Life-course transitions among older adults often produce a reshuffling of social network members. Moving is a common experience for U.S. seniors, but relatively little is known about how core networks change amid the relocation process. Drawing on longitudinal data from the National Social Life, Health, and Aging Project, the present study examines how late-life moving is associated with changes to network size and the loss and gain of particular network members. We find that when older adults undertake a long-distance move, they tend to add more family to their core network-yet this is moderated by their initial level of functional health. Long-distance moves are also associated with losing nonkin members from the core network. These empirical patterns are interpreted in light of developmental perspectives on late-life relocation, continuity theory, and the social convoy model.

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Objective The growth of solo living has important implications for the rising “loneliness epidemic” among older adults. This study considered whether two forms of social connectedness—extra-household core discussion networks and social participation—buffer the loneliness associated with living alone. Method Our study used data from two surveys (National Social Life, Health, and Aging Project; Survey of Health, Ageing and Retirement in Europe) encompassing 20 developed Western countries in 2009/2010 and 2015/2016 (n = 110,817). Harmonizing measures across data sets, we estimated survey-specific and pooled longitudinal regression models with interaction terms. Results High levels of social connectedness only moderately buffered the loneliness associated with living alone in later life. Findings were largely consistent across regions of Europe and the United States, though the buffering patterns were most robustly identified for widowed solo dwellers. Discussion Extra-household connections are partial compensators, but do not seem to fully replace the ready companionship afforded by residential co-presence in later life. Future research is needed to understand whether the efficacy of compensatory connections differs by gender, race/ethnicity, and across more diverse global regions.

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