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National Aeronautics and Space Administration

NASA's Arctic-Boreal Vulnerability Experiment


ABoVE Airborne Campaign Projects -- 9 selected

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Project  (click >> to view profile)Joined ABoVEFunding Agency
Permafrost and Hydrology
Iwahana, Go: Quantification of thermokarst and carbon release in ice-rich permafrost regions -- Iwahana-01 >> 2016 NASA
Schaefer, Kevin: The Airborne InSAR and PolSAR Permafrost Dynamics Observatory -- Schaefer-06 >> 2016 NASA
Smith, Laurence: Sensitivity of Arctic-Boreal surface water to permafrost state -- Smith-L-01 >> 2016 NASA
Tabatabaeenejad, Alireza: Estimation of Belowground Biomass and Permafrost Active Layer Properties Using Radar and Lidar Measurements -- Tabatabaeenejad-01 >> 2016 NASA
Vegetation Structure and Function
Drewry, Darren: Airborne Solar Induced Chlorophyll Fluorescence to Characterize Arctic Boreal Zone Phenology and Productivity -- Drewry-01 >> 2016 NASA
Huemmrich, Karl (Fred): Causes and consequences of arctic greening: the importance of plant functional types -- Huemmrich-01 >> 2016 NASA
Carbon Dynamics
Miller, Charles (Chip): Imaging Arctic Methane Plumes -- Miller-C-05 >> 2016 NASA
Sweeney, Colm: Airborne seasonal survey of CO2 and CH4 across ABoVE Domain -- Sweeney-01 >> 2016 NASA
Chatterjee, Abhishek: GEOS-5 Forecasting and Modeling in Support of ABoVE airborne research -- Chatterjee-01 >> 2016 NASA