2013•Annals of Plant Protection SciencesRequires access

Effect of salicylic acid, calcium and boron on gray mould rot (Botrytis cinerea Pers.:Fr.) of Strawberry

Hare Krishna, Brij Lal Attri, Akhilesh Kumar, S. K. Maheshwari

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Abstract

Treatment with mineral nutrients like calcium, boron and bio-regulator, salicylic acid was observed to delay fruit senescence and fungal decay of strawberry. Among the different postharvest treatments, application of salicylic acid @ 400 mgl−1 was found the most suitable in respect of increased soluble solid content and overall fruit quality and decreased fruit infection, followed by Ca-EDTA @ 1000mgl−1 and boric acid @ 0.2%. While the maximum fruit decay was noted in untreated control. Salicylic acid, a natural and safe phenolic compound, may be considered for its wide application in controlling postharvest losses of strawberry fruits.

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What this paper is about

Treatment with mineral nutrients like calcium, boron and bio-regulator, salicylic acid was observed to delay fruit senescence and fungal decay of strawberry. Among the different postharvest treatments, application of salicylic acid @ 400 mgl−1 was found the most suitable in respect of increased soluble solid content and overall fruit quality and decreased fruit infection, followed by Ca-EDTA @ 1000mgl−1 and boric acid @ 0.2%. While the maximum fruit decay was noted in untreated control. Salicylic acid, a natural and safe phenolic compound, may be considered for its wide application in controlling postharvest losses of strawberry fruits.

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Available abstract

Treatment with mineral nutrients like calcium, boron and bio-regulator, salicylic acid was observed to delay fruit senescence and fungal decay of strawberry. Among the different postharvest treatments, application of salicylic acid @ 400 mgl−1 was found the most suitable in respect of increased soluble solid content and overall fruit quality and decreased fruit infection, followed by Ca-EDTA @ 1000mgl−1 and boric acid @ 0.2%. While the maximum fruit decay was noted in untreated control. Salicylic acid, a natural and safe phenolic compound, may be considered for its wide application in controlling postharvest losses of strawberry fruits.

Key concepts: Salicylic acid, Botrytis cinerea, Postharvest, Boric acid, Horticulture, Boron, Calcium, Chemistry

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