58 |
| Secure road network system against earthquake taking road surface conditions into consideration in snowy areas : Munetaka ISHIDE and Masafumi HORII | 59-62 |
| Study on human evacuation considering an injured person in a high-rise building for earthquake disaster Hiroki ITO, Akihiro SHIBAYAMA and Susumu OHNO | 63-68 |
| Field test on the lodging, uprooting and breaking of coastal trees - Examples of casuarina in Indonesia - : Hideo MATSUTOMI, Kenji HARADA and Aloysius Bagyo WIDAGDO | 69-76 |
| The 2010 Mentawai Earthquake tsunami and mode of coastal tree failure : Hideo MATSUTOMI, Kenji HARADA and Subandono DIPOSAPTONO | 77-82 |
| Aspects of the 2010 Chile Earthquake Tsunami : Hideo MATSUTOMI, Kenji HARADA, Toshinori OGASAWARA and Shunichi KATAOKA | 83-88 |
| Study on tsunami propagation into rivers : Min ROH, Xuan Tinh NGUYEN and Hitoshi TANAKA | 89-94 |
| Experiments on inundation flow with floating objects under the condition of a movable bed : Takashi SOMA, Miki AZUMA and Hideo MATSUTOMI | 95-100 |
| Stability of detached breakwater against tsunami : Minoru HANZAWA, Akira MATSUMOTO and Hitoshi TANAKA | 101-106 |
| Sediment deposit in Lake Tuni, Bolivia : Hitoshi TANAKA and Ramiro PILLCO | 107-112 |
| Precipitation and runoff characteristics around the Lake Tuni in Bolivia : Yasuyuki ISHIGAKI, Yoshihiro ASAOKA, Keiko UDO and Akira MANO | 113-118 |
| Observations of water quality in Tuni Lake basin : Makoto UMEDA and Marcelo GORRITTY | 119-122 |
| Study on the factors affecting the increase of 2-MIB concentration in Kamafusa Reservoir : Atsushi SUZUKI, Makoto UMEDA and Masahiko MATSUKAWA | 123-128 |
| Water quality modeling in Miharu Reservoir : Duong Hai THUAN and Makoto UMEDA | 129-134 |
| Study on resuspension of sediment in Lake Izunuma caused by wind induced current : Yusuke BETTO and Makoto UMEDA | 135-140 |
| Numerical simulation of water temperature distribution in the dam with different hydrological conditions : Yuta OCHIAI and Makoto UMEDA | 141-146 |
| On the system of strong rain : Akira WATANABE | 147-152 |
| Hourly hydrograph separation for the Abukuma river based on numerical filter technique and water quality data : Tomohiro HAGA and Yoshiyuki YOKOO | 153-158 |
| Investigating physical and chemical profiles of snow cover and temporal variation of snowmelt water chemistry for understanding snowmelt processes : Masaya ANDO and Yoshiyuki YOKOO | 159-164 |
| Effects of geographic characteristics of watersheds on the flow regimes in Japanese mountainous areas : Ryo KIMURA, Yuri ESAKA and Yoshiyuki YOKOO | 165-170 |
| Development of Inland flood potential map due to extreme rainfall in Fukushima prefecture : Seiki KAWAGOE, Toshinaga OHTA and Yuta SATO | 171-176 |
| Field observations used to river topographical survey at Kotogawa river : Kazushi NOMURA, Kento KIMURA, Akira TOKUDA and Kazuya WATANABE | 165-170 |
| Experimental study on deposition and scoring around weir equipped with sluiceway : Hajime MIWA | 183-188 |
| Development of high accuracy calculation of 2D flow by finite volume method : Arata HIGASHIDA, Keiko UDO and Akira MANO | 189-194 |
| Defensive effects of a breakwater combining submerged breakwater and horizontal plate : Kairi MORISZAWA and Yoshihiro TSURUMOTO | 195-200 |
| Prediction of Shoreline Retreat during Sea Level Rise in Japan : Taichi SUGAWA, Keiko UDO, and Akira MANO | 201-206 |
| Sand spit decline at the Sagami River mouth : Yinghao LI, Eko PRADJOKO and Hitoshi TANAKA | 207-212 |
| Toward improving prediction of sediment transport over wave-induced ripples : Rafic ABSI and Hitoshi TANAKA | 213-218 |
| Study on aquatic environment of Lake Jusan in investigating LCA : Mikio SASAKI, Hitoshi TANAKA and Makoto UMEDA | 219-224 |
| Investigation of floc transport from Nagase river mouth : Kazuki AOYANAGI, Hitoshi TANAKA, Makoto UMEDA, Yutaka FUJITA and Susumu KANAYAMA | 225-230 |