Department of Psychology, University of Münster, Münster, Germany.
Dev Psychol. 2013 Feb;49(2):353-64. doi: 10.1037/a0028243. Epub 2012 Apr 30.
Perceived control is an important variable for various demands involved in successful aging. However, perceived control is not set in stone but rather changes throughout the life course. The aim of this study was to identify cross-sectional age differences and longitudinal mean-level changes as well as rank-order changes in perceived control with respect to gender and education. Furthermore, changes in income and health were analyzed to explain trajectories of perceived control. In a large and representative sample of Germans across all of adulthood, 9,484 individuals gave information about their perceived control twice over a period of 6 years. Using locally weighted smoothing (LOESS) curves and latent structural equation modeling, four main findings were revealed: (a) Perceived control increased until ages 30-40, then decreased until about age 60, and increased slightly afterwards. (b) The rank order of individuals in perceived control was relatively unstable, especially in young adulthood, and reached a plateau at about age 40. (c) Men perceived that they had more control than did women, but there were no gender differences in the development of perceived control. (d) Individuals with more education perceived that they had more control than those with less education, and there were slight differences in the development of perceived control dependent on education. Taken together, these findings offer important insights into the development of perceived control across the life span.
感知控制是成功老龄化所涉及的各种需求的一个重要变量。然而,感知控制并不是一成不变的,而是随着人生历程而变化。本研究的目的是确定感知控制在性别和教育方面的横断面年龄差异和纵向平均水平变化以及等级变化,并分析收入和健康的变化,以解释感知控制的轨迹。在一个跨越所有成年期的德国大型代表性样本中,9484 人在 6 年的时间内两次提供了关于他们感知控制的信息。使用局部加权平滑(LOESS)曲线和潜在结构方程模型,揭示了四个主要发现:(a)感知控制在 30-40 岁之前增加,然后在 60 岁左右下降,之后略有增加。(b)个体在感知控制方面的等级顺序相对不稳定,尤其是在年轻成年期,在大约 40 岁时达到一个平台。(c)男性感知到他们比女性有更多的控制,但在感知控制的发展方面没有性别差异。(d)教育程度较高的个体感知到他们比教育程度较低的个体有更多的控制,而教育程度对感知控制的发展有细微差异。总的来说,这些发现为理解整个生命周期中感知控制的发展提供了重要的见解。