Land cover and crop type mapping at national scale from multitemporal high resolution satellite data
Abstract
Accurate and regularly updated land cover and crop type maps are considered essential for several scientific communities as well as for public and regional authorities. Currently, satellite Earth Observation data are considered the main input for the production of such maps thanks to the high spatial and temporal coverage, systematic monitoring and access to inaccessible areas, they can offer. The last decade, open data policies have given free access to an unprecedented volume of high spatial, temporal and spectral resolution satellite data, bringing a revolution in research and operational applications. Nonetheless the seamless exploitation of such Big Data for the production of accurate and reliable maps requires the developmental of efficient, robust and cost-effective pre-processing, classification and mapping frameworks. Towards this end, in this dissertation the subject of land cover and crop type mapping using multitemporal multispectral satellite data of high spatial resolutio ...
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