Coral bleaching induces changes in lipid and fatty acid composition that result in low lipid
content, reducing the likelihood of coral survival. Species-specific differences in the …

Thermal bleaching, or the loss of symbiotic algae that provide most energetic resources for
the coral host, is an increasing threat to reefs worldwide and is projected to worsen with …

Bleaching is generally expected to produce detrimental impacts on coral reproduction. This
study compared the fecundity of bleached and unbleached colonies of the Hawaiian coral …

To understand how environmental conditions and reproductive events affect coral energetic
status, seasonal variations in lipid and fatty acid profiles of the common scleractinian coral …

Increasing seawater temperature due to global climate change is one of the largest threats
to coral reefs. Excess heating often results in the host expelling the symbiotic algae, leading …

Coral recovery from bleaching depends not only on the intensity and continuity of some
influencing factors but also on the cellular condition of the coral itself. The relationship …

Future climate change is predicted to have deleterious impacts on coral reefs, leading to a
decline in the ability of these systems to provide ecological and human services that are …

O 'ahu's reefs are vulnerable to increased macroalgal growth, which can have severe
negative effects on reef corals. While experiments investigating these interactions have …

Bleaching events are predicted to increase in frequency and intensity as a result of rising
sea surface temperatures. Paired fragments of the Caribbean corals Montastraea faveolata …