Study of the anatomical structure of the aboveground organs of Catalpa speciosa of the 1st year vegetation

Aidoz Aitymov, Michael Sergeevich Iamburov
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Abstract

Woody-shrub vegetation has a key role in greening the urban environment. The excellent decorative qualities of the catalpa are important when choosing a woody plant for introduction in the conditions of the Karaganda region. Seedlings for a particular region must be grown locally to improve their adaptive properties. For a more complete study of the biological features of the species, an anatomical study of young catalpa plants was carried out. It was found that the leaf of the catalpa of the dorsal-ventral type, the stomata of the diacytic type, the cells of the epidermis with winding walls, trichomes and essential-oil glands are located on it; the petiole of the leaf is rounded in shape, with well-developed mechanical tissues around conductive bundles. On the internal structure of the stem and root, the beginning of the formation of cork tissue and the transition to a non-bundle type of structure of the conductive system is observed. In general, the structure of the catalpa is excellent evidence of the mesoxerophyte structure of the plant, which shows its demands on humidification conditions. Leaves are light type, that is, plants when planning green construction must be placed in areas with sufficient lighting. The results obtained will be supplemented by the study of anatomical indicators of plants of subsequent years of development
一年生植物梓柏地上器官解剖结构的研究
木本灌丛植被在城市绿化中具有重要作用。在卡拉干达地区的条件下,选择木本植物进行引种时,梓树的优良装饰品质是很重要的。特定地区的幼苗必须在当地种植,以提高其适应性。为了更全面地研究该物种的生物学特征,对梓树幼树进行了解剖研究。结果表明:梓树的背腹型叶片、双胞型气孔、弯曲壁表皮细胞、毛状体和精油腺均位于其上;叶柄呈圆形,导电束周围有发育良好的机械组织。在茎和根的内部结构上,可以观察到软木组织形成的开始和向导电系统的非束型结构的过渡。总的来说,梓树的结构很好地证明了植物的中叶植物结构,这表明了它对加湿条件的需求。叶片为光型,即植物在规划绿色施工时必须放置在采光充足的区域。所获得的结果将通过对随后几年植物发育的解剖指标的研究加以补充
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