The present study examines the spatial variation of soil profile characteristics and their implications for agricultural and agro-industrial potential in the Purulia–Bankura region using Geographical Information System (GIS) techniques. The scope of the research includes the integration of soil texture, nutrient status, organic matter, and land capability data with spatial layers to identify productivity and suitability zones. GIS-based analysis reveals marked spatial heterogeneity in soil properties, significantly influencing crop productivity and land-use potential (FAO, 2006; Burrough & McDonnell, 2015). The findings indicate that areas with favourable soil depth, moderate texture, and higher organic content correspond to higher agricultural output and better agro-industrial suitability (Brady & Weil, 2017; USDA, 2014). The study further demonstrates that GIS-supported soil evaluation improves decision-making accuracy over conventional methods (Longley et al., 2015). Recommendations for further research include the incorporation of temporal soil moisture data, climate variables, and remote sensing-based crop yield models to enhance predictive precision and sustainable regional planning (Mandal et al., 2018).
Soil Profile, GIS Analysis, Agricultural Productivity, Agro-Industrial Potential, Purulia–Bankura Region
. Geoinformational Overview of Soil-Profile Analysis and Agro-Industrial Perspective of the Purulia–Bankura Sector, West Bengal. Indian Journal of Modern Research and Reviews. 2025; 3(12):20-29
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