首页> 外文学位 >Variation in environmental impact at rock climb areas in Red River Gorge Geological Area and adjacent Clifty Wilderness, Daniel Boone National Forest, Kentucky.
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Variation in environmental impact at rock climb areas in Red River Gorge Geological Area and adjacent Clifty Wilderness, Daniel Boone National Forest, Kentucky.

机译:肯塔基州丹尼尔·布恩国家森林的红河峡谷地质区攀岩区和毗邻的克利夫蒂荒野的环境影响变化。

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摘要

Rock climbing surged in popularity in the 80's and 90's, leading to ecological impacts. This study developed a procedure manual and measured the impact at 16 climb areas, totaling 241 climbs. Mapping showed the impact at the base of the cliff is composed of lines and nodes. The lines are the access trails; the nodes are areas of impact that form at the base of climbs. Because the process is similar to campsite formation, the cliff base nodes are called climbsites. A model to predict climb impact was developed using multiple regression. Sport climbs had nearly three times as much impact as traditional climbs, as well as a different set of predictive factors. Overall, climbing impacted 0.01% of the area and 0.4% of the cliffline of the study area. Climbing causes little avoidable damage; so impact reduction efforts should focus on site hardening and actions to spatially concentrate climbing activities.
机译:攀岩运动在80年代和90年代迅速普及,带来了生态影响。这项研究制定了程序手册,并测量了16个爬升区域的冲击,总共241个爬升。测绘显示,在悬崖底部的撞击由线和节点组成。线是访问路径;节点是在攀登底部形成的撞击区域。由于该过程类似于营地的形成,因此将悬崖基础节点称为爬升场。使用多元回归开发了预测爬升影响的模型。运动攀岩带来的影响几乎是传统攀岩的三倍,并且具有不同的预测因素。总体而言,攀登影响了研究区域的0.01%和悬崖线的0.4%。攀爬几乎不会造成可避免的损坏;因此,减少影响的工作应着重于现场加固和采取行动以在空间上集中攀岩活动。

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