INCREASE IN THE YIELD OF PLANTING MATERIAL WHEN USING THE METHOD OF LIGNIFIED CUTTINGS OF GRAPES

A. Abramov, G. Abramova, S. Ismail, A. Shalamova
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Abstract

When growing high-quality grape seedlings, an effective organization of production is required, aimed at the intensification and development of the industry. Rooting grapes with lignified cuttings is one of the most effective and economical methods of reproduction. The article presents the results of three-year studies (2019-2021) to study the effect of biologically active substances on the rootability of lignified grape cuttings. The object of the study is the Victoria grape variety obtained by crossing Vitis amurensis and Vitis vinifera with the Save Vilar 12-304 variety in VNIIVIV im. Yakov Ivanovich Potapenko. The variety under study is a table variety with an early ripening period, characterized by increased resistance to powdery mildew, oidium and gray rot. Withstands low negative temperatures up to -26 ... - 27ºC, with a period from budding to removable ripeness of 115-120 days. During the experiment, records were made about the growth of callus, rooting and output of standard seedlings. When studying the effect of biologically active substances on lignified cuttings, they were treated with salicylic and β-indolyl butyric acids at concentrations of 2000 and 3000 mg/l. As a result of the conducted studies, it was found that the highest percentage of rooting was obtained in the variant using salicylic acid at a concentration of 2000 mg/l and reached 84.5% on average over three years. The same version of the experiment showed the maximum yield of standard seedlings - up to 76.3% on average for three years.
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采用木质化葡萄插条的方法可提高种植材料的产量
在培育优质葡萄苗木时,需要有效地组织生产,以产业集约化和发展为目标。木质化扦插生根是最有效、最经济的繁殖方法之一。本文介绍了生物活性物质对木质化葡萄扦插生根性影响的三年(2019-2021)研究结果。本研究的对象是由Vitis amurensis和Vitis vinifera与vniviviim的Save Vilar 12-304品种杂交获得的维多利亚葡萄品种。雅科夫·伊万诺维奇·波塔潘科。所研究的品种是早熟的表品种,其特点是对白粉病、碘和灰腐病的抗性增强。可承受低至-26…- 27ºC,从萌芽到可摘成熟的时间为115-120天。在试验过程中,对标准苗的愈伤组织生长、生根及产量进行了记录。在研究生物活性物质对木质素化岩屑的影响时,分别用浓度为2000和3000 mg/l的水杨酸和β-吲哚基丁酸处理木质素化岩屑。结果表明,水杨酸浓度为2000 mg/l时,3年平均生根率达到84.5%,生根率最高。同一版本的实验显示,标准幼苗的最高产量在三年里平均可达76.3%。
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