Fruits are important agricultural products in the current society. The demands for high-quality
fruits have promoted the development of various nondestructive firmness evaluation …

This study examined the non-destructive assessment of chilling injury in Actinidia chinensis
var. chinensis 'Zesy002'kiwifruit by means of visible–near infrared interactance …

During recent years, portable plant phenoty** instruments have become increasingly
important to monitor conditions of plant health non-destructively in the greenhouse and field …

This chapter is devoted to a review of optical techniques to measure the firmness of fresh
produce. Emphasis is placed on the techniques that have a potential for online high-speed …

To facilitate the design of an optical system for detecting internal rot in onions, the light
propagation properties in healthy and rotten onions were studied in the 700 to 1000 nm …

This study presents the development of a spatially resolved transmittance system for
detecting internal rots in onions, particularly small and localised rots. A two-wavelength …

As a physiological disorder, chilling injury in kiwifruit may develop when the fruit are stored
for long periods at a low storage temperature of 0–1° C. Presence of the disorder …

Multi-wavelength light transport simulations of individual brown onions have been validated
in the wavelength range 710–850 nm by comparing the simulations with experimental …