Chesapeake and Delaware Bays Satellite Data

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SATELLITE IMAGE

CHLOROPHYLL

WATER TEMPERATURE

Satellite Daily Image
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Chlorophyll Daily Image
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Surface Water Temperature Daily Image
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AVHRR
Surface water temperature from NOAA's Advanced Very High Resolution Radiometer (AVHRR). Overpasses from all operating AVHRR instruments are averaged into daily, 3-day, 7-day, monthly, seasonal and annual composites (composite includes day and night overpasses). Spatial resolution is nominally 1 km. More information
HTTP, FTP


AVHRR-VIIRS Multisensor
Surface water temperature combined from the Advanced Very High Resolution Radiometer (AVHRR) and the Visible Infrared Imaging Radiometer Suite (VIIRS). Overpasses from all operating AVHRR and VIIRS instruments are averaged into daily, 3-day, 7-day, monthly, and seasonal composites (nighttime only). Spatial resolution is nominally 750 km. More information
HTTP, FTP


PODAAC Multiscale Ultrahigh Resolution (MUR)
Surface water temperature analysis from all available infrared and microwave satellites. Coverage from all satellites and the analysis method assure cloud-free coverage on a daily basis. Product is "foundational" SST, i.e. surface temperature before the diurnal heating begins. Spatial resolution is 1 km. More information
HTTP, FTP

Time Series Interactive Tool (Chesapeake)
Time Series Interactive Tool (Delaware)

MODIS
Chlorophyll-a from the Moderate Resolution Imaging Spectroradiometer (MODIS) onboard the NASA Aqua satellite, processed using the NOAA OC3 algorithm with the combined NIR-SWIR atmospheric correction (NOAA OC3 NIR-SWIR). More information
FTP

Previously, chlorophyll from the NASA OC3 NIR algorithm regionally tuned for Chesapeake Bay (Werdell, 2007) had been available. This is now available only by request. More information

The Daily Map Viewer (at top of page) diplays MODIS chlorophyll generated from both of the above algorithms:

1. Regionally tuned NASA OC3 NIR algorithm: 30 January 2009 - 1 October 2014
2. NOAA OC3 NIR-SWIR algorithm: 1 October 2014 - present


OLCI
Chlorophyll-a from the Ocean and Land Colour Intrument (OLCI) onboard the European Sentinel-3A and 3B satellites, courtesy of the European Union's Copernicus satellite program. The data are processed with the European Space Agency's ocean color 4-band combination chlorophyll-a algorithm (OC4ME) and the MERIS 1999 Baseline Atmospheric Correction. More information
HTTP, FTP



VIIRS
Chlorophyll-a from the Visible Infrared Imaging Radiometer Suite (VIIRS) onboard the Suomi-NPP satellite, processed with the NOAA OC3 algorithm (Wang et al., 2017) and the NIR atmospheric correction of Jiang & Wang (2014). More information
HTTP, FTP

Diffuse Attenuation Coefficient at 490 nm (Kd-490) measures how strongly light intensity at the specified wavelength (490 nm) is attenuated within the water column. It is a measure of the water's turbidity.

MODIS (NASA "KD2" algorithm, 1 km)
FTP, More information


MODIS (NOAA/NESDIS algorithm, 1 km)
FTP, More information


MODIS (NOAA/NOS algorithm, 250 m)
HTTP, FTP, More information


OLCI (ESA M07 algorithm, 300 m)
HTTP, FTP, More information


VIIRS (NOAA/NESDIS algorithm, 750 m)
HTTP, FTP, More information

Total suspended matter (TSM) is a measure of the concentration of particulate material in the surface water such as mud, silt, and other fine-scale debris, including both organic and inorganic fractions.


MODIS
HTTP, FTP, More information

Daily Viewer: current TSM images from MODIS


OLCI
HTTP, FTP, More information


VIIRS
HTTP, FTP, More information

True Color satellite image data from the Visible Infrared Imaging Radiometer Suite (VIIRS) at 750 m spatial resolution. Data files contain red, green and blue radiance data; images are also available. More information
HTTP, FTP

East Coast Node filenaming convention
Sample shell script to download data from http directory tree
Latitude-Longitude file for each region

Data citation: Please acknowledge "NOAA CoastWatch/OceanWatch" when you use data from our site and cite the particular dataset DOI as appropriate.