AGROBIOLOGICAL EVALUATION ALLIUM AMPELOPRASUM VAR. AMPELOPRASUM L.

В. В. Яценко
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Abstract

The article presents the results of studies of biological and morphological features of introduced forms of Elephant garlic (Allium ampeloprasum var. ampeloprasum L.) in comparison with garlic cultivars (Allium sativum L.) Sofiivskyi and Prometei. Research on collection samples began in 2016. Samples of Elephant garlic were obtained by expeditionary method (from Greece and Khmelnytsky region). Several plants with long dark green, broad and leathery leaves, pink inflorescences with microcloves (bulbils), large bulbs were selected and vegetatively (clonally) propagated to create a population of homogeneous plants. The study used field, laboratory, statistical, computational and analytical methods. The research was conducted in the training and production department of Uman National University of Horticulture during 2020-2021, using collection varieties of different ecological and geographical origin (Ukraine and Greece). Cultivars/varieties were evaluated according to the following parameters: plant height, leaf area, and indicators of individual productivity (bulb weight, number of teeth and bulbils, etc.), yield and nutritional value. It was found that varieties of Аllium ampeloprasum var. ampeloprasum L. react more sharply to changes in growing conditions than cultivars of Allium sativum L. Winter hardiness of cultivars of Elephant garlic was in the range of 98,0–100%, but they had low adaptability, where the coefficient of adaptability (CA) was 0,45–0,49, and in winter garlic CA = 0,95–0,97. Plants of Аllium ampeloprasum var. ampeloprasum L. do not form air bubbles, but on the bottom and under the covering scales of the bulb is formed from 3-5 to 10 pcs. bulbils. Varieties № 2 and № 3 have 7.1 and 5.1 large teeth in their structure, respectively. The weight of the bulb without removal of the flowering scape in the cultivar Sofiivskyi was less than the samples № 2 and № 3, respectively, by 28.4-53.3 g. With the removal of the flowering scape, the difference increased to 60.5-68.6 g. Yield of Аllium ampeloprasum var. ampeloprasum L. without removal of the flowering scape № 2 was lower than the standard by 1.7 t/ha, at the same time the variety № 3 exceeded the standard by 1.1 t/ha. With the removal of the flowering scape, the yield of cultivars № 2 and № 3 exceeded the cultivar Sofiivskyi by 1.6 and 2.2 t/ha. As a result of research it was found that the introduced forms of Аllium ampeloprasum var. ampeloprasum L. have high indicators of economic value, but they are limited in the first years of cultivation, the period of adaptation to new soil and climatic conditions, which creates some difficulties in their cultivation and reproduction.
本文介绍了引进型象蒜(Allium ampeloprasum var. ampeloprasum L.)的生物学和形态学特征,并与大蒜品种(Allium sativum L.)进行了比较研究。索菲夫斯基和普罗梅蒂。收集样本的研究始于2016年。采用远征法(从希腊和赫梅利尼茨基地区)获得象蒜样品。选择了几株长而深绿色、宽而革质叶片、粉红色花序、微瓣(球茎)和大球茎的植物,进行无性繁殖,形成一个同质植物群体。本研究采用现场、实验室、统计、计算和分析等方法。该研究于2020-2021年在乌曼国立园艺大学的培训和生产部进行,使用了不同生态和地理来源(乌克兰和希腊)的采集品种。根据株高、叶面积、单产指标(鳞茎重、牙数、球数等)、产量和营养价值对品种/品种进行评价。结果表明,Аllium ampeloprasum var. ampeloprasum L.品种对生长条件变化的反应较Allium sativum L.品种更强烈。象蒜品种的耐寒性在98.0 ~ 100%之间,但适应性较差,其适应系数(CA)为0,45 ~ 0,49,冬季大蒜品种的适应系数(CA)为0,95 ~ 0,97。Аllium ampeloprasum var. ampeloprasum L.的植株不形成气泡,但在球茎的底部和覆盖层下形成3-5个至10个鳞片。球芽。品种№2和№3在其结构中分别有7.1和5.1个大齿。在不去除开花景观的情况下,栽培Sofiivskyi的鳞茎重量分别比样品№2和№3小28.4-53.3 g。除去花景后,差异增大到60.5 ~ 68.6 g。未除去花景的黑胡椒2号Аllium品种产量低于标准1.7 t/ha,而3号品种产量超标1.1 t/ha。除去花景后,2号和3号的产量分别超过Sofiivskyi 1.6 t/ha和2.2 t/ha。研究发现,引进品种Аllium黑桃具有较高的经济价值指标,但由于栽培初期、对新土壤和气候条件的适应期有限,给栽培繁殖带来一定困难。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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