As climate change increases the rate of environmental change and the frequency and
intensity of disturbance events, selective forces intensify. However, given the complicated …

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

Anthropogenic stressors continue to escalate worldwide, driving unprecedented declines in
reef environmental conditions and coral health. One approach to better understand how …

Coral reef restoration is an attractive tool for the management of degraded reefs; however,
conventional restoration approaches will not be effective under climate change. More …

Aims Fourteen percent of all living coral, equivalent to more than all the coral on the Great
Barrier Reef, has died in the past decade as a result of climate change‐driven bleaching …

To survive in nutrient-poor waters corals rely on a symbiotic association with intracellular
microalgae. However, increased sea temperatures cause algal loss—known as coral …

Understanding the acclimation capacity of reef corals across generations to thermal stress
and its underlying molecular underpinnings could provide insights into their resilience and …

Exposure to more frequent ocean warming events is driving the loss of coral reef cover as
the window of recovery between episodes of bleaching reduces. Coral propagation via in …

Variability in coral hosts susceptibility to Vibrio coralliilyticus is well-documented; however,
the comprehensive understanding of tolerance of response to pathogen among coral …

Global warming threatens reef-building corals by challenging their natural adaptive capacity.
Therefore, interventions such as stress hardening by thermal preconditioning could become …