This paper presents a short history of the appraisal of laser scanner technologies in
geosciences used for imaging relief by high-resolution digital elevation models (HRDEMs) …

Four large landslides, each with a debris volume> 106m3, in the Himalaya and
Transhimalaya of northern India were examined, mapped, and dated using 10Be terrestrial …

Surface roughness is an important geomorphological variable which has been used in the
Earth and planetary sciences to infer material properties, current/past processes, and the …

High-resolution topographic data have the potential to differentiate the main morphological
features of a landscape. This paper analyses the capability of airborne LiDAR-derived data …

Large, deep‐seated landslides are common features in the Flemish Ardennes (Belgium). As
most of these old (> 100 years) landslides are located under forest in this hilly region, aerial …

Rapid and accurate identification of landslides is an essential part of landslide hazard
assessment, and in particular it is useful for land use planning, disaster prevention, and risk …

A precise, accurate and complete landslide inventory is indispensable for the establishment
of reliable landslide susceptibility and hazard maps. In the preparation of landslide …

Alluvial fans of alpine torrents are both natural deposition areas for sediment discharged by
floods and debris flows, and preferred sites for agriculture and settlements. Hazard …

Drainage channels are an integral part of agricultural landscapes, and their impact on
catchment hydrology is strongly recognized. In cultivated and urbanized floodplains …

Landslide inventory maps are fundamental for assessing landslide susceptibility, hazard,
and risk. In tropical mountainous environments, mapping landslides is difficult as rapid and …