Datasets Comparison

Based on relevant data obtained from various types of remote sensing (Chl-a, SST, Trajectories of tropical cyclones, fire points, bcaod and PAR). The data has been used in the "Wildfire particulates enhance phytoplankton growth and alter communities in the South China Sea under wind-driven upwelling" article cited and analyzed. The data comes from multiple databases (Japan meteorological Agency, GlobColour, The NOAA's Physical Sciences Laboratory (PSL), Boulder, Colorado, USA, The CAMS Global Atmospheric Composition Predictions dataset, Fire Information for Resource Management System and NASA Prediction Of Worldwide Energy Resources).

The required data can be downloaded from the given websites and institutions, and all data is registered for free access to data.

Guangxi University

Biological Oceanography, Tropical Cyclone, Chlorophyll a

Creative Commons Attribution 4.0 International

Based on relevant data obtained from various types of remote sensing (Chl-a, SST, Trajectories of tropical cyclones, fire points, bcaod and PAR). The data has been used in the "Wildfire particulates enhance phytoplankton growth and alter communities in the South China Sea under wind-driven upwelling" article cited and analyzed. The data comes from multiple databases (Japan meteorological Agency, GlobColour, The NOAA's Physical Sciences Laboratory (PSL), Boulder, Colorado, USA, The CAMS Global Atmospheric Composition Predictions dataset, Fire Information for Resource Management System and NASA Prediction Of Worldwide Energy Resources).

The required data can be downloaded from the given websites and institutions, and all data is registered for free access to data.

Guangxi University

Biological Oceanography, Tropical Cyclone, Chlorophyll a

Creative Commons Attribution 4.0 International