An environmental weed risk assessment model for Australian forage improvement programs

L. Stone, M. Byrne, J. Virtue
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引用次数: 39

Abstract

Many plant species with agronomic potential have been introduced for livestock forage and have subsequently become weeds of natural ecosystems, or ‘environmental weeds’. Stringent border quarantine procedures introduced by Australia in 1997 ensure few high weed risk species are now imported into the country; however, there are no protocols for assessing and managing weed risk in use on a national scale ‘post-border’ (i.e. once a plant species is in the country). Environmental weed risk management in forage improvement programs aims to minimise the risk that new species and cultivar introductions will be invasive in natural ecosystems. We describe an environmental weed risk assessment (EWRA) model specifically aimed at assessing the weed potential of exotic and native forage species. The EWRA model predicts and ranks species for weed risk by assessing invasiveness, impacts and potential distribution. Assessments are based on published evidence, experimental observations and intuitive responses from experienced pasture researchers, in collaboration with weed experts. This model specifically addresses the need for environmental weed risk management in forage improvement programs.
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澳大利亚牧草改良项目的环境杂草风险评估模型
许多具有农艺潜力的植物物种被引入牲畜饲料,随后成为自然生态系统的杂草,或“环境杂草”。澳大利亚于1997年引入了严格的边境检疫程序,确保现在很少有高杂草风险物种进口到该国;然而,目前还没有评估和管理“后边境”(即一旦一种植物物种进入该国)在全国范围内使用的杂草风险的协议。草料改良项目中的环境杂草风险管理旨在将新物种和栽培品种引入自然生态系统的风险降至最低。我们描述了一个环境杂草风险评估(EWRA)模型,专门用于评估外来和本地牧草物种的杂草潜力。EWRA模型通过评估入侵、影响和潜在分布来预测和排名杂草风险物种。评估基于已发表的证据、实验观察和经验丰富的牧场研究人员与杂草专家合作的直觉反应。该模型专门针对饲草改良项目中环境杂草风险管理的需要。
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