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. The present study is an evidence that depicts the degradation of agricultural yield in terms of soil nutrient (NH4, NO3, NO2) deficit over 35 years (1979–2014) due to river sedimentation process within a small-scale basin. Literatures showed a significant decline in amount of nutrients from croplands in each year. In best of our knowledge, no such studies till date have examined small river basin environment to understand this inverse relationship between sedimentation process and soil nutrient loss using open source earth observation (EO) data and hydrological modelling at Indian context. SWAT model was applied to evaluate the basin hydrology and sedimentation process and associated soil nutrient conditions over time using historical flow and long-term meteorological data. Simulated sediment import and export significantly correlates (p

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

DETERIORATION OF AGRICULTURAL YIELD OVER 35 YEARS: EVIDENCE FROM SIMULATED SEDIMENT EXPORT AND NUTRIENT DISCHARGE DATA WITHIN MICRO ENVIRONMENT