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National Scale Land Cover Classification and Monitoring System


               (Sertel  et  al.,  2018).  For  our  country,  which  is  one  of  the  39  member
            countries of  the program, maps were manually produced by the Turkish
            Statistical Institute (TURKSTAT) in 2000, by the Ministry of Food, Agriculture
            and Livestock in 2006, and for the years 2012 and 2018, by the Ministry of
            Agriculture and Forestry of the Republic of Turkey, and subsequently shared
            with  the  European  Environment  Agency  and  added  to  the  European  land
            cover maps (URL-3).  Through the collaboration of Ministry of Environment,
            Urbanization and Ministry of National Defense, as of 2024, the the CORINE
            maps will be created by the General Directorate of Mapping.
               There are important points to consider while using global-scale land cover
            maps in local studies.  The accuracy of the map created may be sufficient in
            global-scale practices, but insufficient in local -scale ones.   Moreover, it is
            important to use global-scale maps in multi-purpose land (such as agriculture
            and forestry) with heterogenous structure and varying in topography (Aryal
            et al., 2023). As for our country, the land cover has variable topography over
            short  distances  and  a  heterogenous  structure.    When  the  existing  global-
            scale land cover maps are to be used, they are insufficient as they do not
            match our country’s land cover classes, their resolutions, and update periods.
            For these reasons, there seems to be a lack of a sytem that will produce and
            monitor a comprehensive land cover map at a national scale with land cover
            classifications specific to our country.
               This study aims to produce a national-scale land cover map to bridge this
            gap. To this end, the National Land Cover Classification and Monitoring System
            (UASIS) project was initiated in 2018 with a feasibility study, in collaboration
            with the General Directorate of Combating Desertification and Erosion and
            the  Informatics  and  Information  Security  Advanced  Technologies  Research
            Center of the Scientific and Technological Research Council of Turkey (TÜBİTAK
            BİLGEM). The UASIS project aims to establish an open-source national system
            that can semi-automatically produce and monitor the land cover classes specific
            to our country at a national scale through the use of artificial intelligence and
            machine learning technologies, and monitor the national land cover at regular
            intervals. The technical information summary of what has become UASIS today
            in line with the intended goal, is shown in Table 1.
















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