TY - JOUR A2 - Dang, Qing-Lai AU - Mbarga, Pierre Paul AU - Mala, Armand William AU - Mbolo, Marie MargueriteSP - 6387369 VL - 2020 AB -热带阔叶树的穿孔板和导管射线点蚀是标记植物科内物种的典型特征。这项研究的目的是提出一个一致和健全的框架，通过解剖特征来明确区分不同的埃科普木材，基于贸易上的通常命名。孔板和导管射线点蚀是决定物种分类的组成部分。事实上，因其纹理、颜色和木制装饰图案而以商业名称Ekop开发的几个物种并不属于同一分类类。从木质部和韧皮部细胞的自然结构和导管孔结构来看，导管孔板和导管射线孔是分类的决定性组成部分。从Ebolowa、Mbalmayo和Abong Mbang的森林中采集了43个木材标本。此外，我们观察了155张显微镜切片，其中至少有3个已鉴定物种的代表。因此，用手放大镜对木胡萝卜进行宏观观察。然后，对国际木材解剖学家协会名单前63个特征的切片进行了分析。 Correlations were observed between vessels elements and other main features through component analysis. Four groups of Ekop were differentiated by gathering in each genus a matrix of similar features across their vessels groupings, perforation plates, and vessel-ray pittings. A tabular key was used to further define the identity of the Ekop species. This study makes it possible to recognize Ekop wood beyond the dendrological aspects of vegetative and reproductive organs. Finally, a few typical features used for a precise demarcation were identified, for a taxonomic classification within the Ekop group. SN - 1687-9368 UR - https://doi.org/10.1155/2020/6387369 DO - 10.1155/2020/6387369 JF - International Journal of Forestry Research PB - Hindawi KW - ER -