乌克兰中部针叶植物的环境特征及其对人为负荷的抵抗力

I. Ivashchenko, S. Adamenko
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摘要

分析了喀尔喀西地区境内针叶引种植物的生长现状。这些代表是多年树黑松和白桦。研究的目的是用普遍接受的方法确定它们对夏季干旱环境条件和冬季不利因素的抵抗力。研究于2015-2017年进行。研究期间黑穗病树的耐旱性得分较高。在Th。褶皱植物在白天观察到部分针叶肿胀的损失。在抗冻性评价中,不同树龄的黑油松树均无明显的损伤。幼苗。褶皱树更容易受到低温的影响,而成熟树则没有受到损害。总的来说,这两个物种都有相当高的耐寒性和抗旱性。这表明它们已经适应了给定的生长条件。此外,所研究的植物能够忍受城市的不利条件:灰尘、烟雾、土壤压实。因此,建议将其用于城市地区和个人地块的美化。这些品种的一个特点是它们全年都保持着很高的装饰效果,是创造景观构图的好组成部分。将所研究物种的自然分布范围与栽培区域的条件进行比较,可以说明它们的栽培是成功的,这表明这些植物具有很高的生态可塑性和巨大的潜力
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Environmental features and resistance to the anthropogenic load of coniferous introducents in the central part of Ukraine
The current state of coniferous introduced plants growing on the territory of Uman, Cherkasy region is analyzed. Such representatives are the multi-age trees Pinus nigra and Thuja plicata. The studies were aimed at determining their resistance to arid environmental conditions in summer and to adverse factors in the winter period with generally accepted methods. Studies were conducted during 2015-2017. P.nigra trees during the study period received high drought tolerance scores. In Th. plicata plants observed a partial loss of needles turgor during daylight hours. When evaluating the frost resistance, P. nigra trees of different ages did not have visible damage. Young plants Th. plicata were somewhat more vulnerable to the effects of low temperatures, while no damage was found in mature trees. In general, both species have rather high rates of winter hardiness and drought resistance. This indicates their acclimatization to the given growing conditions. Also, the studied plants tolerate the adverse conditions of the city: dust, smoke, soil compaction. Therefore, it is advisable to use them for landscaping urban areas and personal plots. A feature of these species is that they retain a high decorative effect throughout the year and are good components for creating landscape compositions. Comparing the conditions of the natural distribution range to the conditions of the cultural areas of the studied species, it is possible to state their successful cultivation, which indicates a high ecological plasticity and significant potential of these plants
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