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首页> 外文期刊>Acta Botanica Hungarica >DOI:10.1556/034.62.2020.1-2.9POLLEN MORPHOLOGY OF SOME TAMARIX (TAMARICACEAE) SPECIES OF IRAN
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DOI:10.1556/034.62.2020.1-2.9POLLEN MORPHOLOGY OF SOME TAMARIX (TAMARICACEAE) SPECIES OF IRAN

机译:DOI:10.1556 / 034.62.2020.1-2.9伊朗某些TOMARIX(Tamaricaceae)的形态

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摘要

Tamarix L. (Tamaricaceae) is a halophytic shrub in different parts of Asia and North Africa. Taxonomy and species limitation of Tamarix is very complex. This genus has three sections as Tamarix, Oligadenia, and Polyadenia, which are mainly separated by petal length, the number of stamens, the shape of androecial disk and attachment of filament on the androecial disk. As there was no palynological data on pollen features of Tamarix species of Iran, in the present study 12 qualitative and quantitativepollen features were evaluated to find diagnostic ones. Pollen grains of 8 Tamarix species were collected from nature. Pollen grains were studied without any treatment. Measurements were based on at least 50 pollen grains per specimen. Light and scanningelectron microscopes were used. Multivariate statistical methods were applied to clarify the species relationships based on pollen data. All species studied showed monad and tricolpate (except some individuals of T. androssowii). Some Tamarix species show a high level of variability, in response to ecological niches and phenotypic plasticity, which make Tamarix species separation much more difficult. Based on the results of the present study, pollen grains features are not in agreement with previous morphological and molecular genetics about the sectional distinction.
机译:Tamarix L.(Tamaricaceae)是亚洲和北非不同部分的嗜睡灌木。 Tamarix的分类和物种限制非常复杂。该属占Tamarix,oligadenia和多腺苷的三个部分,主要由花瓣长度,雄蕊数,雄蕊的形状和灯丝在androechial盘上附着。由于没有关于伊朗的Tamarix种类的花粉特征的Palynological数据,在本研究中,评估12项定性和定量的pollen特征以找到诊断。从自然中收集了8种Tamarix物种的花粉粒度。研究了花粉颗粒而没有任何治疗。测量基于每个样本的至少50种花粉颗粒。使用光和扫描电子显微镜。应用多变量统计方法以阐明基于花粉数据的物种关系。研究的所有物种都展示了Monad和Tricolalpate(除了T. Androssowii的一些人除外)。一些Tamarix物种表现出高水平的可变性,以应对生态利基和表型可塑性,使Tamarix物种分离更加困难。基于本研究的结果,花粉颗粒特征不与先前的形态和分子遗传吻合方面的剖面区别。

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