哥伦比亚和厄瓜多尔两个生物多样性热点地区棕榈科植物的多样性和保护现状

T. Couvreur, Nayeli Jijon, R. Montúfar, Paula A. Morales‐Morales, M. J. Sanín, J. C. Copete, Alix Lozinguez, Álvaro J. Pérez, E. Beech
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引用次数: 0

摘要

棕榈树为热带地区的人们提供了重要的植物资源和生态系统服务。为了改进保护指导,我们对哥伦比亚和厄瓜多尔两个生物多样性受到严重威胁的热点地区的棕榈树进行了 "健康检查"。这些地区的棕榈树种类繁多,但目前有三分之一以上濒临灭绝,尤其是特有物种。广泛分布且有用的棕榈树也面临着巨大的人类压力,需要在可持续管理实践方面优先考虑。鉴于棕榈树对人类的重要性,这两个国家应继续采取包容性的保护行动,以保护这一资源。哥伦比亚和厄瓜多尔的西太平洋和安第斯地区是生物多样性的两大热点地区。为了确定棕榈树保护政策的优先次序,我们对该地区的物种进行了保护评估。我们建立了一个经过分类验证的数据库,其中包含在这两个热点地区采集的标本。我们使用世界自然保护联盟(IUCN)的 B 级标准推断出初步的保护评估结果。此外,我们还使用 "蚁群 "概念评估了棕榈树受人类使用的程度和种群密度。我们记录了哥伦比亚和厄瓜多尔两个热点地区的 33 个属的 144 种本地棕榈物种,其中 55 种是该地区的特有物种。我们在哥伦比亚记录了 133 个物种,其中 43 个为当地特有物种;在厄瓜多尔记录了 71 个物种,其中 9 个为当地特有物种。该地区三分之一的棕榈树物种可能濒临灭绝(50/144),其中 12 种为初步极危物种。Aiphanes 和 Geonoma 的受威胁物种数量最多。总共有 60% 的棕榈标本是在 "人类影响较小 "的人类活动区采集的。哥伦比亚和厄瓜多尔这两个生物多样性热点地区的棕榈树种类繁多。哥伦比亚和厄瓜多尔这两个生物多样性热点地区的棕榈树种类非常丰富,但我们的研究表明,这种多样性正受到威胁,而且主要出现在受人类活动影响的地区。这两个国家的特有物种面临最大的灭绝风险。广泛分布的有用棕榈物种也面临着过度开发或栖息地丧失的威胁。应制定包容性保护措施,与社区共同保护这一植物资源。
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Diversity and conservation status of palms (Arecaceae) in two hotspots of biodiversity in Colombia and Ecuador
Palms provide vital plant resources and ecosystem services to people across the tropics. To improve conservation guidance, a “health check” of palms in two highly threatened biodiversity hotspots in Colombia and Ecuador was undertaken. Palms are very diverse in these regions, but over one third are threatened with extinction now, especially among endemic species. Widespread and useful palms are also under intense human pressure and need to be prioritized in terms of sustainable management practices. Given the importance of palms for humans, inclusive conservation actions should be continued in both countries in order to safeguard this resource. Palms provide central plant resources to societies in the tropics, especially in the Global South. The western Pacific and Andean regions of Colombia and Ecuador host two hotspots of biodiversity. To prioritize conservation policies towards palms, we undertook a conservation assessment of species in the region. We compiled a taxonomically verified database of specimens collected in both hotspots. We inferred preliminary conservation assessments using International Union for Conservation of Nature (IUCN) Criteria B. In addition, we evaluated the level of exposure of palms to human use and population density using the anthrome concept. We documented 144 native palm species in 33 genera occurring in both hotspots of Colombia and Ecuador. Of these, 55 are endemic to this region. We recorded 133 species for Colombia, 43 endemic, and 71 species for Ecuador, 9 endemic. A third of all palm species in the region are potentially threatened with extinction (50/144) and 12 as preliminary Critically Endangered. Aiphanes and Geonoma have the highest number of threatened species. In total, 60% of palm specimens were collected in the “low human impact” anthrome type. In contrast, 41% of specimens occur in high human density areas. The two hotspots of biodiversity in Colombia and Ecuador are very diverse in palms. However, we show that this diversity is under threat and is predominantly found in areas impacted by human activities. Extinction risk is highest in endemic species in both countries. Widespread and useful palm species also face threats linked to overexploitation or habitat loss. Inclusive conservation measures should be designed to conserve, together with communities, this plant resource.
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