首页> 外文期刊>E3S Web of Conferences >Assessment of Qinling Forest Park’s Ecological Security Based on PSR Model - A case study of forest parks in Baoji section of the Qinling Mountains
【24h】

Assessment of Qinling Forest Park’s Ecological Security Based on PSR Model - A case study of forest parks in Baoji section of the Qinling Mountains

机译:基于PSR模型的秦岭森林公园生态安全评估 - 以秦岭宝鸡区森林公园为例

获取原文
           

摘要

“Green growth” is a generalized trend of growth poles in the new era. Ecological security is essential to the forest park tourism. The assessment research on ecological security is significant for the development of forest park tourism. From the perspective of ecological security, this thesis selects seven forest parks in Baoji section of the Qinling Mountains as the research object, and builds the assessment indicator system of forest park ecological security according to experts’ comments. In this thesis, the PSR model is adopted to search indicators that slightly affect the security indexes of forest park; as a result,outstanding problems are found in the forest park according to current conditions, such as weak protection of forest landscaping and environment, large density of forest buildings, low comprehensive management capacity and poor guidance of forest ecological tour. The thesis has also probed the ecological security protection and development path of forest park in the Qinling region from the perspective of tourism carrying capacity control, landscaping design and building control, park ecological management system, and tourist civilized tourism according to the common security risks in forests, hoping to provide reference for the ecological security protection of other forest parks in Qinling region.
机译:“绿色增长”是新时代在新时代增长极点的广义趋势。生态安全对森林公园旅游至关重要。生态安全评估研究对于森林公园旅游的发展是重要的。从生态安全的角度来看,本文选择了秦岭的宝鸡部分七森林公园作为研究对象,并根据专家评论建立森林公园生态安全的评估指标体系。在本文中,采用PSR模型来搜索略微影响森林公园的安全指标的指标;因此,根据当前条件,森林公园发现出色的问题,如森林景观和环境薄弱,森林建筑密度大,综合管理能力低,森林生态旅游指引不佳。本文探讨了秦岭地区森林公园的生态安全保护和发展道路,从旅游携带能力控制,园林绿化设计和建筑控制,公园生态管理体系和旅游文明旅游的视角下,根据普通安全风险森林,希望为秦岭地区其他森林公园的生态安全保护提供参考。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号