<p>(a), (b), (c): The cross section outlining distribution of living tissue and skeletal matrix in corals, and (d): Schematic diagram summarising key metocean parameters of the coral energy budget in a typical shallow-reef condition.</p
Calcification in scleractinian corals is a highly complex process depending on a wide variety of phy...
The interplay between ocean circulation and coral metabolism creates highly variable biogeochemical ...
Includes bibliographical references (pages 109-124)Tropical reef structure and topographical complex...
In aquatic invertebrates that form exoskeletons, the partitioning of energy between skeletal and tis...
In aquatic invertebrates that form exoskeletons, the partitioning of energy between skeletal and tis...
The symbiosis between corals and dinoflagellates promotes the rapid growth of corals in shallow trop...
A figure and two tables presenting photochemical efficiency of corals reciprocally transplanted betw...
<p>The schematic diagram of a coral shows the coral tissue containing algal symbionts (green circles...
Coral reefs are constructed by calcifying coral animals that engage in a symbiosis with dinoflagella...
We are interested in deciphering the mechanisms for morphogenesis in the Red Sea scleractinian coral...
The skeleton of this Hawaiian reef coral was found to contain at least 99-9 % by weight of the miner...
Figure 2. Vignette of the experimental design aiming to answer the questions: what are the microbiom...
<p>Common photosynthetic physiological parameters, presented for deep (60 m) bleached and unbleached...
Additional file 4: Figure S4. Dynamics of bleaching response variables for corals grouped by skeleta...
Contains fulltext : 27867___.PDF (publisher's version ) (Open Access
Calcification in scleractinian corals is a highly complex process depending on a wide variety of phy...
The interplay between ocean circulation and coral metabolism creates highly variable biogeochemical ...
Includes bibliographical references (pages 109-124)Tropical reef structure and topographical complex...
In aquatic invertebrates that form exoskeletons, the partitioning of energy between skeletal and tis...
In aquatic invertebrates that form exoskeletons, the partitioning of energy between skeletal and tis...
The symbiosis between corals and dinoflagellates promotes the rapid growth of corals in shallow trop...
A figure and two tables presenting photochemical efficiency of corals reciprocally transplanted betw...
<p>The schematic diagram of a coral shows the coral tissue containing algal symbionts (green circles...
Coral reefs are constructed by calcifying coral animals that engage in a symbiosis with dinoflagella...
We are interested in deciphering the mechanisms for morphogenesis in the Red Sea scleractinian coral...
The skeleton of this Hawaiian reef coral was found to contain at least 99-9 % by weight of the miner...
Figure 2. Vignette of the experimental design aiming to answer the questions: what are the microbiom...
<p>Common photosynthetic physiological parameters, presented for deep (60 m) bleached and unbleached...
Additional file 4: Figure S4. Dynamics of bleaching response variables for corals grouped by skeleta...
Contains fulltext : 27867___.PDF (publisher's version ) (Open Access
Calcification in scleractinian corals is a highly complex process depending on a wide variety of phy...
The interplay between ocean circulation and coral metabolism creates highly variable biogeochemical ...
Includes bibliographical references (pages 109-124)Tropical reef structure and topographical complex...