Bird-of-prey decals on transparent noise barriers mitigate bird collisions, though not as much as dot-patterned stickers

IF 2.8 2区 环境科学与生态学 Q1 BIODIVERSITY CONSERVATION
Na Young Koh, Soo Hyung Eo
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引用次数: 0

Abstract

Global annual bird mortality resulting from building window collisions is estimated to be billions. This study examined the impact of physical factors, including height, length, area, and the presence and type of mitigation stickers, on the number of bird collisions. The observational study was conducted from May to September 2021 in South Korea, focusing on 29 transparent noise barriers: 12 without mitigation stickers, 13 with bird-of-prey silhouettes, and 4 with dot stickers. Bird collisions were systematically recorded, and differences in collision numbers among different physical components of the barriers were analyzed using GLMs. We found a total of 297 collisions of 27 species. We found that the height of transparent noise barriers and the presence of mitigation stickers affected mortality. Our results highlight that attaching bird-of-prey decals reduces bird collisions, though not as much as dot-patterned stickers.

Abstract Image

透明隔音屏障上的猛禽贴纸减少了鸟类碰撞,尽管没有点状贴纸那么多
全球每年因建筑物窗户碰撞而死亡的鸟类估计有数十亿只。这项研究调查了物理因素,包括高度、长度、面积、缓解贴纸的存在和类型,对鸟类碰撞次数的影响。这项观察性研究于2021年5月至9月在韩国进行,重点关注29个透明隔音屏障:12个没有缓解贴纸,13个有猛禽轮廓,4个有点贴纸。系统地记录了鸟类碰撞,并利用GLMs分析了障碍物不同物理成分之间碰撞次数的差异。我们一共发现了27个物种的297次碰撞。我们发现,透明隔音屏障的高度和缓解贴纸的存在会影响死亡率。我们的研究结果强调,贴有猛禽图案的贴纸减少了鸟类碰撞,尽管没有点状贴纸那么多。
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来源期刊
Conservation Science and Practice
Conservation Science and Practice BIODIVERSITY CONSERVATION-
CiteScore
5.50
自引率
6.50%
发文量
240
审稿时长
10 weeks
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