Treffer: Classification of yellow rust of wheat from Sentinel-2 satellite imagery using deep learning artificial neural network.
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The yellow rust of wheat is a critical biotic stress causing the reduction in crop yield in different parts of the world. We hypothesized that identifying yellow rust from Sentinel-2 satellite imagery using a deep learning-based artificial neural network (ANN) classification model would be an efficient monitoring technique of the disease in the parts of Indian Punjab (Jalandhar/Kapurthala and Rupnagar). Six spectral indices (NDVI, NDWI, MCARI, Cl-Red Edge, NDMI, S2REP) were computed from the cloud-free Sentinel-2 data (9 February 2020 for Jalandhar/Kapurthala and 29 January 2020 for Rupnagar), and the random points were generated in disease and healthy wheat growing fields of the area. The pixel values of the spectral indices were extracted using the vector points, and this data was fed to a deep learning ANN classifier. The implementation of these models was performed in Python using Jupyter notebooks and standard python libraries like Keras, NumPy, and Pandas. The ANN model for classifications of yellow rust of wheat was different for both areas due to time differences of Sentinel-2, and the data of one area could not be classified using the trained model of the other area. The accuracy and F1 score were > 0.90 for both areas. These results suggest that Sentinel-2 data can be used to monitor the yellow rust of wheat. [ABSTRACT FROM AUTHOR]
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