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Two new morphotypes of Pinus eldarica: Discrimination by macromorphological and anatomical traits

机译:松树的两种新形态型:通过宏观形态学和解剖学特征的区分

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Pinus eldarica has been introduced to Iran from more than 800 years ago. Some individuals of this pine have altered both in shape and growth rate in northeastern of Iran, and generated two distinct morphotypes which are called Conical-shaped and Ball-shaped pines. This study was conducted to discriminate these morphotypes using macromorphological and anatomical characteristics. Results of macromorphological analysis showed significant differences both with univariate and multivariate analysis and consequently two new morphotypes were clearly separated from Mondell pine individuals. Furthermore, anatomical differences observed in Conical-shaped pine in comparison with two other pines, from some valuable taxonomical point of view traits such as cross-section form of needle, number of stomata per area, number and position of resin ducts etc. Furthermore, the existent difference in traits like cuticle thickness, stomata density, needle perimeter and length, state increasing the adaptation potential to aridity in Conical-shaped pine in comparison with two others. The differences of two new morphotypes demonstrate that they are new variants of Mondell pine and it is need to be used molecular markers and phylogenic studies for specifying the cause of these morphological and anatomical differences.
机译:Eldarica松树已经有800多年的历史了。在伊朗东北部,这种松树的某些个体的形状和生长速度都发生了变化,并产生了两种截然不同的形态,分别称为圆锥形和球形松。进行了这项研究,以利用宏观形态学和解剖学特征来区分这些形态型。宏观形态分析结果显示单变量和多变量分析均存在显着差异,因此,两种新的形态型与蒙得尔松个体明显分离。此外,从一些有价值的分类学特征(例如针的横截面形式,每单位面积的气孔数量,树脂导管的数量和位置等)来看,与其他两种松树相比,在圆锥形松树中观察到的解剖学差异。与其他两种相比,圆锥形松树的表皮厚度,气孔密度,针周长和长度,状态等状态存在差异,从而增加了圆锥形松树对干旱的适应能力。两种新形态类型的差异表明它们是蒙得尔松的新变种,需要使用分子标记和系统发育研究来确定这些形态和解剖学差异的原因。

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