竹笋的解剖学研究。

P. Chalise, Y. R. Paneru, L. Joshi
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摘要

Shorea robusta,俗称Sal,是尼泊尔的一种多用途木材树。本研究旨在对萨尔木的木材和叶片解剖特征进行详细的解剖研究。萨尔树的木材和叶子样本采集于尼泊尔鲁潘德希地区。木材呈弥漫性多孔,血管多为单生或成对,有时呈短的径向多重。无间隔的血管中心纤维形成连接血管和射线的实束;vasicentry薄壁组织呈菱形翼形到翼形合流排列;适度宽,多系列的射线和射线中棱柱状晶体的存在是木材的特征。叶片低气孔,气孔呈环状,保卫细胞周围有四个或更多的附属细胞。星状、腺状毛存在于上表皮,单细胞、单细胞、腺状、簇状毛存在于下表皮。全球贸易的增加造成了对森林资源的过度开发,因此在目前情况下,木材的鉴定和可追溯性是非常关键的。本研究的结果应该有助于通过对其解剖研究来识别萨尔木。
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Anatomical Study of Shorea robusta Gaertn.
Shorea robusta, commonly known as Sal, is one of the multipurpose timber trees in Nepal. This study aims to carry out detailed anatomical investigation of the wood and leaf anatomical traits of Sal. The wood and leaf samples of Sal were collected from Rupandehi district, Nepal. Wood of Sal was found to be diffuse-porous and the vessels were mostly solitary or paired and sometimes in a short radial multiple. Non-septate, vasicentric fibres forming solid tracts connected the vessels and rays; vasicentric parenchyma with lozenge aliform to aliform confluent arrangement; moderately broad, multiseriate rays and the presence of prismatic crystals in rays were the characteristic feature of the wood. Leaves were hypostomatic and the stomata were cyclocytic with four or more subsidiary cells surrounding the guard cells. Stellate, glandular trichomes were present in upper epidermis, while unicellular, simple, glandular, tufted trichomes were present in the lower epidermis. The increase in global trade has resulted in over-exploitation of forest resources, and hence in the present context, the identification and traceability of wood is highly crucial. The outcomes of this study are supposed to help in the identification of wood of Sal through their anatomical study.
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来源期刊
Journal of Plant Resources and Environment
Journal of Plant Resources and Environment Agricultural and Biological Sciences-Plant Science
CiteScore
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