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