This study investigates effects of eutrophication on settlement, abundance, mortality and community structure of soleractinian corals on fringing reefs on the west coast of Barbados, W.I. Juvenile abundance was lower, but juvenile size larger, on eutrophic than less eutrophic reefs. The lower abundance results at least in part from a higher juvenile mortality on eutrophic reefs. Algae were more abundant and grazers (Diadema antillarum and herbivorous fish) less abundant on eutrophic reefs. Juvenile community structure on all reefs, and adult community structure on eutrophic reefs, was dominated by type 1 corals (high recruitment, high natural mortality). Type 2 corals (low recruitment, low natural mortality) were common in adult communities...
Thermally induced mass coral bleaching is globally responsible for major losses of coral cover. Cora...
The resilience of coral reefs depends, among others, upon local physical and biological characterist...
Background: The transition from planktonic planula to sessile adult corals occurs at low frequencies...
Multivariate ordination techniques were used to characterize the direction and magnitude of coral co...
Effects of variation in eutrophication and in Diadema antillarum densities (grazing pressure) on the...
Caribbean reefs have been unevenly surveyed, with many areas lacking baseline data. In this study, t...
International audienceThis study investigated the variation of bioerosional processes in relation to...
Coral reefs are highly diverse and productive ecosystems, teeming with life in often very nutrient-p...
Samples of Porites porites rubble were collected from across three fringing reefs which lie along a ...
The community structure of Jamaican coral reefs has undergone drastic change since mass mortalities ...
For species with complex life histories, such as scleractinian corals, processes occurring early in ...
Patterns and processes affecting juvenile scleractinian corals have received very little attention d...
Coral reefs are threatened by a range of human activities at both local and global scales. The resul...
BACKGROUND: The transition from planktonic planula to sessile adult corals occurs at low frequencies...
Rates of habitat alteration and degradation are increasing worldwide due to anthropogenic influence....
Thermally induced mass coral bleaching is globally responsible for major losses of coral cover. Cora...
The resilience of coral reefs depends, among others, upon local physical and biological characterist...
Background: The transition from planktonic planula to sessile adult corals occurs at low frequencies...
Multivariate ordination techniques were used to characterize the direction and magnitude of coral co...
Effects of variation in eutrophication and in Diadema antillarum densities (grazing pressure) on the...
Caribbean reefs have been unevenly surveyed, with many areas lacking baseline data. In this study, t...
International audienceThis study investigated the variation of bioerosional processes in relation to...
Coral reefs are highly diverse and productive ecosystems, teeming with life in often very nutrient-p...
Samples of Porites porites rubble were collected from across three fringing reefs which lie along a ...
The community structure of Jamaican coral reefs has undergone drastic change since mass mortalities ...
For species with complex life histories, such as scleractinian corals, processes occurring early in ...
Patterns and processes affecting juvenile scleractinian corals have received very little attention d...
Coral reefs are threatened by a range of human activities at both local and global scales. The resul...
BACKGROUND: The transition from planktonic planula to sessile adult corals occurs at low frequencies...
Rates of habitat alteration and degradation are increasing worldwide due to anthropogenic influence....
Thermally induced mass coral bleaching is globally responsible for major losses of coral cover. Cora...
The resilience of coral reefs depends, among others, upon local physical and biological characterist...
Background: The transition from planktonic planula to sessile adult corals occurs at low frequencies...