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Coral species composition drives key ecosystem function on coral reefs
Laura Richardson
, Nicholas A.J. Graham
, Andrew Hoey
School of Ocean Sciences
Lancaster University
James Cook University
Research output
:
Contribution to journal
›
Article
›
peer-review
180
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Dive into the research topics of 'Coral species composition drives key ecosystem function on coral reefs'. Together they form a unique fingerprint.
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Keyphrases
Coral Reefs
100%
Species Composition
100%
Ecosystem Function
100%
Coral Species
100%
Browsing
100%
Coral
50%
Herbivorous Fish
33%
Global Climate Change
16%
Structural Complexity
16%
Coral Bleaching
16%
Climate Change Stressors
16%
Porites
16%
Local Stressors
16%
Habitat Structure
16%
Habitat-forming
16%
Macroalgae
16%
Associated Species
16%
Habitat Selection
16%
Ecosystem Recovery
16%
Coral Habitat
16%
Ecological Interactions
16%
Benthic Assemblages
16%
Foraging Activity
16%
Functional Impact
16%
Reef Fish
16%
Ecological Change
16%
Ecosystem Stability
16%
Browser
16%
Scale Effect
16%
Visual Estimate
16%
Algal Turf
16%
Dietary Resource
16%
Visual Occlusion
16%
Coral-algal Competition
16%
Laurencia
16%
Large Storm
16%
Bleaching Event
16%
Critical Ecosystems
16%
Fish Assemblage
16%
Complex Habitat
16%
Relative Availability
16%
Earth and Planetary Sciences
Coral Reef
100%
Ecosystem Function
100%
Herbivory
100%
Global Climate Change
33%
Coral Bleaching
33%
Benthos
33%
Macroalga
33%
Habitat Selection
33%
Habitat Structure
33%
Agricultural and Biological Sciences
Coral Reef
100%
Herbivorous Fish
66%
Climate Change
33%
Coral Bleaching
33%
Macroalga
33%
Porites
33%
Laurencia
33%
Reef
33%
Storm
33%
Habitat Selection
33%