Autor
 
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Titel
|
Jahr
|
Band
Seite
|
|
 |
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| Wu Y., Jiang W., Ye H. |
KARST COLLAPSE HAZARD ASSESSMENT SYSTEM OF WUHAN CITY BASED ON GIS |
2010 |
948 - 957 |
 |
| WYER M., BRIGGER A. |
Verbauungsprojekte in landschaftlich empfindlichen Gebieten, dargestellt an Beispielen des Turtmanntals (Kt. Wallis, Schweiz). |
1996 |
4
187 - 197 |
|
| WYER M., BRIGGER A. |
Waldfunktionskartierungen im Kanton Wallis, Schweiz. |
1996 |
1
181 - 187 |
|
| Wyssen S., Kogelnig A. and Koschuk R. |
ARTIFICIAL SNOW AVALANCHE RELEASE AND DETECTION USING ADVANCED RADAR TECHNOLOGY |
2012 |
EA
422 - 423 |
|
| XILIN L. |
Assessment on the severity of debris flow in mountainous creeks of southwest China. |
1996 |
4
145 - 154 |
|
| XILIN LIU |
A preliminary study on geomorphic marks of debris flow. [Vorläufige Studie zur geomorphologischen Erkennung von Murgängen.] |
1992 |
2
257 - 271 |
|
| Xin QIN, Masamitsu FUJIMOTO and Yoshifumi SATOFUKA |
Flood Risk in Traditional Building Preservation Districts on the Asano River |
2018 |
EA
162 - 163 |
|
| Y. Baek, J. Na, O. Kwon, Y. Seo and J. Jung |
Prediction of Collapse for Tunnel Portal Slopes using General Linear Model |
2006 |
2
523 - 527 |
|
| Y. Ishii, H. Tanaka, K. Fujisawa, Y. Nakashima and K. Ito |
Study of Pile Interval of Landslide Restraint Piles by Centrifuge Test and FEM Analysis |
2006 |
1
113 - 119 |
|
| Y. Okada and H. Ochiai |
Simulating Undrained Triaxial Compression Behaviour by Fluid-Coupled Distinct Element Method |
2006 |
2
447 - 453 |
|
| Y. Okada and H. Ochiai |
Dependence of Basal Fluid Pressure on Fluidization Characteristics in Granular Mass Flow |
2006 |
2
437 - 446 |
|
| Y. Okada, H. Miyajima and H. Ochiai |
SubsurfaceWater Movement and Downslope Deformation in Model-SlopeTestsby Artificial Rainfall |
2006 |
2
429 - 436 |
|
| Y. Takahashi, K. Miki, E. Nozawa and T. Sakai |
Disaster Monitoring and Warning System by the Niigata Prefectural Government after the Mid Niigata Prefecture Earthquake |
2006 |
2
759 - 768 |
|
| Y. Teramoto, E. Shimokawa and T. Jitousono |
Effects ofVolcanic Ash on the Runoff Process in SakurajimaVolcano |
2006 |
1
303 - 310 |
|
| Yamada T., Minami N., Sakurai W., Ishida T., Tsukada H., Kikuyama H. |
Geological characteristics of drainage basins in danger of debris flows triggered by deep-seated slope failure |
2002 |
1
125 - 134 |
|
| Yamagishi H., Yamazaki F., Hatamoto M. |
A role of deep-seated landslides in sediment yield in the Ishikarigawa River Basin, Hokkaido, Japan - Case studies from Shiraigawa, Toppugawa and Yubari-shuparo dam catchment basin |
2002 |
2
683 - 694 |
|
| Yamagishi H., Yamazaki F., Hatamoto M. |
A role of deep-seated landslides in sediment yield in the Ishikarigawa River Basin, Hokkaido, Japan. ÐCase studies from Shiraigawa, Toppugawa and Yubari-shuparo dam catchment basin |
2002 |
2
683 - 694 |
|
| Yamakoshi T., Ishida T., Nakano M., Yamada T. |
Characteristics of sediment movement phenomena caused by rainfall after the 2000 eruption of Usu volcano |
2002 |
1
145 - 151 |
|
| Yamakoshi T., Nakano Y., Ishizuka T., Tamura K. and Hasegawa Y. |
TIME SEQUENCE ON THE DEBRIS FLOW DISASTER IN THE TSURUGI RIVER, HOFU CITY IN JAPAN |
2012 |
EA
424 - 425 |
|
| Yamamoto H., Adachi K., Konishi K., Nakatani T. |
Erosion control engineering in urban areas of Japan |
2002 |
2
809 - 814 |
|
| Yang H.-H., Li H.-C., Shaw D. |
ANALYZING SOCIAL VULNERABILITY FACTORS OF FLOOD DISASTER IN TAIWAN |
2010 |
966 - 981 |
|
| YANG S., CHEN Y. |
Study on the Time-Series Characteristics of ice-dammed lake outburst floods in Tianshan mountains |
2000 |
1
163 - 169 |
|
| Yang S.-Y., Chou J.-F., Chen H.-K. |
INVESTIGATION OF THE INTEGRATED STRATEGIES OF NON-STRUCTURAL MEASURES FOR FLOOD CONTROL IN TAIWAN |
2010 |
958 - 965 |
|
| Yaning Ch., Weihong L. |
SUDDEN FLOOD RELEASES FROM GLACIAL LAKES OF TARIM RIVER IN XINJIANG, CHINA |
2004 |
1
I/37 - I/43 |
|
| Yasuda Y., Tomomatsu Y., Ikeya H., Kanbara J., Ueda T. |
Effects of hillside sand control works on restricting soil production and outflow, and restoration of greenery by the works |
2002 |
2
913 - 924 |
|
| Yasufumi KAMATSUKA, Ryozo MATSUI and Takeshi HIGASHI |
Challenge to post-disaster recovery and reconstruction from sediment generated by the Great Floods on Kii peninsula |
2014 |
EA
148 - 149 |
|
| Yasufumi KAMATSUKA, Ryozo MATSUI, Takeshi HIGASHI |
Challenge to post-disaster recovery and reconstruction from sediment generated by the Great Floods on Kii peninsula |
2014 |
1
422 - 430 |
|
| Yasuo Ishii, Satoshi Tsuchiya, Masamichi Yagi and Ryoko Nishii |
Failure time prediction using the Saito method and evacuation notices in the Kadoshima landslide, Japan |
2016 |
EA
348 - 349
|
|
| Yasushi SANO, Takashi YAMADA, Tsuyoshi IKESHIMA and Sadakazu MATSUMOTO |
Critical Rainfall Thresholds for Hydrological Processes Leading to Debris Flow due to Torrent Bed Material Scouring |
2018 |
EA
268 - 269 |
|
| Yasushi SANO, Takashi YAMADA, Tsuyoshi IKESHIMA and Sadakazu MATSUMOTO |
Critical Rainfall Thresholds for Hydrological Processes Leading to Debris Flow due to Torrent Bed Material Scouring |
2018 |
1
104 - 109
|
|
| Yasutaka TANAKA, Gengo YOSHIMURA, Hiroaki SUGAWARA, Atsuhiko KINOSHITA, Wataru SAKURAI, Yoshito OGAWAUCHI, Osamu YOKOYAMA and Katsushi KAWATO |
Development of Extraction Technology for Potential Slopes for Deep-seated Landslides, Focusing on Subsurface Resistivity Tomography Obtained by Airborne Electromagnetic Survey |
2018 |
EA
282 - 283 |
|
| Yasuyuki HIRAKAWA, Nobuhiro USUKI, Kouji FUJITA, Toshiaki TANAKA, Masafumi KANEKO, Toshiyasu UENO, Hidenori EGUCHI and Kazuhiro SHIMOKUBO |
Monitoring System of a Large Rockslide in Heisei-Shinzan Lava Dome, Mt. Unzen, Japan |
2018 |
EA
84 - 85 |
|
| Yasuyuki HIRAKAWA, Nobuhiro USUKI, Kouji FUJITA, Toshiaki TANAKA, Masafumi KANEKO, Toshiyasu UENO, Hidenori EGUCHI and Kazuhiro SHIMOKUBO |
Monitoring System of a Large Rockslide in Heisei-Shinzan Lava Dome, Mt. Unzen, Japan |
2018 |
1
363 - 372
|
|
| Yasuyuki SATOU, Tadanori ISHIZUKA, Senro KURAOKA, Yuichi NAKASHIMA and Takanori KAMIJO |
Deformation characteristics of Unzen lava dome based on long range dispalcement monitoring |
2014 |
EA
46 - 47 |
|
| Yasuyuki SATOU, Tadanori ISHIZUKA, Senro KURAOKA, Yuichi NAKASHIMA, Takanori KAMIJO |
Deformation Characteristics of Unzen Lava Dome based on Long Range Displacement Monitoring |
2014 |
1
92 - 100 |
|
| YATABE R., YAGI N., ENOKI M. |
Slope failure and debris flow disasters in Aso region, Kyushu Island on July 2, 1990. [Hangrutschung und Murkatastrophen im Aso-Gebiet, Insel Kyushu, am 2.Juli 1990.] |
1992 |
2
49 - 63 |
|
| Yatabe R., Yokota K., Bhandary N. P., Hasegawa S. |
Geotechnical and geological aspects of Takano mudslide in Matsuyama |
2002 |
2
583 - 588 |
|
| Ye F., Sichoix L., Barriot J.-P., Dumas P. |
MODELING THE EROSION OF SHIELD VOLCANOES: THE TAHITI CASE |
2010 |
690 - 699 |
|
| Yeh C.-H., Lin B.-J., Fang Y.-M., Yin H.-Y., Lu H.-W. |
THE DEVELOPMENT AND APPLICATION OF THE DISPATCH MODEL FOR MOBILE DEBRIS FLOW MONITORING STATION AT TYPHOON EVENT |
2010 |
982 - 990 |
|
| Yi Liang Chien, Fu Min Tseng and Su-Chin Chen |
Characterizing landslide dam breach geometry conducted by field landslide dam overtopping failure experiment |
2016 |
EA
294 - 295
|
|
| Yi-Min Huang, Chung-Ray Chu, Yao-Min Fang, Ming-Chang Tsai, Bing-Jean Lee, Tien-Yin Chou, Chen-Yang Lee, Chen-Yu Chen and Hsiao-Yuan Yin |
Characteristics of debris flow vibration signals in Shenmu, Taiwan |
2016 |
1
306 - 307
|
|
| Yin H.-Y., Huang C.-J., Fang Y.-M., Lee B.-J., Chou T.-Y. |
THE PRESENT DEVELOPMENT OF DEBRIS FLOW MONITORING TECHNOLOGY IN TAIWAN |
2010 |
992 - 1000 |
|
| YING YAN CHEN: |
A synthetic Parameter expressing the characteristics of debris flow. [Ein syntheti-scher Parameter zur Kennzeichnung von Schuttströmen.] |
1992 |
2
297 - 307 |
|
| Yohei ARATA, Takashi GOMI, Roy C. SIDLE, Gonghui WANG, Chen-Wei CHIU and Kenta KOYANAGI |
Hydrogeomorphic Characteristics of Fissures Developed during 2016 Kumamoto Earthquake |
2018 |
EA
186 - 187 |
|
| Yoichi Sako, Hiroshi Makino, Naoki Nishimura and Youichirou Hagiwara |
Attempt at reinforcing the crisis management capability against large-scale sediment disasters through the use of the PDCA cycle |
2016 |
EA
362 - 363
|
|
| Yoichi SAKO, Yu YAMAGUCHI, Shoji IGARASHI, Masakazu NAGANO, Takashi DOI, Shinzo KOBAYASHI, Kihachiro MINAMI and Keiya YOSHINAMI |
Resident-driven Activity for Improvement of Local Disaster Management Capability |
2018 |
EA
228 - 229 |
|
| Yong H., Hiura H., Maeda H., Furuya G., Fukuoka H., Sassa K. |
Study on the creating warning and evacuation system from landslide disaster in use of the data of observation system |
2002 |
2
695 - 703 |
|
| YONGYI TANG, CAI XIANGXING |
XIANGXINGCAIThe inheritance of debris flow action in geological history.[Das Erbe von Murgängen in geologischer Geschichte.] |
1992 |
2
249 - 256 |
|
| Yoshida K., Takeshi T., Irasawa M. |
The research on the application to the landslide using optical fiber sensor |
2002 |
2
589 - 594 |
|
| Yoshiharu ISHIKAWA, Hiroyuki UMEZAWA, Risa TANABE, Aya TAMEIKE and Quoc Dung DANG |
A Method for Predicting and Taking Measures Against Soil Slips Generating Debris Flows in a Case Study of the 2014 Hiroshima Sediment Disasters |
2018 |
EA
28 - 29 |
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