Benthic Sampling Adjacent to the Waianae Ocean Outfall, Oahu, Hawaii, 2001-2010 (NODC Accession 0084994)

Description

Annual surveys are undertaken to sample bottom-sediment for biological and geochemical analyses at six stations at a depth of approximately 34 m in the vicinity of the Waianae Wastewater Treatment Plant outfall diffuser on the leeward coast of Oahu, Hawaii. All stations had sediment fractions with >90% sand. Silt fractions were no more than 4% at any station. Oxidation- reduction-potential (ORP) and total-volatile-solids measurements of these sediments indicated a nonreducing benthic environment at all stations. This data set contains examination of the sediments for species, abundance, and richness of nonmollusks, crustacean, molluscan, nematode, oligochaete, and polychaete faunas. A PDF document provides annual summaries for 2001-2010 while data files hold similar data for 2006-2009.

Resources

Name Format Description Link
0 https://www.ncei.noaa.gov/archive/accession/0084994

Tags

  • oligochaetes species
  • united states of america
  • total organic carbon
  • coral reef
  • oahu (21n157w0003)
  • oxidation-reduction potential
  • biological data
  • oceans
  • taxon abundance
  • mhi
  • total volatile solids
  • marine sediments
  • oahu
  • numeric data sets
  • hawaii
  • oahu island
  • biology
  • acid fraction data
  • sediment fractions by weight
  • non-mollosks species
  • benthic fauna
  • acid bath fraction percent abundance of polychaete species
  • earth science
  • benthic biology
  • richness
  • hawaiian islands
  • coastal data
  • sediment grain size
  • honolulu
  • mullosks species
  • central pacific ocean
  • sediment composition
  • coral reef ecology
  • ocean basin
  • near sea floor bottom around 34m
  • coastal processes
  • abundance given in trophic and motility categories
  • crustaceans species
  • coral reefs
  • waianae
  • north pacific
  • coris_metadata
  • waianae wastewater treatment plant
  • pacific ocean
  • polychaetes species
  • country/territory

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