FAMILY FRACTURES: A MULTILEVEL ANALYSIS OF INSTITUTIONAL DRIVERS BEHIND ELDERLY EMPTY-NESTING IN CHINA’S RUST BELT - Abstract

Sep 29, 2026

Upload by Riley

Study uses multilevel institutional analysis to explain structural disintegration of intergenerational support systems and the growing prevalence of elderly empty-nesting in China’s Rust Belt (Northeast provinces). Longitudinal census data from 2000–2020 and municipal socioeconomic records support three findings: Rust Belt aging and empty-nesting rise faster than national averages; urban rates persistently exceed rural, with peripheralized spatial clustering and higher solitary households in resource-depleted cities; outmigration and state-led urbanization erode family support capacities, with one-child policy legacies intensifying household atomization. Results reframe empty-nesting as a systemic institutional outcome.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages1

Reading Time3 min

AccessFree to download

Abstract

Institutional drivers of empty-nesting

Spatial inequality and clustering

Hierarchical mechanisms of institutional failure

834 Innovation in Aging, 2025, Vol. 9, No. S2 Abstract citation ID: igaf122.2828 FAMILY FRACTURES: A MULTILEVEL ANALYSIS OF INSTITUTIONAL DRIVERS BEHIND ELDERLY EMPTY-NESTING IN CHINA’S RUST BELT Xiaoxuan Liang, Gong Chen, and Bo Liang, Peking University, Beijing, Beijing, China (People’s Republic) This study employs a multilevel institutional analysis to investigate the structural disintegration of intergenerational support systems and the rising prevalence of elderly empty-nesting in China’s Rust Belt (Northeast provinces), utilizing longitudinal population census data (2000–2020) and municipal socioeconomic records. Three critical findings emerge: (1) Accelerated Family Fractures: The Rust Belt exhibits a uniquely severe trajectory of aging and empty-nesting compared to national averages. While couple-only households dominate elderly empty-nesting (reflecting weakened intergenerational cohabitation norms), the surge in solitary living arrangements—a 23% faster growth rate than couple-only cases—signals deepening familial fragmentation. (2) Spatial Inequality as Institutional Legacy: Urban empty-nesting rates persistently surpass rural levels, yet resource-depleted cities face disproportionately high rates of solitary elderly households. Geospatial clustering reveals a “peripheralization”pattern: border zones of Heilongjiang-Jilin and industrial hubs in Liaoning exhibit peak empty-nesting, mirroring the region’s post-industrial decline and youth exodus. (3) Hierarchical Drivers of Institutional Failure: Mass outmigration (demographic driver) and state-led urbanization policies (economic driver) structurally erode family support capacities. The collapse of multigenerational cohabitation norms, amplified by decades of one-child policy legacies, accelerates household atomization. Solitary living correlates strongly with localized industrial collapse (e.g., mining towns), whereas couple-only households are primarily shaped by cultural inertia and demographic constraints. These findings challenge conventional narratives of filial piety decline, instead framing empty-nesting as a systemic outcome of China’s Rust Belt’s institutional trilemma: depopulation pressures, fragmented welfare systems, and unaddressed cultural-institutional voids.

FAQs

What data sources are used to analyze elderly empty-nesting in China’s Rust Belt?

The study uses longitudinal population census data from 2000–2020 and municipal socioeconomic records.

How do the Rust Belt patterns differ from national averages?

The Rust Belt shows a uniquely severe trajectory of aging and elderly empty-nesting compared with national averages, with solitary living growing faster than couple-only households.

Which mechanisms are identified as hierarchical drivers of institutional failure?

Mass outmigration and state-led urbanization policies structurally erode family support capacities, collapsing multigenerational cohabitation norms and intensifying household atomization.

Sep 29, 2026

Upload by Riley