Gymnapogon urospilotus → G. vanderbilti
〔urospilotus は新参異名：Mabuchi, Fraser, Song, Azuma & Nishida (2014)〕
http://australianmuseum.net.au/image/recently-settled-spot-tail-cardinalfish-gymnapogon-urospilotus
http://australianmuseum.net.au/image/spot-tail-cardinalfish-gymnapogon-urospilotus
Mabuchi, Fraser, Song, Azuma and Nishida (2014) Revision of the systematics of the cardinalfishes (Percomorpha: Apogonidae) based on molecular analyses and comparative reevaluation of morphological characters. Zootaxa, 3846 (2): 151–203.
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追記：
ほんの最近，本種の稚魚と成魚の形態・生態が記載されていた。
Jeffrey M. Leis, Olivia Meyer, Amanda C. Hay, and Michelle R. Gaither (2015)
A Coral-reef Fish with Large, Fast, Conspicuous Larvae and Small, Cryptic Adults (Teleostei: Apogonidae).
Copeia: March 2015, Vol. 2015, No. 1, pp. 78-86.
概要は以下に記載されている。
http://australianmuseum.net.au/blogpost/amri-news/amri-a-coral-reef-fish-with-large-fast-conspicuous-larvae-and-small-cryptic-adults
Settlement-stage larvae of the widespread apogonid Gymnapogon urospilotus are described and illustrated from specimens captured with crest nets at Moorea, Society Islands. Identification was confirmed by COI mitochondrial DNA analysis. Otoliths of the larvae had no settlement mark, indicating they had not previously settled, and 33–40 presumed daily rings. The larvae are transparent with large orange/red blotches on the tail, and limited melanophores on head and pelvic fins. The larvae have very long pelvic-fin rays (40–50% standard length [SL]) with black tips and contrasting white bands, and limited inter-ray membranes. They are apparently unique among teleost fishes in having a strongly serrate urohyal. These serrations disappear after settlement. Critical speed of the larvae was measured in a swimming chamber. Larvae of G. urospilotus are the largest (19–24 mm SL), oldest (33–40 days), and fastest (>36 cm s－1) known apogonids at settlement. Photos of larvae of G. urospilotus from Guam, Ryukyu Islands, and Indonesia reveal they swim 2–3 m above coral reefs at night with the pelvic rays spread wide, presumably looking for settlement habitat. They are very conspicuous and may be mimicking small lionfish. In contrast, adults have never been seen alive on the reef. The largest reported adult G. urospilotus is 37 mm SL, which implies that this species undergoes a major portion of its growth as a pelagic larva, a life history pattern that also occurs in some reef gobiids.
PDFは以下からダウンロードできる。
http://www.researchgate.net/publication/272830998_A_Coral-reef_Fish_with_Large_Fast_Conspicuous_Larvae_and_Small_Cryptic_Adults_%28Teleostei_Apogonidae%29
概要は以下に記載されている。
http://australianmuseum.net.au/blogpost/amri-news/amri-a-coral-reef-fish-with-large-fast-conspicuous-larvae-and-small-cryptic-adults
Settlement-stage larvae of the widespread apogonid Gymnapogon urospilotus are described and illustrated from specimens captured with crest nets at Moorea, Society Islands. Identification was confirmed by COI mitochondrial DNA analysis. Otoliths of the larvae had no settlement mark, indicating they had not previously settled, and 33–40 presumed daily rings. The larvae are transparent with large orange/red blotches on the tail, and limited melanophores on head and pelvic fins. The larvae have very long pelvic-fin rays (40–50% standard length [SL]) with black tips and contrasting white bands, and limited inter-ray membranes. They are apparently unique among teleost fishes in having a strongly serrate urohyal. These serrations disappear after settlement. Critical speed of the larvae was measured in a swimming chamber. Larvae of G. urospilotus are the largest (19–24 mm SL), oldest (33–40 days), and fastest (>36 cm s－1) known apogonids at settlement. Photos of larvae of G. urospilotus from Guam, Ryukyu Islands, and Indonesia reveal they swim 2–3 m above coral reefs at night with the pelvic rays spread wide, presumably looking for settlement habitat. They are very conspicuous and may be mimicking small lionfish. In contrast, adults have never been seen alive on the reef. The largest reported adult G. urospilotus is 37 mm SL, which implies that this species undergoes a major portion of its growth as a pelagic larva, a life history pattern that also occurs in some reef gobiids.
http://www.researchgate.net/publication/272830998_A_Coral-reef_Fish_with_Large_Fast_Conspicuous_Larvae_and_Small_Cryptic_Adults_%28Teleostei_Apogonidae%29