Light Capture, Skeletal Morphology, and the Biomass of Corals’ Boring Endoliths
Copyright policy )Light Capture, Skeletal Morphology, and the Biomass of Corals’ Boring Endoliths
Microbial communities living inside the skeletons of living corals play a variety of important roles within the coral meta-organism, both symbiotic and parasitic. Properly contextualizing the contribution of these enigmatic microbes to the life history of coral reefs requires knowledge of how these endolithic biofilms vary between coral species.
- University of Newcastle Australia Australia
- Environmental Earth Sciences Australia
- University of Newcastle Australia Australia
- UNSW Sydney Australia
Chlorophyll, Ostreobium, 570, microbial biomass, Light, Microbiota, endolith, microhabitat, 590, Anthozoa, Microbiology, QR1-502, coral skeleton, coral reef, Animals, chlorophyll, Biomass, Symbiosis, Research Article
Chlorophyll, Ostreobium, 570, microbial biomass, Light, Microbiota, endolith, microhabitat, 590, Anthozoa, Microbiology, QR1-502, coral skeleton, coral reef, Animals, chlorophyll, Biomass, Symbiosis, Research Article
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