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        • Detection of diurnal variations in orchard canopy water content using MASTER imagery
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        • Hyperspectral Analysis to Detect and Map Tree Decline at Ft. Benning, GA
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      • Near Real Time Science Processing Algorithm for Live Fuel Moisture Content for MODIS Direct Readout System
      • 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
    • Hydrology and Watershed Assessment
    • Leaf Anatomy and Canopy Spectroscopy Studies
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Home » Research Projects » Current Projects » Environmental Hazards and Disaster Response » Near Real Time Science Processing Algorithm for Live Fuel Moisture Content for MODIS Direct Readout System

Near Real Time Science Processing Algorithm for Live Fuel Moisture Content for MODIS Direct Readout System

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