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Identifying and Managing Areas under Threat in the Iberian Peninsula: An Invasion Risk Atlas for Non-Native Aquatic Plant Species as a Potential Tool

机译:识别和管理伊比利亚半岛受威胁区域:非本地水生植物物种的入侵风险图谱作为潜在工具

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摘要

Predicting the likelihood that non-native species will be introduced into new areas remains one of conservation’s greatest challenges and, consequently, it is necessary to adopt adequate management measures to mitigate the effects of future biological invasions. At present, not much information is available on the areas in which non-native aquatic plant species could establish themselves in the Iberian Peninsula. Species distribution models were used to predict the potential invasion risk of (1) non-native aquatic plant species already established in the peninsula (32 species) and (2) those with the potential to invade the peninsula (40 species). The results revealed that the Iberian Peninsula contains a number of areas capable of hosting non-native aquatic plant species. Areas under anthropogenic pressure are at the greatest risk of invasion, and the variable most related to invasion risk is temperature. The results of this work were used to create the Invasion Risk Atlas for Alien Aquatic Plants in the Iberian Peninsula, a novel online resource that provides information about the potential distribution of non-native aquatic plant species. The atlas and this article are intended to serve as reference tools for the development of public policies, management regimes, and control strategies aimed at the prevention, mitigation, and eradication of non-native aquatic plant species.
机译:预测非本地物种被引入新区域的可能性仍然是保护工作面临的最大挑战之一,因此,有必要采取适当的管理措施来减轻未来生物入侵的影响。目前,关于非本地水生植物物种可以在伊比利亚半岛定居的区域的信息不多。物种分布模型用于预测 (1) 已在半岛中建立的非本地水生植物物种(32 种)和 (2) 可能入侵半岛的物种(40 种)的潜在入侵风险。结果显示,伊比利亚半岛包含许多能够容纳非本地水生植物物种的区域。处于人为压力下的地区遭受入侵的风险最大,与入侵风险最相关的变量是温度。这项工作的结果被用于创建伊比利亚半岛外来水生植物的入侵风险图谱,这是一种新颖的在线资源,提供有关非本地水生植物物种潜在分布的信息。该地图集和本文旨在作为制定旨在预防、缓解和根除非本地水生植物物种的公共政策、管理制度和控制策略的参考工具。

著录项

  • 期刊名称 Plants
  • 作者单位
  • 年(卷),期 2023(12),17
  • 年度 2023
  • 页码 3069
  • 总页数 18
  • 原文格式 PDF
  • 正文语种
  • 中图分类
  • 关键词

    机译:外来物种;生物入侵;MaxEnt;非本地物种;物种分布模型;虚拟图集;
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