啄木鸟和电线杆损坏

R. Harness, E. Walters
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引用次数: 3

摘要

人们已经尝试了许多方法来控制啄木鸟破坏电线杆。诱饵(如猫头鹰和蛇)和负载噪音最初可能会产生一些影响,但啄木鸟很快就会适应这些并恢复到以前的活动。大多数鸟类听不到超声波频率,所以超声波或高频发声设备是无效的。从长远来看,制造人工筑巢洞不太可能有效,因为造洞是繁殖仪式的关键部分,很少有啄木鸟物种使用巢箱。到目前为止,还没有开发出既有效又环保的化学驱蚊剂,但是这种方法仍然有望成为一种经济有效的方法,可以成功减轻啄木鸟的伤害。金属丝网是应用最广泛的防止破坏的屏障。在选择屏障时,了解哪些啄木鸟物种会破坏两极是至关重要的。最常用的网目是1/4英寸网目图案的19号镀锌钢丝。像Pileated啄木鸟这样的大型物种可以穿透19号的电线,所以需要更粗的电线。为了延长木杆的使用寿命,公用事业公司用填充物修复啄木鸟在木杆上的蛀洞正变得越来越普遍。有各种各样的工具来计算损坏,并确定是否可以修复或必须更换杆子。本文讨论了几种修复产品。
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Woodpeckers and utility pole damage
A number of methods have been tried to control woodpeckers from damaging utility poles. Decoys (e.g. owls and snakes) and load noises may have some effect initially but woodpeckers soon acclimate to these and return to their previous activities. Most birds do not hear in the ultrasonic frequency so ultrasonic or high frequency sound-producing devices are ineffective. Creating artificial nesting cavities is not likely to be effective in the long-term as cavity creating is a critical part of the breeding ritual and very few woodpecker species use nest boxes. To date, no chemical repellents have been developed that have proven to be both significantly effective and environmentally friendly, however the approach still holds promise as a cost-effective means to successfully mitigate woodpecker damage. Wire mesh is the most widely used barrier to prevent damage. When selecting a barrier, it is critical to know what woodpecker species are damaging poles. The most commonly used mesh is 19 gauge-galvanized wire in a 1/4-inch mesh pattern. Larger species such as the Pileated woodpecker can penetrate 19-gauge wire so a heavier gauge wire is required. It is becoming common for utilities to repair woodpecker cavities in wood poles with fillers in an effort to extend the pole's useful life. There are a variety of tools to calculate damage and determine if a pole can be repaired or must be replaced. A number of repair products are discussed in this paper.
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