Implication of water depth on stable isotope composition and skeletal density banding patterns in a Porites lutea colony: Results from a long-term translocation experiment

Keyphrases

• Coral 100%
• Growth Phase 100%
• Water Depth 100%
• Stable Isotope Ratios 100%
• Porites Lutea 100%
• Translocation Experiment 100%
• Banding Pattern 100%
• Skeletal Density 100%
• Density Banding 100%
• Growth Rate 66%
• Isotopic Composition 66%
• Band Formation 66%
• Density Bands 66%
• High Density 33%
• Shallow Water 33%
• Environmental Factors 33%
• Change in Mean 33%
• Low Density 33%
• Transplantation 33%
• Acclimatization 33%
• Difference in Mean 33%
• Genome Integrity 33%
• Water Effect 33%
• Environmental Change 33%
• Deep-water Environment 33%
• Skeletal Material 33%
• Extreme Environments 33%
• Depth-dependent 33%
• Alizarin Red S 33%
• Phase Relations 33%
• Composition Pattern 33%
• Paleoclimate 33%
• Kinetic Effects 33%
• Hermatypic Coral 33%
• Colony Morphology 33%
• Extension Rate 33%
• Density Pattern 33%
• Zooxanthellate Corals 33%
• Sea-level Reconstruction 33%

Earth and Planetary Sciences

• Deep Water 100%
• Water Depth 100%
• Isotopic Composition 100%
• Stable Isotope 100%
• Shallow Water 50%
• Environmental Change 50%
• Sea Level 50%
• Paleoclimate 50%
• Water Environment 50%

Agricultural and Biological Sciences

• Skeleton 100%
• Porites 100%
• Environmental Factor 50%
• Sea Level 50%
• Hermatypic Coral 50%