A new fish of the flasher wrasse species with striking orange colour and rounded fins has been found in Indonesia's coral reefs, a conservation group has announced.
Scientists from the Conservation International and the Indonesian Biodiversity Research Centre discovered the species in East Nusa Tenggara province, said a release from the Conservation International.
The discovery was published in the latest Aqua, International Journal of Ichthyology.
The group said the species was named Paracheilinus rennyae in recognition of the scientific contributions of ichthyologist Renny Kurnia Hadiaty from the Indonesian Institute of Sciences.
The fish is known only from reefs off southwestern Flores Island and the Komodo National Park area. Conservation International described the species as unique in both colouration and especially the rounded shape of its dorsal and anal fins and tail.
Although it is the 17th known species of flasher wrasse, it is unique in both its colouration and especially the rounded shape of its dorsal and anal fins and tail, and genetically distinct from all other known flasher wrasses in the Coral Triangle, said the Bali-dated release.
Flasher wrasses are favourites among divers and underwater photographers due to their electric blue and red colour patterns, which are only displayed as part of a daily mating ritual normally occurs about an hour before sundown.
At that time, the normally brownish-coloured males rise up in the water column and "flash" their spectacular mating colouration while erecting their fins and swimming in short bursts of speed in an attempt to impress nearby female flasher wrasses and encourage them to spawn.
Komodo National Park, encompassing a number of islands and their surrounding waters, is popular with divers, and it's hoped that such discoveries increase the tourism value of the park.
The Indonesian Biodiversity Research Centre is a collaborative initiative of some Indonesian universities, University of California Los Angeles and Conservation International Indonesia.
Share
