Forecasting of Hypoallergenic Wheat Productivity Based on Unmanned Aerial Vehicles Remote Sensing Approach—Case Study

Remote sensing methods based on UAV and hand-held devices as well have been used to assess the response nitrogen sulfur fertilization of hypoallergenic genotypes winter wheat. The field experiment was conducted using split-split-plot design with three repetitions. first factor two wheat specified V1 (without allergic protein) V2 (with protein), second doses fertilization: 0, 20 40 kg S per ha. third consisted six 40, 60, 80, 100 120 N·ha−1. Monitoring values indicators depending level allowed results be in yield forecasting, assessment plant condition, LAI value, nutritional status cultivation maximum should expected at 94 101 N ha−1 for V2, respectively, giving yields 5.39 4.71 Mg ha−1. On basis tested vegetation indices, highest applied normalized difference RedEdge (NDRE), lowest ones enhanced index (EVI), and, latter case, a reduction more than 200 genotype taken into account.