2020International Journal of Chemical StudiesOpen access

Characterization of landform in Bastar plateau using high resolution ALOS-DEM data

GP Ayam, G. P. Obi Reddy, Nirmal Kumar, S. K. Singh, KK Sahu, GK Shrivastava, RR Saxena, BL Deshmukh

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Abstract

In the study, an attempt has been made to delineate the landforms of Goriyabahar Nala watershed in hot sub-humid ecological sub-regions (ESR) of Bastar Plateau, Chhattisgarh. To achieve the objectives of the study, freely available open source high resolution satellite data viz. 12.5 m ALOS-DEM (Digital Elevation Model) were utilized. ALOS-DEM was analyzed to extract terrain parameters like elevation, contour, slope, hillshade, drainage, etc. and was visually interpreted. Based on the contour lines at 5 m intervals, seven major landforms were identified, namely subdued hills, undulating uplands, undulating midlands, undulating lowlands, upper valley, narrow valley and alluvial plains. The study manifest that the high resolution satellite data viz. ALOS-DEM will be of immense help in delineation of distinct landforms.

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In the study, an attempt has been made to delineate the landforms of Goriyabahar Nala watershed in hot sub-humid ecological sub-regions (ESR) of Bastar Plateau, Chhattisgarh. To achieve the objectives of the study, freely available open source high resolution satellite data viz. 12.5 m ALOS-DEM (Digital Elevation Model) were utilized. ALOS-DEM was analyzed to extract terrain parameters like elevation, contour, slope, hillshade, drainage, etc. and was visually interpreted. Based on the contour lines at 5 m intervals, seven major landforms were identified, namely subdued hills, undulating uplands, undulating midlands, undulating lowlands, upper valley, narrow valley and alluvial plains. The study manifest that the high resolution satellite data viz. ALOS-DEM will be of immense help in delineation of distinct landforms.

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Available abstract

In the study, an attempt has been made to delineate the landforms of Goriyabahar Nala watershed in hot sub-humid ecological sub-regions (ESR) of Bastar Plateau, Chhattisgarh. To achieve the objectives of the study, freely available open source high resolution satellite data viz. 12.5 m ALOS-DEM (Digital Elevation Model) were utilized. ALOS-DEM was analyzed to extract terrain parameters like elevation, contour, slope, hillshade, drainage, etc. and was visually interpreted. Based on the contour lines at 5 m intervals, seven major landforms were identified, namely subdued hills, undulating uplands, undulating midlands, undulating lowlands, upper valley, narrow valley and alluvial plains. The study manifest that the high resolution satellite data viz. ALOS-DEM will be of immense help in delineation of distinct landforms.

Key concepts: Landform, Digital elevation model, Plateau (mathematics), Geology, Elevation (ballistics), Alluvial fan, Watershed, Terrain

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