Natural Hazards: Monitoring and Assessment Using Remote Sensing Technique

Aerospace technology and natural disaster reduction, H.Th. Verstappen; remote sensing of volcanoes and their role in the global climate change, G.P. Gregori; use of satellites to detect seismo-electromagnetic effects, M. Parrot; application of remote sensing data in earthquake monitoring, D. Massonnet; morphoneotectonic photointerpretation support for seismic hazard, A. Cavallin and M. Marchetti; problems of mountain hazard mapping using spaceborne remote sensing techniques, M.F. Buchroithner; SAR integrated techniques for geohazard assessment, V. Singhroy; small satellite constellations for disaster detection and monitoring, H. Iglseder et al; satellite remote sensing data on industrial hazards, J.R. Givri; application of vegetation index and brightness temperature for drought detection, F.N. Kogan; monitoring of oil spills using airborne and spaceborne sensors, K.P. Singh; delineation of large fire damage areas in boreal forests using NOAA AVHRR measurements, G. Gutman et al; mapping of forest fire damages using imaging spectroscopy, C. Olbert et al; features of frost-affected areas from digital METEOSAT IR images, N.R. Dalezios and E.E. Lavrediadou; anomalous global plasma structures as seismoionospheric precursors, V.N. Oraevsky et al; high energy particle flux variations as earthquake predictors, A.M. Galper et al; FTIR-spectroscopy from space - the MIRIAM mission, R. Furrer et al; ionospheric structures of anthropogeneous origin by radio-tomographic diagnostic, V.N. Oraevsky et al; many-functional dosimeter for monitoring and measuring of radiation in space and ecology research, S.V. Elizarov et al; the subauroral events generated by rocket launching, V.N. Oraevsky et al; signature of atomic station at lower ionosphere as plasma anomalies of Es layer, Yu.Ya. Ruzhin et al.