Research on the Protection and Development Model of Cultural Landscapes Guided by Natural and Cultural Heritage: A Case Study of Post-Seismic Reconstruction of Dujiangyan Linpan

The evolution of traditional rural settlements is a dynamic process. During urbanization, traditional rural settlements, as dual carriers of natural and cultural heritage, face the structural contradiction between preservation and development. The 2008 Wenchuan earthquake caused systemic damage to the Linpan settlements in western Sichuan. The post-seismic reconstruction (2008-) and rural revitalization (2017-) phases have offered a unique case for exploring sustainable cultural landscape patterns. This study innovatively devises a “preservation–development” dual-system evaluation framework. Using the coupling coordination degree model, it analyzes the characteristics of Linpan at different stages within a composite cultural–economic–social system. The study found that while tangible carriers can be quickly repaired through financial support, intangible culture is often at risk of losing its inheritors. Over 60% of Linpan depend on government support, exposing the fragility of “dependence-based development”, and few achieve high-quality “preservation–development” synergy (coupling coordination degree D > 0.8). Most remain in a “preservation lag–development obstruction” cycle (D < 0.5). This paper explores ways to balance Linpan preservation and development dynamically and suggests creating a self-cycling “resource empowerment–cultural identity–value transformation” development pattern. It provides a theoretical reference for cultural heritage preservation and disaster resilience building and contributes a unique solution for the revitalization of traditional settlements.

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Publication Details

Journal
Land
Published
2025-08-29
DOI
https://doi.org/10.3390/land14091753
Primary Topic
Remote Sensing and Land Use
Type
article
Field-Weighted Citation Impact
0.00

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article

Research on the Protection and Development Model of Cultural Landscapes Guided by Natural and Cultural Heritage: A Case Study of Post-Seismic Reconstruction of Dujiangyan Linpan

Yun-Ting Su, Jie Yang
Land
Remote Sensing and Land Use
article

Research on the Protection and Development Model of Cultural Landscapes Guided by Natural and Cultural Heritage: A Case Study of Post-Seismic Reconstruction of Dujiangyan Linpan

Yun-Ting Su, Jie Yang
article en

Abstract

The evolution of traditional rural settlements is a dynamic process. During urbanization, traditional rural settlements, as dual carriers of natural and cultural heritage, face the structural contradiction between preservation and development. The 2008 Wenchuan earthquake caused systemic damage to the Linpan settlements in western Sichuan. The post-seismic reconstruction (2008-) and rural revitalization (2017-) phases have offered a unique case for exploring sustainable cultural landscape patterns. This study innovatively devises a “preservation–development” dual-system evaluation framework. Using the coupling coordination degree model, it analyzes the characteristics of Linpan at different stages within a composite cultural–economic–social system. The study found that while tangible carriers can be quickly repaired through financial support, intangible culture is often at risk of losing its inheritors. Over 60% of Linpan depend on government support, exposing the fragility of “dependence-based development”, and few achieve high-quality “preservation–development” synergy (coupling coordination degree D > 0.8). Most remain in a “preservation lag–development obstruction” cycle (D < 0.5). This paper explores ways to balance Linpan preservation and development dynamically and suggests creating a self-cycling “resource empowerment–cultural identity–value transformation” development pattern. It provides a theoretical reference for cultural heritage preservation and disaster resilience building and contributes a unique solution for the revitalization of traditional settlements.

LandVol. 14(9)
Sichuan University (CN), Yibin University (CN)
National Natural Science Foundation of China
Openalex Percentile: Top 72%
Remote Sensing and Land Use
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