Morphological variability of Tulipa tarda Stapf in introductory populations of different natural zones

A. Tolenova, A. Ivashchenko, Alexander Alekseevich Alyokhin, N. N. Alyokhina, T. Orlova, I. V. Popova
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Abstract

The results of morphological variability of Tulipa tarda Stapf in introductory populations of botanical gardens of three countries – Kazakhstan (Almaty), Kyrgyz Republic (Bishkek) and Ukraine (Kharkov) are considered. Based on long-term observations, it has been proven that it is the most promising representative of wild-growing tulips in Kazakhstan for cultivation in various zones of the Northern Hemisphere. It was revealed that the morphological parameters of generative individuals depend on the geographical location of the area, climatic conditions and soil type. The reliability of the results is confirmed by the fact that the observations were carried out in the same year according to a single method and on a sufficient amount of material for comparison. The most original data were obtained in the botanical garden of Kharkiv University, where three populations of different origin and growing conditions are under observation. In terms of the number of flowers and leaves of generative individuals, the most powerful development was noted in a population with periodic digging of bulbs and stable agrotechnical care. Here, on an abandoned site, the same morphological parameters are similar to those in the collections of Almaty and Bishkek. It has been established that the studied species has a high level of adaptation, successfully naturalizes, forms self-sowing populations on lawns by spontaneous seed drift. It has been proven that temperature, air humidity, amount of precipitation and day length in different growing regions have less effect on the morphology of the species than periodic digging and agrotechnical care.
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不同自然带郁金香引种种群的形态变异
本文考虑了哈萨克斯坦(阿拉木图)、吉尔吉斯(比什凯克)和乌克兰(哈尔科夫)3个国家植物园引种种群中郁金香(Tulipa tarda staf)的形态变异结果。根据长期观察,它已被证明是哈萨克斯坦野生郁金香中最有希望在北半球各个地区种植的代表。结果表明,生殖个体的形态参数取决于该地区的地理位置、气候条件和土壤类型。这些结果的可靠性得到以下事实的证实:这些观测是在同一年按照单一的方法进行的,并使用了足够数量的材料进行比较。最原始的数据是在哈尔科夫大学的植物园获得的,在那里观察了三个不同来源和生长条件的种群。就生殖个体的花和叶的数量而言,在定期挖掘鳞茎和稳定的农业技术照料的种群中,发现了最强大的发展。在这里,在一个废弃的遗址上,相同的形态参数与阿拉木图和比什凯克的收藏相似。研究表明,所研究的物种具有高度的适应性,能够成功地归化,并通过自发的种子漂移在草坪上形成自播种群。研究表明,不同生长区域的温度、空气湿度、降水量和日照长度对该树种形态的影响小于定期挖掘和农业技术护理。
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