... effects are driving increases in hypoxic events in coastal ecosystems, which threatens marine life. In coral and sea anemone larvae, hypoxia exposure disrupts metabolic performance through conserved and divergent pathways. Cnidarians Coral reefs Estuaries Global change Hypoxia Metabolomics...

...Eliska Lintnerova; Callum Shaw; Matthew Keys; Colin Brownlee; Vengamanaidu Modepalli ABSTRACT As in plants, photosynthesis also represents a key energy source in photosymbiotic cnidarians bearing microalgae. We observed that the cnidarian sea anemone Anemonia viridis , commonly known...

... important to the coral's response to changes in its environment. Bleaching Cnidarians Cnidocytes Coral reef Heat stress Tumor necrosis factor receptor The warming of ocean temperatures poses a threat to many ocean-dwelling organisms, especially reef-building corals, which are historically...

... in reef-building corals. Inorganic carbon Cnidarians Symbiodinium Modelling Active inorganic carbon (C i) supply pathways are required to support the high rates of photosynthesis and calcification that have allowed reef-building corals to thrive and create the extensive reef structures...

...Sophie Richier; Paola Furla; Amandine Plantivaux; Pierre-Laurent Merle; Denis Allemand SUMMARY Cnidarians in symbiosis with photosynthetic protists must withstand daily hyperoxic/anoxic transitions within their host cells. Comparative studies between symbiotic (Anemonia viridis) and non-symbiotic...