Assessment of Land use/Land Cover Changes Using Geospatial technique at Osian-Mandore, Jodhpur (Rajasthan)

Basudeb Roy, Shruti Kanga and Suraj Kumar Singh

International Journal of Scientific Research in Computer Science, Engineering and Information Technology, 2017, vol. 2, issue 5, 73-81

Abstract: Land use/ land cover change detection technique is extremely useful segment in understanding the connections of the human exercises of condition and along these lines, it is important to screen the progressions. Quick, uncontrolled, and unlawful urbanization joined by inadequate foundation has caused debasement of timberlands and fruitless terrains in the area. The study performed clearly depict that the information accumulated and handled in this investigation will give a premise to future feasible urban arranging and administration exercises. In this paper, arrive utilize change progression were examined by the consolidated utilization of satellite remote detecting and geological data frameworks (GIS). We grouped images into six land-utilize sorts: cropland, forestland, field, water, urban as well as developed land, and fruitless land. The outcomes demonstrate the huge lessening in desolate land was for the most part because of transformation to grassland. Cropland expanded related with changes from prairie and fruitless land. The scene has turned out to be more ceaseless, clustered and more homogeneous. The investigation shows that the reconciliation of satellite remote detecting and GIS was a powerful approach for breaking down the course, rate and spatial example of land-utilize change. The fast industrialization and urbanization of a region require snappy readiness of real land utilize/arrive cover (LU/LC) maps keeping in mind the end goal to recognize and maintain a strategic distance from abuse and harm of the scene past reasonable advancement limits. Remote detecting innovation fits well for long haul checking and appraisal of such impacts. The goal of this examination was to identify arrive utilize/arrive cover changes, and to evaluate the idea of future change following development of the global waterfront street which crosses the investigation region.

Keywords: Land use; Land cover; Satellite imagery; Remote sensing; Image classification (search for similar items in EconPapers)
Date: 2017
Note: Article URL: https://ijsrcseit.com/CSEIT17258
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