Javascript must be enabled to continue!
An updated, illustrated inventory of the marine fishes of the US Virgin Islands
View through CrossRef
The US Virgin Islands (USVI) include St. John and St. Thomas on the Puerto Rican Platform (PRP) and St. Croix, isolated by 2000 m deep water 45 km south of that platform. Previous inventories of the marine fishes of these islands include a comprehensive 2014 checklist of the fishes of St. Croix and a list of the fishes of the PRP produced in 2000. The latter list noted the locations of many records of the plateau’s fishes, allowing the construction of a combined inventory for St. John and St. Thomas. Those two islands are treated here as a single faunal unit because they are only 3.5 km apart on a shared shallow shelf with various islets and reefs in between. Here we provide updated information on those two USVI (St. Croix and St. John-Thomas) marine fish faunas. The additions to the St. Croix and St. John-Thomas inventories presented here are based on a combination of information from the two sources indicated above, more recent publications dealing with those faunas, a review of location records on various online sources of biogeographic data, and voucher photographs taken of fishes in the field by authors of this paper and other citizen scientists. This assessment increased the known fauna of St. Croix by 7.5% to 585 species. The inventory for St. John-Thomas increased by 39.9% from 401 species on the 2000 PRP list to 561 with the inclusion of records from other sources. On-site mtDNA (COI) barcodes are available for approximately one-third of the species of the St. John-Thomas fauna, but for only one species collected at St. Croix. A set of underwater photographs of 372 species (34 of them representing the sole record of a species) from St. John-Thomas and of 11 shallow-water species added to the St. Croix fauna is included. These represent occurrence vouchers and also are intended to facilitate future work that builds on the present compendium.
Pensoft Publishers
Title: An updated, illustrated inventory of the marine fishes of the US Virgin Islands
Description:
The US Virgin Islands (USVI) include St.
John and St.
Thomas on the Puerto Rican Platform (PRP) and St.
Croix, isolated by 2000 m deep water 45 km south of that platform.
Previous inventories of the marine fishes of these islands include a comprehensive 2014 checklist of the fishes of St.
Croix and a list of the fishes of the PRP produced in 2000.
The latter list noted the locations of many records of the plateau’s fishes, allowing the construction of a combined inventory for St.
John and St.
Thomas.
Those two islands are treated here as a single faunal unit because they are only 3.
5 km apart on a shared shallow shelf with various islets and reefs in between.
Here we provide updated information on those two USVI (St.
Croix and St.
John-Thomas) marine fish faunas.
The additions to the St.
Croix and St.
John-Thomas inventories presented here are based on a combination of information from the two sources indicated above, more recent publications dealing with those faunas, a review of location records on various online sources of biogeographic data, and voucher photographs taken of fishes in the field by authors of this paper and other citizen scientists.
This assessment increased the known fauna of St.
Croix by 7.
5% to 585 species.
The inventory for St.
John-Thomas increased by 39.
9% from 401 species on the 2000 PRP list to 561 with the inclusion of records from other sources.
On-site mtDNA (COI) barcodes are available for approximately one-third of the species of the St.
John-Thomas fauna, but for only one species collected at St.
Croix.
A set of underwater photographs of 372 species (34 of them representing the sole record of a species) from St.
John-Thomas and of 11 shallow-water species added to the St.
Croix fauna is included.
These represent occurrence vouchers and also are intended to facilitate future work that builds on the present compendium.
Related Results
Historical Changes in Large River Fish Assemblages of the Americas
Historical Changes in Large River Fish Assemblages of the Americas
<em>Abstract.</em>—Recent decades have seen substantial changes in fish assemblages in rivers of peninsular Florida. The most striking change has involved the addition ...
Speciation, Connectivity and Self-Recruitment Among Mollusc Populations from Isolated Oceanic Islands
Speciation, Connectivity and Self-Recruitment Among Mollusc Populations from Isolated Oceanic Islands
<p>The conventional view that marine populations are demographically ‘open’ and exchange migrants (juveniles or adults, but mostly larvae) has been challenged by recent genet...
Inventory Control for Eyeglass Supply Using the P Model Based on Sales Products Sales Forecasting (Case Study: Merry Optic Bandung)
Inventory Control for Eyeglass Supply Using the P Model Based on Sales Products Sales Forecasting (Case Study: Merry Optic Bandung)
Inventory is a resource owned by the company to be used in the production process to meet consumer demand. Companies must be able to control inventory appropriately in order to avo...
Inventory Control for Eyeglass Supply Using the P Model Based on Sales Products Sales Forecasting (Case Study: Merry Optic Bandung)
Inventory Control for Eyeglass Supply Using the P Model Based on Sales Products Sales Forecasting (Case Study: Merry Optic Bandung)
Inventory is a resource owned by the company to be used in the production process to meet consumer demand. Companies must be able to control inventory appropriately in order to avo...
Research on the dynamic co-evolution of the complex system of economy-innovation-environment of the marine industry in China
Research on the dynamic co-evolution of the complex system of economy-innovation-environment of the marine industry in China
IntroductionIn the context of accelerating the construction of a marine power, relying on scientific and technological innovation to drive the high-quality growth of the marine eco...
Osmoregulation by Vertebrates in Aquatic Environments
Osmoregulation by Vertebrates in Aquatic Environments
Abstract
Because the salt concentration of body fluids in aquatic vertebrates differs from that of their environment, they face net influx or ef...
The island biogeography of the eBird citizen‐science programme
The island biogeography of the eBird citizen‐science programme
AbstractAimIsland biotas face an array of unique challenges under global change. Monitoring and research efforts, however, have been hindered by the large number of islands, their ...

