Supplementary information to: Recalibrating the significance of the decline effect in fish ocean acidification research

This data set represents a reanalysis of the work of Clements et al. 2022 (Meta-analysis reveals an extreme “decline effect” in the impacts of ocean acidification on fish; PLOS Biology) wherein effect sizes initially presented as LnRR were converted to % impairment relative to a control value of 100%. The meta-analysis data set includes citation meta-data, relevant individual study information, and ocean-acidification-induced effect sizes. Three files are provided: 1) meta-data, 2) all individual data sets, and 3) data sets presented as study/paper means. , This data set is a meta-analysis originally published by Clements et al. 2022 (Meta-analysis reveals an extreme “decline effect” in the impacts of ocean acidification on fish; PLOS Biology). New additions to the data set as presented here include re-analysis of effect size by converting LnRR to a percent impairment metric. No original data collection or other processing was undertaken. Analyses were performed on data as individual collected experimental data (one file) and as study means per publication (one file). , The files are provided as CSV files.Â

本数据集是对Clements等人2022年发表的研究《元分析（meta-analysis）揭示海洋酸化对鱼类影响存在极端“下降效应”》（发表于PLOS Biology）的再分析。原文中最初以对数反应比（LnRR）呈现的效应量被转换为相对于对照组100%的损伤百分比。该元分析数据集包含引用元数据、相关单项研究信息，以及海洋酸化诱导的效应量。本次共提供3个文件：1）元数据文件；2）所有单项数据集；3）以研究/论文均值形式呈现的数据集。
本数据集源自Clements等人2022年发表的原始元分析数据集。本次新增的处理内容为：将LnRR转换为损伤百分比指标以重新计算效应量。本数据集未开展原始数据收集或其他额外处理工作。分析基于两类数据开展：一是单项收集的实验数据（对应1个文件），二是每篇出版物对应的研究均值数据（对应1个文件）。
所有文件均采用逗号分隔值（CSV，Comma-Separated Values）格式。