Abstract：This study delves into the complexities involved in the protection and selection of multi-level architectural heritages, particularly how these are influenced by diversified factors within the policy constraints. Specifically, the research seeks to unfold in a complex way, in which the geographical distribution of heritage resources is determined by various forces, both man-made and natural. We calculate the spatial distribution of architectural heritage by using methodologies like the Average Nearest Neighbor Index and Kernel Density Estimation at global, national, and provincial levels. It does not stop with the identification of patterns but proceeds to understand how a combination of transportation networks, natural environments, socioeconomic conditions, and cultural industries is put together to influence the distribution of heritage through the Geodetector. It is interesting to find that there is likely a more complex interplay: a single, dominant influence is often found for the case of cultural industries, whereas in the case of an interaction of two or more drivers, the socioeconomic factors take a more leading role. The conclusion is drawn from the outcome, which advocates for a more holistic mindset in comparative analyses. The way to achieve such an approach lies in the incorporation of a wider range of influencing factors that could lead to scientifically stronger and more objective findings. This will eventually lay the foundation for the establishment of more sustainable policy making that effectively protect our architectural heritage.
顾琰1，张若曦2*，王浩任3，陈凯雯1. 多层级建筑遗产保护认定中的空间分布驱动机制研究
——以福建为例[J]. 新建筑, 2025, 43(2): 108-115.
GU Yan, ZHANG Ruoxi, HUANG Harrison, CHEN Kaiwen. Research on the Spatial Distribution and Driving Mechanisms of the Preservation of Multi-level Architectural Heritages: A Case Study of Fujian. New Architecture, 2025, 43(2): 108-115.
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