Large earthquakes deform the Earth's surface and drive topographic growth in the frontal
zones of mountain belts. They also induce widespread mass wasting, reducing relief. The …

Current models to explain regional-scale landslide events are not able to account for the
possible effects of the legacy of previous earthquakes, which have triggered landslides in …

We investigate earthquake‐induced landslides using a geostatistical model featuring a
latent spatial effect (LSE). The LSE represents the spatially structured residuals in the data …

We developed a generalized model to describe and predict the spatial distribution of
earthquake-induced landslides, based on a regression analysis of 9 co-seismic landslide …

Large earthquakes commonly trigger widespread and destructive landsliding. However,
current approaches to modeling regional-scale landslide activity do not account for the …

Advances in the collection and analysis of landslide inventory data have allowed for greater
understanding of spatial distributions of landslides triggered by earthquakes. However …

Compared with far-field ground motion, the most significant feature of near-fault pulse-like
ground motion is the long-period, large-scale velocity pulse. This paper proves through …

Landslides behave in a complex manner especially in terms of the relationship between
groundwater variation and the mechanisms of movement; a relationship that remains poorly …