Landslides are a main driver of landscape evolution and a dominant sediment source in
many regions worldwide. Nevertheless, their role in sediment mobilization and denudation …

In this paper, a hybrid machine learning ensemble approach namely the Rotation Forest
based Radial Basis Function (RFRBF) neural network is proposed for spatial prediction of …

Landslide is the most frequently occurring geo-hazard in mountainous terrains of the world.
It affects human life, infrastructures, landscapes, and human properties as well as their day …

Shallow, rainfall-triggered landslides are an important catchment process that affect the rate
and calibre of sediment within river networks and create a significant hazard, particularly …

Sediment connectivity within a catchment depends largely on the morphological complexity
of the catchment and is strictly related to the anthropogenic modification of the landscape. In …

This paper reviews gully erosion in the East Coast region of New Zealand's North Island and
conceptualises fluvio-mass-movement gully complexes as badass gully systems. Tectonic …

Debris flows are typical compounded geohazards with long-term activity in earthquake-
stricken areas. Numerous debris flows were simultaneously induced by subsequent extreme …

After the Wenchuan earthquake, a large number of landslides in debris flow basins
continued to provide loose debris for channels and further affected the occurrence of debris …

Earthquake-triggered landslides provide sufficient loose material for the formation of
subsequent debris flow events in earthquake-affected catchments. The landslides sediment …

The Wenchuan earthquake and subsequent strong rainfall triggered extensive mass
wasting, which caused sufficient landslide sediment to be continuously transferred out of the …