The invention relates to computer technology and can be used for processing the information for efficient resource management and environmental and used for monitoring the fertility status of soils.; The technical result is achieved in that the geoinformation system including a block data input module adjusting them (BVD), storage unit and storage data (BNHD), a data processing unit (AML), the block forming solutions (BDF), the block information reproducing (BVI) . BNHD includes two modules - raster information storage unit (MHR) including submodules storage space images and raster maps and vector information storage unit (MXB) including submodules accumulation vector maps, statistical indicators of attribute data. Sub-module attribute data includes information on soil fertility, namely the humus content, crop rotation, cropping patterns. AML processing module comprises satellite images (MOX), the map information processing unit (Moka) and statistics calculation module (IRCT). BDF consists of a synthesis module index (SMEs) and the assignment of the module index U (IIP). Communication between the units, modules and submodules provide a timely information on environmental condition of land, allowing you to take the administrative and operational management decisions in terms of land use and protection. 1 ab. n. f-ly, 6 Fig.
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