Ocean Color in situ Database (Beta) GUI Search Tool

Data sharing policy for the NOAA in situ Ocean Color Optics Database

The data shared in this NOAA in situ Ocean Color Optics Database are made freely available to the public and the scientific community with the intent that the wide dissemination of data lead to greater understanding, new insights and applications, and improved outcomes from decision-making and also in accordance with the NOAA Data and Publication Sharing Directive for NOAA Grants, Cooperative Agreements, and Contracts, V.3 (2016).  The investigators sharing their data through this database rely on the ethics and integrity of the user to ensure that the institutions and investigators involved in producing these data receive fair credit for their work.

Users of data from this database are strongly urged to inform and discuss with the investigators listed in file metadata at the outset or early stages of use in potential publications or presentations so that the investigators can ensure that the quality and limitations of the data are accurately understood and represented.  Co-authorship may be appropriate, especially if data are used for publication within 3 years of their collection date.

In all cases, users are strongly urged to acknowledge this database and cite any digital object identifiers (DOIs) associated with it or with individual data.  Suggested text for database acknowledgement follows: [Some of the] Data used in this [study] were obtained from the NOAA in situ Ocean Color Optics Database distributed through NOAA CoastWatch/OceanWatch. A DOI is forthcoming.

Ocean Color Radiances from MOBY

The Marine Optical BuoY (MOBY) is a NOAA funded project to provide vicarious calibration of ocean color satellites (SeaWiFS, MODIS, and VIIRS ). MOBY is an autonomous optical buoy which is moored off the island of Lanai in Hawaii. The system was designed for measuring sunlight incident on and scattered out of the ocean.

in situ Ocean Color Monitoring

Visit the NOAA/NESDIS/STAR/SOCD Ocean Color Science Team monitoring pages for VIIRS, OLCI and SGLI routine, automated timeseries comparisons with in situ radiometry from MOBY and select NOAA sponsored AERONET-OC sites.

in situ Sea Surface Temperature Quality Monitor (iQuam)

iQuam is a system developed in NESDIS/STAR to perform near real time QC of in situ measurements and monitor the statistics. Ships and buoys (drifters and moorings) are included.