Grooved brain coral is in the order Scleractinia, stony corals. The optimum temperature for adult Scleractinia coral is between 25⁰C and 29⁰C the absolute minimal temperature is 18⁰C. Because it has a single-celled symbiotic algae within its cells, grooved brain coral needs to be at depths where light can penetrate the water. As a result, this species has a depth limit of approximately 50 meters. Diploria labyrinthiformis grows throughout the year around Bermuda and in other areas off the Carribean. This coral can live in high areas of sediments. Members of the genus Diploria are found in high abundance on Bermuda's reefs when compared to other corals. This high abundance is due to the fact that genus Diploria has lower juvenile mortality rates than other coral groups. Diploria labyrinthiformis has very distinct valleys that contain polyps, and deeper grooves beneath the ridges. The valleys are 5-10 mm wide, up to 6 mm deep and u-shaped in a cross section. The ridges are wider than valleys, up to 15 mm, and have a concave profile with edges 2-4 mm higher than the rest of the ridge. Right angles of the plates, or septa, make it look like there are double combs in the valleys. Crests, or costae, of the septa form across the valley walls. Grooved brain coral tends to grow to longer lengths when inhabiting shallow waters. Colonies of D. labyrinthiformis can be one to two meters in diameter. Grooved brain coral can be a variety of colors including tans, yellows, and grays.

Journal of Poultry, Fisheries and Wildlife Sciences is a scholarly academic journal dedicated to provide extensive coverage on conservation, preservation and the sustainable ecological development on open access platform.  This peer reviewed journal focuses on the major challenges in this field including their sustainable production susceptibility to diseases and climate change. The journal caters to the diverse needs of the students, academicians, researchers, industrialists and conservationists and forms a reliable source for continuing education, conceptualization of new research programs, framing of policies, and strategizing new approaches.

Submit manuscript at: www.longdom.org/submissions/poultry-fisheries-wildlife-sciences.html or send as an e-mail attachment to the Editorial Office at submissions@longdom.org 

Grooved brain coral is in the order Scleractinia, stony corals. The optimum temperature for adult Scleractinia coral is between 25⁰C and 29⁰C the absolute minimal temperature is 18⁰C. Because it has a single-celled symbiotic algae within its cells, grooved brain coral needs to be at depths where light can penetrate the water. As a result, this species has a depth limit of approximately 50 meters. Diploria labyrinthiformis grows throughout the year around Bermuda and in other areas off the Carribean. This coral can live in high areas of sediments. Members of the genus Diploria are found in high abundance on Bermuda's reefs when compared to other corals. This high abundance is due to the fact that genus Diploria has lower juvenile mortality rates than other coral groups. Diploria labyrinthiformis has very distinct valleys that contain polyps, and deeper grooves beneath the ridges. The valleys are 5-10 mm wide, up to 6 mm deep and u-shaped in a cross section. The ridges are wider than valleys, up to 15 mm, and have a concave profile with edges 2-4 mm higher than the rest of the ridge. Right angles of the plates, or septa, make it look like there are double combs in the valleys. Crests, or costae, of the septa form across the valley walls. Grooved brain coral tends to grow to longer lengths when inhabiting shallow waters. Colonies of D. labyrinthiformis can be one to two meters in diameter. Grooved brain coral can be a variety of colors including tans, yellows, and grays.

Journal of Poultry, Fisheries and Wildlife Sciences is a scholarly academic journal dedicated to provide extensive coverage on conservation, preservation and the sustainable ecological development on open access platform.  This peer reviewed journal focuses on the major challenges in this field including their sustainable production susceptibility to diseases and climate change. The journal caters to the diverse needs of the students, academicians, researchers, industrialists and conservationists and forms a reliable source for continuing education, conceptualization of new research programs, framing of policies, and strategizing new approaches.

Submit manuscript at: www.longdom.org/submissions/poultry-fisheries-wildlife-sciences.html or send as an e-mail attachment to the Editorial Office at submissions@longdom.org