Functional Village Types Shape Divergent Rural Ecological Resilience Trajectories in the Yangtze River Delta

Why It Matters

Understanding how functional village classifications shape ecological resilience helps policymakers target interventions where urbanization threatens rural ecosystems, ensuring balanced rural revitalization and climate adaptation.

Key Takeaways

• Ecological resilience varies by functional village type in YRD
• Livable and rural‑civilization villages hold highest resilience levels
• Wealthy‑life villages start low but grow fastest
• High‑resilience clusters align with river corridor and coastal metros
• Land‑use, hydrology set baseline; climate sensitivity rises with hardening

Pulse Analysis

Rapid urbanization across China’s most dynamic region, the Yangtze River Delta, has sparked a debate over whether rural ecosystems will converge toward a uniform resilience or diverge along distinct pathways. By leveraging two decades of panel data from over five thousand officially designated rural‑revitalization villages, researchers constructed a comprehensive resilience index that captures resistance, adaptability, and recovery. This methodological advance moves beyond simple land‑use metrics, integrating climate sensitivity and socio‑economic functions to provide a nuanced picture of how villages weather environmental stressors.

The analysis uncovers clear heterogeneity. Villages classified as ecologically livable or embodying rural‑civilization ideals maintain the highest resilience scores throughout the study period, reflecting robust infrastructure, diversified economies, and proactive environmental governance. In contrast, wealthy‑life villages—often newer, consumption‑oriented settlements—start from a low baseline but exhibit the fastest resilience growth, driven by recent investments in green infrastructure and stricter land‑use controls. Spatially, resilience clusters concentrate along the Yangtze River corridor and coastal metropolitan belts, while mountainous inland zones lag behind, highlighting the role of geography and historic development patterns.

Policy implications are profound. The findings suggest that functional village typologies can serve as a diagnostic tool for tailoring climate‑adaptation and rural‑revitalization strategies. Planners should prioritize land‑use optimization and hydrological management in low‑resilience areas, while scaling climate‑sensitivity measures—such as reducing surface hardening—in rapidly urbanizing villages. By aligning investment with the specific resilience trajectories identified, regional authorities can foster more equitable and sustainable rural development, mitigating the ecological risks of continued urban expansion.