The landslide dataset contains data related with multiple-landslides
following the May 2008 Wenchuan earthquake in Sichuan, China.
The landslide dataset contains the following columns:
presenceBinary indicator of landslide occurrence within the grid cell (1 = landslide present, 0 = no landslide).
area_gridTotal area of the spatial grid cell.
area_slideTotal area of landslide material mapped within the grid cell.
countNumber of individual landslide events recorded within the grid cell.
slope_avgMean slope angle within the grid cell.
slope_stddStandard deviation of slope within the grid cell, representing local terrain variability.
reliefLocal terrain relief, defined as the elevation difference within the grid cell.
TWI_avgMean topographic wetness index (TWI) within the grid cell, indicating potential soil moisture accumulation.
TWI_stddevStandard deviation of the topographic wetness index within the grid cell.
VRM_avgMean vector ruggedness measure (VRM), quantifying surface roughness and terrain complexity.
VRM_stddevStandard deviation of the vector ruggedness measure within the grid cell.
planCurv_aMean plan curvature, describing horizontal curvature of the terrain surface.
planCurv_sStandard deviation of plan curvature within the grid cell.
pga_avgMean peak ground acceleration, representing average seismic shaking intensity.
pga_stddevStandard deviation of peak ground acceleration within the grid cell.
distStreamMean distance from the grid cell to the nearest stream or drainage network.
distStre_sStandard deviation of distance to streams within the grid cell.
POINT_Xx-coordinate of the centroid of the grid cell (longitude or easting, depending on the coordinate system).
POINT_YY-coordinate of the centroid of the grid cell (latitude or northing, depending on the coordinate system).
lithoLithological classification indicating the dominant rock or soil type within the grid cell.
profCurv_aMean profile curvature, describing vertical curvature of the terrain along the slope direction.
profCurv_sStandard deviation of profile curvature within the grid cell.
Data are available from GitHub
and hence can be gathered using the command dataset("landslide").
Data are available from GitHub
and hence can be gathered using the command dataset("landslide").
de Carvalho, M., Huser, R., Naveau, P., and Reich, B. J. (2026). Handbook on Statistics of Extremes. Chapman & Hall/CRC. Boca Raton, FL.
Yadav, R., Lombardo, L., and Huser, R. (2026). Statistics of Extremes for Landslides and Earthquakes. In: Handbook of Statistics of Extremes, Chapter 27, pp. 611--632.