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Philip Townsend
University of Wisconsin-MadisonMeeting roles in:
Beaver Engineering Impacts on Arctic Riparian Vegetation
Foliar functional traits from EMIT: large-scale mapping using spaceborne imaging spectroscopy
Variations in canopy physical and functional traits drive the variations of the gross primary productivity in a northern temperate forest
Functional Diversity from Imaging Spectroscopy Enhances Within-Season GPP Stability Across U.S. Ecosystems
Robust hyperspectral reconstruction from satellite and airborne observations via a deep hierarchical fusion network across heterogeneous scenarios
Assessing the suitability of reconstructed high-resolution hyperspectral imagery from PlanetScope and EMIT for plant functional trait estimation
Airborne and In Situ Campaigns Cover the Earth's Climate and Floristic Variation
Imaging Spectroscopy Reveals Global Variation in Leaf-Economics Trait Relationships
Seeing the physiology in the trees: the potential of resolving physiological information from spectroscopic signals
Bridging Remote Sensing and Plant Physiology for Crop Stress Detection and Management
AVUELO Endmember Diversity, Its Relationship with the Dimensions of Biodiversity, and Implications for Current and Future Imaging Spectroscopy from Space
Integrating Airborne Imaging Spectroscopy and Dendroecology to Investigate the Dynamics of Plant Traits and Forest Carbon
Landscape scale functional traits and functional diversity explained productivity across contiguous United States
Capturing Lake Mendota Seasonal Phenology with an Airborne Hyperspectral Field Campaign
Trait mediated -continental-level responses of tropical forest vegetation to future climate change
Artificial Intelligence in Sustainable Potato Production: Nitrogen Management and Yield Prediction through Spectral Remote Sensing
Enhancing Forest Flux Predictions with Foliar Traits
Hyperspectral detection of foliar chemistry in aspen to detect infection by two cankers
Adaptive endmember extraction in hyperspectral fractional cover mapping
Multi-Seasonal Disease Monitoring in Potatoes Using Airborne Imaging Spectroscopy
AVIRIS4Acres‑NY: Airborne Imaging Spectroscopy as a Path‑Finder for Satellite-Based Health Monitoring in Specialty Crops
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