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Biodiversity: From evolutionary origins to ecosystem functioning

机译:生物多样性:从进化起源到生态系统功能

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How the Earth came to have on the order of 10 million species and the impacts of this biodiversity on ecosystems, are long-standing questions in evolution and ecology. I propose that both the evolutionary causes and the ecological consequences of biodiversity share a common origin-unavoidable tradeoffs that organisms face when dealing with multiple limiting factors. Our grassland biodiversity experiments and studies in many other systems have shown that species diversity is a major determinant of ecosystem productivity, stability, invasibility and nutrient dynamics. The preservation, conservation and restoration of biodiversity should be a high global priority. Indeed, the evidence accumulated over the past two decades suggests the long-term persistence of a species in an ecosystem should be taken as prima facie evidence that the species contributes to the functioning of that ecosystem.
机译:地球如何发展成一千万种物种,以及这种生物多样性对生态系统的影响,是进化和生态学中长期存在的问题。我建议,生物多样性的进化原因和生态后果都具有共同的起源-不可避免的折衷,这是生物在应对多种限制因素时所面临的折衷。我们在许多其他系统中进行的草地生物多样性实验和研究表明,物种多样性是生态系统生产力,稳定性,可入侵性和养分动态的主要决定因素。保护,养护和恢复生物多样性应成为全球高度优先事项。确实,过去二十年来积累的证据表明,某种物种在生态系统中的长期存留应被视为该物种对该生态系统起作用的初步证据。

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