入侵狨猴对巴西大西洋森林两种特有Antbirds巢穴的高捕食率(Callithrix spp.)

IF 0.9 4区 生物学 Q4 ECOLOGY
Yara Ballarini, F. G. Chaves, M. B. Vecchi, M. A. Alves
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引用次数: 3

摘要

入侵性捕食者导致了最近世界范围内的物种灭绝,包括地方性鸟类。在连续两个繁殖季节,我们监测了大西洋森林中的两种特有鸟类,serra antwren(Formicivora serrana littoralis)和sooretama slaty antshrike(Thamnophilus ambiguus)的巢穴,以估计捕食率并确定捕食者。由于入侵狨显然在当地很常见,我们假设它们捕食自然巢穴的比率高于本土捕食者。我们发现了13个蚁莺巢穴和15个蚁伯劳巢穴,其中分别有100%和73%被捕食。入侵狨猴捕食了16个巢穴中的13个(81%),并确定了捕食者,影响了90%和67%的蚁莺和蚁伯劳巢穴。这项研究表明,入侵灵长类动物会对巴西本土鸟类的繁殖成功产生负面影响。我们强调需要采取紧急措施来管理入侵狨猴,以避免当地灭绝当地特有的鸟类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
High Rates of Predation of the Nests of Two Endemic Antbirds of the Brazilian Atlantic Forest by Invasive Marmosets (Callithrix spp.)
Invasive predators contributed to recent extinctions worldwide, including endemic birds. We monitored nests of two endemic birds in the Atlantic Forest, the serra antwren (Formicivora serrana littoralis) and the sooretama slaty antshrike (Thamnophilus ambiguus) during two consecutive breeding seasons, to estimate predation rates and identify the predators. As invasive marmosets apparently became locally common, we hypothesized that they would prey upon natural nests at a higher rate than native predators. We found 13 nests of the antwren and 15 of the antshrike, of which 100% and 73%, respectively, were preyed upon. Invasive marmosets preyed upon 13 of 16 nests (81%) with identified predators, affecting 90% and 67% of the antwren and the antshrike nests. This study documented that invasive primates negatively affect the breeding success of native birds in Brazil. We highlight the need for urgent measures to manage invasive marmosets to avoid the local extirpation of the endemic birds.
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来源期刊
Annales Zoologici Fennici
Annales Zoologici Fennici 生物-动物学
CiteScore
2.40
自引率
14.30%
发文量
10
审稿时长
>12 weeks
期刊介绍: Annales Zoologici Fennici publishes mainly original research reports, but also in-depth reviews and commentaries on all aspects of animal ecology and evolution, and fields related to them. Our aim is to promote papers which focus on the interactions among various components in the past and present environments by using integrative and cross-disciplinary approaches. This may be achieved by employing tools from different fields of research, such as (but not restricted to): ecology and paleoecology, molecular ecology and phylogeography, conservation biology, human-induced contemporary evolution and wildlife management, animal behaviour and interactions (including recognition systems and mechanisms), paleontology (except systematics and taxonomy) and evolution, bioenergetics.
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