Soil moisture estimates at the Walnut Gulch site, Arizona, reveal a dry soil surface, but considerably more moisture at 45 cm depth.
A new version of the AirMOSS root zone soil moisture data product is now available.
This Fly Along video shows the ACT-America aircraft in flight over Pennsylvania in July 2016. The circles behind the aircraft represent carbon dioxide measurements taken continuously during the flight.
Fly along with the Atmospheric Carbon and Transport – America (ACT-America) as they sample the air above the Eastern United States on July 26, 2016.
Average leaf area index during January (2003-2010). This figure was created from the data file leaf_stem_area_index_monthly_climatology_2003-2010.nc4.
Vegetation and albedo parameters from MODIS Collection 5 were reprocessed for use in regional agroecosystem-climate models.
Locations of ACT-America flask air samples from flights in July and August 2016.
A new dataset from ACT-America provides data from airborne flasks collected during the Summer 2016 campaign.
Atmospheric Tomography Mission (ATom) is an Earth Venture Suborbital-2 mission.
NASA's Atmospheric Tomography Mission (ATom) mission conducts atmospheric profiles for systematic, global-scale sampling of the atmosphere.
Spring and Autumn phenology was calculated for 75 Landsat sidelap regions. From Melaas et al., 2018.
A 30 year timeseries of spring and autumn phenology across North American forests was derived from Landsat imagery.
PhenoCam images from February and July 2013 at the Arbutus Lake site in New York.
Vegetation phenology observations and raw imagery from the PhenoCam network are now available from the ORNL DAAC.
Screenshot of the Airborne Data Visualizer showing a flight from the ACT-America campaign. CO2 and CH4 concentrations are shown from the B-200 aircraft on July 11, 2016.
A new tool allows users to explore airborne data from multiple missions.
The MOD16A2, Net Evapotranspiration, data product is now available from the MODIS Global Subsets Tool. The image shows a stacked timeseries of ET data from 2001 - 2018 for a location in central North America.
The MOD16A2, MODIS/Terra Net Evapotranspiration 8-Day Collection 6, product is now available through the MODIS Global Subsets Tool.
Photos of recovering burned (left) and unburned (right) sampling sites show vegetation changes due to burning and recovery of aboveground biomass after burning. Photos courtesy of I. Numata.
Data was collected to characterize the post-fire recovery of tropical forests in Acre, Brazil.
