Yapay Zeka Hızlı Bakış & Çıkarımlar
AI InsightAs a result, this study shows that NIRS is possibly a fast and efficient method to determine the quality parameters of durum wheat, and can be used for the determination of wheat quality from beginning to the last stage of plant breeding process successfully, in order to supply customer with products in desired quality characteristics.
📌 3 Maddede Bu Makale
Abstract
The aim of this study was to determine the durum wheat quality parameters using Near-Infrared Spectroscopy (NIRS) at early stages. In this study, Foss NIRSystem XDS was used. Durum wheat types at late stages which were subject to adaptation and plant breeding from test field of East Mediterranean Agricultural Research Institute and some standard varieties were used. In order to determine the reference values needed to construct calibration in NIRS analysis, durum wheat samples were analyzed by classical analysis methods. Moisture, gluten, protein and starch contents, hectoliter weight, and zeleny sedimentation values were therefore determined. Coefficients of determination (RSQ) between classical analysis results and values predicted by NIRS were calculated as follows: for moisture content 0.816, for hectoliter weight 0.906, for gluten content 0.972, for protein content 0.975, for starch content 0.929 and for zeleny sedimentation values 0.968. As a result, this study shows that NIRS is possibly a fast and efficient method to determine the quality parameters of durum wheat, and can be used for the determination of wheat quality from beginning to the last stage of plant breeding process successfully, in order to supply customer with products in desired quality characteristics.