Satellite remote sensing is becoming a widely used monitoring technique in coastal
sciences. Yet, no benchmarking studies exist that compare the performance of popular …

Marine transgression associated with rising sea levels causes coastal erosion, landscape
transitions, and displacement of human populations globally. This process takes two general …

In the intricate interplay between terrestrial and marine realms, coastlines have emerged as
crucial geographical entities, playing significant roles in theories of human-environment …

Satellite‐derived shoreline observations combined with dynamic shoreline models enable
fine‐scale predictions of coastal change across large spatiotemporal scales. Here, we …

Coastal zones are fragile and complex dynamical systems that are increasingly under threat
from the combined effects of anthropogenic pressure and climate change. Using global …

During the present era of rapid climate change and sea-level rise, coastal change science is
needed at global, regional, and local scales. Essential elements of this science, regardless …

The difficulties in using conventional mitigation techniques to maintain global-mean
temperatures well below 2∘ C compared with pre-industrial levels have been well …

A common inference in research studies of observed and projected changes in global ocean
wave height and storm surge, is that such changes are potentially important for long-term …

The northern California littoral cell of the Klamath River, which is a mixed rocky and sandy
system with significant shoreline curvature, was investigated by examining∼ 40 yr of …

Sandy coastlines are very dynamic spaces affected by a variety of natural and human
factors. In Central Chile, changes in oceanographic and wave conditions, modes of inter …