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植物分布区类型的历史。

A history of chorological categories.

作者信息

Fattorini S

机构信息

Department of Life, Health and Environmental Sciences, University of L'Aquila, Via Vetoio, Coppito, 67100, L'Aquila, Italy.

CE3C - Centre for Ecology, Evolution and Environmental Changes/Azorean Biodiversity Group, Universidade dos Açores, Angra do Heroísmo, 9700-042, Açores, Portugal.

出版信息

Hist Philos Life Sci. 2016 Sep;38(3):12. doi: 10.1007/s40656-016-0114-1. Epub 2016 Sep 12.

Abstract

One of the purposes of the research program referred to as "systematic biogeography" is the use of species distributions to identify regions and reconstruct biotic area relationships. The reverse, i.e. to group species according to the areas that they live in, leads to the recognition of chorological categories. Biogeographers, working under these two different approaches, have proposed several terms to refer to groups of species that have similar distributions, such as "element", "chorotype" and "component". A historical reconstruction, including semantic observations and philosophical implications, shows that these terms have been used in a variety of senses. The word "component" should not be used in biogeography. The word "element" has been used to identify both a group of species defined according to the biogeographic areas they occupy and a group of species with an assumed shared biogeographic history. It is especially because of the influence of the dispersalist paradigm, which dominated evolutionary thought until the mid-twentieth century, that the second definition has been frequently adopted. The term "element" is therefore ambiguous and its use should always be associated with an explicit definition. The word "chorotype" should be used to define groups of species with similar ranges when no causal assumption is made. The concept of "chorotype," finally, should not be confounded with other concepts such as distributional pattern, cenocron, horofauna, biota, endemic area, area of endemism, biotic element, and generalized track, which are also discussed in this paper.

摘要

被称为“系统生物地理学”的研究项目的目的之一,是利用物种分布来识别区域并重建生物区系关系。反之,即根据物种所生活的区域对其进行分组,则会引出对分布区类型的认识。生物地理学家在这两种不同的方法下工作,提出了几个术语来指代具有相似分布的物种组,如“成分”“分布区类型”和“组分”。一项包括语义观察和哲学含义的历史重构表明,这些术语有着多种不同的用法。“组分”一词不应在生物地理学中使用。“成分”一词既被用来指代根据其所占据的生物地理区域定义的一组物种,也被用来指代具有假定共同生物地理历史的一组物种。特别是由于直到20世纪中叶一直主导进化思想的扩散主义范式的影响,第二种定义经常被采用。因此,“成分”一词具有歧义性,其使用应始终与明确的定义相关联。当不做因果假设时,“分布区类型”一词应用来定义具有相似分布范围的物种组。最后,“分布区类型”的概念不应与本文中也会讨论的其他概念混淆,如分布模式、群落年代、水平动物区系、生物区系、特有区域、特有性区域、生物成分和广义轨迹等。

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