We present a shoreline change model for coastal hazard assessment and management
planning. The model, CoSMoS‐COAST (Coastal One‐line Assimilated Simulation Tool), is a …

Along the rugged coast of Big Sur, California, the Mud Creek landslide failed
catastrophically on May 20, 2017, and destroyed over 400 m of scenic California State …

Sea cliff retreat rates are expected to accelerate with rising sea levels during the 21st
century. Here we develop an approach for a multimodel ensemble that efficiently projects …

Erosion of hard‐rock coastal cliffs is understood to be caused by a combination of both
marine and sub‐aerial processes. Beach morphology, tidal elevation and significant wave …

Coastal cliff erosion from storm waves is observed worldwide, but the processes are
notoriously difficult to measure during extreme storm wave conditions when most erosion …

Concurrent observations of waves at the base of a southern California coastal cliff and
seismic cliff motion were used to explore wave–cliff interaction and test proxies for wave …

Linking hard rock coastal cliff erosion to environmental drivers is challenging, with weak
relationships commonly observed in comparisons of marine and subaerial conditions to the …

Coastal cliff erosion is a widespread problem that threatens property and infrastructure
along many of the world's coastlines. Rates of erosion used for shoreline management are …

Coastal cliff erosion is caused by a combination of marine forcing and sub‐aerial processes,
but linking cliff erosion to the environmental drivers remains challenging. One key …

We challenge the notion of steady‐state equilibrium in the context of progressive cliff retreat
on micro‐tidal coasts. Ocean waves break at or close to the abrupt seaward edge of near …