Spatiotemporal Modeling to Change the Use of Agricultural Land in Al-Sharqat District
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Abstract
The study of maps occupies a prominent place in geography and other sciences because it provides broad and accurate capabilities in displaying, analysing, connection, interpretation, and data processing, as it is successful in terms of accuracy and analysis. Cartographic methods have become an effective means of expressing ideas and relationships that occur in space.
Studying the change in agricultural land use and monitoring it using GIS technology and representing it with map models is one of the latest technologies used geographically at the global level. In order to study the changes that occurred in the agricultural land carriers in Sharqat District, one of the districts of Salah al-Din Governorate, the district is located north of the governorate, and the Tigris River passes through it and divides it into two parts. The district includes sixty-three suburbs. In line with the technical development of contemporary geography, the researcher used three satellite images, one of which is the OIL sensor of the American satellite (5) Landsat for the year 2000 for the winter and summer seasons, the other is the OIL sensor of the American satellite (5) Landsat for the year 2010 for the winter and summer seasons, and the other is the OIL sensor of the American satellite (9 Landsat) for the year 2022 for the two seasons winter and summer.
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