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首页> 外文期刊>African Journal of Biotechnology >Environmental impact of site location on macro-and microelements in Tansy
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Environmental impact of site location on macro-and microelements in Tansy

机译：场地位置对艾菊中宏观和微量元素的环境影响

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Human activities cause specific impact on the enveronment, which also could been monitored by mineral contents in the soil and in the plants. Two different caracteristic locations had been selected for the experiments: anthropogenic-Ada Huja contamineted industrial zone and non anthropogenic-Topcider park area. The contents of macro- and microelements is measured in the soil and conseqently in the plant. Correlation between the contents of minerals in the soil and its adsorption by the plant was found, as well as mineral contents in the different locations, depending on the environmental conditions and antrophogenic factor. Tansy (Tanacetum vulgare?L.) had been choosen as a substantial and wide spread plant on both locations. The usefulness of that easily accessable plant had been analysed with respect to its mineral contents. Human beings decrease utilization and edibility of Tansy plants in contaminated environment and this is proved and quantified in this paper by the contents of macro- and microelements (S, P, K, Ca, Mg, Na, Fe, Si, Al and Mn) contained in them.
机译：人类活动会对环境产生特定影响，也可以通过土壤和植物中的矿物质含量进行监测。已为实验选择了两个不同的特征位置：人为-Ada Huja污染的工业区和非人为-Topcider公园区。测定土壤中以及植物中的微量元素和微量元素的含量。发现土壤中矿物质含量与其被植物吸收之间的相关性，以及不同位置的矿物质含量之间的相关性，具体取决于环境条件和促养因子。艾菊（艾菊（Tanacetum vulgare？L。））已被选为这两个地区的广泛传播的重要植物。就其矿物质含量而言，已对该植物的实用性进行了分析。在受污染的环境中，人类会降低艾菊植物的利用率和食用性，这在本文中已通过大量和微量元素（S，P，K，Ca，Mg，Na，Fe，Si，Al和Mn）的含量进行了证明和量化。包含在其中。

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