首页> 外文OA文献 >Excluding Nontarget Species from Brown Tree Snake, \u3ci\u3eBoiga irregularis\u3c/i\u3e (Reptilia: Colubridae), Bait Stations: Experimental Tests of Station Design and Placement
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Excluding Nontarget Species from Brown Tree Snake, \u3ci\u3eBoiga irregularis\u3c/i\u3e (Reptilia: Colubridae), Bait Stations: Experimental Tests of Station Design and Placement

机译:从棕树蛇中排除非目标物种,\ u3ci \ u3eBoiga irregularis \ u3c / i \ u3e (爬行动物:Colubridae),诱饵站:站的实验测试 设计和安置

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摘要

Bait stations with toxic baits are an emerging technology for eradication of the invasive brown tree snake (Boiga irregularis) on Guam, yet potential interferences by nontarget species are largely unknown. We tested the efficacies of three bait station designs together with three commonly used station support structures to exclude nonnative rats (roof rat, Rattus rattus; Norway rat, Rattus norvegicus; Polynesian rat, Rattus exulans) and native coconut crabs (Birgus latro). When directly presented, all species readily consumed the dead neonatal mouse baits (nontoxic) including those replicating decomposing baits in the field. When bait stations were made easily accessible by placement near ground level, all rat species were able to enter all station types, but some individual roof rats and Norway rats exhibited apparent neophobia. When stations were placed up on support structures, simulating those in the field (~1 m above ground level), numbers of station accessions by roof rats and Norway rats remained essentially unchanged, but Polynesian rats then showed almost no inclination to enter stations. However, ability to access entrances of stations ( but not interiors) when on support structures was extremely high for roof rats and appreciable for the other rat species, including Polynesians. The station type currently in widest use, when placed on chain-link cyclone fence, had the highest probability of accession. Crabs readily accessed station entrances but never interiors. The two downward-angled station designs, when placed in simulated vegetation, had the lowest probabilities of accession. In areas where nontarget species are a concern, we recommend use of either of the downward-angled station designs and suspension from vegetation wherever possible.
机译:具有毒性诱饵的诱饵站是一种用于根除关岛上的侵入性棕色树蛇(不规则Boiga)的新兴技术,然而,非目标物种的潜在干扰在很大程度上尚不清楚。我们测试了三种诱饵站设计以及三种常用站支撑结构的功效,以排除非本地大鼠(屋顶大鼠,大鼠Rattus,挪威大鼠Rattus norvegicus,波利尼西亚大鼠Rattus exulans)和天然椰子蟹(Birgus latro)。直接呈现时,所有物种都容易消耗掉死掉的新生鼠诱饵(无毒),包括那些在野外复制分解诱饵的诱饵。当通过放置在接近地面的位置使诱饵站变得容易接近时,所有大鼠物种都能够进入所有站类型,但是一些单独的屋顶大鼠和挪威大鼠表现出明显的恐惧症。当将站台放置在支撑结构上(模拟地面上的地面(〜1 m处))时,屋顶鼠和挪威鼠的站台数量基本保持不变,但波利尼西亚鼠则几乎没有倾斜进入站台的倾向。但是,对于屋顶老鼠来说,在支撑结构上进入车站入口(但不能进入室内)的能力非常高,而对于其他老鼠物种(包括波利尼西亚人)而言则相当可观。当前使用最广泛的站点类型,当放置在链节式旋风栅栏上时,具有最高的加入概率。螃蟹很容易进入车站入口,但没有内部装饰。当放置在模拟植被中时,两个向下成角度的测站设计具有最低的加入概率。在关注非目标物种的地区,我们建议使用任何向下倾斜的测站设计,并尽可能从植被中悬挂。

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