Coral reef ecosystems are facing unprecedented anthropogenic pressures, and a highly
uncertain future under continued climate change, requiring diverse management options to …

Summer upwelling areas may serve as a thermal refuge for coral reefs under climate
change, and the environmental adaptation of scleractinian coral to upwelling environments …

Benthic suspension feeders like corals and sponges are important bioengineers in many
marine habitats, from the shallow tropics to the depth of polar oceans. While they are …

Superimposed on ocean warming, nitrogen enrichment caused by human activity puts
corals under even greater pressure. Biosynthesis of fatty acids (FA) is crucial for coral …

Heat stress disturbs the mutualistic relationship between the hard corals and the symbiotic
algae, which cause coral bleaching. A wide array of biochemical parameters is used to …

Sexual reproduction of reef–building corals is vital for coral reef ecosystem recovery. Corals
allocate limited energy to growth and reproduction, when being under environmental …

Fatty acids (FAs) are the main components of lipids in corals. We examined FAs profiles from
five symbiotic coral species belonging to five different genera (Acropora, Pavona, Turbinaria …

In the Andaman Sea internal waves of extraordinary amplitudes and frequencies break at
the continental shelf and periodically introduce cold, nutrient-rich, hypoxic deep-sea water …

The creation, movement, and consumption of distinct biomolecules by marine organisms
has far reaching implications regarding ecosystem material and energy flow and how we …