The critically endangered coral species Acropora palmata used to dominate shallow Caribbean reefs but since the early 1980s, populations have dramatically declined. At the Caribbean scale, A. palmata is divided into two genetically divergent lineages and most of previous works investigating population connectivity among populations involved the western lineage (in Florida, the Bahamas, the Mesoamerican Reef System, and the Greater Antilles). Small scale genetic connectivity among A. palmata populations was globally found, possibly enhancing populations’ recovery at the local scale. Yet, little is known regarding the genetic connectivity of populations of the eastern lineage, especially those of the Lesser Antilles, a fragmented archipelago ...
Information on connectivity is becoming increasingly in demand as marine protected areas are being d...
Limited dispersal and connectivity in marine organisms can have negative fitness effects in populati...
The coral reefs of the South and Eastern Atlantic are impoverished in species diversity and abundanc...
The critically endangered coral species Acropora palmata used to dominate shallow Caribbean reefs bu...
The movements of larvae between marine populations are difficult to follow directly and have been th...
Coral reef conservation requires information about the distance over which healthy reefs can rescue ...
The advent of next-generation sequencing tools has made it possible to conduct fine-scale surveys of...
Understanding patterns of connectivity among populations of marine organisms is essential for the de...
Since the 1980s, population densities of Acroporidae have dramatically declined in the Caribbean Sea...
Understanding patterns of connectivity among populations of marine organisms is essential for the de...
As coral reefs continue to decline worldwide, it becomes ever more necessary to understand the conne...
Studies of genetic diversity and population genetic structure in marine organisms are relevant to un...
Coral reefs are increasingly threatened worldwide by a variety of biological and physical factors, i...
Among Atlantic scleractinian corals, species diversity is highest in the Caribbean, but low diversit...
Information on connectivity is becoming increasingly in demand as marine protected areas are being d...
Limited dispersal and connectivity in marine organisms can have negative fitness effects in populati...
The coral reefs of the South and Eastern Atlantic are impoverished in species diversity and abundanc...
The critically endangered coral species Acropora palmata used to dominate shallow Caribbean reefs bu...
The movements of larvae between marine populations are difficult to follow directly and have been th...
Coral reef conservation requires information about the distance over which healthy reefs can rescue ...
The advent of next-generation sequencing tools has made it possible to conduct fine-scale surveys of...
Understanding patterns of connectivity among populations of marine organisms is essential for the de...
Since the 1980s, population densities of Acroporidae have dramatically declined in the Caribbean Sea...
Understanding patterns of connectivity among populations of marine organisms is essential for the de...
As coral reefs continue to decline worldwide, it becomes ever more necessary to understand the conne...
Studies of genetic diversity and population genetic structure in marine organisms are relevant to un...
Coral reefs are increasingly threatened worldwide by a variety of biological and physical factors, i...
Among Atlantic scleractinian corals, species diversity is highest in the Caribbean, but low diversit...
Information on connectivity is becoming increasingly in demand as marine protected areas are being d...
Limited dispersal and connectivity in marine organisms can have negative fitness effects in populati...
The coral reefs of the South and Eastern Atlantic are impoverished in species diversity and abundanc...