The estimation of debris flow volumes is a basic requirement for the assessment of debris flow hazard and for the design of torrent control works. Geomorphological methods for the estimation of debris flow volume are based on the recognition of sediment sources located along the channel network. The paper discusses the use of these methods in alpine basins and provides an example of application to a basin in the Dolomites (Northeastern Italy). A detailed inventory of sediment sources was set up through field surveys, and mobilisable debris volumes were estimated taking into account local topography and the characteristics of erosion and instability phenomena. A check of debris volumes resulting from field surveys was carried out, testing th...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
The research focuses on the assessment of the conditions for debris flow triggering in three very ac...
The assessment of the areas endangered by debris flows is a major issue in the context of mountain w...
The estimation of debris flow volumes is a basic requirement for the assessment of debris flow hazar...
The estimation of debris flow volumes is a basic requirement for the assessment of debris flow hazar...
The estimation of debris-flow magnitude is an essential step in the assessment of debris-flow hazard...
The estimation of debris flow magnitude is essential for the assessment of debris flow hazard. Histo...
The estimation of debris flow magnitude is essential for the assessment of debris flow hazard. Histo...
Abstract The reconstruction of triggering conditions, geomorphic effects, and damage produced by his...
The debris deposits at the bottom of very steep natural channels and streams in high mountain areas ...
The debris deposits at the bottom of very steep natural channels and streams in high mountain areas ...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
Abstract The aim of this study is the development of an integrated approach for definition of scenar...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
The area of Fiames is located on a narrow and flat valley, 2 km north to Cortina d\u2019Ampezzo, and...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
The research focuses on the assessment of the conditions for debris flow triggering in three very ac...
The assessment of the areas endangered by debris flows is a major issue in the context of mountain w...
The estimation of debris flow volumes is a basic requirement for the assessment of debris flow hazar...
The estimation of debris flow volumes is a basic requirement for the assessment of debris flow hazar...
The estimation of debris-flow magnitude is an essential step in the assessment of debris-flow hazard...
The estimation of debris flow magnitude is essential for the assessment of debris flow hazard. Histo...
The estimation of debris flow magnitude is essential for the assessment of debris flow hazard. Histo...
Abstract The reconstruction of triggering conditions, geomorphic effects, and damage produced by his...
The debris deposits at the bottom of very steep natural channels and streams in high mountain areas ...
The debris deposits at the bottom of very steep natural channels and streams in high mountain areas ...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
Abstract The aim of this study is the development of an integrated approach for definition of scenar...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
The area of Fiames is located on a narrow and flat valley, 2 km north to Cortina d\u2019Ampezzo, and...
In high-relief landscapes, debris flows represent the most efficient mean of erosion and sediment tr...
The research focuses on the assessment of the conditions for debris flow triggering in three very ac...
The assessment of the areas endangered by debris flows is a major issue in the context of mountain w...