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Projects |
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Current Projects |
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(PI) Xiao-Hai Yan NASA |
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Altimetry Studies of Deep Water Convection in North Atlantic Ocean (PI) Xiao-Hai Yan NASA |
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The Remote Sensing Component for the DE Coastal Ocean Observing System: A Gap to be Filled (PI) Xiao-Hai Yan NOAA—SEA GRANT |
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Building a Real-time Satellite Receiving Station at the University of Delaware Information coming up... NOAA |
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Remote Sensing Studies of Delaware Bay and Coastal Ocean Presidential Faculty Fellow Research Fund for Dr. Yan Remote Sensing Studies for Coastal Ocean Dynamics U.S. SAR Science Team Upper Ocean Dynamics South China Sea Dynamics Remote Sensing and Model Studies of Dynamics in South China Sea Internal waves Studies Delaware Bay and Coastal Ocean Studies Remote Sensing Techniques for Monitoring Habitat Changes in the NERRS. GIS and Remote Sensing in Coastal Zone Management. Biomass Sensing Techniques for Monitoring Wetland Habitat Changes. Coastal Land Cover Classification System for Remote Sensors. Studies of Fresh Water Springs in the Persian Gulf. Predictive Modeling of Prehistoric Archeological Sites in Delaware. Oil Slick Drift and Capture by Fronts in Delaware Bay. Tracking and Predicting the Dispersion of Ocean-dumped Waste. Mangrove Losses in Ecuador due to Shrimp Pond Construction. Pollutant Run-off and Dispersion in the Gulf of Nicoya, Costa Rica. Variability of Atmosphere Wind Forcing and Ocean Response: a Multi-sensor and Numerical Study. Land Cover and Wetland Vegetation Classification of the Milford Neck Wildlife Area. |
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NSF NSF NOAA NOAA NASA NASA ONR ONR NOAA - Sea Grant NOAA NOAA NOAA NOAA Abu Dhabi DELDOT NASA EPA EPA Tinker Foundation NASA DNREC |
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| 215 Robinson Hall, Newark, DE 19716, Phone: (302)831-4697 | Home | Contact Us | |
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Collaborative Research on Ocean and Climate Changes (PI) Xiao-Hai Yan NASA—JPL |
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Remote Sensing Infrastructure Research (PI) Xiao-Hai Yan NASA—SPACE GRANT |
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Mid-Atlantic Regional Coastal Ocean Observing System (MARCOOS) MARCOOS is a NOAA funded effort with 30 Principal Investigators from 20 academic, governmental and private institutions across the region. Dr. Matthew Oliver participates in MARCOOS to develop and provide satellite based ecological decision tools for end-users of the observatory. NOAA |
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Bioinformatic Classification of Global Ocean Biomes Dr. Matthew Oliver is collaborating with Mt. Allison University and Rutgers University in a three-year NASA funded effort to objectively map and detect changes in large ocean ecosystems. NASA |
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3-D Mapping of Ocean Water Masses and Biomes (PI) Matthew Oliver To integrate an advanced satellite-based bioinformatic water mass and biome classification algorithm with high resolution subsurface glider AUV and ARGO data to produce 3-D visualizations of water masses and biomes for global biome characterization and regional water mass characterization. NASA |
