Physical Models for Processing Hyperspectral Data

Detection and mapping of submerged aquatic vegetation (SAV) in shallow, turbid waters

Feasibility of extracting hydrographic and environmental information from sea surface measurements in optically turbid waters

Extracting Bottom Characteristics from SHOALS Data

Open International Curriculum: Remote Sensing Systems, Robotics and Risk Assessment for Humanitarian Demining and UXO Detection

Analysis of Hyperspectral Ocean Color Data

Efficient Analysis of LIDAR Waveforms

Remote Sensing Of Plant Stress Using Spectral Fluorescensce

Physical Models for Processing Hyperspectral Data

Remote Sensing of Concrete Properties

Monte Carlo investigation of the effect of bottom type on bathymetric lidar waveforms

Open International Curriculum: Remote Sensing Systems, Robotics and Risk Assessment for Huminitarian Demining and UXO Detection

An Explicit Model for Reflection from a Complex Surface

Analysis of Hyperspectral Coastal Ocean Color Data: Application to an Irradiance Model

Analysis of Hyperspectral Coastal Ocean Color Data: Application to an Irradiance Model

Climate Tectonic Dynamics of the Andean Mountain Belt

Remote Sensing of Plant Stress

Remote Sensing for Detection of Environmental Contaminants

Subpixel Target Detectability

Calibratin and Testing of Population Dynamics Models at Multiple Spatial Scales Using Remote Sensing