Autor
 
|
Titel
|
Jahr
|
Band
Seite
|
|
 |
|
|
|
|
| Horvat A. |
Consequences and Response to the Disaster, Konsequenzen und Katastrophenmanagement |
2004 |
4
IX/77 - IX/87 |
 |
| Giulia Bossi, Stefano Crema, Marco Cavalli, Gianluca Marcato and Alessandro Pasuto |
Connectivity patterns as an informative layer to investigate geomorphological processes: the Ganderberg landslide case study (Eastern Italian Alps) |
2016 |
EA
188 - 189
|
|
| GARCZYNSKI E. |
Connaissances Actuelles et Projet d'Etude sur les Influences Hydrologiques et Climatologiques de la Foret a Partir de Données Françaises et Etrangères. [Neue Erkenntnisse über die hydrologischen und klimatischen Auswirkungen des Waldes aus Studienprojekten in Frankreich und im Ausland.] |
1980 |
4
223 - 229 |
|
| Yoshinori SHINOHARA, Haruka TSUNETAKA, Gaku KITAMOTO, Norifumi HOTTA, Hisanobu MITSUTAKE and Toshiyasu UENO |
Conditions for Developing Debris Flows at Mt. Unzen |
2018 |
EA
98 - 99 |
|
| Takashi TAMURA, Masayuki FUJITA, Kiyoto IKEMIZU and Shusaku KAKOI |
Comprehensive Sediment-related Disaster Prevention Countermeasures in Kagoshima Prefecture |
2018 |
EA
148 - 149 |
|
| Toshiyasu UENO, Hiroyuki TANIGUCHI, Kazuya ABE |
Comprehensive sediment related disaster prevention countermeasures in Kagoshima prefecture |
2014 |
EA
224 - 225 |
|
| Toshiyasu UENO, Hiroyuki TANIGUCHI, Kazuya ABE |
Comprehensive Sediment Related Disaster Prevention Countermeasures in Kagoshima Prefecture |
2014 |
1
719 - 726 |
|
| Stangl R., Siedschlag A., Silvestru D., Fritz F. and Jerkovic A. |
COMPREHENSIVE SECURITY RESEARCH TO CONTRIBUTE TO CRITICAL INFRASTRUCTURE PROTECTION - CONTRIBUTIONS TO SECURITY GOVERNANCE IN DISASTER RISK REDUCTION |
2012 |
1
585 - 596 |
|
| Stangl R., Siedschlag A., Silvestru D., Fritz F. and Jerkovic A. |
COMPREHENSIVE SECURITY RESEARCH TO CONTRIBUTE TO CRITICAL INFRASTRUCTURE PROTECTION - A CONTRIBUTION TO SECURITY GOVERNANCE IN DISASTER RISK REDUCTION |
2012 |
EA
362 - 363 |
|
| Jörg P., Granig M., Bühler Y. and Schreiber H. |
COMPARISON OF MEASURED AND SIMULATED - SNOW AVALANCHE VELOCITIES |
2012 |
1
169 - 178 |
|
| Ting-Chi TSAO, Chuan-Yi HUANG, Jung-Hsing CHIEN, Hsiao-Yuan YIN and Chen-Yu CHEN |
Comparison of Debris Flow Hazard Mapping between Empirical Function and Numerical Simulation - A Case Study in Taiwan - |
2018 |
EA
80 - 81 |
|
| Ting-Chi TSAO, Chuan-Yi HUANG, Jung-Hsing CHIEN, Hsiao-Yuan YIN and Chen-Yu CHEN |
Comparison of Debris Flow Hazard Mapping between Empirical Function and Numerical Simulation - a Case Study in Taiwan - |
2018 |
1
349 - 354
|
|
| Huber A. |
COMPARISON OF 2-D DEBRIS FLOW SIMULATION MODELS - IMPLICATIONS FOR PRACTICAL MODEL APPLICATION TO HAZARD ASSESSMENT FOR ALPINE TRANSPORT INFRASTRUCTURE |
2012 |
EA
176 - 177 |
|
| Luuk Dorren and Roderick Kühne |
Comparing the 3D rockfall simulation models Rockyfor3D and RAMMS::ROCKFALL at a case study site in Switzerland |
2016 |
EA
82 - 83
|
|
| Kaitna R., Rickenmann D., Schatzmann M. |
COMPARATIVE RHEOLOGIC INVESTIGATIONS OF DEBRIS FLOW MATERIAL [Extended Abstract] |
2008 |
EA
208 - 209 |
|
| Bell R., Röhrs M. , Glade T., Dix A. |
COMBINING HISTORIC INFORMATION AND HIGH RESOLUTION DTMS TO IMPROVE THE UNDERSTANDING OF TODAY'S MAXIMUM POSSIBLE LANDSLIDE EVENTS AND ITS RELEVANCE FOR HAZARD ASSESSMENT [Extended Abstract] |
2008 |
EA
34 - 35 |
|
| Jean-Matthieu Monnet, Franck Bourrier, Céline Vargel, Jérôme Lopez-Saez, Christophe Corona, Frédéric Berger and Dominique Laigle |
Combined use of rockfall trajectory simulations and tree impacts observations for rockfall frequency assessment |
2016 |
EA
226 - 227
|
|
| MATSUMURA K., MASIKO K., TAKAHAMA J. |
Collapse and debrisflow in windfall tree area. |
1996 |
3
227 - 236 |
|
| Tropeano D., Turconi L., Sanna S. |
CLOUDBURST IN VAL CANALE, EASTERN ITALIAN ALPS |
2004 |
1
I/121 - I/132 |
|
| Andrea Salvetti |
Climatic and morphologic controls on debris flow initiation and magnitude in Southern Switzerland. |
2016 |
EA
248 - 249
|
|
| Paul Dobesberger, Andreas Koler, Stefan Ortner, Brigitte Eder, Angela Michiko Hama, Marcel Innerkofler, Oskar Januschke and Martin Preßlaber |
Climate sensitive risk management - a best practice example by the city of Lienz, Tyrol, Austria |
2016 |
EA
198 - 199
|
|
| Meißl G., Geitner C., Stötter J. |
CLASSIFICATION OF SMALL ALPINE CATCHMENTS - A TOOL TO SUPPORT THE CHOICE OF RAINFALL-RUNOFF-MODELS [Extended Abstract] |
2008 |
EA
290 - 291 |
|
| Endre E., Fergus T., Moholt R. |
CLASSIFICATION OF QUICK CLAYZONES TO PINPOINTAREAS OF HIGH RISK - RESULTS AND EXPERIENCES |
2004 |
2
IV/127 - IV/136 |
|
| Wehrmann H. , Hübl J., Holzinger G. |
Classification of Dams inTorrentialWatersheds |
2006 |
2
829 - 838 |
|
| H. Wehrmann, J. Hubl and G. Holzinger |
Classification of Dams inTorrentialWatersheds |
2006 |
2
829 - 838 |
|
| Hiromitsu ISSHIKI, Atsuhiko KINOSHITA, Teruyoshi TAKAHARA, Tadanori ISHIZUKA, Ken'ichirou KOSUGI, Ryo SAKAI, Makoto OYAMA, Shinji KOMATSU, Yuji UEHARA, Masami ITOU, Makoto YAMANE, Katsushi KAWATO, Minoru OKUMURA |
ClarifyingHydrogeological Structure of Deep Catastrophic Landslide Using Airborne Electromagnetic Survey, Spatial Patterns of StreamFlow and Drilling Investigation |
2014 |
1
354 - 361 |
|
| Hiromitsu ISSHIKI, Atsuhiko KINOSHITA, Teruyoshi TAKAHARA, Tadanori ISHIZUKA, Ken'ichirou KOSUGI, Ryo SAKAI, Makoto OYAMA, Shinji KOMATSU, Yuji UEHARA, Masami ITOU, Makoto YAMANE, Katsushi KAWATO and Minoru OKUMURA |
Clarifying hydrogeological structure of deep catastrophic landslide using airborne electromagnetic survey, spatial patterns of stream flow and drilling investigation |
2014 |
EA
132 - 133 |
|
| J. Kurihara, N. Takezawa, H. Terada and M. Matsui |
Circumstances in the Utilization of the Soil Cement in Sabo Works in Japan |
2006 |
2
787 - 795 |
|
| Watanabe N., Hizuka T., Cheibany O.E., Marui H. |
CHEMICAL WEATHERING RATES FROM WATERSHEDS IN THE TATEYAMA CALDERA, CENTRAL JAPAN [Extended Abstract] |
2008 |
EA
434 - 435 |
|
| Watanabe N., Hizuka T., Cheibany O.E., Marui H. |
CHEMICAL WEATHERING RATES FROM WATERSHEDS IN THE TATEYAMA CALDERA, CENTRAL JAPAN |
2008 |
1
537 - 546 |
|
| SCHAUER T. |
Charakterisierung von Abtragsformen und Beurteilung der Abtragsbereitschaft anhand der Vegetation. |
1996 |
1
357 - 375 |
|
| 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
|
|
| S. Doshida, M. Chigira and T. Nakamura |
Characterization of Landslides by using Precise DEM Data in Ribira, Hokkaido |
2006 |
1
91 - 99 |
|
| Toshihiko YOSHIMURA, Takashi ISHII and Masahide MATSUZAWA |
Characteristics Sediment Disaster in the Tottabetsu River, Hokkaido Prefecture, Caused by the Heavy Rainfall in August 2016 |
2018 |
EA
316 - 317 |
|
| Tetsushi ITOKAZU, Ken’ichirou KOSUGI, Yuichi ONDA, Koichiro KURAJI, Nobuaki TANAKA, Motoshige GOTO, Takeshi OHTA, Takahisa MIZUYAMA |
Characteristics of storm runoff in small granite catchments having different vegetation recovery conditions |
2014 |
1
497 - 504 |
|
| T. Okazaki, Y. Gonda, Y. Nishii and H. Kawabe |
Characteristics of Step-Pool Morphology in the Mountain Streams of Japan |
2006 |
1
379 - 390 |
|
| Risa TAKAHASHI and Takashi YAMADA |
Characteristics of Small-scale Slope Failure Occurrence Depending on Rainfall Pattern |
2014 |
EA
158 - 159 |
|
| Risa TAKAHASHI, Takashi YAMADA |
Characteristics of Small of Small -scale Slope Failure Occurrence Depending on Rainfall Pattern |
2014 |
1
462 - 469 |
|
| K. Akiyama, J. Kurihara and K. Ogawa |
Characteristics of Slope Failure Induced by the Mid Niigata Prefecture Earthquake and the Snow Melting after the Snow Term |
2006 |
2
749 - 758 |
|
| Ishikawa Y. and Ishikawa T. |
CHARACTERISTICS OF SLOP FAILURES AND LANDSLIDE DAMS CAUSED BY THE 2008 IWATE-MIYAGI NAIRIKU EARTHQUAKE |
2012 |
EA
184 - 185 |
|
| Ishikawa Y. and Ishikawa T. |
CHARACTERISTICS OF SLOP FAILURES AND LANDSLIDE DAMS CAUSED BY THE 2008 IWATE-MIYAGI NAIRIKU EARTHQUAKE |
2012 |
1
161 - 168 |
|
| Nobuaki KATO, Masayuki MIYASE, Masaharu NAKAYAMA, Kosei MOTODA and Toshihiro NAKAMURA |
Characteristics of Sediment-related Disasters in July 2012 in the Aso Region of Kyushu Island, Japan |
2014 |
EA
156 - 157 |
|
| Nobuaki KATO, Masayuki MIYASE, Masaharu NAKAYAMA, Kosei MOTODA, Toshihiro NAKAMURA |
Characteristics of Sediment-related Disasters in July 2012 in the Aso Region of Kyushu Island, Japan |
2014 |
1
455 - 461 |
|
| Miki Y., Kawakami T., Mizuyama T. |
CHARACTERISTICS OF SEDIMENT-RELATED DISASTER HAZARD AREAS SEEN FROM THEIR DESIGNATION UNDER SEDIMENT-RELATED DISASTER PREVENTION LAW [Extended Abstract] |
2008 |
EA
296 - 297 |
|
| Kim S.-W., Chun K.-W. and Kimura M. |
CHARACTERISTICS OF SEDIMENT TRANSPORT IN TORRENTIAL RIVERS IN THE EAST COAST OF KOREA |
2012 |
EA
374 - 375 |
|
| 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 |
|
| Nobutomo OSANAI, Mio KASAI, Shin-ichiro HAYASHI, ShinÕya KATSURA and Takahisa FURUICHI |
Characteristics of Sediment Discharge in the Tokachi Region, Hokkaido, due to Continuous 4 Typhoons in August, 2016 |
2018 |
EA
182 - 183 |
|
| Nakai S., Kaibori M., Sasaki Y., Moriwaki T. |
CHARACTERISTICS OF RECENT HEAVY RAINFALL THAT CAUSED SEDIMENT DISASTERS AROUND HIROSHIMA PREFECTURE, JAPAN [Extended Abstract] |
2008 |
EA
312 - 313 |
|
| Baator HAS, Toko TAKAYAMA, Satoshi ONODA and Kiichiro OGAWA |
Characteristics of Landslide Distribution and Dimension, Comparison of Landslides Induced by Reverse-fault Earthquake and Normal-fault Earthquake in Japan |
2014 |
EA
152 - 153 |
|
| Baator HAS, Toko TAKAYAMA, Satoshi ONODA, Kiichiro OGAWA |
Characteristics of Landslide Distribution and Dimension, Comparison of Landslides Induced by Reverse-fault Earthquake and Normal-fault Earthquake in Japan |
2014 |
1
439 - 446 |
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