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Variations in wood anatomical properties and specific gravity of half sib progenies of Populus deltoides

机译:黑杨半同胞子代的木材解剖学特性和比重的变化

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摘要

We studied radial and inter-progeny variations in the dimensions of the wood elements and specific gravity of 21 half sib progenies of Populus deltoides Bartr.ex Marsh.The female parents of half sib progenies were G48 and S7C13 clones.Variance ratio (F) test indicated that inter-progeny variations in the dimensions of wood elements and specific gravity were significant for all wood traits while variations were significant for radial location for specific gravity only.Hierarchical cluster analysis was done by Squared Euclidean Distance for all of 21 progenies considering six wood traits.21 progenies were grouped into 4 clusters.Cluster 1 was the largest cluster with 11 progenies,whereas cluster 3 had only one progeny.Selected progenies in dusters 3 (progeny 155,male) and 4 (progeny 108,196,both female) were highly divergent from the other progenies so they were used in combinations as parents of hybrids to develop new clones with desired characters.Progeny 155 showed higher growth,fiber dimensions,and specific gravity,thus,should be used for the development of new clones.
机译:我们研究了胡杨(Populus deltoides Bartr.ex Marsh)的21个半同胞子代的木质元素尺寸和比重的径向和后代变异。半同胞后代的雌性亲本为G48和S7C13克隆。变异率(F)检验结果表明,所有木材性状的木质元素尺寸和比重的后代间差异均显着,而仅比重的径向位置均具有显着差异。通过平方欧几里德距离对21个后代考虑六种木材进行了等级聚类分析将21个后代分为4个类群。第1类是最大的类群,有11个后代,而第3类群只有一个后代。在ers子3中选择的后代(雄性155,男性)和4(后代108,196,雌性)都很高。与其他子代不同,因此它们被结合用作杂种的亲本,以开发具有所需特性的新克隆。子代155显示出更高的生长,纤维因此,应该使用尺寸和比重来开发新克隆。

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  • 来源
    《林业研究(英文版)》 |2012年第3期|491-496|共6页
  • 作者

    P. K. Pande; R. C. Dhiman;

  • 作者单位

    Wood Anatomy Discipline, Botany Division Institution: Forest Research Institute, Dehradun India, 248006;

    WIMCO Seedling Ltd, Bagwala, Rudrapur(Udhamsingh Nagar)India;

  • 收录信息 中国科学引文数据库(CSCD);
  • 原文格式 PDF
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