Sinularia Clades are part of a new classification of soft corals that was published recently in the journal Invertebrate Biology. The study by McFadden et. al used molecular analysis to establish relationships between the 150 species of Sinularia that sorted out into five large groups of species called clades; a designation that is similar to bacteria and zooxanthellae. The many different soft corals were broken down into four large groups that may represent subgenera and one small group that was more distantly related. The small unique group included the flower leather corals, Sinularia dura and S. brassica, and they were shown to be different enough to likely merit their own genus in the future. Once these clades were established, the researchers re-examined the morphology of the different clades and several physical features were discovered that were previously overlooked. With the discovery of these new features, soft coral taxonomists may be able to reevaluate the physical relationships between all the species of Sinularia and perhaps reclassify them into new genera. Although soft corals may be notoriously difficult to identify, you should seek some comfort in knowing that even the experts are unsure of how to classify an organisms whose only solid parts are microscopic in nature.
New Sinularia Clades begin to sort out over 150 soft coral species
Jake Adams
Jake Adams has been an avid marine aquarist since the mid 90s and has worked in the retail side of the marine aquarium trade for more than ten years. He has a bachelor’s degree in Marine Science and has been the managing editor of ReefBuilders.com since 2008. Jake is interested in every facet of the marine aquarium hobby from the concepts to the technology, rare fish to exotic corals, and his interests are well documented through a very prolific career of speaking to reef clubs and marine aquarium events, and writing articles for aquarium publications across the globe. His primary interest is in corals which Jake pursues in the aquarium hobby as well as diving the coral reefs of the world.
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