Virtual fence: New realities beyond barbed wire

Hope A. de Avila , Karen L. Launchbaugh , Krista A. Ehlert , Jameson R. Brennan
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引用次数: 0

Abstract

  • Virtual fence (VF) is an emerging system to control and confine animals using Global Positioning System (GPS) and communication technologies rather than physical boundaries such as barbed wire or electric fence.
  • Animals in a VF system wear a device (e.g., a collar) that emits an audible cue when the animal approaches the virtual boundary and an electrical cue if the boundary is crossed.
  • VF provides an adaptive grazing management tool to intensify grazing in some areas or minimize animal use in other areas for specific conservation or production goals.
  • Several challenges currently exist with emerging VF technologies and include failure of devices, animals that do not respect the boundary, and excessive time and money to implement.
  • VF promises increased flexibility for managing rangelands in response to ecosystem disturbances such as wildland fire, variable forage availability due to climate change, facilitating restoration practices, reducing conflicts between livestock and wildlife, and accommodating human uses on public lands.
虚拟围栏:超越铁丝网的新现实
•虚拟围栏(VF)是一种新兴系统,使用全球定位系统(GPS)和通信技术来控制和限制动物,而不是使用铁丝网或电动围栏等物理边界。•VF系统中的动物佩戴一种设备(例如项圈),当动物接近虚拟边界时发出声音提示,如果越过边界则发出电子提示。•VF提供了一种适应性放牧管理工具,可以在某些地区加强放牧,或在其他地区减少动物使用,以实现特定的保护或生产目标。•新兴的VF技术目前存在一些挑战,包括设备故障、动物不尊重边界、实施时间和金钱过多。•VF承诺增加管理牧场的灵活性,以应对生态系统干扰,如野火,气候变化导致的可变饲料可用性,促进恢复实践,减少牲畜和野生动物之间的冲突,并适应人类在公共土地上的使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
4.20
自引率
0.00%
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