Titlebook: Remote Sensing of Large Wildfires; in the European Medi Emilio Chuvieco Book 1999 Springer-Verlag Berlin Heidelberg 1999 Fernerkundung.GIS.

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complete, and an incomplete third one. Only the top quark remains to be discovered, and we will have three complete families. Toponium has not yet been discovered, so that the top quark must weigh more than 18 GeV. I have predicted that it weighs 20 GeV, and this prediction will be put to the test

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The role of fire in European Mediterranean ecosystems,face burnt in European Mediterranean areas has increased spectacularly. This increase is due to: (a) land-use changes (rural depopulation is increasing land abandonment and consequently, fuel accumulation); and (b) climatic warming (which is reducing fuel humidity and increasing fire risk and fire s

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Short-term fire risk: foliage moisture content estimation from satellite data,tent (FMC). Applications of low-resolution data, acquired by the Advanced Very High Resolution Radiometer (AVHRR) on board the NOAA satellites, as well those based on high-resolution data, are examined. Examples of FMC estimation on Mediterranean areas are also presented, both for AVHRR and Landsat-

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Meteorological fire danger indices and remote sensing,patial and temporal resolutions of the estimates are the themes of this chapter..In this framework the main physical processes and components embodied in some fire danger indices that are mostly concerned with remote sensing will be outlined, and the main meteorological fire danger rating methods ap

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Spectral characterisation and discrimination of burnt areas,Fire-induced reflectance changes are also compared for various ecosystems and biomes, and discussed in terms of the ecological effects of phytomass combustion. The spectral signatures of combustion products and of burnt areas are compared with those of various plant material and land cover types, in

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