Gerald Chikowore, Philip S. R. Weyl, Grant D. Martin
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It occupies similar environmental niches in both native and introduced ranges, thriving in thin upland woodlands, woodland edges, thickets, fence rows, roadside embankments, banks of drainage canals, vacant lots, and overgrown waste areas. In South Africa, <i>R. hispida</i> was first recorded in a garden in Polokwane in 1986, while the first record outside of cultivation was near the town of Bethlehem in the Free State Province in 2023, and further surveys were conducted locating additional populations near the towns of Zastron and Clarens in 2024. The potential distribution of <i>R. hispida</i> in South Africa was modelled in MaxEnt using areas climatically representative of the species, based on the Koppen-Geiger climate classifications. The potential distribution includes areas of central South Africa, the east and south coast and the Mediterranean climates of the southern Cape. Management strategies suggested for <i>R. hispida</i> in South Africa, considering the small size of the populations, should include eradication efforts using mechanical and chemical means, followed by continuous monitoring to prevent re-emergence.</p>","PeriodicalId":9202,"journal":{"name":"Biological Invasions","volume":"18 1","pages":""},"PeriodicalIF":2.8000,"publicationDate":"2024-08-20","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":"{\"title\":\"First record of Robinia hispida L. (Fabaceae) in South Africa\",\"authors\":\"Gerald Chikowore, Philip S. R. Weyl, Grant D. Martin\",\"doi\":\"10.1007/s10530-024-03425-z\",\"DOIUrl\":null,\"url\":null,\"abstract\":\"<p>The shrub, <i>Robinia hispida</i> L., commonly known as the bristly locust, is a native to southeastern United States. It has, however, expanded its range within North America, and established invasive native-alien populations in several American states and Canada. Outside of North America, <i>R. hispida</i> has been introduced to Europe and Asia, where it has naturalised and is considered invasive. Notably, the presence of this shrub has never been reported outside of cultivation in Africa. Despite receiving little scientific attention compared to its congeneric species such as the global invader <i>Robinia pseudoacacia</i> L., <i>R. hispida</i> shares morphological and growth characteristics including rapid growth and a suckering habit. It occupies similar environmental niches in both native and introduced ranges, thriving in thin upland woodlands, woodland edges, thickets, fence rows, roadside embankments, banks of drainage canals, vacant lots, and overgrown waste areas. In South Africa, <i>R. hispida</i> was first recorded in a garden in Polokwane in 1986, while the first record outside of cultivation was near the town of Bethlehem in the Free State Province in 2023, and further surveys were conducted locating additional populations near the towns of Zastron and Clarens in 2024. The potential distribution of <i>R. hispida</i> in South Africa was modelled in MaxEnt using areas climatically representative of the species, based on the Koppen-Geiger climate classifications. The potential distribution includes areas of central South Africa, the east and south coast and the Mediterranean climates of the southern Cape. 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引用次数: 0
摘要
灌木 Robinia hispida L. 俗称刺槐,原产于美国东南部。不过,它在北美的分布范围已经扩大,并在美国多个州和加拿大建立了外来入侵原生种群。在北美以外,R. hispida 已被引入欧洲和亚洲,在那里归化并被视为入侵物种。值得注意的是,这种灌木从未在非洲的种植区以外出现过。尽管与全球入侵者刺槐(Robinia pseudoacacia L.)等同属物种相比,糙叶刺槐(R. hispida)很少受到科学界的关注,但其形态和生长特征包括快速生长和吸吮习性。它在原生地和引进地都占据类似的环境壁龛,在稀疏的高地林地、林地边缘、灌丛、栅栏行、路边堤坝、排水渠两岸、空地和杂草丛生的废弃区域生长茂盛。在南非,1986 年在波洛克瓦内的一个花园中首次记录到 R. hispida,2023 年在自由州省伯利恒镇附近首次记录到其在种植区以外的分布,2024 年在扎斯特伦镇和克拉伦斯镇附近进行了进一步调查,发现了更多的种群。根据 Koppen-Geiger 气候分类法,在 MaxEnt 中利用具有气候代表性的地区模拟了 R. hispida 在南非的潜在分布情况。潜在分布区包括南非中部、东部和南部沿海地区以及南开普省的地中海气候区。考虑到 R. hispida 在南非的种群规模较小,建议的管理策略应包括使用机械和化学手段进行根除,然后进行持续监测以防止其再次出现。
First record of Robinia hispida L. (Fabaceae) in South Africa
The shrub, Robinia hispida L., commonly known as the bristly locust, is a native to southeastern United States. It has, however, expanded its range within North America, and established invasive native-alien populations in several American states and Canada. Outside of North America, R. hispida has been introduced to Europe and Asia, where it has naturalised and is considered invasive. Notably, the presence of this shrub has never been reported outside of cultivation in Africa. Despite receiving little scientific attention compared to its congeneric species such as the global invader Robinia pseudoacacia L., R. hispida shares morphological and growth characteristics including rapid growth and a suckering habit. It occupies similar environmental niches in both native and introduced ranges, thriving in thin upland woodlands, woodland edges, thickets, fence rows, roadside embankments, banks of drainage canals, vacant lots, and overgrown waste areas. In South Africa, R. hispida was first recorded in a garden in Polokwane in 1986, while the first record outside of cultivation was near the town of Bethlehem in the Free State Province in 2023, and further surveys were conducted locating additional populations near the towns of Zastron and Clarens in 2024. The potential distribution of R. hispida in South Africa was modelled in MaxEnt using areas climatically representative of the species, based on the Koppen-Geiger climate classifications. The potential distribution includes areas of central South Africa, the east and south coast and the Mediterranean climates of the southern Cape. Management strategies suggested for R. hispida in South Africa, considering the small size of the populations, should include eradication efforts using mechanical and chemical means, followed by continuous monitoring to prevent re-emergence.
期刊介绍:
Biological Invasions publishes research and synthesis papers on patterns and processes of biological invasions in terrestrial, freshwater, and marine (including brackish) ecosystems. Also of interest are scholarly papers on management and policy issues as they relate to conservation programs and the global amelioration or control of invasions. The journal will consider proposals for special issues resulting from conferences or workshops on invasions.There are no page charges to publish in this journal.