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Bulk Meteorology Instrument Package

The Bulk Meteorology Instrument Package measures a variety of parameters that characterize weather conditions above the sea surface, including the data required to compute air-sea fluxes of heat, freshwater, and momentum. There are two data streams from this instrument: one for Level 1 (L1) surface meteorology data products (Relative Humidity, Air Temperature, Barometric Pressure, Mean Wind Velocity, Precipitation, Downwelling Shortwave Irradiance, Downwelling Longwave Irradiance, Sea Surface Conductivity, and Sea Surface Temperature), and one for Level 2 (L2) Bulk Flux products computed from the L1 data observations. The air-sea flux of heat is the sum of five separate heat fluxes: latent heat flux, sensible heat flux, net shortwave radiative heat flux, net longwave radiative heat flux, and rain heat flux. The air-sea flux of freshwater is the difference between rain and evaporation. The air-sea flux of momentum is the vertical transfer of horizontal momentum from the air to the ocean and is also called the wind stress.

 

 

Data Products

This instrument measures the following data products. Select a data product's name to learn more.

The algorithm code used to generate this instrument's data products is also available in the ion-functions GitHub repository.

Instrument Models & Deployed Locations

The OOI includes the following instrument makes and models for this instrument type. Follow the links below to find out where in the OOI this instrument has been deployed. You'll also find quick links for each instrument to Data portal, where you can plot and access data.

Series Make Model
METBKA Star Engineering ASIMET
The newly deployed Irminger Sea Array Global Surface Buoy floats along the surface as seabirds investigate. The Global Surface Mooring will collect data from sensors distributed throughout the water column and transmit it back to shore via satellite. In this strongly forced ocean region, the surface meteorological and turbulent air-sea flux sensor packages will contribute much sought after information about the interaction between the atmosphere and ocean. (Photo Credit: Sheri N. White)

The newly deployed Irminger Sea Array Global Surface Buoy floats along the surface as seabirds investigate. The Global Surface Mooring will collect data from sensors distributed throughout the water column and transmit it back to shore via satellite. In this strongly forced ocean region, the surface meteorological and turbulent air-sea flux sensor packages will contribute much sought after information about the interaction between the atmosphere and ocean. (Photo Credit: Sheri N. White)

Primary Science Discipline
Physical