The tendency in using quantitative approach has strongly been influenced by the trend of probabilities. The use of probabilistic (stochastic) methods is now widely used in earth sciences even when it is unknown whether or not the process is governed by a stochastic law. Mistakenly, quantitative assessments are seen as less uncertain than qualitative ones, which is theoretically true. But real situations show an increasing number of assumptions applied for risk assessment in order to make them quantitative, without recognition of the uncertainties. Usually, most risk assessment implementations are considered ‘validated’ when the scenarios projected match the expectations to the user requirements. Thus, validation for landslide risk assessmen...
Landslide is a natural phenomenon widely spread in the Mediterranean. It is a process that shapes th...
To cope with natural disasters, it is necessary to establish a strategy for adaptation after analyzi...
The accurate assessment of landslide hazards is important in order to reduce the casualties and dama...
The tendency in using quantitative approach has strongly been influenced by the trend of probabiliti...
This paper presents recommended methodologies for the quantitative analysis of landslide hazard, vul...
Abstract The quantification of risk has gained importance in many dis-ciplines, including landslide ...
Risk may be estimated by multiplying the probability of failure by the consequence. This is acceptab...
Landslide risk assessments provide essential information to develop loss reduction strategies. Howev...
The paper deals with a methodology for quantitative landslide hazard and risk assessments over wide...
This paper presents a case study of the application of quantitative risk assessment techniques to a ...
Landslides can result in enormous casualties and huge economic losses in mountainous regions. In ord...
Landslide risk assessment is based on spatially integrating landslide hazard with exposed elements-a...
Landslide risk assessment is often a difficult task due to the lack of temporal data on landslides a...
This paper also discusses the advantages, disad-vantages and limitations of QRA for engineered slope...
Landslide is a natural phenomenon widely spread in the Mediterranean. It is a process that shapes th...
To cope with natural disasters, it is necessary to establish a strategy for adaptation after analyzi...
The accurate assessment of landslide hazards is important in order to reduce the casualties and dama...
The tendency in using quantitative approach has strongly been influenced by the trend of probabiliti...
This paper presents recommended methodologies for the quantitative analysis of landslide hazard, vul...
Abstract The quantification of risk has gained importance in many dis-ciplines, including landslide ...
Risk may be estimated by multiplying the probability of failure by the consequence. This is acceptab...
Landslide risk assessments provide essential information to develop loss reduction strategies. Howev...
The paper deals with a methodology for quantitative landslide hazard and risk assessments over wide...
This paper presents a case study of the application of quantitative risk assessment techniques to a ...
Landslides can result in enormous casualties and huge economic losses in mountainous regions. In ord...
Landslide risk assessment is based on spatially integrating landslide hazard with exposed elements-a...
Landslide risk assessment is often a difficult task due to the lack of temporal data on landslides a...
This paper also discusses the advantages, disad-vantages and limitations of QRA for engineered slope...
Landslide is a natural phenomenon widely spread in the Mediterranean. It is a process that shapes th...
To cope with natural disasters, it is necessary to establish a strategy for adaptation after analyzi...
The accurate assessment of landslide hazards is important in order to reduce the casualties and dama...