Vanderbilt, Vern
Vern Vanderbilt
Research Scientist at NASA Ames Research Center, Moffett Field, CA.
Contact Info
Email: vvanderbilt@mail.arc.nasa.gov
Phone Office: (650) 604-4254
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- Santos, Maria
- Hestir, Erin
- Peñuelas, Josep
- Cheng, Tao
- Zhang, Minghua
- Greenberg, Jonathan
- Gertz, Michael
- Vanderbilt, Vern
- Chen, Shu-Hua
- Brown, Patrick
- Ludaescher, Bertram
- Snyder, Richard
- Quinn, James
- Schladow, Geoff
- Sandoval Solis, Samuel
- Dennison, Phillip
- Li, Lin
- Roberts, Dar
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- Ramirez, Carlos
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- Smart, David
- Hunt, E. Raymond
- Yi Qi
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- Environmental Hazards and Disaster Response
- Near Real Time Science Processing Algorithm for Live Fuel Moisture Content for MODIS Direct Readout System
- Ecological Impact of the Gulf Oil Spill on Wetland Plant Communities
- Impact of Hurricane Issac on Recovery of Saltmarshes Affected by the BP Oil Spill
- Application of the ACASA model for urban development studies
- Modeling regional climate change and urban planning scenarios and their impacts in the urban environment on two cities with WRF-ACASA
- Regional simulations of urban metabolism and climate with WRF-ACASA
- Early Fire Detection from Space
- Landscape Ecology
- Leaf Anatomy and Canopy Spectroscopy Studies
- Hydrology and Watershed Assessment
- Agriculture
- Detection of diurnal variations in orchard canopy water content using MASTER imagery
- Modeling Evapotranspiration of Almond Orchards using MODIS/ASTER (MASTER) Imagery and the METRIC Model
- Light interception and leaf area index prediction from multispectral images
- Time Series of Landsat Imagery to Evaluate Canopy Variation Over Multiple Seasons
- Regional estimates of crop evapotranspiration for almonds using the WRF-ACASA model
- Ecosystem Function and Structure
- Sensor Calibration
- Past Projects
- Environmental Hazards and Disaster Response
- Landscape Ecology
- Hyperspectral analysis to detect and map tree decline at Ft. Benning, GA
- Phenological Impact of Selective Logging in Amazonian Tropical Forests
- Vegetation and animal distributions in the Somuncura Plateau, Patagonia, Argentina
- Assessing spread and persistence of Submersed Aquatic Vegetation using hyperspectral remote sensing
- Determining the Factors Controlling Site Invasibility to Lepidium latifolium
- NEON prototype airborne mission over Bodega Bay Transect
- Remote Sensing of Bioindicators for Forest Health
- Coast-to-Mountain Environmental Transect (COMET)
- Leaf and Canopy Spectroscopy Studies
- Hydrology and Watershed Assessment
- Assessing the Spread and Persistence of Submersed Aquatic Vegetation Using Hyperspectral Remote Sensing
- Remote Sensing of Lake Tahoe's Near Shore Environment
- Brazilian Waterweed Success in the Sacramento-San Joaquin Delta
- Trends in Submerged Aquatic Vegetation and Water Clarity in the Sacramento-San Joaquin Delta
- A Summary of MODIS Water Content
- Agriculture
- Ecosystem Function and Structure
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