Landslide events can be highly destructive, causing loss of life, infrastructure damage, and economic disruption. Landslide science, which seeks to understand landslide processes and reduce impacts, is multidisciplinary and rapidly evolving, making communication and collaboration across subdisciplines essential to advance the field.

This session brings together contributions spanning the landslide life cycle, from fundamental process understanding to hazard characterization, forecasting, and risk communication. We welcome a wide range of contributions on topics including landslide mapping and modeling; rock and soil properties; susceptibility and risk assessment; triggering mechanisms such as seismic and hydroclimatic forcing; links between weather, climate variability and landslides; ground-based and remote sensing observations; cascading hazards; and early warning systems. We invite studies that bridge disciplines, including geomorphology, hydrology, and meteorology, and span scales ranging from the global scale to individual hillslopes.

• EP - Earth and Planetary Surface Processes
• H - Hydrology