Skip navigation.
upgrade notice
Umbrella logo National Benthic Inventory

About

NOAA's National Centers for Coastal Ocean Science ( NCCOS) conduct a wide variety of coastal environmental monitoring and research studies that generate invaluable taxonomic reference materials and corresponding data sets on the biodiversity and abundances of marine benthic species. The purpose of the National Benthic Inventory (NBI) is to capture this information and make it available as a readily accessible resource to support the needs of other related programs dealing with important coastal management, research, and educational issues. The NBI consists of a dynamic quantitative database on benthic species distributions and a corresponding taxonomic voucher collection of preserved benthic specimens obtained from studies conducted by NOAA and partnering institutions in estuarine and other coastal areas around the country.

The quantitative database provides information on benthic species abundances by species and location, thus providing a basis for addressing important management and research questions, such as "what are the incidence and patterns of occurrence of a particular species of interest," or "what are the overall composition and diversity of species assemblages within any particular region of interest. Other key objectives and potential uses of the NBI are:

  • to provide a source of information for assessing patterns in marine biodiversity;
  • to provide input data for evaluating biological responses to sediment-associated stressors, and for developing new diagnostic tools to enhance such analyses;
  • to serve as a source of biological observations in support of long-term integrative ocean observing systems; and
  • to provide a basis for monitoring the incidence and patterns of invasive species in marine and coastal waters (taking advantage of the fact that such a comprehensive database includes species from most all known marine invertebrate phyla, and thus will be broadly representative).

The NBI is also a data source for the Ocean Biogeographic Information System (OBIS), a web-based provider of world-wide geo-referenced data on marine species. OBIS is the information component of the Census of Marine Life (CoML), a 10-year initiative involving more than 45 nations to assess and explain the diversity, distribution, and abundance of life in the oceans. OBIS includes information on all types of marine species (plants, algae, protozoans, invertebrates, and vertebrates) from various parts of the world. The link to the NBI provides OBIS with an additional source of data on marine benthic invertebrate species from studies conducted throughout the United States by NCCOS and its partners. The link also provides an opportunity for the NBI, in serving as a source of biological observations, to become an integral component of a larger integrative ocean observing system with access to a broader range of species and geographic regions. Users of OBIS include scientists, marine resource managers and policy makers, educators, students, and the public.

The companion taxonomic reference collection consists of representative specimens from studies contained in the NBI which are catalogued by species, geographic region, and investigation. The identified specimens comprising the collection are used routinely as a research tool for processing new benthic samples and for continuous verification of species identifications in various coastal assessment studies. The collection also serves as a source of material to capture in digitized photographs for publications, educational outreach, species calibrations and other collaborative interactions with related programs involving marine benthic taxonomy. Specimens from the collection are available for loan to research and educational institutions for the use of the resident research staff. For more information regarding collection loans please click here (please remove ".nospam").

Both the NBI and the reference collection are maintained in the benthic ecology laboratory of the Coastal Ecology Program at NCCOS's Center for Coastal Environmental Health and Biomolecular Research (CCEHBR) in Charleston, SC.