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首页> 外文期刊>Plant Systematics and Evolution >Pollen morphology of some taxa of Vicia L. subgenus Vicia (Fabaceae) from Turkey
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Pollen morphology of some taxa of Vicia L. subgenus Vicia (Fabaceae) from Turkey

机译:土耳其野豌豆亚纲豌豆(Fabaceae)某些类群的花粉形态

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In this study, the pollen morphology of 11 taxa belonging to Atossa (Alef.) Asch. & Graebner, Hypechusa (Alef.) Asch. & Graebner, Peregrinae Kupicha, Wiggersia (Alef.) Maxted, Vicia L. and Narbonensis (Radzhi) Maxted sections of the genus Vicia L. subgenus Vicia (Fabeae, Fabaceae) naturally growing in Turkey has been studied using Light Microscopy (LM) and Scanning Electron Microscopy (SEM) to evaluate the taxonomic relevance of pollen characters. Twelve morphometric characters are analysed with one-way analysis of variance and Tukey’s honestly significant difference test for multiple comparisons. Of the taxa studied V. narbonensis var. narbonensis (sect. Narbonensis) has the largest pollen grains (P = 51.98 μm × E = 30.52 μm) and V. lathyroides (sect. Wiggersia) has the smallest pollen grains (P = 27.71 μm × E = 20.14 μm). The pollen grains are subprolate to perprolate (P/E = 1.16–2.11), but the prolate shape occurs in the majority of the taxa. The regular pollen grains of all taxa are trizonocolporate, isopolar, and released in monads. Ornamentation of the mesocolpium is psilate-perforate in V. lathyroides (sect. Wiggersia), reticulate-rugulate in V. narbonensis var. narbonensis (sect. Narbonensis), (micro)reticulate in V. sericocarpa var. sericocarpa (sect. Hypechusa), V. sativa subsp. sativa (sect. Vicia) and V. grandiflora var. grandiflora (sect. Vicia), and reticulate-perforate in the remaining taxa. The apocolpium and colpus area are psilate or perforate in all taxa except V. sericocarpa var. sericocarpa (sect. Hypechusa) and V. sativa subsp. sativa (sect. Vicia), which exhibit the obscurely reticulate-perforate pattern. Several palynological features have taxonomic importance in sectional level: polar axis, equatorial diameter, pollen shape (P/E ratio), colpus length, colpus width, size of pori, porus length/width ratio, lumina diameter, muri thickness and ornamentation. The results also indicate that pollen characters can be useful in distinguishing the examined taxa.
机译:在这项研究中,属于Atossa(Alef。)Asch的11个分类单元的花粉形态。 &Graebner,Hypechusa(Alef。)阿施。 &Graebner,Peregrinae Kupicha,Wiggersia(阿尔法。扫描电子显微镜(SEM)评估花粉特征的分类相关性。使用单向方差分析和Tukey的诚实显着差异检验对12个形态计量特征进行分析,以进行多次比较。在研究的分类单元中,V。narbonensis var。 narbonensis(Narbonensis菌种)具有最大的花粉粒(P = 51.98μm×E = 30.52μm),而V.lanailes(Vigersia菌种)具有最小的花粉粒(P = 27.71μm×E = 20.14μm)。花粉粒的亚扁平状到过扁平状(P / E = 1.16–2.11),但是扁平状的形状出现在大多数的分类单元中。所有类群的规则花粉粒为三唑甲酸酯,等极性,并以单核形式释放。中甲col的装饰物是甲状疱疹病毒(维格斯菌属)中的乙二酸盐-穿孔,而纳本氏菌中的网状-波纹状。 narbonensis(Narbonensis属),在V. sericocarpa var中成网状。 sericocarpa(Hypechusa属),V。sativa亚种。苜蓿(野豌豆(Vicia))和V. grandiflora var。大花(Vicia属),其余的类群中有网状穿孔。除V. sericocarpa var外,所有分类群的顶生和colpus面积均为带齿或带孔。 sericocarpa(Hypechusa属)和V. sativa亚种。苜蓿(Vicia属),其表现出晦涩的网状穿孔模式。几个昆虫学特征在截面水平上具有分类学重要性:极轴,赤道直径,花粉形状(P / E比),阴道栓钉长度,阴道栓塞宽度,毛孔大小,孔长/宽比,管腔直径,毛利厚度和装饰。结果还表明,花粉特征可用于区分所检查的分类单元。

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