ARGO_BGC dataset for the Labrador Sea region

ARGO_allVars_1mRes_450.tgz: archive contains Matlab binary files consisting of all ARGO_BGC float data in the Labrador Sea. Profile data were interpolated to 1m vertical resolution and are given up to a water depth of 450 meter. Dataset includes information on date, latitude, longitude, salinity, temperature, Chlorophyll-a, particle backscatter (bbp), and (not available on all floats) Oxygen, Nitrogen and Photosynthetically available radiation (PAR). ARGO_physic_5mRes_5000.tgz: archive contains Matlab binary files consisting of all ARGO physical data in the Labrador Sea. Profile data were interpolated to 5m vertical resolution and are given up to a water depth of 5000 meter. Dataset includes information on date, latitude, longitude, salinity, temperature. CMEMS_along_ARGO_physicsFine.tgz: archive contains Matlab binary files consisting of CMEMS high resolution physical model data extracted along ARGO pathes. Dataset includes information on date, latitude, longitude, salinity, temperature and CMEMS model depths. CMEMS_along_ARGO_chlCoarse.tgz: archive contains Matlab binary files consisting of CMEMS coarse BGC-model data extracted along ARGO pathes. Dataset includes information on date, latitude, longitude, Chlorophyll-a and CMEMS model depths. CMEMS_along_ARGO_chlOCL3.tgz: archive contains Matlab binary files consisting of CMEMS Level 3 Chlorophyll-a remote sensing data extracted along ARGO pathes. Dataset includes information on date, latitude, longitude, (surface) Chlorophyll-a. CMEMS_along_ARGO_chlOCL4.tgz: archive contains Matlab binary files consisting of CMEMS Level 4 Chlorophyll-a remote sensing data extracted along ARGO pathes. Dataset includes information on date, latitude, longitude, (surface) Chlorophyll-a. MODIS_along_ARGO.tgz: archive contains Matlab binary files consisting of MODIS-Aqua Level 3 remote sensing data extracted along ARGO pathes. Dataset includes information on date, latitude, longitude, (surface) Chlorophyll-a, (surface) particle backscatter and Photosynthetically available radiation (PAR).