Moreover, in order to better understand the reasons of emission
variability, several thematic layers concerning both anthropogenic
and natural features were uploaded and analysed: i.e. administrative
boundaries, urban areas, road networks, main point sources of
emission, CORINE land cover (EEA, 2007), Digital Terrain Model
derived from SRTM (Shuttle Radar Topography Mission) data with
90 m spatial resolution (Hensley et al., 2000), main hydrography
Moreover, in order to better understand the reasons of emissionvariability, several thematic layers concerning both anthropogenicand natural features were uploaded and analysed: i.e. administrativeboundaries, urban areas, road networks, main point sources ofemission, CORINE land cover (EEA, 2007), Digital Terrain Modelderived from SRTM (Shuttle Radar Topography Mission) data with90 m spatial resolution (Hensley et al., 2000), main hydrography
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