Autor
 
|
Titel
|
Jahr
|
Band
Seite
|
|
 |
|
|
|
|
| Wataru SAKURAI, Ryo SAKAI |
Countermeasures for large-scale landslide dams caused by Typhoon No. 12 in September 2011 |
2014 |
1
394 - 403 |
 |
| Locher Oberholzer N., Wernli M., Isler S., Rupf R. |
CRISIS MANAGEMENT AND SOIL PROTECTION EXPERIENCES WITH THE FLOOD EVENT 2005 IN MOUNTAINOUS AREAS OF SWITZERLAND [Extended Abstract] |
2008 |
EA
258 - 259 |
|
| Tsai-Tsung TSAI, Yuan-Jung TSAI and Chjeng-Lun SHIEH |
Critical Rainfall Analysis of Large-Scale Landslide Occurrence |
2018 |
EA
124 - 125 |
|
| Tsai-Tsung TSAI, Yuan-Jung TSAI and Chjeng-Lun SHIEH |
Critical Rainfall Analysis of Large-scale Landslide Occurrence |
2018 |
1
91 - 96
|
|
| TAKEI A., HIURA H. |
Critical rainfall conditions on the occurence of debris flow. [Kritische Nieder-schlags-Bedingungen für Murgänge.] |
1992 |
2
133 - 151 |
|
| Markus Moser, Stefan Janu and Susanne Mehlhorn |
Critical Rainfall Conditions Triggering Shallow Landslides or Debris Flows in Torrents – Analysis of Debris Flow events 2012, 2013 and 2014 in Austria |
2016 |
1
370 - 377
|
|
| 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
|
|
| FRANCAIS O., DUVERNAY B. |
Crue de laves torrentielles du aout 1995 sur le nant du pissot, description de l’evenement, analyse de risque et concept de protection . |
2000 |
3
69 - 80 |
|
| Ono G., Mizuyama T., Matsumura K. |
CURRENT PRACTICES IN THE DESIGN AND EVALUATION OF STEEL SABO FACILITIES IN JAPAN |
2004 |
3
VII/253 - VII/264 |
|
| Matthias Huttenlau, Klaus Schneeberger, Benjamin Winter and Johann Stötte |
Damage functions as crucial factor in a modular flood risk evaluation framework |
2016 |
EA
212 - 213
|
|
| ISHIKAWA Y. |
Damage to forests by sediment movements and control of sediment movements by forests. |
2000 |
3
191 - 199 |
|
| Viktor Blagovechshenskiy |
Danger of glacial and dammed lakes outburst in the mountain areas of Kazakhstan |
2016 |
EA
186 - 187
|
|
| Gilyen-Hofer A., Pinter G. |
Danube accident emergency warning system and its operation in Hungary |
2002 |
1
255 - 266 |
|
| BACH A. |
Das österreichische Bundesheer im Hochwasser-Katastropheneinsatz. |
1967 |
97 - 102 |
|
| HAGEN G., HEUMADER J. |
Das Österreichische Lawinensimulationsmodell „SAMOS“ . |
2000 |
1
371 - 382 |
|
| Mazzorana B. |
DAS EF30FORWARD KONZEPT - EIN HINWEISINSTRUMENT ZUR ERMITTLUNG DER ZUVERLÄSSIGKEIT UND FUNKTIONSEFFIZIENZ VON WASSERSCHUTZBAUTEN |
2008 |
1
415 - 424 |
|
| HALLER P. |
Das Elementarereignis aus versicherungswirtschaftlicher Sicht. |
1980 |
4
55 - 67 |
|
| STEINER A. |
Das Ergebnis der Raum- und Umweltverträglichkeitsprüfung `obere Drau I`, in Bezug auf den zu erwartenden Hochwasserschutz. |
1992 |
3
327 - 343 |
|
| WRABER M. |
Das Flyschgebiet im slowenischen Istrien - ein Schauplatz der Erosions- und Wildbach-tätigkeit. |
1971 |
2
345 - 357 |
|
| GRUBINGER H. |
Das kombinierte System der Berghangentwässerung. |
1971 |
2
255 - 261 |
|
| Jud M., Loat R. |
DAS LINTHWERK ZWISCHEN GESTERN UND MORGEN |
2008 |
1
153 - 164 |
|
| Jud M., Loat R. |
DAS LINTHWERK ZWISCHEN GESTERN UND MORGEN [Extended Abstract] |
2008 |
EA
204 - 205 |
|
| ÜBLAGGER G. |
Das systemare Verständnis der Gebirgswässer. |
1988 |
1
345 - 381 |
|
| Lorenzo Brezzi, Roland Kaitna, Fabio Gabrieli, Margherita Zulpo and Simonetta Cola |
Data assimilation for the calibration of flume tests with different granular mixtures |
2016 |
EA
70 - 71
|
|
| Scotton P., Stoppa G. |
DATA MINING APPLIED TO AVALANCHES FORECAST IN TRENTO PROVINCE (ITALY) |
2004 |
2
VI/205 - VI/216 |
|
| Christian Rickli, Brian McArdell, Alexandre Badoux and Bernard Loup |
Database shallow landslides and hillslope debris flows |
2016 |
EA
242 - 243
|
|
| Stefan Braito, Karl Mayer and Andreas Rimböck |
Dealing with Bedload in Alpine Torrent Hydraulics - New Approaches in Bavaria |
2016 |
EA
192 - 193
|
|
| Florian Rudolf-Miklau, Kanonier Arthur, Thomas Glade and Stix Elisabeth |
Dealing with gravitational natural hazards: challenges for risk management and |
2016 |
1
131 - 140 |
|
| Florian Rudolf-Miklau, Kanonier Arthur, Thomas Glade and Stix Elisabeth |
Dealing with gravitational natural hazards: challenges for risk management and |
2016 |
1
131 - 140 |
|
| Hiroyuki UMEZAWA, Risa TANABE and Peihong ZHU |
Debris Capture Example by Flexible Barrier and Its Performance Verification |
2018 |
EA
66 - 67 |
|
| Hiroyuki UMEZAWA, Risa TANABE and Peihong ZHU |
Debris Capture Example by Flexible Barrier and Its Performance Verification |
2018 |
1
236 - 242 |
|
| Hiroshi MORIYAMA, Hiroshi KOKURYO, Masakatsu YAMAGUCHI, Ryuta INOUE, Nobutaka ISHIKAWA and Joji SHIMA |
Debris Flow Capture Investigation of Steel Open-type Sabo Dams around Mt. Aso JAPAN |
2014 |
EA
180 - 181 |
|
| Hiroshi MORIYAMA, Hiroshi KOKURYO, Masakatsu YAMAGUCHI, Ryuta INOUE, Nobutaka ISHIKAWA, Joji SHIMA |
Debris Flow Capture Investigation of Steel Open-type Sabo Dams around Mt. Aso, JAPAN |
2014 |
1
544 - 549 |
|
| MITSUYAMA T., NARITA H. |
Debris Flow Control by Woods and their Impact Energy Absorptivity. [Die Bremswirkung von Bäumen gegen Murgänge.] |
1988 |
2
173 - 181 |
|
| Hitoshi KATO, Nobuyuki NODA, Kazuhiko HASHI, Satoshi TAGATA, Takahiro ITOH and Takahisa MIZUYAMA |
Debris Flow Detection Using LVP Sensors in Japan |
2018 |
EA
82 - 83 |
|
| Hitoshi KATO, Nobuyuki NODA, Kazuhiko HASHI, Satoshi TAGATA, Takahiro ITOH and Takahisa MIZUYAMA |
Debris Flow Detection Using LVP Sensors in Japan |
2018 |
1
355 - 362
|
|
| KAISU YANG |
Debris flow disasters on mountain area. [Murkatastrophen im Bergland.] |
1992 |
2
367 - 384 |
|
| Roth A., Kästli A., Frenez T. |
DEBRIS FLOW MITIGATION BY MEANS OF FLEXIBLE BARRIERS |
2004 |
3
VII/289 - VII/300 |
|
| Takeshi OSAKA, Rei UTSUNOMIYA, Satoshi TAGATA, Takahiro ITOH and Takahisa MIZUYAMA |
Debris Flow Monitoring using Load Cells in Sakurajima Island |
2014 |
EA
50 - 51 |
|
| Takeshi OSAKA, Rei UTSUNOMIYA, Satoshi TAGATA, Takahiro ITOH, Takahisa MIZUYAMA |
Debris Flow Monitoring using Load Cells in Sakurajima Island |
2014 |
1
107 - 116 |
|
| Satoshi Tagata, Hitoshi Katou, Rei Utsunomiya, Takahiro Itoh and Takahisa Mizuyama |
Debris flow monitoring using load cells system in Sakurajima Island |
2016 |
EA
164 - 165 |
|
| Grisotto S., Cappelletti S. |
DEBRIS FLOW NEL BACINO DI VAL DELLA VECCHIA |
2004 |
1
III/135 - III/146 |
|
| Sandmeier C., Damm B. and Terhorst B. |
DEBRIS FLOW PROCESSES IN AN ALPINE CATCHMENT IN ANTHOLZ VALLEY (SOUTH TYROL) |
2012 |
EA
338 - 339 |
|
| Tsao T.-C., Lo W.-C., Chen C.-Y., Cheng C.-T. and Chen M.-C. |
DEBRIS FLOW RISK RANKING AND MANAGEMENT - A CASE STUDY IN TAIWAN |
2012 |
EA
396 - 397 |
|
| Tsao T.-C., Lo W.-C., Chen C.-Y., Cheng C.-T. and Chen M.-C. |
DEBRIS FLOW RISK RANKING AND MANAGEMENT - A CASE STUDY IN TAIWAN |
2012 |
1
373 - 384 |
|
| Berger C., McArdell B. W. and Lauber G. |
DEBRIS FLOW SIMULATION AT ILLGRABEN, SWITZERLAND, USING 2D NUMERICAL MODEL RAMMS - DEBRIS-FLOW MODELING APPLICATION IN PRACTICE |
2012 |
EA
38 - 39 |
|
| Inoue K. |
DEBRIS FLOWS AND FLOOD-INDUCED DISASTERS CAUSED BY THE ERUPTION OF ASAMA VOLCANO IN 1783 AND RESTRATION PROJECTS THEREAFTER |
2010 |
197 - 205 |
|
| D 'Agostino V., Marchi L., Coali R. |
DEBRIS FLOWS AT THE VALLEY HEAD OF A BASIN IN THE DOLOMITES |
2004 |
1
III/81 - III/92 |
|
| Ikeda A, Hara Y. |
Debris flows generated at Kitamata Valley of the Name River |
2002 |
1
101 - 112 |
|
