Evolution of the Life Forms of Flowering Plants in a Biodiversity Formation

Savinykh N. P.

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Evolution of the Life Forms of Flowering Plants in a Biodiversity Formation

机译：生物多样性形成中开花植物生命形式的演变

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The biomorphological diversity of riverside and aquatic herbaceous plants represented mainly by annual and biennial plants of vegetative origin, which replace perennial and biennial plants and annual, biennial, and winter monocarpics, has been studied. Depending on the season and moisture conditions, some species are represented by different basic biomorphs and phenobiomorphs. The modes of morphological evolution have been determined at the levels of individuals (abbreviations), shoots and their parts (abbreviations and the corresponding prolongations), and roots (prolongations). The role of the developmental features of monocarpic shoots in the habitat specificity of annual and biennial plants of vegetative origin has been described.

机译：研究了主要由植物来源的年度和两年期植物，替代多年生和两年期植物和年度，两年期和冬季单显口植物的生物形态多样性。根据季节和水分条件，一些物种由不同的基础生物素和苯甲吡喃表示。已经在个体（缩写），芽和它们的部件的水平下确定了形态学的模式（缩写和相应的延长）和根（延长）。已经描述了单片芽的发育特征在植物来源的年度和两年期植物栖息地特异性中的作用。

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《Biology Bulletin》 |2019年第1期|65-73|共9页
作者
Savinykh N. P.;
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Vyatka State Univ Kirov 610000 Russia;

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1. Evolution of the Life Forms of Flowering Plants in a Biodiversity Formation [J] . Savinykh N. P. Biology Bulletin . 2019,第1期

机译：生物多样性形式下开花植物生命形态的演变
2. Life history influences rates of climatic niche evolution in flowering plants [J] . Stephen A. Smith, Jeremy M. Beaulieu Proceedings of the Royal Society. Biological sciences . 2009,第1677期

机译：生命史影响开花植物气候生态位进化的速率
3. Life history influences rates of climatic niche evolution in flowering plants. [J] . Smith SA, Beaulieu JM Proceedings of the Royal Society of London. Biological sciences . 2009,第1677期

机译：生命史影响开花植物中气候生态位进化的速率。
4. Database: Taxonomy of plants Nomenclature for borneo biodiversity information system [C] . Edy Budiman, Sitti Nur Alam International Conference on Informatics and Computing . 2017

机译：数据库：婆罗洲生物多样性信息系统的植物分类法
5. Phylogeny and biogeography of Gnetum (Gnetales): I. Evolution of the internal transcribed spacer of nuclear ribosomal DNA in a genus of gymnosperms, Gnetum; II. Molecular evolution of the chloroplast trnT-trnF region: Insights from Gnetales; III. Horizontal gene transfer from flowering plants to Gnetum (Gnetales); and, IV. Age, evolution, and biogeography of Gnetum [D] . Won, Hyosig 2004

机译：Gnetum（Gnetales）的系统发育和生物地理学：I.裸子植物Gnetum核内核糖体DNA内部转录间隔区的演变；二。叶绿体trnT-trnF区的分子进化：来自Gnetales的见解；三，基因水平从开花植物转移到Gnetum（Gnetales）；并且，IV。 Gnetum的年龄，进化和生物地理
6. Life history influences rates of climatic niche evolution in flowering plants [O] . Stephen A. Smith, Jeremy M. Beaulieu 2009

机译：生命史影响开花植物中气候生态位进化的速率
7. Studies on Flower Coloration in Flowering Trees and Shrubs During Forcing Period (I) : Effects of Temperature and Light on Anthocyanin Formation in Cut Flowers of Peach, Flowering Quince and Cherry Plants [O] . 前川進, 中村直彦 1979

机译：强迫期开花树木和灌木中花朵着色的研究（I）：温度和光照对桃，木瓜和樱桃树切花中花色苷形成的影响

Evolution of the Life Forms of Flowering Plants in a Biodiversity Formation

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