Ahmadi Sani, N., solaimani, K., Razaghnia, L. (2018). Detecting Spatial-Temporal Changes in Land Use Using Satellite Data in Haraz Basin. Journal of Radar and Optic Remote Sensing, 1(1), 68-82.
Nser Ahmadi Sani; Karim solaimani; lida Razaghnia. "Detecting Spatial-Temporal Changes in Land Use Using Satellite Data in Haraz Basin". Journal of Radar and Optic Remote Sensing, 1, 1, 2018, 68-82.
Ahmadi Sani, N., solaimani, K., Razaghnia, L. (2018). 'Detecting Spatial-Temporal Changes in Land Use Using Satellite Data in Haraz Basin', Journal of Radar and Optic Remote Sensing, 1(1), pp. 68-82.
Ahmadi Sani, N., solaimani, K., Razaghnia, L. Detecting Spatial-Temporal Changes in Land Use Using Satellite Data in Haraz Basin. Journal of Radar and Optic Remote Sensing, 2018; 1(1): 68-82.
Detecting Spatial-Temporal Changes in Land Use Using Satellite Data in Haraz Basin
1Assistant Professor, Faculty of Agriculture and Natural Resources, Mahabad Branch, Islamic Azad University,Mahabad, Iran.
2Professor, Department of Watershed Management, Sari university, Iran.
3MSc. of Watershed Management, Department of Watershed Management, Haraz University, Iran
Abstract
In recent decades, rapid and incorrect changes in land use have been associated with consequences such as natural resources degradation and environmental pollution. Detecting land use changes is a suitable technique for natural resource management. The goal of this research is to study the land use change in Haraz Basin with an area of 677000 hectares in 15 years (1996 & 2011) using Landsat data. After making the necessary corrections and preparing the indices, the image classification into nine classes was by supervised classification and Maximum Likelihood algorithm. Finally, the changes were extracted by Post classification comparison. The results showed that during the 15 years there was a 27.5% change in land use of the area. These changes are related to conversion of rangelands to bare lands and dry farming ones; and also converting the dense forest to sparse forest, horticulture, farming lands, and residential areas. These changes can be due to an increase in population and human activities, which result in increasing demands for natural sources and converting them into farming lands, horticulture, residential and industrial areas. These land use changes along with climate changes are an alarm for the Haraz Basin status in the future.
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