Informative Environment Qualifying Index

IF 0.5 Q4 ENGINEERING, CHEMICAL
Anett Utasi, V. Sebestyén, A. Redey
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引用次数: 1

Abstract

Improvement in the quality of the environment and, as a result, in the quality of life, including environmental impact assessments and environmental management, play an important role in the practical implementation of environmental regulations. The goal of this paper is to develop a new type of quantitative environmental impact assessment method to describe changes in environmental elements as well as the environment in an objective and reliable manner for various projects, investments, plans and proposals. An easily adaptable method was sought which provides a clear and well-interpretable result on the condition of and foreseeable changes in the environment. The algorithm operates using the limit values of environmental elements set forth by national regulations. The evaluation is independent of the number of environmental parameters chosen as it was included in the informativity rates of the method. The process results in an aggregated index for qualifying the total environment but, nonetheless, the affected environmental elements and measured environmental parameters can be analysed independently. The Informative Environment Qualifying Index evaluates the environmental parameters in proportion to the strictness of the limit values. The final assessment of the total environment is performed by using varying intervals, therefore, the different cases can be compared to each other. Experts interpret the results as well as explain the changes in the state of the environment and, therefore, identify the cause-effect relationships.
信息化环境合格指数
改善环境质量,从而提高生活质量,包括环境影响评估和环境管理,在切实执行环境条例方面发挥着重要作用。本文的目标是开发一种新型的定量环境影响评估方法,以客观可靠的方式描述各种项目、投资、计划和提案的环境要素以及环境的变化。寻求一种易于适应的方法,该方法在环境条件和可预见的变化下提供清晰且可解释的结果。该算法使用国家法规规定的环境元素的极限值进行操作。该评估与所选环境参数的数量无关,因为它包含在该方法的非信息率中。该过程产生了一个综合指数,用于确定总体环境,但受影响的环境要素和测量的环境参数可以独立分析。信息化环境合格指数根据限值的严格程度对环境参数进行评估。总环境的最终评估是通过使用不同的间隔进行的,因此,可以将不同的情况相互比较。专家对结果进行解释,并解释环境状态的变化,从而确定因果关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
自引率
50.00%
发文量
9
审稿时长
6 weeks
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