NASA Carbon Cycle and Ecosystems Joint Science Workshop
Meeting Focus
The 3rd NASA Carbon Cycle and Ecosystems Joint Science Workshop will be held Oct 3-7 at the Hilton, Alexandria, Virginia. All scientists involved in the corresponding NASA programs are welcome to attend. The NASA LCLUC program falls within the Carbon Cycle and Ecosystems Focus Area. On October 6, individual discipline NASA programs within this Focus Area will be holding their own Science Team Meetings. The focus for this one-day LCLUC ST Meeting will be on Land-Use Observations with an emphasis on agriculture.
Meeting Presentations
Title | Presenter | Institution |
---|---|---|
'Tree-Grass': Proposal for a NASA Terrestrial Ecology Field Activity in Savannas and Mixed Tree-Grass Ecosystems | Niall Hanan | Colorado State University |
30-year Northern Hemisphere Freeze/Thaw seasonal trends and associated impacts to vegetation growing seasons and Carbon Exchange | Youngwook Kim | University of Montana |
Airborne LWIR Hyperspectral Imager with High Spatial Resolution and Wide Area Coverage: A New Tool for Environmental and Ecosystem Studies | David Tratt | The Aerospace Corporation, USA |
Albedo Response to Disturbance from Intergrating Landsat and MODIS Data | Yanmin Shuai | NASA Goddard Space Flight Center |
An Integrated Earth System Science Approach for Predicting Nutrient Transports from the Land to the Ocean | Zong-Liang Yang | University of Texas-Austin |
Analysis of Surface Inundation Change within Arctic Permafrost Zones using AMSR-E Fw Retrievals | Jennifer Watts | University of Montana |
Analysis of the relationship between climate and NDVI variability at global scales | Fan-Wei Zeng | NASA Goddard Space Flight Center |
Changing Field Sizes of the Conterminous United States | David Roy | Michigan State University |
Combining surface Reflectance and Emissivity for the Assessment of Ecosystem Diversity and Urban Boundaries, at Varying Spectral and Spatial Scales | Petya Campbell | NASA/GSFC |
E0-1 Hyperion capturing seasonal dynamics in vegetation phenology and spectral properties associated with CO2 uptake | Petya Campbell | NASA/GSFC |
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