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Dar Roberts
University of California, Santa BarbaraMeeting roles in:
Mapping Vegetation Fuels and Post-Fire Recovery in Santa Barbara County Using Multi-Source Remote Sensing and Machine Learning
An Ensemble Version of Fire Potential Index (eFPI) Integrating Seasonal Variability in Sub-pixel Fuel Composition
Integrating tree-ring and remote sensing indicators to assess drought response in dryland riparian woodlands
Hyperspectral LiDAR fusion for forest drought monitoring
Predicting Drought Outcomes for Riparian Woodlands Using Dense Seasonal Time Series of Fractional Cover and Land Surface Temperature
Integrating Uncertainty in Fuel Properties for Wildland Fire Carbon Emissions Inventories
Assessing spectra and potential applications for understanding temporal trends in coastal wetland plant traits
Sensitivity of canopy water content to leaf water content varies between species and vegetation structures
Spatial Patterns of Three California Native Oaks Across Heterogeneous Landscapes using Imaging Spectroscopy and LiDAR
Salinity stress responses in Salicornia pacifica depend on duration and intensity of exposure
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