Coral Reef Fish
@coralreeffish.com
Benjamin Victor's website on his coral reef fish larvae research with his new larval reef fish guide for the caribbean and downloadable publications and a description of his projects and an inventory of the fish collection and tissue available for phylogenetics studies. The collection is primarily labrids (but includes a variety of other families from the tropical Pacific and Atlantic, including Baja, Hawaii, Palau, Cook Islands, Tahiti, Bali (Indonesia), Panama, and Noronha. In addition, there is an extensive collection of late-stage larvae of the Caribbean as well as some eastern Pacific and Polynesian collections.
Coral Reef Fish's Company Logos


Coral Reef Fish's Brand Colors
Hex Code
Color name
RGB
HSL
CMYK
#DCEEFF
Pattens Blue
220, 238, 255
209, 100, 93
14, 7, 0, 0
#3A60A3
Azure
58, 96, 163
218, 48, 43
64, 41, 0, 36
#66CCCC
Downy
102, 204, 204
180, 50, 60
50, 0, 0, 20
About Coral Reef Fish
Benjamin Victor’s website, coralreeffish.com, presents his research on coral reef fish ecology, larval development, taxonomy, and DNA barcoding. Building on decades of fieldwork and study, Victor traces his work from Caribbean wrasse population biology and otolith-based fish aging to identifying larvae and investigating the evolutionary relationships of reef fishes. The site offers a photographic guide to larval reef fishes, including a Caribbean species list, along with downloadable publications, a curriculum vitae, fish links, and a glossary.
A key resource is Victor’s extensive research collection of fish specimens and tissue available for phylogenetic studies. Preserved in ethanol, many samples remain suitable for DNA sequencing. The collection is primarily labrids and includes other tropical Pacific and Atlantic families, with specimens from locations such as Baja California, Hawaii, Palau, the Cook Islands, Tahiti, Bali, Panama, and Noronha. It also includes many late-stage Caribbean larvae and collections from the eastern Pacific and Polynesia. Victor’s work uses genetic evidence alongside physical features and color patterns to examine species boundaries and reveal possible cryptic diversity.
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