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American mink (Neovison vison) trapping in the Cape Horn Biosphere Reserve: Enhancing current trap systems to control an invasive predator

机译:在合恩角生物圈保护区中的美国水貂(Neovison vison)诱捕:增强现有诱捕系统以控制侵入性捕食者

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Improvement of invasive American mink (Neovison vison) trapping methods in the Cape Horn Archipelago is a priority for wildlife managers. We assessed the use of cubby sets (16 × 16 × 30 cm plywood boxes) containing body gripping lethal traps to control mink along the Beagle Channel. We compared effectiveness, selectivity and weather condition resistance between two cubby set designs: (i) open front, and (ii) restricted entrance (lidded with a 6 cm aperture). The effectiveness of bait was evaluated between fresh versus canned fish. Thirteen minks and no non-target species were captured with the restricted entrance systems, as compared with three minks and 25 non-target individuals (six species) in open front cubby sets. Fresh fish resulted in more captures than canned fish, and lids made traps less susceptible to false activation. Traps inside restricted entrance cubby sets, baited with fresh fish were found to be most suitable for mink control and/or eradication efforts.
机译:野生动物管理者优先考虑在合恩角群岛改进入侵性美国水貂(Neovison vison)诱捕方法。我们评估了使用装有人体致死诱捕装置的控制柜(16×16×30 cm胶合板箱)来控制沿比格河通道的貂皮的方法。我们比较了两种立式设计之间的有效性,选择性和耐气候条件:(i)正面敞开,(ii)入口受限(盖有6 cm的孔)。在新鲜鱼和罐头鱼之间评估了诱饵的有效性。限制进入系统捕获了13只水貂,没有非目标物种,相比之下,开放式小隔间中只有3只水貂和25个非目标个体(六个物种)。与罐装鱼相比,新鲜鱼的捕获量更高,带盖的陷阱使诱集装置不易受到错误激活的影响。人们发现,用鲜鱼引诱的限制性入口小厨房内的陷阱最适合控制貂皮和/或消灭它们。

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