Model | Study Area | Triggered Mechanism | Acquisition data | Validation | Results |
Sinmap | Nova Friburgo, RJ, Brazil | Rainfall | Literature | Landslide’s inventory | 55% landslides in unstable areas |
Juiz de Fora, MG, Brazil | Rainfall | Literature | Landslide’s inventory and Susceptibility maps | 78.5%landslides in unstable areas | |
Cubatão, SP, Brazil | Rainfall | Literature | Landslide’s inventory | 90% landslides in unstable areas | |
Swabian Alb, Germany | Rainfall, Snow melting, Earthquakes | Literature | Sensitivity analysis | 80% landslides in unstable areas | |
Wudu county, China | Rainfall and Earthquakes | Laboratory tests | Sensitivity analysis | 67,5% landslides in unstable areas | |
Oahu, Hawaii, USA | Rainfall and Volcanism | Literature | Landslide’s inventory and Susceptibility maps | 92% landslides in unstable areas | |
Shalstab | Rio dos Cedros, SC, Brazil | Rainfall | Laboratory tests | Landslide’s inventory and land-cover maps | 21% of total area are unconditionally unstable |
Caraguatatuba, SP, Brazil | Rainfall | Literature | Landslide’s inventory and Sensitivity analysis | 55% landslides in unstable areas | |
Campos do Jordão, SP, Brazil | Rainfall | Literature | Landslide’s inventory and Susceptibility maps | Shalstab unstable areas corroborate with risk maps | |
Rio de Janeiro, RJ, Brazil | Rainfall | Literature and Laboratory tests | Landslide’s inventory and quantitative analysis | 80% landslides in unstable areas | |
Sardinia, Italy | Rainfall and Earthquakes | Calculate during PEM4PIT procedure | ROC analysis | Shalstab had better performance using PEM4PIT method | |
TRIGRS | Seattle, USA | Rainfall | Laboratory tests | ROC analysis | 80% landslides in unstable areas |
Taipei county, Taiwan area | Rainfall | Laboratory tests | Landslide’s inventory and Variation of pore-water pressure | Variation of pore-water pressure change the soil rupture mechanism | |
Tai Chi, Taiwan area | Rainfall and Typhoon | Literature | Landslide’s inventory and Typhoon data | Landslides and unstable areas agreeing with typhoon trajectory | |
Macon County, North Carolina, USA | Rainfall and Hurricane | Literature | POD/FAR/CSI | 98% landslides in unstable areas | |
Woomyeon Mountain, Seoul, South Korea | Rainfall | Literature and Laboratory tests | ROC analysis, SI/EI, SC/LP, POD/FAR/CSI | 33% landslides in unstable areas |