Titlebook: Geospatial and Soft Computing Techniques; Proceedings of 26th P. V. Timbadiya,P. L. Patel,A. B. Mirajkar Conference proceedings 2023 The E

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Application of GIS and RS for Morphometric and Hypsometric Analysis of Pargaon Watershed: A Case St density, categorizing the research area as coarse drainage texture. The hypsometric integral is 0.42, and the hypsometric curve is concave and convex, indicating that the Paragon watershed is fully developed.

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Drought Monitoring Using Satellite Soil Moisture Data Over Godavari Basin, India, dataset, which is extremely useful in agricultural drought monitoring. In this study, temporal evolution of drought status is assessed for the Godavari basin in India, through two drought indices, namely Soil Water Deficit Index (SWDI) and Soil Moisture Deficit Index (SMDI) during 2015–2020. The SW

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Water Quality Estimation Using Remote Sensing Technique: A Case Study of Bhadra Reservoir, Karnatakter bodies is highly important. The remote sensing data is important for effective monitoring that covers a large area. In recent decades, chlorophyll-a (as a proxy) has been a significant indicator of nutrient contamination and also indicates the qualitative status of the water bodies. Besides, the

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Application of GIS and RS for Morphometric and Hypsometric Analysis of Pargaon Watershed: A Case St morphometric analysis to comprehend the hydrological process and a hypsometric analysis for the catchment to expose the stages of geomorphic evolution. The study’s approach included the use of digitized toposheets, georeferencing, and ArcGIS software. Knowing the type of the watershed yields morpho

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,Hypsometric Analysis of Brahmani–Baitarani Basin Using ArcGIS,to measure and represent the form of a watershed and its evolution. Hypsometric analysis is useful for understanding the stages of geomorphic development of the watershed under consideration. Elevation, relief ratio method was also used for calculation of hypsometric integral values. In this study,

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Climate Change Impact and Adaptive Measures for Green Cover Assessment at District Level,ecause it significantly improves the ecological quality of metropolitan areas. It improves air quality, urban health, biodiversity conservation, noise reduction and so on. One of the most negative effects of urbanization is the loss of vegetation cover. As a result, proper distribution of green spac