BFF: Bayesian, Fiducial, Frequentist Analysis of Age Effects in Daily Diary Data

压力源 频数推理 心理学 无效假设 情感(语言学) 推论 反应性(心理学) 贝叶斯概率 临床心理学 发展心理学 贝叶斯推理 计量经济学 统计 医学 计算机科学 人工智能 数学 替代医学 沟通 病理
作者
Shevaun D. Neupert,Jan Hannig
出处
期刊:The Journals of Gerontology: Series B [Oxford University Press]
卷期号:75 (1): 67-79 被引量:9
标识
DOI:10.1093/geronb/gbz100
摘要

Abstract Objectives We apply new statistical models to daily diary data to advance both methodological and conceptual goals. We examine age effects in within-person slopes in daily diary data and introduce Generalized Fiducial Inference (GFI), which provides a compromise between frequentist and Bayesian inference. We use daily stressor exposure data across six domains to generate within-person emotional reactivity slopes with daily negative affect. We test for systematic age differences and similarities in these reactivity slopes, which are inconsistent in previous research. Method One hundred and eleven older (aged 60–90) and 108 younger (aged 18–36) adults responded to daily stressor and negative affect questions each day for eight consecutive days, resulting in 1,438 total days. Daily stressor domains included arguments, avoided arguments, work/volunteer stressors, home stressors, network stressors, and health-related stressors. Results Using Bayesian, GFI, and frequentist paradigms, we compared results for the six stressor domains with a focus on interpreting age effects in within-person reactivity. Multilevel models suggested null age effects in emotional reactivity across each of the paradigms within the domains of avoided arguments, work/volunteer stressors, home stressors, and health-related stressors. However, the models diverged with respect to null age effects in emotional reactivity to arguments and network stressors. Discussion The three paradigms converged on null age effects in reactivity for four of the six stressor domains. GFI is a useful tool that provides additional information when making determinations regarding null age effects in within-person slopes. We provide the code for readers to apply these models to their own data.

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