Articles
Variation in fruit quality in HTSP-5 green bell pepper grown under different photo-selective nets
Article number
1123_9
Pages
61 – 68
Language
English
Abstract
Green sweet pepper is rich in antioxidants, phenolic compounds and mineral elements.
Levels of bioactive compounds in green peppers can be influenced by growing conditions.
In the present study, the responses of fruit quality parameters, including ascorbic acid content, in green pepper cultivar HTSP-5 were evaluated under photo-selective nets (yellow, red, and pearl with 40% shading) and a commercially used black net (control) with 25% shading.
Significant differences in climatic parameters (PAR, temperature and RH) were obtained between photo-selective nets and the commercial black net.
Pepper plants grown under pearl nets had higher fruit mass and firmness at harvest than the black net.
Soluble solids concentration was lowest in fruits produced under the black nets.
The colour values L*, chroma*, a*, h° of fruits produced under the black nets indicated that the fruits were slightly more mature (lighter green) than fruits produced under the pearl nets (darker green).
Levels of bioactive compounds in green peppers can be influenced by growing conditions.
In the present study, the responses of fruit quality parameters, including ascorbic acid content, in green pepper cultivar HTSP-5 were evaluated under photo-selective nets (yellow, red, and pearl with 40% shading) and a commercially used black net (control) with 25% shading.
Significant differences in climatic parameters (PAR, temperature and RH) were obtained between photo-selective nets and the commercial black net.
Pepper plants grown under pearl nets had higher fruit mass and firmness at harvest than the black net.
Soluble solids concentration was lowest in fruits produced under the black nets.
The colour values L*, chroma*, a*, h° of fruits produced under the black nets indicated that the fruits were slightly more mature (lighter green) than fruits produced under the pearl nets (darker green).
Authors
N.M. Mashabela, D. Sivakumar, P. Soundy
Keywords
ascorbic acid, fruit quality, marketable yield, PAR, sweet pepper
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