乌克兰草原地区维罗妮卡属植物发育特征

IF 0.6 Q4 ECOLOGY
Hacquetia Pub Date : 2022-02-12 DOI:10.2478/hacq-2021-0025
Tatiana Chypyliak, O. Zubrovska
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引用次数: 2

摘要

摘要本文论述了Veronica L.在乌克兰中部草原地带发育的特殊特征。在过去20年发生的气候变化的作用下,该物种开始提前6-14天生长,植被期增加了15-25天。在极端生长条件(炎热天气和干旱)的影响下,匍匐茎和因卡茎的叶片面积减少了近2倍。匍匐茎和因卡茎的叶片长度和宽度减少了20–30%,而奥地利茎的叶片宽度和长度减少了20%。teucrium的叶片宽度只有下降,而其长度增加了17%。气候因子(气温、降水量)与季节发育过程中叶片形态参数的相关性分析表明,它们的值对气温的依赖性更大,这一点得到了反相关系数的证实(r=-0.55–-0.66),物种地下部分的形成特征表现为地下芽的发育受到抑制(80~85%),分枝受到刺激,细吸根的长度增加(1.5倍)。在乌克兰草原区的气候条件下,所研究的Veronica属物种经历了所有的酚学发育阶段,并在营养层表现出相当广泛的表型变化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Features of development of species of the genus Veronica L. in the conditions of steppe zone of Ukraine
Abstract The paper deals with peculiar features of development of the species Veronica L. in the conditions of the steppe zone of Ukraine (central part of the country). Under the action of climatic changes occurring for the last 20 years, the species began to grow 6–14 days earlier and increased the vegetation period by 15–25 days. Under the effect of extreme growing conditions (hot weather and drought) decrease in the area of the leaf blade by almost 2 times was recorded in V. prostrata and V. incana. Length and width of the leaf in V. prostrata and V. incana decreased by 20–30%, but in V. austriaca ssp. teucrium a decrease was observed for the leaf width only while its length increased by 17%. Analysis of correlation of climatic factors (air temperature, precipitation amount) to the morphometric parameters of the leaf during seasonal development showed greater dependence of their value on the air temperature, which was confirmed by the inverse correlation coefficients (r = -0.55–-0.66). In the unfavorable growing conditions, the features of formation of the underground part of species are manifested in the inhibited development of underground shoots (by 80–85%) and stimulation of branching and increase in the length of thin sucking roots (1.5 times). Studied species of the genus Veronica in the climatic conditions of the steppe zone of Ukraine go through all stages of phenological development and are marked by rather wide range of phenotypic changes in the vegetative sphere.
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来源期刊
Hacquetia
Hacquetia Agricultural and Biological Sciences-Forestry
CiteScore
1.50
自引率
20.00%
发文量
20
审稿时长
14 weeks
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