A methodology of magnitude estimates for debris flow events is described using airborne LiDAR data. Light Detection And Ranging (LiDAR) is a widely used technology to generate digital elevation information. LiDAR data in alpine regions can be obtained by several commercial companies where the automated filtering process is proprietary and varies from companies to companies. This study describes the analysis of geomorphologic changes using digital terrain models derived from commercial LiDAR data. The estimation of the deposition volumes is based on two digital terrain models covering the same area but differing in their time of survey. In this study two surveyed deposition areas of debris flows, located in the canton of Berne, Switzerland, ...
On 4 August 2015, a very high intensity storm, 31.5 mm in 20 min (94.5 mm/h), hit the massif of Moun...
In this paper we present the results related to several field campaigns conducted in the last three ...
The geomorphological change detection through the comparison of repeated topographic surveys is a re...
A methodology of magnitude estimates for debris flow events is described using airborne LiDAR data. ...
In August 2011, a large rainstorm event triggered several slope type debris flows on the steep LIA m...
The future development of debris flow processes regarding frequency and magnitude in terms of climat...
Mathematical modelling is a common approach when\ud assessing debris-flow hazards. In this study on ...
In the year 2007, enhanced rockfall activity was observed within the scarp of a 500 BP rockslide in ...
Debris flows cause an average € 30 million damages and 1-2 fatalities every year in Austria. Detaile...
The frequency of debris flow events caused by severe rainstorms has increased in Korea. LiDAR provid...
More detailed field measurements are required for a better understanding of surging debris flows. In...
Snow avalanches are the result of unstable snow masses that detach from steep slopes as consequence ...
This study describes an example of analysis of morphological changes by using high resolution DEMs d...
Detailed geomorphological information has proven beneficial for the spatial recognition and delineat...
ABSTRACT: Geomorphological analysis provides an effective tool for the terrain changes due to sedime...
On 4 August 2015, a very high intensity storm, 31.5 mm in 20 min (94.5 mm/h), hit the massif of Moun...
In this paper we present the results related to several field campaigns conducted in the last three ...
The geomorphological change detection through the comparison of repeated topographic surveys is a re...
A methodology of magnitude estimates for debris flow events is described using airborne LiDAR data. ...
In August 2011, a large rainstorm event triggered several slope type debris flows on the steep LIA m...
The future development of debris flow processes regarding frequency and magnitude in terms of climat...
Mathematical modelling is a common approach when\ud assessing debris-flow hazards. In this study on ...
In the year 2007, enhanced rockfall activity was observed within the scarp of a 500 BP rockslide in ...
Debris flows cause an average € 30 million damages and 1-2 fatalities every year in Austria. Detaile...
The frequency of debris flow events caused by severe rainstorms has increased in Korea. LiDAR provid...
More detailed field measurements are required for a better understanding of surging debris flows. In...
Snow avalanches are the result of unstable snow masses that detach from steep slopes as consequence ...
This study describes an example of analysis of morphological changes by using high resolution DEMs d...
Detailed geomorphological information has proven beneficial for the spatial recognition and delineat...
ABSTRACT: Geomorphological analysis provides an effective tool for the terrain changes due to sedime...
On 4 August 2015, a very high intensity storm, 31.5 mm in 20 min (94.5 mm/h), hit the massif of Moun...
In this paper we present the results related to several field campaigns conducted in the last three ...
The geomorphological change detection through the comparison of repeated topographic surveys is a re...