Publication | Closed Access
Use of the First Derivative of Spectral Reflectance to Detect Mold on Tomatoes
12
Citations
5
References
1982
Year
Plant AnalysisEngineeringBotanyThe First DerivativeAgricultural EconomicsPlant PathologyRipeningOptical PropertiesSpectral ReflectanceReflectance ModelingHealth SciencesDetect MoldImaging SpectroscopySpectral ImagingFirst DerivativeFood QualityHyperspectral ImagingFood SafetyGray MoldSpectroscopyCrop ProtectionPhotoprotectionPlant Physiology
ABSTRACT THE first derivative of spectral reflectance of tomatoes was studied to see whether it can detect molds and sunscald damage on the fruit. The results indicate that a quality index based on the derivative values of reflec-tance at 590- and 710-nm wavelengths can be used to separate good tomates from those with black mold, gray mold, and sunscald.
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