This is an annotated list of the published papers and reports that have included REEF data. The list is in chronological order. Papers that are available for viewing in .pdf format are noted.
Also see the Projects page for links to additional reports.
This paper is the result of a 1999 AGRRA expedition to the Cayman Islands coordinated by the Marine Education and Environmental Research Institute (MEERI). The paper uses the REEF database (over 1,200 surveys from the Cayman Islands) and the AGRRA fish data to provide an updated species list for the Islands, a comparison between islands (Grand Cayman and Little Cayman) and sites (33 sites), and an analysis of the relationships between herbivorous fishes and algal cover. Thanks to the REEF database, 44 species were added to the list of fishes known to occur on the Islands. A site's location (windward or leeward) appeared to be an important factor in community composition. Additionally, many species had significantly higher abundances on Little Cayman, including groupers which is probably an indication of the difference in anthropogenic impacts between the two islands.
This report summarizes the 2002 data from REEF's annual assessment of the Florida Keys National Marine Sanctuary. A total of 37 sites from Key Largo through the Dry Tortugas are monitored each year with REEF's Advanced Assessment Team, to evaluate status, trends and the effect of no-take reserves.
This report summarizes the first 8 years of data from 27 sites in the Sanctuary, approximately half of which were designated as no-take reserves in 1996.
The utility and biases of the Roving Diver Technique (RDT) and transect visual surveys are evaluated for use in rapid assessments off southeastern Hispaniola. Both methods are similar in recording the most abundant species, while a greater number of rare species (especially fishery-targeted species) are recorded with the RDT. The methods are found to be complementary, and are suggested to be used together when conducting rapid assessments of fish assemblages, especially to detect over-fishing. Click here to read full abstract.
A total of 362 species have been reported from 77 sites around Bonaire and the neighboring Klein Bonaire. This makes the Bonaire Marine Park one of the most species rich areas in REEF's database. The paper also showed that the composition of species (presence and abundance) on Klein Bonaire and Bonaire are distinct. In addition to providing data for site characterization, the thousands of surveys in REEF's database will provide a baseline against which future change can be assessed. This paper provides the most comprehensive species list published to date for the Park.
This paper describes the Fish Survey Project, and provides an overview of its applications in science and management and its value in enhancing the experience of divers and snorkelers.
This study analyzed species richness, distribution, and sighting frequency of selected reef fishes to describe species assemblage composition, abundance, and spatial distribution patterns within and among regions in the Florida Keys NMS. This report is the result of work being done on the biogeography of reef fishes by NOAA's Biogeography Office.
This is the first large scale trend analysis done using REEF data. The paper looked at 21 sites throughout the Florida Keys National Marine Sanctuary. Analysis methods were modified from those applied to the Breeding Bird Survey in order to detect sites with multi-species declines. A sub-set of sites were identified and potential management options were discussed. Click here to read the abstract.
This study analyzed spatial trends and correlations between habitat diversity and fish community, using REEF data from the Florida Keys that were overlaid onto benthic habitat maps using GIS. Click here to read the abstract. (FIXME)
The results of an AGRRA expedition to the Flower Garden Banks are summarized in this technical report. A total of 117 fish species were recorded during the expedition, and REEF surveys documented a new record for the banks, a sharptail eel.