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Fiber plant species of trans-Pecos, Texas: A comparative collection for the identification of archaeological artifacts.

机译:Trans-Pecos,德克萨斯州的纤维植物种类:考古文物鉴定的比较性收藏。

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摘要

The methodology for identification of the fiber plants used to manufacture a perishable artifact has traditionally been performed using gross morphological characteristics. Fiber plants within the genera Yucca, Agave, Nolina, and Dasylirion were the plants of choice prehistorically for the making of fiber objects, and their similar traits can lead to errors in identification when relying solely on external features. In 1944, Bell and King published a methodology to facilitate identification of fiber plants based on constant anatomical characteristics within the plant's vascular system. The vascular bundle morphology and arrangement between taxa of the genera are unique and discernable in cross section. The use of vascular bundle anatomy and arrangement and their comparison with fiber artifacts have demonstrated a most effective and reliable method of recognition among eighteen examples analyzed. Limitations of this analytical method include deterioration of fiber materials, restrictions on sample amounts, and lack of identification as to particular species within the genera.
机译:传统上,使用总体形态学特征进行鉴定用于制造易腐伪影的纤维植物的方法。史前,丝兰属,龙舌兰属,诺利纳属和达西里翁属内的纤维植物是制造纤维物体的首选植物,而它们的相似性状在仅依靠外部特征时会导致鉴定错误。 1944年,贝尔和金(Bell and King)发表了一种方法,可以根据植物血管系统中恒定的解剖特征,方便鉴定纤维植物。属的类群之间的血管束形态和排列在横截面上是独特且可辨别的。在分析的18个示例中,使用血管束解剖结构和排列以及将其与纤维伪影进行比较已证明了一种最有效,最可靠的识别方法。这种分析方法的局限性包括纤维材料的变质,样品量的限制以及对属内特定物种缺乏鉴定。

著录项

  • 作者

    Tripp, Sherida G.;

  • 作者单位

    Sul Ross State University.;

  • 授予单位 Sul Ross State University.;
  • 学科 Biology Botany.; Anthropology Archaeology.
  • 学位 M.S.
  • 年度 2007
  • 页码 127 p.
  • 总页数 127
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 植物学;古人类学;
  • 关键词

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