Latitude by pressure plots of six key species from the simulated ATom data stream used in the Prather et al. 2018 study.
A new dataset from the Atmospheric Tomography Mission (ATom) provides a simulated data stream for comparison with six global atmospheric chemistry models.
Field measurements were collected in seven spatially independent burn scars, within the Yellowknife megafire complex, which had burned between June and August 2014.
New data from NASA's ABoVE field campaign provide estimates of carbon emissions from the 2014 NWT mega-fire complex.
This overview map shows thirty unique vegetation canopy structure classes identified within the Great Smoky Mountain National Park in Tennessee and North Carolina, USA.
This revised dataset characterizes canopy structure based on LiDAR surveys of the Great Smoky Mountains National Park.
The differenced Normalized Burned Ratio (dNBR) for a burn scar from fires in 2015 within ABoVE grid tile Bh05Bv03. A higher dNBR indicates a higher fire severity.
New data from NASA's ABoVE campaign provides a high-resolution record of differenced Normalized Burned Ratio (dNBR) for fires from 1985-2015.
Study domain indicating locations of estuaries and shelf waters in the three subregions: the Gulf of Maine (GOM), the Mid-Atlantic Bight (MAB), and the South Atlantic Bight (SAB; From Najjar et al. 2018).
New data from the North American Carbon Program (NACP) provide mean annual carbon fluxes in coastal areas of Eastern North America.
Goddard Space Center’s Dr. Laura Duncanson records data on tree heights and diameters in the Pongara mangrove forest during field work in 2016. (Credit: NASA/Carla Thomas)
NASA's AfriSAR campaign provides critical data on canopy height and structure of tropical forests in Gabon, West Africa.
