Spatial Mechanisms and Coupling Coordination of Cultural Heritage and Tourism Along the Jinzhong Segment of the Great Tea Road

Linear cultural heritage is characterized by complex cross-regional and multi-level features, facing severe challenges of spatial resource fragmentation and an imbalance in cultural and tourism functions. However, existing research lacks quantitative analysis regarding the non-linear driving mechanisms of spatial distribution and the misalignment of culture–tourism coupling. In this study, we construct an integrated identification–explanation–coupling–governance (IECG) theoretical framework. Taking The Great Tea Road (Jinzhong Section) as a case study, our framework integrates the CCSPM, XGBoost-SHAP machine learning interpreter, and Geodetector to systematically quantify the spatial structure of heritage and the level of culture–tourism integration. The results indicate that, (1) in terms of spatial patterns, the study area exhibits an unbalanced agglomeration characteristic of “dual-primary and dual-secondary cores,” with high-density areas showing significant orientation along rivers and roads; (2) regarding driving mechanisms, the machine learning model reveals a significant “non-linear threshold effect,” with 83% of driving factors (e.g., elevation and distance to transportation) exhibiting non-linear fluctuations in their influence on heritage distribution; and, (3) in terms of culture–tourism coupling, the overall coupling coordination degree (CCD) is low (mean 0.38), indicating significant “resource–facility” spatial misalignment. The modern number of public cultural facilities (NCF) is identified as the primary obstacle restricting the transformation of high-grade heritage into tourism products. Based on these findings, we propose adaptive zoning governance strategies. This research not only theoretically clarifies the complexity of the social–ecological system of linear heritage but also provides a generalizable quantitative method for the digital protection and sustainable tourism planning of cross-regional cultural heritage.

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Publication Details

Journal
Heritage
Published
2025-12-25
DOI
https://doi.org/10.3390/heritage9010007
Citations
1
Primary Topic
Cultural Heritage Management and Preservation
Type
article
Field-Weighted Citation Impact
8.27
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article

Spatial Mechanisms and Coupling Coordination of Cultural Heritage and Tourism Along the Jinzhong Segment of the Great Tea Road

Zhenjian Du, Lihao Meng, Zehui Jia, Lei Cao
1 citations
Heritage
Cultural Heritage Management and Preservation
8.27
article

Spatial Mechanisms and Coupling Coordination of Cultural Heritage and Tourism Along the Jinzhong Segment of the Great Tea Road

Zhenjian Du, Lihao Meng, Zehui Jia, Lei Cao
article en
1 citations

Abstract

Linear cultural heritage is characterized by complex cross-regional and multi-level features, facing severe challenges of spatial resource fragmentation and an imbalance in cultural and tourism functions. However, existing research lacks quantitative analysis regarding the non-linear driving mechanisms of spatial distribution and the misalignment of culture–tourism coupling. In this study, we construct an integrated identification–explanation–coupling–governance (IECG) theoretical framework. Taking The Great Tea Road (Jinzhong Section) as a case study, our framework integrates the CCSPM, XGBoost-SHAP machine learning interpreter, and Geodetector to systematically quantify the spatial structure of heritage and the level of culture–tourism integration. The results indicate that, (1) in terms of spatial patterns, the study area exhibits an unbalanced agglomeration characteristic of “dual-primary and dual-secondary cores,” with high-density areas showing significant orientation along rivers and roads; (2) regarding driving mechanisms, the machine learning model reveals a significant “non-linear threshold effect,” with 83% of driving factors (e.g., elevation and distance to transportation) exhibiting non-linear fluctuations in their influence on heritage distribution; and, (3) in terms of culture–tourism coupling, the overall coupling coordination degree (CCD) is low (mean 0.38), indicating significant “resource–facility” spatial misalignment. The modern number of public cultural facilities (NCF) is identified as the primary obstacle restricting the transformation of high-grade heritage into tourism products. Based on these findings, we propose adaptive zoning governance strategies. This research not only theoretically clarifies the complexity of the social–ecological system of linear heritage but also provides a generalizable quantitative method for the digital protection and sustainable tourism planning of cross-regional cultural heritage.

HeritageVol. 9(1)
Tianjin University (CN)
Decent work and economic growth
Openalex Percentile: Top 2%
Cultural Heritage Management and Preservation
8.27
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Spatial Mechanisms and Coupling Coordination of Cultural Heritage and Tourism Along the Jinzhong Segment of the Great Tea Road — Zhenjian Du, Lihao Meng, et al. · Heritage (2025) | TGRS Research Map | TGRS