Use of virtual fencing to implement critical conservation practices

Bryan D. Murray , Kevin L. Wagner , Ryan Reuter , Laura E. Goodman
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引用次数: 0

Abstract

  • Riparian area protection, critical habitat protection, and rotational grazing are conservation practices with important ecosystem benefits, but they often require a large amount of physical fencing to implement.
  • Virtual fencing (VF) technology is effective for protecting small areas of critical habitat from cattle grazing in areas containing highly desirable forage.
  • VF technology is effective in excluding cattle from riparian areas; therefore, research is needed to understand how VF may benefit other ecosystems.
  • VF technology may be effective for implementing rotational grazing, and research is needed to understand the management of VF for rotational grazing across a wide range of grazing conditions.
  • Overall, VF technology has promise for protecting riparian areas and critical habitats from cattle grazing as well as for implementing rotational grazing.
使用虚拟围栏来实施关键的保护措施
•河岸区保护、关键栖息地保护和轮牧是具有重要生态系统效益的保护措施,但它们通常需要大量的物理围栏来实施。•虚拟围栏(VF)技术可以有效地保护一小块重要的栖息地,防止牛在含有非常理想的饲料的地区放牧。•VF技术有效地将牛排除在河岸地区之外;因此,需要进行研究,以了解VF如何使其他生态系统受益。VF技术对轮牧可能是有效的,需要研究了解在广泛的放牧条件下轮牧的VF管理。•总体而言,VF技术有望保护河岸地区和关键栖息地免受放牧以及实施轮牧。
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
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