Articles
Phytotoxic response of the traditional grapevine cultivar ‘Bolgar’ to the herbicide Lumax 538 SC and its overcoming
Article number
1259_20
Pages
121 – 126
Language
English
Abstract
The trial was carried out in the period 2015-2016 at the Institute of Viticulture and Enology, Pleven during the production of vine propagation material.
The traditionally grown cultivar Bolgar (Vitis vinifera) in the Balkan Peninsula revealed an increased susceptibility to the herbicide Lumax 538 SC (375 g L‑1 s-metolachlor + 125 g L‑1 terbuthylazine + 337.5 g L‑1 mesotrione). The leaves were sprayed three times with Atonic Growth Stimulator at a dose of 0.6 L ha‑1 for enhancing the overcoming of the phytotoxic effect during the vegetation.
The treatment resulted in an increase in the quantity and quality of the obtained propagation material.
The yield of standard rooted vines went up on the average by 19.9%. The mature growth of the vines at the end of the vegetation season had longer length and mass compared to the yield from the plots not treated with the stimulator.
The application of Atonic increased the shoots diameter and enhanced the formation of a great number of roots with a thickness of over 2 mm.
The traditionally grown cultivar Bolgar (Vitis vinifera) in the Balkan Peninsula revealed an increased susceptibility to the herbicide Lumax 538 SC (375 g L‑1 s-metolachlor + 125 g L‑1 terbuthylazine + 337.5 g L‑1 mesotrione). The leaves were sprayed three times with Atonic Growth Stimulator at a dose of 0.6 L ha‑1 for enhancing the overcoming of the phytotoxic effect during the vegetation.
The treatment resulted in an increase in the quantity and quality of the obtained propagation material.
The yield of standard rooted vines went up on the average by 19.9%. The mature growth of the vines at the end of the vegetation season had longer length and mass compared to the yield from the plots not treated with the stimulator.
The application of Atonic increased the shoots diameter and enhanced the formation of a great number of roots with a thickness of over 2 mm.
Authors
Z. Rankova, N. Prodanova-Marinova
Keywords
vine propagation material, phytotoxicity, growth stimulator, growth, shoots, roots
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