Meijering Louise, Osborne Tess, van Doorne Marlene, Weitkamp Gerd
Population Research Centre (PRC), Urban and Regional Studies Institute (URSI), Faculty of Spatial Sciences, University of Groningen, Groningen, The Netherlands.
School of Geography, Geology and the Environment, University of Leicester, Leicester, United Kingdom.
Mobilities. 2023 Dec 15;19(4):736-755. doi: 10.1080/17450101.2023.2289453. eCollection 2024.
Mobility is crucial for maintaining well-being in later life. Previous research has shown that older adults' mobility fluctuates throughout the day, with a particular focus on afternoon outdoor movement. This paper takes a broader approach and explores the seasonal differences and similarities in mobility and activity space in later life, using older adults in the Northern Netherlands as a case study. Seventeen older adults participated in the study, for which we used a mixed-methods approach combining GPS-, activity diaries, and in-depth interview data analysed through grounded visualisation. We have collected data from each participant for a week, once during fall/winter and once during summer. The findings of this paper defy common expectations around older adult mobility; for instance, the participants walked less in summer and had a larger activity space in winter. Equally, we demonstrate that it is crucial to distinguish between daily and incidental activity spaces, particularly when factoring in seasonal variations. Yet our mixed-methods approach revealed discrepancies between perceived and measured mobility and activity space. We argue that the intricate interplay of seasonal influences, weather conditions, and personal factors significantly shapes mobility practices in later life, underscoring the need for holistic planning of age-inclusive environments.
行动能力对于维持晚年生活的幸福感至关重要。先前的研究表明,老年人的行动能力在一天中会有所波动,尤其关注下午的户外移动情况。本文采用了更广泛的方法,以荷兰北部的老年人为案例研究,探讨晚年生活中行动能力和活动空间的季节差异与相似之处。17名老年人参与了该研究,我们采用了混合方法,将全球定位系统、活动日记以及通过扎根可视化分析的深度访谈数据相结合。我们收集了每位参与者一周的数据,一次在秋冬季节,一次在夏季。本文的研究结果与围绕老年人行动能力的普遍预期相悖;例如,参与者在夏季行走较少,而在冬季拥有更大的活动空间。同样,我们证明区分日常活动空间和偶然活动空间至关重要,尤其是在考虑季节变化时。然而,我们的混合方法揭示了感知到的和测量出的行动能力与活动空间之间的差异。我们认为,季节影响、天气状况和个人因素的复杂相互作用显著塑造了晚年生活中的行动模式,这突出了对包容年龄的环境进行整体规划的必要性。