埃塞俄比亚外来入侵植物物种对生物多样性的生态影响综述

Wakshum Shiferaw, S. Demissew, T. Bekele
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引用次数: 47

摘要

埃塞俄比亚具有巨大的地理多样性,宏观和微观气候多变性。然而,其生物多样性受到生境转换、物种入侵、生物多样性资源的不可持续利用、本地品种和品种的替代、气候变化和污染、人口变化、贫困以及缺乏意识和协调等方面的威胁入侵物种是本地或非本地的物种,它们可以大量地占领一个特定的栖息地外来物种是出现在其适应范围和扩散范围之外的非本地或外来生物。3,4生物分类是陆地环境中最常见的生物(植物、哺乳动物和昆虫)的所有类别它们也广泛分布在世界各地的各种生态系统中。IAS有能力建立自己,入侵,超越本地竞争并接管新环境。它们正在影响地球上的每一种生态系统类型,是仅次于栖息地破坏的第二大全球生物多样性威胁。它们正在停止对地球生态系统的威胁,它们为人类提供的服务正处于危险之中外来生态系统通过改变生境和改变水文、养分循环等生态系统过程,间接影响本地物种对食物和繁殖地等资源的直接竞争。它们对农业和牧场、国家公园、水道、湖泊、河流、水坝、路边和城市绿地等生态系统的本地生物多样性产生了影响,造成了巨大的经济和社会后果。这极大地改变了生态系统,既有积极的一面,也有消极的一面。在影响类型中,大多数作者报告的积极影响被负面影响大大超过
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Invasive alien plant species in Ethiopia: ecological impacts on biodiversity a review paper
Ethiopia has great geographic diversity, and macro and micro -climatic variability. However, there are threats its biodiversity by habitat conversion, invasive species, unsustainable utilization of biodiversity resources, replacement of local varieties and breeds, climate change and pollution, demographic change, poverty, and lack of awareness and coordination.1 Invasive species are either indigenous or non indigenous species that can heavily colonize a particular habitat.2 Alien species are non-native or exotic organisms that occur outside their adaptive ranges and dispersal ranges.3,4 IAS are all categories of living organisms (plants, mammals and insects) which comprise the most common types in terrestrial environments.4 They are also widely distributed in all kinds of ecosystems throughout the world. IAS have the ability to establish themselves, invade, outcompete natives and take over the new environment.3,5 They are now affecting every ecosystem types on the planet and they are the second greatest global threat to biodiversity after habitat destruction.4,6 They are pausing threats to ecosystems of the earth, and the services that they provide to humanity are under risk.5 IAS have induce impacts on native species directly competing for resource such as: food and breeding sites indirectly by altering habitat and modify hydrology, nutrient cycling and other ecosystem processes. Their impacts are on native biodiversity in ecosystems like agricultural and range lands, national parks, water ways, lakes, rivers, power dams, road sides and urban green spaces with huge economical as well as social consequences. These dramatically change the ecosystem both positively and negatively. Across impact types, the positive impacts reported by most authors were found to be largely outweighed by negative impacts.7–9
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