This paper presents recommended methodologies for the quantitative analysis of landslide
hazard, vulnerability and risk at different spatial scales (site-specific, local, regional and …

Geologic hazards (geohazards) are naturally occurring or human-activity-induced geologic
conditions capable of causing damage or loss of property and/or life. geohazards, such as …

Significant effort has been devoted during the last few decades to the development of
methodologies for landslide hazard and risk assessment. All of this work requires …

Previous State of the Art papers have introduced numerous landslide typologies that can
involve several soil and rock types which fail through complex mechanisms strictly …

We present a general framework for probabilistic landslide hazard analysis. With respect to
other quantitative hazard assessment approaches, this probabilistic landslide hazard …

An accurate joint probability assessment of water levels and waves is of primary importance
for effective coastal flooding management even in microtidal environments subjected to …

This paper deals with a quantitative risk analysis, performed using the rockfall risk
management (RO. MA.) method, for a road affected by rockfalls. This approach allows …

Many mountain towns in China are located on the joint alluvial fans of multiple and adjacent
past debris flows, making them vulnerable to large, multiple, and simultaneous debris flows …

A method for formal risk analysis in debris flow-prone areas is proposed. In this paper risk is
defined as the mean annual probability for buildings located in hazardous areas to be …

This paper aims to develop a model for debris flow hazard assessment, since Taiwan is a
mountainous country subject to bouts of heavy rainfall during the rainy and typhoon seasons …