Plot Subdivision Heterogeneity and Urban Resilience: Preservation, Multifunctionality, and Socio-Cultural Adaptability Across Global Case Studies

In an era of rapid urbanisation and climate challenges, understanding how urban land patterns contribute to resilience is crucial for sustainable development. This theoretical review introduces a novel framework positing that greater heterogeneity in plot sizes and land uses enhances urban resilience by promoting long-term preservation of built en-vironments, multifunctional spaces, and socio-cultural adaptability. Drawing on urban morphology, assemblage theory, and resilience science, we argue that fragmented ownership in small-plot fabrics acts as a barrier to large-scale redevelopment, fostering diversity that buffers against shocks. Through comparative case studies of Venice (Italy), Tokyo (Japan), Hong Kong, Mexico City (Mexico), and York (UK), we illustrate how historical small-plot subdivisions have endured centuries, supporting ecological, eco-nomic, and social resilience. The analysis reveals common patterns: ownership frag-mentation preserves fine-grained urban forms, enabling adaptive reuse (exaptation) and inclusivity. This paper addresses a gap in the literature by synthesising plot-level het-erogeneity with broader resilience outcomes, offering policy implications for protecting such fabrics amid global urbanisation pressures. Findings align with land system science, emphasising multifunctionality for regenerative urbanism.