chapter 1 Polarization and Remote Sensing -- chapter 2 Photometry -- chapter 3 Polarization -- chapter 4 Stokes Parameters -- chapter 5 Instrumentation -- chapter 6 Data Acquisition and Storage -- chapter 7 Data Analysis -- chapter 8 Polarization and Surface Roughness -- chapter 9 Polarized Laser Retroreflectance -- chapter 10 Remote Sensing of Seismic Disturbances -- chapter 11 High-Resolution Space Shuttle Polarimetry for Farm Crop Classification -- chapter 12 Planetary Remote Sensing Atmospheres -- chapter 13 Effect of Aerosols on Optical Remotely Sensed Data -- chapter 14 Comparison Between Infrared Martian Disk Spectra and Optical Properties of Terrestrial Analogs -- chapter 15 The Interstellar Medium: Ultraviolet Complex Index of Refraction of Several Candidate Materials -- chapter 16 Anomalous Refractive Index of Submicrometer-Sized Particulates -- chapter 17 Ultraviolet Spectra of Organic Molecules and the Interstellar Medium -- chapter 18 Complex Index of Refraction of Bulk Solid Carbon Dioxide -- chapter 19 Star Environments -- chapter 20 Optical Properties of Continental Haze and Cumulus and Orographic Clouds Based on Space Shuttle Polarimetric Observations -- chapter 21 Volumetric Scattering and Absorption by Aerosols: Parametric Sensitivity in Mie Modeling and Comparisons to Observations -- chapter 22 Radiative Transfer Properties of the Sahara Region -- chapter 23 Meteorological Analysis of Chemical Exchange Events in the Arctic Basin -- chapter 24 Optical Enhancement of Aircraft Detection Using Polarization -- chapter 25 Detection of Vehicles and Personnel Using Polarization -- chapter 26 Optical Remote Sensing of the Sea: A Caribbean Example -- chapter 27 Physical Variation of Water Vapor and the Relation with Carbon Dioxide -- chapter 28 Oil Spill Analysis -- chapter 29 Infrared Optical Constants of Sahara Sand, Volcanic Ash, and Water-Soluble Aerosols -- chapter 30 Optical Properties of Standard Aerosols -- chapter 31 Polarization Modeling Using MODTRAN 3.7.