The ultrastructure of the seeds surface of the subgenus Xyridion (Tausch) of genus Iris L. (Iridaceae) of the Flora of Ukraine

IF 0.4 Q4 PLANT SCIENCES Modern Phytomorphology Pub Date : 2016-06-01 DOI:10.5281/ZENODO.159699
S. Zhygalova, O. Futorna
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Abstract

The surface ultrastructure of seeds coat of the subgenus Xyridion of the genus Iris L. from Ukrainian flora was examined. The studied seeds are characterized by both common and distinct features. The common features are: the shape and position of hilum (roundish, small, by position – basal); the shape and limits of cells of the test (polygonal, their boundaries are almost not visible); the character of thickening and tortuosity degree of anticlinal cell walls (uniformly thickened, straight). These features, as we suggest, could be additional diagnostic at the genera level. The distinct characteristics are: the type of cuticle; the type of seeds shape, the shape and the size of seeds. We suppose these characteristics as additional diagnostic at the species level. The seeds ultrastructure of I. pontica and I. sintenisii subsp. brandzae has been studied for the first time.
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乌克兰植物区系鸢尾属(鸢尾科)Xyridion亚属种子表面的超微结构
研究了乌克兰鸢尾花属Xyridion亚属种皮的表面超微结构。所研究的种子具有共同和独特的特征。其共同特征是:脐的形状和位置(圆形,小,按位置-基部);测试细胞的形状和边界(多边形,它们的边界几乎不可见);背斜细胞壁增厚和扭曲程度的特征(均匀增厚,直)。正如我们所建议的,这些特征可能是在属水平上的额外诊断。其显著特征是:角质层的类型;种子形状的类型,种子的形状和大小。我们认为这些特征是物种水平上的附加诊断。研究了蓬蓬花种子的超微结构。这是首次对Brandzae进行研究。
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来源期刊
Modern Phytomorphology
Modern Phytomorphology PLANT SCIENCES-
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