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Conifer epicuticular wax as a biomarker of air pollution: An overview

机译:针叶树皮表皮蜡作为空气污染的生物标记:概述

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Eoucytucykar wax covering the conifer tree species surface has been used, mainly in conifers, as a biomarker of air pollution damage. Using Scanning Electron Microscopy (SEM) various alterations in wax structure and chemistry caused by natural and anthropogenic factors have been noticed, SEM enables to evaluate wax deterioration at a very early stage, before visible symptoms occur. Symptoms of wax injury are, in general, not specific to the air pollutant type. Most common alterations in wax were the following: an undeveloped structure, various type of wax tubes fusion or erosion (deformed and disfunctioned stomatal complexes, a decrease in wax tube distribution, increased enrichment of completely amorphous stage,)shifted an- nual wax erosion rate, chemical and needle wettability changes. To use SEM as an accurate tool for evaluating wax alteration, its is essential to distinguish air pollution and natural factors from artefacts caused by inappropriate usage of technique.
机译:覆盖针叶树种表面的Eoucytucykar蜡主要用于针叶树,作为空气污染损害的生物标记。使用扫描电子显微镜(SEM),人们已经注意到了由自然和人为因素引起的蜡结构和化学变化的各种变化,SEM能够在很早的阶段评估蜡的劣化,而不会出现明显的症状。通常,蜡损伤的症状并非特定于空气污染物类型。蜡最常见的变化如下:结构未发育,各种蜡管融合或腐蚀(气孔复合体变形和失能,蜡管分布减少,完全无定形阶段的富集增加),每年的蜡蚀速率改变,化学和针头的润湿性发生变化。为了使用SEM作为评估蜡蚀变的准确工具,它对于区分空气污染和自然因素与因使用不当技术造成的假象至关重要。

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