Smith Peter M, Koehoorn Mieke
Institute for Work & Health, 481 University Avenue, Suite 800, Toronto, ON, M5G 2E9, Canada.
School of Public Health and Preventive Medicine, Monash University, Melbourne, Australia.
Int J Equity Health. 2016 May 28;15:82. doi: 10.1186/s12939-016-0370-4.
Disentangling the impacts of sex and gender in understanding male and female differences is increasingly recognised as an important aspect for advancing research and addressing knowledge gaps in the field of work-health. However, achieving this goal in secondary data analyses where direct measures of gender have not been collected is challenging. This study outlines the development of a gender index, focused on gender roles and institutionalised gender, using secondary survey data from the Canadian Labour Force survey. Using this index we then examined the distribution of gender index scores among men and women, and changes in gender roles among male and female labour force participants between 1997 and 2014.
We created our Labour Force Gender Index (LFGI) using information in four areas: responsibility for caring for children; occupation segregation; hours of work; and level of education. LFGI scores ranged from 0 to 10, with higher scores indicating more feminine gender roles. We examined correlations between each component in our measure and our total LFGI score. Using multivariable linear regression we examined change in LFGI score for male and female labour force participants between 1997 and 2014.
Although women had higher LFGI scores, indicating greater feminine gender roles, men and women were represented across the range of LFGI scores in both 1997 and 2014. Correlations indicated no redundancy between measures used to calculate LFGI scores. Between 1997 and 2014 LFGI scores increased marginally for men and decreased marginally for women. However, LFGI scores among women were still more than 1.5 points higher on average than for men in 2014.
We have described and applied a method to create a measure of gender roles using survey data, where no direct measure of gender (masculinity/femininity) was available. This measure showed good variation among both men and women, and was responsive to change over time. The article concludes by outlining an approach to use this measure to examine the relative contribution of gender and sex on differences in health status (or other outcomes) between men and women.
在理解男性和女性差异方面,厘清性别和性别的影响日益被视为推进工作与健康领域研究及填补知识空白的一个重要方面。然而,在未收集直接性别测量数据的二次数据分析中实现这一目标具有挑战性。本研究概述了一个性别指数的开发过程,该指数聚焦于性别角色和制度化性别,使用了来自加拿大劳动力调查的二次调查数据。然后,我们利用这个指数研究了男性和女性之间性别指数得分的分布情况,以及1997年至2014年期间男性和女性劳动力参与者性别角色的变化。
我们利用四个领域的信息创建了劳动力性别指数(LFGI):照顾孩子的责任;职业隔离;工作时长;以及教育水平。LFGI得分范围为0至10,得分越高表明性别角色越具女性化特征。我们研究了测量中的每个组成部分与LFGI总分之间的相关性。使用多变量线性回归,我们研究了1997年至2014年期间男性和女性劳动力参与者LFGI得分的变化。
尽管女性的LFGI得分较高,表明其性别角色更具女性化特征,但在1997年和2014年,男性和女性在LFGI得分范围内均有分布。相关性表明,用于计算LFGI得分的各项测量之间不存在冗余。1997年至2014年期间,男性的LFGI得分略有上升,女性的LFGI得分略有下降。然而,2014年女性的LFGI得分平均仍比男性高出1.5分以上。
我们描述并应用了一种方法,利用调查数据创建一种性别角色测量方法,而当时没有直接的性别(男性气质/女性气质)测量数据。该测量方法在男性和女性中均显示出良好的差异,并且对随时间的变化有响应。文章最后概述了一种方法,即使用该测量方法来研究性别和性对男性和女性健康状况(或其他结果)差异的相对贡献。