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An assessment of radiative heating as a thermal treatment for invasive snakes in cargo

机译:评估辐射加热作为货物中入侵蛇的热处理

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摘要

The brown tree snake (Boiga irregularis) is invasive in Guam and presents a continuous threat of accidental export to new islands in outbound cargo. Current attempts to avoid that scenario rely primarily on canine teams to inspect outbound cargo and vehicles. In prior work, we showed that thermal fumigation could effectively elicit snake exit of cargo under conditions when free flow of air streams is feasible, but this method cannot work with tightly packed cargo. Here we show radiative heating can effectively induce snake exit from cargo refuges at temperatures of 44–48 C; however, we find passive solar heating of cargo to be unreliable in attaining sufficiently high temperatures for cargo sterilization. Although passive solar radiant heating proved unreliable, an active radiant-heating system has promise as a reliable means of treating tightly packed cargo. Times needed for treatment in a closed, controlled setting are sufficiently short that routine application of the method should provide no serious interruption of normal cargo-handling procedures.
机译:棕色树蛇(不规则博加羚羊)在关岛具有侵入性,并不断威胁出口货物意外出口到新的岛屿。当前为避免这种情况的尝试主要依靠犬队来检查出站的货物和车辆。在先前的工作中,我们证明了热熏蒸可以在气流可以自由流动的条件下有效地引起货物的蛇形出口,但是这种方法不能用于紧密包装的货物。在这里,我们显示出辐射加热可以有效地诱导蛇在温度为44-48 C时从避难所中逃脱。但是,我们发现货物的被动太阳能加热在达到足够高的温度进行货物灭菌时是不可靠的。尽管被动式太阳辐射加热被证明是不可靠的,但主动式辐射加热系统有望作为处理紧密包装货物的可靠手段。在封闭,受控的环境中进行处理所需的时间非常短,以至于该方法的常规应用不应严重干扰正常的货物装卸程序。

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