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Impacts of Heavy Metals on Soil Microbial Activity

机译:重金属对土壤微生物活性的影响

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Concern about soil quality has been increasing due to environmental impacts from anthropogenic actions. The imbalance between its components alters activities in ecosystems. One of the main actions affecting soil quality is the presence of heavy metals, impairing the functioning of the ecosystem. This work evaluated the impacts of metal-contaminated soil on microbial activity after dam failure in Minas Gerais State, Brazil. Microbial respiration measurements and colony quantifications were used for evaluations. Thus, it is hoped that through these bioindicators, we can assess the quality of the environment and from these biostimulators restore the environmental balance, benefiting local communities affected by the disaster. After microbial biostimulation of the soil, there was an increase in the number of bacterial colonies as well as greater accumulation of CO 2 over the days. Thus, the addition of nutrients to the metal-impacted soil was essential for initiating the restoration of the affected ecosystem equilibrium.
机译:由于人为行动的环境影响,对土壤质量的担忧越来越大。其组件之间的不平衡改变了生态系统的活动。影响土壤质量的主要动作之一是存在重金属,损害生态系统的运作。这项工作评估了金属污染土壤对巴西Minas Gerais State后坝体破坏后的微生物活性的影响。微生物呼吸测量和菌落量化用于评估。因此,希望通过这些生物indinder,我们可以评估环境的质量,并从这些生物刺激器恢复环境平衡,使受灾当地社区受益。在土壤微生物生物抑制后,细菌菌落的数量增加以及在几天内增加CO 2的积累。因此,向金属撞击土壤中添加营养素对于启动受影响的生态系统平衡的恢复是必不可少的。

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