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Reporting Goodness of Fit with RMSEA-P Curve: Structural Equation Modeling in Environmental Sciences

机译:报告与RMSEA-P曲线的拟合优度:环境科学中的结构方程建模

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Structural equation models are extensively used in environmental research. To assess Goodness of Fit in structural equation modeling, one can report the upper-bound of RMSEA confidence interval (e.g., .043) at a commonly used probability criterion (e.g., 90% confidence level). Alternatively one can report the p-value using a popular RMSEA close-fit criterion (e.g., .05). In essence both approaches summarize the RMSEA-p curves into some quantities, but with reference to different common standards (RMSEA≤ .05, p ≤ .05 respectively). SAS CNONCT/PROBCHI codes are provided online to search for boundary conditions in which the two approaches may provide different information and conclusion. We differentiate the implicit and explicit roles of substantial knowledge against statistical conclusion and recommend using RMSEA-p curves.
机译:结构方程模型广泛用于环境研究。为了评估结构方程模型的拟合优度,可以使用一种常用的概率标准(例如90%的置信度)报告RMSEA置信区间(例如.043)的上限。或者,可以使用一种流行的RMSEA紧密拟合标准(例如.05)来报告p值。从本质上讲,这两种方法都将RMSEA-p曲线总结为一定数量,但要参考不同的通用标准(分别为RMSEA≤.05,p≤.05)。在线提供SAS CNONCT / PROBCHI代码以搜索两种方法可能提供不同信息和结论的边界条件。我们将大量知识的隐性和显性作用与统计结论区分开来,并建议使用RMSEA-p曲线。

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