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Maffei, C. (author), Alfieri, S.M. (author), Menenti, M. (author)The objective of the present research was the characterisation of fire hazard using temporal sequences of land surface temperature (LST) derived from Terra-MODIS measurements. The investigation was based on a complete sequence of MODIS LST data from 2000 to 2006 on Campania (Italy) and on a dataset of fires officially recorded in the area in the...conference paper 2012
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Maffei, C. (author), Alfieri, S.M. (author), Menenti, M. (author)The objective of the present research was the characterisation of fire hazard using temporal sequences of land surface temperature (LST) derived from Terra-MODIS measurements. The investigation was based on a complete sequence of MODIS LST data from 2000 to 2006 on Campania (Italy) and on a data set of fires officially recorded in the area in...journal article 2013
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- Maffei, C. (author), Menenti, M. (author) conference paper 2013
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Maffei, C. (author), Alfieri, S.M. (author), Menenti, M. (author)Vegetation moisture and temperature are the most variable factors determining fire hazard. Prolonged heat and absence of rainfall drive vegetation into water stress conditions; this leads to an increase (anomaly) of vegetation temperature that can be recorded by remote sensing instruments. Since stressed vegetation is more prone to fire, there...conference paper 2013
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Maffei, C. (author), Menenti, M. (author)Various factors contribute to forest fire hazard, and among them vegetation moisture is the one that dictates susceptibility to fire ignition and propagation. The scientific community has developed a number of spectral indexes based on remote sensing measurements in the optical domain for the assessment of vegetation equivalent water thickness ...conference paper 2013
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Maffei, C. (author), Menenti, M. (author)Various factors contribute to forest fire hazard, and among them vegetation moisture is the one that dictates susceptibility to fire ignition and propagation. The scientific community has developed a number of spectral indices based on remote sensing measurements in the optical domain for the assessment of vegetation equivalent water thickness ...journal article 2014
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- Maffei, C. (author), Maselli, F. (author), Menenti, M. (author) conference paper 2014
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- Maffei, C. (author), Alfieri, S.M. (author), Menenti, M. (author) conference paper 2014