Observations of coral–algal competition can provide valuable information about the state of coral reef ecosystems. Here, we report contact rates and apparent competition states for six shallow lagoonal reefs in Fiji. A total of 81.4% of examined coral perimeters were found to be in contact with algae, with turf algae (54.7%) and macroalgae of the genus Lobophora (16.8%) representing the most frequently observed contacts. Turf algae competitiveness was low, with 21.8% of coral–turf contacts being won by the algae (i.e. overgrowth or bleaching of coral tissue). In contrast, Lobophora competitiveness against corals was high, with 62.5% of contacts being won by the alga. The presence of epiphytic algae on Lobophora was associated with significa...
Competitive interactions between corals and benthic algae are increasingly frequent on degrading cor...
Coral reef degradation often involves a phase shift from coral- to macroalgal-dominated reefs. Decli...
Allelopathy has been recently suggested as a mechanism by which macroalgae may outcompete corals in ...
International audienceObservations of coral–algal competition can provide valuable information about...
Turf algae are becoming more abundant on coral reefs worldwide, but their effects on other benthic o...
Tropical reefs are in global decline with seaweeds commonly replacing corals. Negative associations ...
Tropical reefs are in global decline with seaweeds commonly replacing corals. Negative associations ...
Despite widespread acceptance that competition between scleractinian corals and benthic algae is imp...
Competition between corals and benthic algae is prevalent on coral reefs worldwide and has the poten...
Competition between hard corals and macroalgae is important to the overall status of coral reefs, es...
Competition between hard corals and macroalgae is a key ecological process on coral reefs, especiall...
Coral reefs around the world have suffered devastating losses of reef building corals with a concomi...
Despite widespread acceptance of the negative effects of macroalgae on corals, very few studies have...
Coral reef degradation is often associated with regime shifts from coral- to macroalgal-dominated re...
Coral reef degradation is often associated with regime shifts from coral- to macroalgal-dominated re...
Competitive interactions between corals and benthic algae are increasingly frequent on degrading cor...
Coral reef degradation often involves a phase shift from coral- to macroalgal-dominated reefs. Decli...
Allelopathy has been recently suggested as a mechanism by which macroalgae may outcompete corals in ...
International audienceObservations of coral–algal competition can provide valuable information about...
Turf algae are becoming more abundant on coral reefs worldwide, but their effects on other benthic o...
Tropical reefs are in global decline with seaweeds commonly replacing corals. Negative associations ...
Tropical reefs are in global decline with seaweeds commonly replacing corals. Negative associations ...
Despite widespread acceptance that competition between scleractinian corals and benthic algae is imp...
Competition between corals and benthic algae is prevalent on coral reefs worldwide and has the poten...
Competition between hard corals and macroalgae is important to the overall status of coral reefs, es...
Competition between hard corals and macroalgae is a key ecological process on coral reefs, especiall...
Coral reefs around the world have suffered devastating losses of reef building corals with a concomi...
Despite widespread acceptance of the negative effects of macroalgae on corals, very few studies have...
Coral reef degradation is often associated with regime shifts from coral- to macroalgal-dominated re...
Coral reef degradation is often associated with regime shifts from coral- to macroalgal-dominated re...
Competitive interactions between corals and benthic algae are increasingly frequent on degrading cor...
Coral reef degradation often involves a phase shift from coral- to macroalgal-dominated reefs. Decli...
Allelopathy has been recently suggested as a mechanism by which macroalgae may outcompete corals in ...