Pulandian National Forest Park Based on Landscape Resource Evaluation Research on Optimization Design Strategies

The construction of national forest parks is an important way to protect natural forest ecological resources and maintain national ecological security. Pulandian National Forest Park consists of several forest patches separated by cities and villages. Based on the current resource status of forest patches, such as Erlong Mountain, Weiba Mountain, and Jiguan Mountain, based on the China Forest Park Scenic Resource Quality Ranking Method and the Ambient Air Quality Standard, and based on the ecological environment, such as the atmosphere, surface water, negative ions, and bacterial content, as well as the landscape resources consisting of geomorphological, hydrological, biological, natural, and humanistic resources, a compound environment-resource evaluation model is constructed. We constructed an environment-resource composite evaluation model from five levels: typicality, naturalness, attractiveness, diversity, and scientificity.

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Publication Details

Published
2025-03-26
DOI
https://doi.org/10.1061/9780784485910.018
Primary Topic
Tree Root and Stability Studies
Type
article
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article

Pulandian National Forest Park Based on Landscape Resource Evaluation Research on Optimization Design Strategies

Leichang Huang, Bowen Guan, Zhuang Liu, Shanhua Bi
Tree Root and Stability Studies
article

Pulandian National Forest Park Based on Landscape Resource Evaluation Research on Optimization Design Strategies

Leichang Huang, Bowen Guan, Zhuang Liu, Shanhua Bi
article en

Abstract

The construction of national forest parks is an important way to protect natural forest ecological resources and maintain national ecological security. Pulandian National Forest Park consists of several forest patches separated by cities and villages. Based on the current resource status of forest patches, such as Erlong Mountain, Weiba Mountain, and Jiguan Mountain, based on the China Forest Park Scenic Resource Quality Ranking Method and the Ambient Air Quality Standard, and based on the ecological environment, such as the atmosphere, surface water, negative ions, and bacterial content, as well as the landscape resources consisting of geomorphological, hydrological, biological, natural, and humanistic resources, a compound environment-resource evaluation model is constructed. We constructed an environment-resource composite evaluation model from five levels: typicality, naturalness, attractiveness, diversity, and scientificity.

Landscape Institute (GB), Dalian Polytechnic University (CN)
Life in Land
Openalex Percentile: Top 95%
Tree Root and Stability Studies
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