Corals live in a complex, multipartite symbiosis with diverse microbes across kingdoms,
some of which are implicated in vital functions, such as those related to resilience against …

This review discusses the evidence for the involvement of superoxide radical, hydrogen
peroxide and singlet oxygen (reactive oxygen species, ROS) as triggers for coral bleaching …

Corals depend on a mutualistic symbiosis with intracellular dinoflagellates of the genus
Symbiodinium for their energetic needs. The high productivity of corals in a challenging …

Coral bleaching has a profound impact on the health and function of reef ecosystems, but
the metabolomic effects of coral bleaching are largely uncharacterized. Here, untargeted …

Coral reefs across the globe are threatened by warming oceans. The last few years have
seen the worst mass coral bleaching events recorded, with more than one quarter of all reefs …

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

Widespread application of anammox process has been primarily limited to the high
sensitivity of anammox consortia to fluctuations of temperature. However, the metabolic …

A few studies have holistically examined successive changes in coral holobionts in
response to increased temperatures. Here, responses of the coral host Pocillopora …

Reef‐building corals depend upon a nutritional endosymbiosis with photosynthetic
dinoflagellates of the family Symbiodiniaceae for the majority of their energetic needs. While …

The Symbiodiniaceae are a taxonomically and functionally diverse family of marine
dinoflagellates. Their symbiotic relationship with invertebrates such as scleractinian corals …