2016 · 56 citations · 8 references
ComputingGeoinformaticsPrecision AgricultureCrop SensingRemote SensingSensor FusionCrop ClassificationLand Cover ClassificationRemote Sensing Image AnalysisRemote Sensing ImageryRemote Sensing IntegrationVegetation MonitoringArea EstimationDrone ImagingPrecision Agriculture ApplicationsPrecision Agriculture MonitoringPrecision Agriculture SystemsRemote Sensing Crop ClassificationSatellite Data IntegrationSatellite-based Agronomic Monitoring
In recent years, there is a strong need for large scale precision agriculture monitoring for improved productivity to meet the demands of growing population. At large scale, monitoring of agriculture precisely is a challenging task. Therefore, in this paper, a methodology has been proposed for precision agriculture monitoring i.e., to classify vegetation into sparse and dense vegetation classes by employing fusion of freely available satellite data (Landsat 8) and drone imagery. The methodology is able to successfully classify vegetation into the two classes and the results are verified with the help of drone image both visually, and quantitatively in the form of area estimation.
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Future Directions of Precision Agriculture
Alex B. McBratney, Brett Whelan, Tihomir Ancev et al. · Precision Agriculture · 2005 · 820 citations
Agriculture, Agricultural Engineering, Precision Agriculture +13