The intracellular coral–dinoflagellate symbiosis is the engine that underpins the success of
coral reefs, one of the most diverse ecosystems on the planet. However, the breakdown of …

The apparent ability of corals to acquire and maintain enhanced stress tolerance through a
dose-dependent environmental memory, which may persist for multiple years, has critical …

Understanding how diversity evolves and is maintained is critical to predicting the future
trajectories of ecosystems under climate change; however, our understanding of these …

Reef-building corals thriving in extreme thermal environments may provide genetic variation
that can assist the evolution of populations to rapid climate warming. However, the feasibility …

The diversified NF-κB transcription factor family has been extensively characterized in
organisms ranging from flies to humans. However, homologs of NF-κB and many upstream …

Reef-building corals are critically important species that are threatened by anthropogenic
stresses including climate change. In attempts to understand corals' responses to stress and …

Reef-building corals are keystone species that are threatened by anthropogenic stresses
including climate change. To investigate corals' responses to stress and other aspects of …

Environmental heterogeneity gives rise to phenotypic variation through a combination of
phenotypic plasticity and fixed genetic effects. For reef-building corals, understanding the …

A changing climate is driving increasingly common and prolonged marine heatwaves
(MHWs) and these extreme events have now been widely documented to severely impact …

Phenotypic plasticity is an important ecological and evolutionary response for organisms
experiencing environmental change, but the ubiquity of this capacity within coral species …