Systemic review of the Species Sensitivity Distribution Curve (CDSE) in environmental matrixes: a scientific contribution to ecotoxicological analysis

Samara Teixeira Pereira, A. Cahino, Iana Chaiene de Araujo Vidal, Iris Rebeca Dantas Leite, Raíssa Mendes Silva, Tales Abreu Tavares de Sousa, A. B. Marinho, E. M. Rocha
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Abstract

In ecotoxicity, differences in species sensitivity can be expressed through a curve based on the distribution of pre-existing contaminant toxicity data, enabling better comparative visualization and the deduction of taxonomic groups more and less sensitive to toxic agentes. The objective of this work was to carry out, in a structured way, an investigation in the literature about the application of the species sensitivity distribution (SSD) curve in ecotoxicological analyzes of environmental matrices. To assist in this process of knowledge construction, an adaptation of the intervention instrument ProKnow-C was used, in order to select relevant articles and identify the characteristics of these publications that will scientifically contribute to the theme in question. The main results are the identification of quantitative data for the year of publication, countries and most relevant journals aligned with the proposed theme, the minimum number of data for the construction of the curve and its main applications, as well as identifying gaps for new scientific research, thus contributing to the more precise application of the SDS curve in ecotoxicological analyses.
环境矩阵中物种敏感性分布曲线(CDSE)的系统回顾:对生态毒理学分析的科学贡献
在生态毒理学中,物种敏感性的差异可以通过基于已有污染物毒性数据分布的曲线来表达,从而更好地进行可视化比较,并推断出对毒物敏感性较高和较低的分类群组。这项工作的目的是以结构化的方式,对物种敏感性分布(SSD)曲线在环境基质生态毒理学分析中的应用进行文献调查。为了协助这一知识建构过程,我们使用了 ProKnow-C 干预工具,以选择相关文章,并确定这些出版物的特点,从而为相关主题做出科学贡献。主要结果是确定了与拟议主题一致的发表年份、国家和最相关期刊的定量数据,构建曲线及其主要应用的最低数据数量,以及确定了新科学研究的差距,从而有助于在生态毒理学分析中更精确地应用 SDS 曲线。
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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