Photos from July 2017 field surveys near Tanana, Alaska, from left to right: unburned forest site; burned forest near the Spicer Creek Fire; high burn severity forest site.
Researchers with NASA's ABoVE field campaign measured burn severity in spruce forests that burned in 2015 near Tanana, Alaska.
A screenshot of the tutorial video, 'Accessing ABoVE airborne data using Earthdata Search.'
A new tutorial, available on our Resources page, demonstrates how to get ABoVE airborne data sampled at a specific field site.
Forced diffusion chambers were established at the seven sites along a south-to-north transect from near Fairbanks to Toolik Lake, Alaska.
Soil surface CO2 efflux in Alaska is available from the ABoVE field campaign.
Riverbank erosion and vegetation colonization at the Yukon River 1 study area, located along the Middle Yukon River between Circle and Fort Yukon, Alaska, from 1985-2017.
Research from NASA's ABoVE campaign provides a record of riverbank erosion and vegetation colonization along major Alaskan rivers from 1984 to 2017.
Arctic biweekly NDVI (green bars) and trend (grey bars) for full tundra for 1999-2015. Biweekly trends statistically significant at the 95% level or greater are marked with an asterisk on the x-axis. From Figure 9 (c) Bhatt et al. (2017) (see dataset documentation).
NASA's ABoVE provides standardized data on potential climate drivers for productivity of Arctic tundra vegetation.
Annual time series of days with rain-on-snow summed for each 6-km pixel in Alaska.
Researchers with NASA's ABoVE campaign mapped rain-on-snow events across Alaska from 2003 to 2016.
Orthomosaic imagery taken from a Beechcraft Super King Air B200 aircraft traveling north of the Mackenzie River in the Dehcho Region of Canada.
NASA's 2017 ABoVE airborne campaign provides high-resolution, georeferenced, three-band orthomosaics of digital imagery to validate maps of Arctic surface water extent.
A herd of Dall sheep ewes and lambs in Wrangell-St. Elias National Park & Preserve, Alaska, a study location for the ABoVE field campaign. (Photo credit: Laura Prugh)
A new dataset from NASA's ABoVE campaign estimates effects of climate on Dall sheep populations throughout Alaska and northwestern Canada.
Long-term maximum NDVI for the ABoVE study area covering the years 2002-2017.
Annual maximum NDVI estimates from 2002-2017 are available for most of Alaska and the Yukon Territory.
Scientists with the ABoVE campaign study the impacts of warming temperatures on northern lakes, like this one in Fairbanks, Alaska. (Image credit: NASA/Kate Ramsayer)
Field site locations that correspond to the flight tracks of the 2017 ABoVE Airborne Campaign have been published.