Determining when corals reproduce has clear management and economic implications. Here we document the reproductive condition of corals in the genus Acropora on the island of Socotra in Yemen during February 2014. Twenty percent of colonies (n = 143) contained mature gametes and 28% had immature gametes indicating that spawning will occur in both February and March in 2014, confirming previous anecdotal reports of coral spawning at this time in Socotra. Acropora typically reproduce in synchrony with many other broadcast spawning scleractinian corals, and we therefore predict that many other species are reproductively active at this time of year.7 page(s
Acropora sp. is the second-most abundant of coral genera in Kuantan coastal region (KCR) which locat...
Despite a recent expansion in the geographic extent of coral reproductive research, there remain man...
Despite a recent expansion in the geographic extent of coral reproductive research, there remain man...
Determining when corals reproduce has clear management and economic implications. Here we document t...
Determining when corals reproduce has clear management and economic implications. Here we document t...
219-226Pattern of reproduction was studied in Acropora species along Tuticorin coast in the Gulf of...
Early work on coral reproduction in the far northern Red Sea suggested that the spawning times of ec...
Most comparisons available suggest that synchronous spawning of numerous species of scleractinian co...
Most comparisons available suggest that synchronous spawning of numerous species of scleractinian co...
Coral spawning in the northern Gulf of Aqaba has been reported to be asynchronous, making it almost ...
Multi-species synchronous spawning was first described on reefs off the east and west coast of Austr...
Understanding patterns in coral reproductive biology at local and regional scales is crucial to eluc...
Little information is available on reproductive processes among corals in isolated central Pacific r...
Acropora sp. is the second-most abundant among the coral genera in the Kuantan coastal region (KCR) ...
Despite extensive research on coral reproduction from numerous geographic locations, there remains l...
Acropora sp. is the second-most abundant of coral genera in Kuantan coastal region (KCR) which locat...
Despite a recent expansion in the geographic extent of coral reproductive research, there remain man...
Despite a recent expansion in the geographic extent of coral reproductive research, there remain man...
Determining when corals reproduce has clear management and economic implications. Here we document t...
Determining when corals reproduce has clear management and economic implications. Here we document t...
219-226Pattern of reproduction was studied in Acropora species along Tuticorin coast in the Gulf of...
Early work on coral reproduction in the far northern Red Sea suggested that the spawning times of ec...
Most comparisons available suggest that synchronous spawning of numerous species of scleractinian co...
Most comparisons available suggest that synchronous spawning of numerous species of scleractinian co...
Coral spawning in the northern Gulf of Aqaba has been reported to be asynchronous, making it almost ...
Multi-species synchronous spawning was first described on reefs off the east and west coast of Austr...
Understanding patterns in coral reproductive biology at local and regional scales is crucial to eluc...
Little information is available on reproductive processes among corals in isolated central Pacific r...
Acropora sp. is the second-most abundant among the coral genera in the Kuantan coastal region (KCR) ...
Despite extensive research on coral reproduction from numerous geographic locations, there remains l...
Acropora sp. is the second-most abundant of coral genera in Kuantan coastal region (KCR) which locat...
Despite a recent expansion in the geographic extent of coral reproductive research, there remain man...
Despite a recent expansion in the geographic extent of coral reproductive research, there remain man...