As climate changes increase heat stress on tropical ecosystems, the long-term persistence
of coral reefs requires rapid coral recovery following coral bleaching events. Using the …

As a result of climate change, sea-water temperatures around the world are expected to
increase, potentially causing more frequent and severe episodes of coral bleaching. In this …

Coral reefs face an uncertain future punctuated by recurring climate-induced disturbances.
Understanding how reefs can recover from and reassemble after mass bleaching events is …

Documenting successional dynamics of coral communities following large-scale bleaching
events is necessary to predict coral population responses to global climate change. In 1998 …

The worlds' coral reefs are declining due to the combined effects of natural disturbances and
anthropogenic pressures including thermal coral bleaching associated with global climate …

Coral bleaching caused by rising sea temperature is a primary cause of coral reef
degradation. However, bleaching patterns often show significant spatial variability, therefore …

Coral bleaching, during which corals lose their symbiotic dinoflagellates, typically
corresponds with periods of intense heat stress, and appears to be increasing in frequency …

Thermally induced mass coral bleaching is globally responsible for major losses of coral
cover. Coral recovery from mass coral disturbances like the 2016 bleaching event hinges on …

Coral reefs are among the world's most endangered ecosystems. Coral mortality can result
from ocean warming or other climate-related events such as coral bleaching and intense …

Recent large-scale analyses suggest that local management actions may not protect coral
reefs from climate change, yet most local threat-reduction strategies have not been tested …