Genotypic response of mango yield to persistence of paclobutrazol in soil

VK Singh, AK Bhattacherjee - Scientia Horticulturae, 2005 - Elsevier
Scientia Horticulturae, 2005Elsevier
Persistence of paclobutrazol and its subsequent impact on the yield of different commercial
cultivars of mango, viz. Chausa, Dashehari and Langra have been studied. Results based
on 2-year averages indicate that trees treated with 6ga. i./tree of paclobutrazol recorded
maximum yield in Chausa and Langra, whereas only 4ga. i./tree was most effective in
Dashehari. The application of paclobutrazol, at half the above doses, was effective in
inducing flowering as well as fruiting in the third year, but only in cv. Dashehari; still …
Persistence of paclobutrazol and its subsequent impact on the yield of different commercial cultivars of mango, viz. Chausa, Dashehari and Langra have been studied. Results based on 2-year averages indicate that trees treated with 6ga.i./tree of paclobutrazol recorded maximum yield in Chausa and Langra, whereas only 4ga.i./tree was most effective in Dashehari. The application of paclobutrazol, at half the above doses, was effective in inducing flowering as well as fruiting in the third year, but only in cv. Dashehari; still substantially higher yields (47.30kg/tree) were recorded over control (26.20kg/tree), but not so in cvs. Chausa and Langra. The trees which were not given paclobutrazol treatment in the third year showed residual effect only in cv. Dashehari, while cvs. Chausa and Langra did not show any residual response. The paclobutrazol residue in the soil collected during the third year from the root zone of trees was in the range of 0.4898–1.0005μg/g by gas–liquid chromatography.
Elsevier
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