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Observation on leaf epidermis micro-morphological characteristics of Lespedeza Michx

机译:Lespedeza Michx的叶表皮微观形态特征观察

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The epidermis of five materials from four species in Lespedeza Michx were examined and analyzed using scanning electron microscope (SEM). Three important indexes containing epidermal hair density, stomata type and stratum corneum were compared among five materials. The results show that: epidermis hairs are abundant on both upper and lower epidermis of the two species of L. cuneata and L. davurica, but only present on lower epidermis of other two species of L. cyrtobotrya and L. davidii. The shapes of five materials’ leaves epidermis hairs are almost the same, there are large ecphymas with tumor appearance on all leaves epidermis hairs. The stomata of all materials besides L. cyrtobotrya sag into leaf epidermis cells, and all materials have developed stratum corneums on both sides. Drought tolerance of lespedeza closely relate to leaf epidermal hair density, sunken stomata and stratum corneum both are important reasons causing lespedeza has drought resistance ability.
机译:使用扫描电子显微镜(SEM)对Lespedeza Michx中四种物种的五种材料的表皮进行了检查和分析。比较了五种材料中表皮毛密度,气孔类型和角质层的三个重要指标。结果表明:表皮毛在两个L. cuneata和L. davurica的上表皮和下表皮上都丰富,但仅存在于L. cyrtobotrya和L. davidii的其他两个表皮的下表皮上。五种材料的叶表皮毛的形状几乎相同,所有叶表皮毛上都有大的肿块并带有肿瘤外观。除L. cyrtobotrya外所有材料的气孔都下陷到叶表皮细胞中,并且所有材料的两侧都发育了角质层。 lespedeza的耐旱性与叶片表皮毛密度密切相关,下沉的气孔和角质层都是导致lespedeza具有抗旱能力的重要原因。

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