战略管理对本土竞争者的广泛干扰

IF 2.8 2区 环境科学与生态学 Q1 BIODIVERSITY CONSERVATION
Ross Crates, David Lindenmayer, Robert Heinsohn
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引用次数: 0

摘要

实施基于证据的有害生物物种管理战略对于限制全球物种灭绝至关重要。一种极具攻击性的本土鸣禽——吵闹的矿工黑头马诺里纳——数量过多,已经成为澳大利亚东部一个大范围的保护问题。然而,目前在州或国家层面都没有一个战略性的噪音矿工管理计划。公民科学数据表明,在大多数地区,吵闹的矿工数量继续扩大和/或增加。噪音矿机过多对共存鸟类种群的丰富度和多样性以及林地、沿海森林和城市生态系统的更广泛健康的负面影响可能被低估了,而且在未来可能会加剧。如果不能管理吵闹的矿商过剩,将危及澳大利亚通过自然修复市场实现其生物多样性承诺的能力。我们综合了通过淘汰和栖息地恢复来管理噪音矿工的证据,并利用这些证据开发了一个概念框架,用于管理不同景观中噪音矿工过剩的问题。有一些证据表明,扑杀和栖息地恢复可能会减轻噪音过大的矿工,但不一致的管理和短期监测方法意味着,关于如何以及在何处减少噪音过大的矿工最有利于生物多样性的关键知识差距仍然存在。为了避免最濒危物种的进一步减少和潜在灭绝,迫切需要有针对性的噪声矿工管理。通过实施战略管理和标准化的长期监测,可以获得最大程度的推断,以便随着时间的推移改进方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Strategic management of a widespread native interference competitor

Strategic management of a widespread native interference competitor

Strategic management of a widespread native interference competitor

Strategic management of a widespread native interference competitor

Implementing evidence-based strategies to manage pest species is critical to limit global extinctions. The overabundance of a hyperaggressive native songbird—the noisy miner Manorina melanocephala—has emerged as a broad-scale conservation issue in eastern Australia. However, a strategic noisy miner management plan does not currently exist at state or national levels. Citizen science data indicate noisy miner populations continue to expand and/or increase in most areas. The negative impacts of noisy miner overabundance on the abundance and diversity of co-occurring bird populations and the broader health of woodland, coastal forest, and urban ecosystems have probably been underestimated and may well exacerbate in the future. Failing to manage noisy miner overabundance will jeopardize Australia's ability to achieve its biodiversity commitments through the Nature Repair Market. We synthesize evidence from attempts to manage noisy miners through culling and habitat restoration and use this evidence to develop a conceptual framework for managing noisy miner overabundance in diverse landscapes. There is some evidence that culling and habitat restoration may mitigate noisy miner overabundance, but inconsistent management and short-term monitoring approaches mean key knowledge gaps persist regarding how and where reducing noisy miner overabundance can most benefit biodiversity. To avoid further declines and potential extinctions of the most at-risk species, targeted noisy miner management is urgently needed. By implementing strategic management and standardized, long-term monitoring, maximum inference can be gained to refine approaches over time.

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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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