Macro-algae Biomass and Cover from Nearshore Regions of the Natatorium War Memorial, Waikiki, Oahu, Hawaii 1966-2005 (NODC Accession 0040082)

Description

The Department of Zoology, University of Hawaii at Manoa, incorporated surveys of macro-algae as part of the Zoology 439L "Laboratory in Ecology" during annual field experiments 1970-2005. Macro-algae species were identified and biomass and percent substrate cover were quantified using a 200m transect extending seaward from Natatorium Wall sampling at 10m intervals. Coral species and cover also recorded. Miscellaneous substrate types such as sand or rubble were also noted. The data set is extended back to 1966 with digitized data from M.S. Doty (1969). Water quality measurements are provided by the State of Hawaii, Department of Health (already in NODC Accession 0013724) over 1973-1992 and the Waikiki Aquarium from 1999-2005.

Resources

Name Format Description Link
0 https://accession.nodc.noaa.gov/0040082

Tags

  • salinity
  • united states of america
  • nh4 (ammonia nitrogen)
  • grays beach
  • coastal studies
  • benthic
  • ocean chemistry
  • oahu (21n157w0003)
  • hydrogen ion content
  • substrate type
  • waikiki aquarium
  • biosphere
  • no2+no (nitrate + nitrite nitrogen)
  • oceans
  • water temperature
  • waikiki
  • algae
  • mhi
  • oahu
  • phosphate
  • numeric data sets
  • hawaii
  • chlorophyll
  • nanatorium war memorial
  • ocean temperature
  • water quality
  • oahu island
  • biology
  • nutrients
  • macro-algae species
  • %saturation
  • macro-algae monitoring
  • earth science
  • coral reef species
  • nitrate
  • nitrogen
  • ocean optics
  • vegetation
  • hawaiian islands
  • nitrite
  • corals percent coverage
  • dissolved oxygen
  • honolulu
  • coral reef monitoring
  • central pacific ocean
  • total n (nitrogen)
  • total p (phosphate)
  • macro-algae biomass
  • hydrosphere
  • ocean basin
  • temperature
  • salinity/density
  • chla (chlorophyll-a)
  • coris_metadata
  • pacific ocean
  • do
  • country/territory
  • macro-algae percent substrate cover
  • oxygen
  • ph
  • turbidity

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