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Three new species of  Chrysogorgia  were discovered from seamounts in the tropical Western Pacific Ocean.  Chrysogorgia dendritica  sp. nov. and  Chrysogorgia fragilis  sp. nov. were collected from the Kocebu Guyot of the Magellan Seamount chain with the water depth of 1,821 m and 1,279–1,321 m, respectively, and  Chrysogorgia gracilis  sp. nov. was collected from a seamount adjacent to the Mariana Trench with the water depth of 298 m. They all belong to the  Chrysogorgia  “group A, Spiculosae” with rods distributed in body wall and tentacles, and differ from all congeners except  C. abludo   Pante & Watling, 2012  by having a tree-shaped colony (vs. bottlebrush-shaped, planar or biflabellate).  Chrysogorgia dendritica  sp. nov. is unique in having a monopodial stem, the 1/3L branching sequence and the amoeba-shaped sclerites (sclerites branched toward to many directions) at the body bases of polyps.  Chrysogorgia fragilis  sp. nov. is most similar to  C. abludo , but differs by the regular 1/3L branching sequence and elongate flat scales in coenenchyme.  Chrysogorgia gracilis  sp. nov. is easily separated from congeners by the 1/4L branching sequence, the absence of sclerites in the basal body wall, and the very sparse scales in coenenchyme. Based on the phylogenetic and genetic distance analyses of mtMutS gene, all the available  Chrysogorgia  species were separated into two main groups: one includes  C. binata ,  C.  cf.  stellata  and  C. chryseis , which have two or more fans emerging from a short main stem (bi- or multi-flabellate colony); the other one includes all the species with the branching patterns as a single ascending spiral (clockwise or counterclockwise, bottlebrush-shaped colony), a fan (planar colony) and a bush of branches perched on top of a long straight stem (tree-shaped colony). Additionally, the tree-shaped colony represents a new branching pattern in  Chrysogorgia , and therefore we extend the generic diagnosis.

peerj

Morphology and molecular phylogeny of three new deep-sea species of<i>Chrysogorgia</i>(Cnidaria, Octocorallia) from seamounts in the tropical Western Pacific Ocean

Morphology and molecular phylogeny of three new deep-sea species ofChrysogorgia(Cnidaria, Octocorallia) from seamounts in the tropical Western Pacific Ocean