确定和填补新热带鸟类学不足的路线图

The Auk Pub Date : 2020-08-21 DOI:10.1093/auk/ukaa048
A. Lees, K. Rosenberg, V. Ruiz‐Gutierrez, S. Marsden, T. Schulenberg, A. Rodewald
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引用次数: 33

摘要

确保世界上物种最多的新热带鸟类的长期恢复能力,需要空间和时间上明确的数据来为决策提供信息。我们通过生物多样性短缺概念的视角审视了我们对该地区鸟类的知识差距:已实现知识与完整知识之间的差距。这个框架可以作为一个有用的工具来评估自Ted Parker英年早逝以来25年来的新热带鸟类学工作。在这里,我们强调了7个关键缺陷:分类、分布、丰度、进化模式、非生物耐受性、物种特征和生物相互作用。然后,我们提出了第八种也是新的“帕克”缺陷,这反映了缺乏基本的自然历史知识,而这些知识是理解物种如何应对环境挑战的关键。填补这一缺口将有助于通过为重新引进、恢复网络和栖息地恢复工作提供信息来扭转衰退。我们讨论了每个不足带来的挑战,以及诸如公民科学计划和技术进步之类的战略如何补救或减轻它们产生的不确定性。
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A roadmap to identifying and filling shortfalls in Neotropical ornithology
ABSTRACT Securing the long-term resilience of the world's most speciose avifauna, that of the Neotropics, requires spatially and temporally explicit data to inform decisions. We examine gaps in our knowledge of the region's avifauna through the lens of the biodiversity shortfall concept: the gaps between realized knowledge and complete knowledge. This framework serves as a useful tool to take stock of the last 25 yr of Neotropical ornithological work since the untimely death of Ted Parker. Here, we highlight 7 key shortfalls: taxonomy, distribution, abundance, evolutionary patterns, abiotic tolerances, species traits, and biotic interactions. We then propose an eighth—and new—“Parkerian” shortfall that reflects a lack of basic natural history knowledge key to understanding how species might respond to environmental challenges. Bridging this shortfall will help reverse declines by informing reintroduction, recovery network, and habitat restoration efforts. We discuss the challenges imposed by each shortfall and how strategies such as citizen-science initiatives and technological advances can either remedy or mitigate the uncertainty they generate.
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