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Research Progress on GIS-Based Conservation of Ancient and Famous Trees

Author(s)

Yifeng Wang, Yibo Yin, Linlin Zheng, Zhijun Liu*

Affiliation(s)

School of Landscape Architecture and Art, Henan Agricultural University, Zhengzhou, Henan, China *Corresponding Author

Abstract

This article reviews the research progress and practical application of Geographic Information System (GIS) technology in the protection of ancient and famous trees. Leveraging its strengths in spatial data management, visualization, and spatial analysis, GIS has significantly improved the refinement and informatization of ancient tree management. The paper elaborates on its application in four major areas: first, establishing a resource database to achieve digitization and dynamic management of ancient tree information; second, analyzing spatial distribution patterns through methods such as kernel density analysis and spatial autocorrelation to provide a scientific basis for protection strategies; third, integrating multi-source data for pest and disease trend prediction and dynamic monitoring; and fourth, supporting fire risk zoning, fire spot monitoring, and firefighting decision-making in risk management. Research demonstrates that GIS technology has effectively addressed issues such as fragmented data and lagging monitoring in traditional management approaches, substantially enhancing the efficiency and scientific rigor of conservation efforts. It serves as a core technical support in advancing the protection of ancient and famous trees from static management toward dynamic perception and intelligent decision-making.

Keywords

Ancient and Famous Tree Conservation; Geographic Information System (GIS); Resource Database; Spatial Analysis; Pest and Disease Control; Fire Monitoring

References

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