线性基础设施对南非灵长类动物群的影响:缓解的必要性

IF 1.2 4区 生物学 Q2 ZOOLOGY Folia Primatologica Pub Date : 2022-06-13 DOI:10.1163/14219980-20211112
Birthe Linden, F. Cuozzo, M. Sauther, Wendy Collinson Jonker
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引用次数: 3

摘要

南非广泛的线性基础设施网络(包括道路和电力线路)严重影响了该国历史上公认的五种灵长类动物:大尾或厚尾丛林婴儿(Otolemur crassicaudatus),南部小丛林婴儿(Galago moholi), chacma狒狒(Papio ursinus),黑尾猴(Chlorocebus pygerythrus)和samango猴(Cercopithecus albogularis)。我们展示了南非在全国范围内两种不同线性基础设施类型的长期抽样期间的死亡率数据。利用从不同数据源获得的灵长类动物道路死亡率和电力线触电数据,我们比较和讨论了不同的死亡率数据收集方法,所得到的数据质量,并确定了目前在理解线性基础设施的直接影响方面的局限性,这对灵长类动物保护规划具有重要意义。1996年至2021年期间,共有483例灵长类动物在公路和电线上死亡,其中大多数在公路上。这两种线性基础设施类型对黑尾猴的影响最为严重,而小丛林猴的死亡率最低。这两个数据集都显示了许多事故中不止一人死亡(道路死亡:4%,一次事故中多达四人死亡;电刑:13%,一次多达6人死亡)。61%的道路死亡记录和65%的触电记录可获得GPS坐标。电刑记录中没有尸体的年龄或性别,只有11%的路杀记录可用。尽管南非在道路死亡和电刑数据收集方面处于非洲大陆的领先地位,但收集议定书中仍有可以改进的领域,而且缺乏实施缓解措施(例如树冠桥)以减少灵长类动物道路死亡的项目。我们认为,这里提出的死亡率数据应该成为未来缓解措施实施的基础,并建议在制定国家和国际红色清单时,更突出地认识到线性基础设施是一种直接威胁。
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Impact of linear infrastructure on South Africa’s primate fauna: the need for mitigation
South Africa’s extensive linear infrastructure network (which includes roads and power lines) is severely impacting the country’s historically recognised five primate species: greater or thick-tailed bushbaby (Otolemur crassicaudatus), southern lesser bushbaby (Galago moholi), chacma baboon (Papio ursinus), vervet monkey (Chlorocebus pygerythrus) and samango monkey (Cercopithecus albogularis). We present South African mortality data from two different linear infrastructure types on a country wide scale, over a long-term sampling period. Using primate road mortality and power line electrocution data acquired from different data sources, we compare and discuss different mortality data collection methodologies, the resulting data quality and identify current limitations in understanding the direct impacts of linear infrastructure which have important implications for primate conservation planning. Between 1996-2021 a total of 483 primate mortalities were recorded on roads and power lines, the majority on the former. Vervet monkeys were most severely impacted by both linear infrastructure types whereas lesser bushbabies experienced the least number of mortalities. Both data sets showed numerous incidents where more than one individual was killed (roadkill: 4%, up to four killed in one incident; electrocutions: 13%, up to six killed in one incident). GPS coordinates were available for 61% of roadkill records and for 65% of electrocution records. Age or sex of carcasses were not available for electrocution records and only available for 11% of roadkill records. Although South Africa leads the African continent regarding roadkill and electrocution data collection, there are still areas in the collection protocol that can be improved and projects implementing mitigation measures (e.g. canopy bridges) to reduce primate roadkill are lacking. We argue that the mortality data presented here should form the basis for future mitigation implementation and recommend that linear infrastructure be more prominently recognised as a direct threat when developing national and international Red Lists.
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来源期刊
Folia Primatologica
Folia Primatologica 生物-动物学
CiteScore
3.30
自引率
10.50%
发文量
36
审稿时长
>12 weeks
期刊介绍: Recognizing that research in human biology must be founded on a comparative knowledge of our closest relatives, this journal is the natural scientist''s ideal means of access to the best of current primate research. ''Folia Primatologica'' covers fields as diverse as molecular biology and social behaviour, and features articles on ecology, conservation, palaeontology, systematics and functional anatomy. In-depth articles and invited reviews are contributed by the world’s leading primatologists. In addition, special issues provide rapid peer-reviewed publication of conference proceedings. ''Folia Primatologica'' is one of the top-rated primatology publications and is acknowledged worldwide as a high-impact core journal for primatologists, zoologists and anthropologists.
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