Surveillance of Environmental Pollution and Resources by Electromagnetic Waves

I: Fundamentals.- Fundamental Behaviour of Biosystems in Connection to Surveillance of Environmental Pollution and Resources.- Fundamentals of Remote Sensing Methodology.- II: The Atmosphere.- Fundamentals of Atmospheric Spectroscopy.- Signal-to-Noise Ratio of Heterodyne Lidar Systems in the Presence of Atmospheric Turbulence.- Remote Measurements of Atmospheric Properties from Satellites.- Infrared Laser Automated Field Instrumentation for Monitoring of the Atmosphere.- Remote Sensing in the Atmosphere by Means of Fixed Frequency IR Laser.- Millimetre Remote Sensing of the Stratosphere and Mesosphere.- Active Heterodyne Spectrometry with an Airborne CO2 Laser System.- Holographic Real Time Seeing Through Moving Scattering Media.- Working Group: Probing of the Atmosphere.- III: The Earth's Surface; Land - Sea.- Scattering of Electromagnetic Waves from the Ocean.- The Radar Signature of Natural Surfaces and its Application in Active Microwave Remote Sensing.- Microwave Radiometry Applications to Remote Sensing.- Correction of Airborne IR-Scanner Data.- Laser - Induced Fluorescence Techniques for Sounding of the Hydrosphere.- Microwave Measurements Over Sea in the Netherlands.- Applications of Remote Sensing by Conventional Radars.- Ericsson Slar.- Working Group: Ocean Waves.- IV: Methods of Information Retrieval.- The Fourier Transform: Properties and Applications.- Pattern Recognition - With Special Emphasis on Image Processing.- Digital Analysis of Multi-Channel Radar Data at CCRS.- Experiences from Applying Aircraft and Satellite MSS-Data to Earth Resources Inventory Problems in Sweden.- Working Group: Signal Processing, Pattern Recognition and Image Processing.