USING MULTI TEMPORAL REMOTE SENSING DATA FOR MONITORING LAND USE LAND COVER CHANGES IN EL ALAMEIN AREA, THE NORTH WESTERN COAST OF EGYPT | ||||
| Journal of Agricultural and Environmental Sciences | ||||
| Volume 22, Issue 2, August 2023, Page 1-28 PDF (1.67 MB) | ||||
| Document Type: Review articles | ||||
| DOI: 10.21608/jaesj.2023.207376.1084 | ||||
 View on SCiNiTO | ||||
| Authors | ||||
Emad Fawzy Abdelaty; Ahmed Fayed  ; Ahmed Harb Rabia
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| Natural Resources and agricultural Engineering, Faculty of Agriculture. Damanhour University, ElBeheira, Egypt. | ||||
| Abstract | ||||
| The change detection of land use land cover provides decision makers with essential information to environmental management. This study aims to assess the changes of different land use land cover classes for the Northwest coast of Egypt during the period from 2003 to 2022 using remote sensing and GIS techniques. For this purpose, two ASTER images (2003 and 2010) and two sentinal-2 images (2016 and 2022) were downloaded and used. The visual interpretation classification method was used in ArcGIS software for images classification. Ground check of image classification was elaborated by Google earth and field observations. The results indicated that the elevation ranges from zero to 151 m Above Sea Level, most of the studied area lied in the flat sloping class. The area had no dominant aspect class. The changes of land cover use, 2003 to 2022, reflected by a steady increase of agricultural and urban areas vs a continuous decrease in bare soil and carbonate rocks. The agricultural soil increased from 2.32% (1494.87 ha) to 47.47% (30616.72 ha), whereas urban areas increased from 3.45% (2223.07 ha) to 6.12% (3946.07 ha), also salt marshes increased from 0.44% (238.11 ha) to 0.74% (477.41 ha). This increase was on the count of bare soil decreasing by 51.50% and carbonate rocks by 0.76. As for, greenhouses class was not found in the study area until 2016, but it appeared in 2022 as a new project of land reclamation (2662.89 ha). The overall accuracy evaluation was 80% for land use land cover map in 2022. Mapping of the land use land cover changes can be used to help the decision makers for urban planning and environmental management in the study area. | ||||
| Keywords | ||||
| Land use land cover; change detection; Remote sensing; GIS; Egypt | ||||
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