Landslide inventories are the most important data source for landslide process,
susceptibility, hazard, and risk analyses. The objective of this study was to identify an …

In the last decade, development in remote sensing techniques has opened new avenues for
studying the evolution of landscapes dominated by mass wasting processes. Conventional …

This study proposes a regional scale approach of landslide typology and patterns for the
Moldavian Plateau, one of the Romanian regions most affected by mass movement …

With the increased availability of high-resolution digital terrain models (HRDTM) generated
using airborne light detection and ranging (LiDAR), new opportunities for improved mapping …

Documenting spatial and temporal patterns of past landsliding is a challenging step in
quantifying the effect of landslides on landscape evolution. While landslide inventories can …

Landslide inventories provide the knowledge basis for many geomorphological applications
and also planning and emergency management. Detailed landslide inventories should also …

The difficulty in estimating ages of regional landslides hampers to assess frequency of
landslides and hence to quantitatively assess regional landslide hazard. In this study, we …

Here we present a novel application of landscape smoothing with time to generate a
detailed chronology of a large and complex dune field. K'gari (Fraser Island) and the …

Landslides are major hazards, causing thousands of deaths around the world each year as
well as damaging homes and infrastructure. Air-and space-borne remote sensing data …

Flow‐like landslides in clay slopes pose major threats to people and infrastructure, which
has led to numerous studies in recent decades. However, the mechanisms leading to the …