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Carbon Dioxide Emissions Accounting by the Traffic Flow as a Mean to Assess the Maximum Permissible Load of Pollutants On the Ecosystem

机译:交通流量的二氧化碳排放量作为评估生态系统上最大允许污染物的最大允许负荷的含量

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Active functioning of industrial enterprises, non-industrial organizations and especially automotive sectors which influence the local ecosystems state requires rational intervention based on reasonable methods and reference points. The reducing of stationary and mobile polluters emission within the territory to a certain allowable level and the monitoring of economic damage to the infrastructure subjects are effective control tools of environmental quality. To create the ecological-economic principles of optimal environmental management it is necessary to rely on indicators that characterize biota stability: the assimilative capacity and maximum permissible load of pollutants on the ecosystem. The element of determining the latter is the volume of supply air which is calculated on the basis of carbon dioxide emissions data and the hypothesis on the necessity of maintaining of its concentration in the natural range for the surface air layer. The proposed method can simplify the information support process of effective management decision-making, reduce the possibility of manipulation of statistic data based on comparing the pollutants concentrations in the urban air to the respective maximum allowable concentrations in the air of populated areas, have a positive impact in terms of the transition to sustainable development.
机译:影响当地生态系统国家的工业企业,非工业组织和特别是汽车部门的主动运作需要基于合理的方法和参考点的合理干预。将局部和移动污染物减少到某种允许水平和对基础设施受试者的经济损害的监测是环境质量的有效控制工具。为创造最优环境管理的生态经济原则,有必要依靠表征生物群稳定性的指标:生态系统上的吸收能力和污染物的最大允许载荷。确定后者的元素是基于二氧化碳排放数据计算的供应空气的体积和关于在表面空气层的自然范围内保持其浓度的必要性。该方法可以简化有效管理决策的信息支持过程,根据将城市空气中的污染物浓度与人口稠密地区空气中的相应最大允许浓度进行比较,减少操纵统计数据的可能性。对转型至可持续发展的影响。

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