Coupling Relationship between Rural Settlement Patterns and Landscape Fragmentation in Woodlands and Biological Reservess—A Case of Nanshan National Park

Release time:2023-04-02

Impact Factor:3.905

Journal:LAND

Key Words:settlement pattern; woodland ecosystem; landscape security pattern; landscape fragmentation; coupling coordination degree

Abstract:Exploring the influence of settlement patterns on the landscape fragmentation in woodlands and biological reserves is key to achieving ecologically sustainable development. In this research, we chose the Nanshan National Park in Hunan Province, China, as a case study, to explore the influence mechanisms. First, we identified the biological reserves through the landscape security patterns of biological conservation. Second, we constructed a coupling coordination model to analyze the coupling relationship between the settlement patterns and landscape fragmentation in the woodlands and biological reserves. The analysis showed that, overall, the effect of the settlement area on the landscape fragmentation in the biological reserves was more pronounced, while the effect of the settlement spread and shape on the landscape fragmentation in the woodlands was more obvious. From a type-specific perspective, we analyzed the coupling relationship between the settlement patterns and (1) the landscape fragmentation in different woodlands and (2) the landscape fragmentation in the biological reserves, namely concerning Leiothrix lutea and Emberiza aureola. We found that the effect of the settlement patterns on the landscape fragmentation of the Leiothrix lutea biological reserve was more significant than that of the landscape fragmentation of its main habitat, the evergreen broad-leaved forest. The effect of settlement patterns on the landscape fragmentation of the Emberiza aureola biological reserve was more significant than that of the landscape fragmentation of its other habitats. In addition, the results demonstrated that the habitat protection of the woodlands was not a substitute for the systematic protection of biosecurity patterns. This research could assist in developing more efficient conservation measures for ecologically protected sites with rural settlements.

Note:SSCI 的 JCR 2区

First Author:李博

Indexed by:Journal paper

Volume:Land 2023,

Issue:12, 741

Translation or Not:no

Date of Publication:2023-03-25

Included Journals:SSCI

Links to published journals:https://doi.org/10.3390/ land12040741