Global Mapped Phytoplankton Carbon Concentration From PACE Ocean Color

Phytoplankton carbon concentration data derived from NASA PACE satellite ocean-color observations. The dataset is used for quantifying marine biomass, assessing ecosystem productivity, and driving biogeochemical models. It is produced by NASA's Ocean Biology Processing Group (OB_CLOUD).

Use Cases

• Model global ocean carbon stocks by analyzing the mapped carbon_phyto concentration field.
• Assess ecosystem productivity changes over time by tracking carbon_phyto trends in specific regions.
• Provide biological context for chlorophyll or sea surface temperature studies by correlating with the carbon_phyto variable.
• Validate biogeochemical model outputs by comparing simulated phytoplankton carbon against the satellite-derived carbon_phyto product.

Strengths

• Derived from NASA's PACE satellite, a state-of-the-art ocean-color mission.
• Provides a globally mapped geophysical variable (carbon_phyto) for consistent analysis.

Limitations

• Algorithm performance may be degraded in optically complex coastal and inland waters, as noted in documentation.
• Specific temporal coverage, row count, and spatial resolution details are not provided in the input.

Provenance

Source

NASA PACE satellite ocean-color observations, processed by OB_CLOUD.

Collection Method

Derived via remote sensing algorithms applied to satellite reflectance data.

Time Range

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Freshness

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Geography

Global ocean coverage.