Competition between corals and benthic algae is prevalent on coral reefs worldwide and has the potential to influence the structure of the reef benthos. Human activities may influence the outcome of these interactions by favoring algae to become the superior competitor, and this type of change in competitive dynamics is a potential mechanism driving coral-algal phase shifts. Here we surveyed the types and outcomes of coral-algal interactions varied across reefs on the different islands. On reefs surrounding inhabited islands, however, turf algae were generally the superior competitors. When corals were broken down by size class, we found that the smallest and the largest coral colonies were the best competitors against algae; the former suc...
Space limitation leads to competition between benthic, sessile organisms on coral reefs. As a primar...
Much of coral reef ecology has focused on how human impacts change coral reefs to macroalgal reefs. ...
Observations of coral–algal competition can provide valuable information about the state of coral re...
Competition between corals and benthic algae is prevalent on coral reefs worldwide and has the poten...
Coral reefs around the world have suffered devastating losses of reef building corals with a concomi...
Competition between hard corals and macroalgae is important to the overall status of coral reefs, es...
Despite widespread acceptance that competition between scleractinian corals and benthic algae is imp...
Competitive interactions between corals and benthic algae are increasingly frequent on degrading cor...
Corals, the foundation species of tropical reefs, are in rapid global decline as a result of anthrop...
Turf algae are becoming more abundant on coral reefs worldwide, but their effects on other benthic o...
Competition between hard corals and macroalgae is a key ecological process on coral reefs, especiall...
Competitive processes and their outcomes, such as interactions between scleractinian corals and macr...
Tropical reefs are commonly transitioning from coral to macroalgal dominance, producing abrupt, and ...
Reef-building corals are ecosystem engineers that compete with other benthic organisms for space and...
Climate change, including ocean acidification (OA), represents a major threat to coral-reef ecosyste...
Space limitation leads to competition between benthic, sessile organisms on coral reefs. As a primar...
Much of coral reef ecology has focused on how human impacts change coral reefs to macroalgal reefs. ...
Observations of coral–algal competition can provide valuable information about the state of coral re...
Competition between corals and benthic algae is prevalent on coral reefs worldwide and has the poten...
Coral reefs around the world have suffered devastating losses of reef building corals with a concomi...
Competition between hard corals and macroalgae is important to the overall status of coral reefs, es...
Despite widespread acceptance that competition between scleractinian corals and benthic algae is imp...
Competitive interactions between corals and benthic algae are increasingly frequent on degrading cor...
Corals, the foundation species of tropical reefs, are in rapid global decline as a result of anthrop...
Turf algae are becoming more abundant on coral reefs worldwide, but their effects on other benthic o...
Competition between hard corals and macroalgae is a key ecological process on coral reefs, especiall...
Competitive processes and their outcomes, such as interactions between scleractinian corals and macr...
Tropical reefs are commonly transitioning from coral to macroalgal dominance, producing abrupt, and ...
Reef-building corals are ecosystem engineers that compete with other benthic organisms for space and...
Climate change, including ocean acidification (OA), represents a major threat to coral-reef ecosyste...
Space limitation leads to competition between benthic, sessile organisms on coral reefs. As a primar...
Much of coral reef ecology has focused on how human impacts change coral reefs to macroalgal reefs. ...
Observations of coral–algal competition can provide valuable information about the state of coral re...