| Project | Joined ABoVE | Funding Agency | | Wildlife and Ecosystem Services |
| Boelman, Natalie: Quantifying socioecological consequences of changing snow and icescapes: A data-model fusion approach -- Boelman (TE 2018) >> |
2019 | NASA |
| French, Nancy: Wetland status, change, and seasonal inundation dynamics for assessing the vulnerability of waterfowl habitat within the ABoVE study domain -- French (TE 2018) >> |
2019 | NASA |
| Fire Disturbance |
| Bourgeau-Chavez, Laura: Understanding the Interactions between Wildfire Disturbance, Landscape Hydrology and Post-Fire Recovery in Boreal-Taiga Ecosystems -- Bourgeau-Chavez (TE 2018) >> |
2019 | NASA |
| Loboda, Tatiana: Assessing impact of climate-driven increase in wildfire emissions on air quality and health of urban and indigenous populations in Alaska -- Loboda (TE 2018) >> |
2019 | NASA |
| Permafrost and Hydrology |
| Butman, David: Crossing the divide: Inundation drives hotspots of carbon flux -- Butman (TE 2018) >> |
2019 | NASA |
| Kimball, John: Improving Understanding and Prediction of Permafrost Active Layer Processes Using a Coupled Radar Inversion and Soil Process Model Framework. -- Kimball (TE 2018) >> |
2019 | NASA |
| Vegetation Structure and Function |
| Hensley, Scott: Analysis and Interpretation of UAVSAR Tomographic Data in the Arctic Boreal Region -- Hensley (TE 2018) >> |
2019 | NASA |
| Huemmrich, Karl (Fred): Clarifying linkages between canopy solar induced fluorescence (SIF) and physiological function for high latitude vegetation -- Huemmrich (TE 2018) >> |
2019 | NASA |
| Townsend, Philip (Phil): Variation in Foliar Functional Traits across Environmental Gradients in ABoVE Landscapes -- Townsend (TE 2018) >> |
2019 | NASA |
| Vegetation Dynamics and Distribution |
| Armstrong, Amanda: Vulnerability of the Taiga-Tundra Ecotone: Predicting the Magnitude, Variability, and Rate of Change at the Intersection of Arctic and Boreal Ecosystems -- Armstrong (TE 2018) >> |
2019 | NASA |
| Duncanson, Laura: Mapping boreal forest biomass density for the ABoVE domain circa 2020 with ICESat-2 -- Duncanson (TE 2018) >> |
2019 | NASA |
| Goetz, Scott: Mapping and modeling attributes of an arctic-boreal biome shift: Phase-2 applications within the ABoVE domain -- Goetz (TE 2018) >> |
2019 | NASA |
| Carbon Dynamics |
| Byrne, Brendan: Constraining carbon fluxes in northern regions by combining constraints from multiple atmospheric CO2 observing systems -- Byrne (NPP 2018) >> |
2019 | NASA |
| Hu, Lei: Toward disentangling causes for the substantial increase of CO2 seasonal amplitude in the Arctic -- Hu (TE 2018) >> |
2019 | NASA |
| Miller, Charles (Chip): Characterizing Microtopographic Hot-spots and Landscape-scale Methane Emissions Across the ABoVE Domain -- Miller (TE 2018) >> |
2019 | NASA |
| Modeling |
| Chen, Min: Quantifying socioeconomic impacts of changing Arctic ecosystems using ABoVE datasets in an integrated Human-Earth system modeling and data assimilation framework -- Chen (TE 2018) >> |
2019 | NASA |
| Fisher, Joshua: Reduction in Earth System Model Uncertainties for Arctic-Boreal Terrestrial Ecosystems with ABoVE Data -- Fisher (TE 2014) Extension >> |
2019 | NASA |
| Fox, Andrew (Andy): Improving mechanistic representation of Arctic carbon dynamics using data assimilation -- Fox (TE 2018) >> |
2019 | NASA |
| Frankenberg, Christian: Ecophysiological and physical mechanisms linking solar-induced fluorescence and vegetation reflectance to boreal forest productivity -- Frankenberg (TE 2018) >> |
2019 | NASA |
| Lutz, David: Dynamic Modeling of Ecosystem Processes and Services in North American Boreal Forests within the ABOVE Study Region -- Lutz (TE 2018) >> |
2019 | NASA |
| Crosscutting |
| Schaaf, Crystal: Circumpolar Albedo of Northern Lands from Landsat-8 and Sentinel-2 -- Schaaf (LCLUC 2017) >> |
2019 | NASA |
