Screen-Dominated Leisure Linked to Poorer Health in China’s Older Adults

What older adults do in their free time may matter far more than how much free time they have. A new analysis of more than 2,300 Chinese seniors suggests that the overall shape of a person’s leisure life, not any single hobby, tracks closely with their mental, physical, and self-perceived health. The study, published in BMC Geriatrics by a team led by Lin Luo of Guizhou Normal University, used a statistical technique called latent class analysis to sort older adults into distinct leisure lifestyle patterns based on how often they took part in twelve different activities. The results paint a striking picture: the two largest groups of Chinese seniors spend their leisure hours largely oriented toward screens, and both groups showed markedly worse health indicators than a smaller, highly active minority.

The data came from the face-to-face household component of the 2023 Chinese General Social Survey, one of the country’s most comprehensive ongoing social surveys. The researchers focused on 2,307 adults aged 60 and older who had complete information on all twelve leisure-activity indicators, which ranged from watching television to socializing, exercising, and participating in community events. Rather than treating each activity as an isolated behavior, the team asked whether activities cluster together into recognizable lifestyles. This question matters because gerontologists increasingly suspect that health in later life reflects configurations of behavior, the whole pattern of how people fill their days, rather than the isolated effect of any one pastime.

Latent class analysis works by looking for hidden subgroups within a population. The method assumes that observed responses, in this case how frequently each person engages in each of twelve activities, are generated by an unobserved categorical variable: membership in a particular lifestyle class. The researchers fit models with increasing numbers of classes and used statistical criteria including the Akaike information criterion, the Bayesian information criterion, and the Lo–Mendell–Rubin and Vuong–Lo–Mendell–Rubin likelihood-ratio tests to decide how many groups the data genuinely supported. A four-class solution emerged as the best fit, and the resulting portrait of late-life leisure in China is both detailed and sobering.

The largest group, accounting for 34.09 percent of the sample, was labeled the moderate-frequency home-based screen-oriented class. These older adults engaged in leisure activities at moderate levels, but their participation leaned heavily toward home-based screen activities such as television viewing. Close behind, at 31.79 percent, came the low-frequency television-oriented class, whose members participated in leisure overall at low levels and were similarly anchored to the television set. Together, these two screen-centered groups made up nearly two-thirds of Chinese seniors in the survey. The remaining two classes were smaller but notably healthier-looking: 21.47 percent belonged to a high-frequency socially and physically active class, and 12.64 percent belonged to a high-frequency diversified class that combined social, physical, and other leisure pursuits at high levels.

To connect these lifestyle patterns with health, the researchers examined three outcomes spanning different dimensions of wellbeing: depressive tendency, health limitation, and poor self-rated health. They used survey-weighted logistic regression models that adjusted for a wide battery of covariates, including demographic characteristics, family factors, socioeconomic status, social security coverage, and body mass index. This adjustment is critical, because older adults with different incomes, education levels, family structures, and body compositions differ systematically in both how they spend leisure time and how healthy they are. The question was whether leisure lifestyle class membership predicted health outcomes above and beyond these confounding influences.

The answer, for the screen-oriented groups, was a clear yes. Compared with the high-frequency diversified class, members of the low-frequency television-oriented class had 2.242 times the adjusted odds of depressive tendency, 1.903 times the odds of health limitation, and 2.318 times the odds of poor self-rated health. The moderate-frequency home-based screen-oriented class fared little better, with corresponding odds ratios of 2.037, 1.820, and 1.812. In other words, seniors whose leisure revolved around screens, whether at high or low overall participation levels, showed less favorable indicators across all three health dimensions examined: psychological, functional, and subjective. The consistency of the pattern across outcomes strengthens the case that these lifestyle configurations are meaningfully tied to health rather than to any single measure.

The high-frequency socially and physically active class presented a more nuanced picture. Its members had higher adjusted odds of depressive tendency (odds ratio 1.659) and poor self-rated health (odds ratio 1.796) than the diversified class, but the difference in health limitation did not reach statistical significance. Intriguingly, when the researchers accounted for classification uncertainty using a 200-draw pseudo-class sensitivity analysis, the association between this active class and depressive tendency was attenuated. This suggests that some of the apparent excess risk may reflect the inherent fuzziness of assigning individuals to statistical classes rather than a genuine health disadvantage. The finding is a useful reminder that even sophisticated clustering methods carry uncertainty, and that robust conclusions require testing how sensitive results are to that uncertainty.

The team did not stop at the primary analysis. They reran the models using survey-weighted latent class analysis and available-item models, which accommodate missing responses rather than discarding participants, and found substantively similar class structures. They also tested an alternative definition of poor self-rated health and conducted exploratory subgroup analyses by sex and by urban versus rural residence. Most of the subgroup interactions were not statistically significant, hinting that the broad lifestyle-health associations hold reasonably consistently across major demographic strata, though the authors characterize these subgroup findings as exploratory rather than definitive.

What should readers make of all this? The most important caveat is that the study is cross-sectional: it captures a single moment in time and cannot establish whether screen-heavy leisure causes poorer health, whether poorer health pushes people toward sedentary screen activities, or whether unmeasured factors drive both. An older adult with chronic pain may retreat to the television precisely because other activities have become difficult. The authors are explicit that these findings do not establish temporal ordering or causality. Longitudinal studies that follow individuals over years, and ideally intervention trials that encourage broader participation, will be needed to determine whether reshaping leisure lifestyles actually improves health outcomes.

Even with that caveat, the study carries real weight for a rapidly aging society. China’s older population is enormous and growing, and nearly two-thirds of surveyed seniors fell into classes dominated by home-based screen leisure. If future longitudinal work confirms that diversified, socially and physically engaged leisure protects health, the policy implications could be substantial: community centers, accessible exercise facilities, and programs that lower the barriers to meaningful participation might pay dividends across psychological, functional, and subjective dimensions of aging. The study’s deeper contribution, however, may be methodological. By demonstrating that leisure activities cohere into identifiable lifestyle patterns with distinct health profiles, it argues persuasively that researchers and policymakers should stop evaluating hobbies one at a time and start thinking about the whole architecture of how people spend their later years.

Subject of Research: Leisure lifestyle patterns and multidimensional health outcomes among older adults in China

Article Title: Leisure lifestyle patterns and multidimensional health outcomes among older adults in China: a latent class analysis of the 2023 Chinese General Social Survey

Article References: Luo, L., Yu, M., Ma, J., Wen, Y., Zeng, H., Liu, L., & Zhang, S. (2026). Leisure lifestyle patterns and multidimensional health outcomes among older adults in China: a latent class analysis of the 2023 Chinese General Social Survey. BMC Geriatrics. https://doi.org/10.1186/s12877-026-08344-3

Image Credits: AI Generated

DOI: 10.1186/s12877-026-08344-3

Keywords: older adults, leisure participation, leisure lifestyle patterns, latent class analysis, depressive tendency, health limitation, self-rated health, healthy ageing, China, gerontology, Chinese General Social Survey, screen time