Physiological and isotopic responses of scleractinian corals to ocean acidification

Keyphrases

• Coral 100%
• Ocean Acidification 100%
• Partial Pressure of CO2 (pCO2) 100%
• Seawater 100%
• Scleractinian Corals 100%
• Physiological Response 100%
• Zooxanthellae 100%
• Isotopic Composition 100%
• Isotopic Response 100%
• Low pH Condition 66%
• Porites 66%
• Tissue Biomass 66%
• Seawater pH 66%
• Chlorophyll Concentration 66%
• Coral Skeleton 66%
• Coral Tissue 66%
• B-value 66%
• Skeletal Growth 66%
• Reef-building Corals 33%
• Elevated pCO2 33%
• Stylophora pistillata 33%
• Coral Reef Ecosystem 33%
• Coral Species 33%
• Massive Porites 33%
• Aquarium 33%
• Steady State 33%
• Cell Density 33%
• PH Regulation 33%
• Biological Control 33%
• Ion Transport 33%
• Equilibration 33%
• Borate 33%
• Protein Concentration 33%
• Seawater Chemistry 33%
• Carbon C 33%
• Physiological Data 33%
• Boron 33%
• Growth Density 33%
• Bull 33%
• Transient Experiments 33%
• Zooxanthellae Density 33%
• Skeletal Material 33%
• Metabolic Response 33%
• Paleoenvironmental Conditions 33%
• Internal pH 33%
• New Skeleton 33%
• Anthropogenic CO2 33%
• Coral Symbionts 33%
• Coral Fragments 33%
• Aragonite Saturation State 33%
• Experimental Environment 33%
• Reduced pH 33%

Earth and Planetary Sciences

• Ocean Acidification 100%
• Isotopic Composition 100%
• Fractionation 66%
• Coral Reef 33%
• Symbiont 33%
• Biological Pest Control 33%
• Anthropogenic CO2 33%
• Aragonite Saturation State 33%

Agricultural and Biological Sciences

• Skeleton 100%
• Ocean Acidification 100%
• Porites 50%
• Stylophora 25%
• Bulls 25%
• Biological Control 25%
• Coral Reef 25%
• Aragonite 25%
• Anthropogenic CO2 25%
• Ion Transport 25%