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首页> 外文期刊>Ecological Complexity >Ecological complexity for unifying ecological theory across scales: A field ecologist's perspective
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Ecological complexity for unifying ecological theory across scales: A field ecologist's perspective

机译：跨尺度统一生态理论的生态复杂性：现场生态学家的观点

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The evening session in ecological complexity at the last Joint Meeting of the International Association for Ecology (INTECOL) and the Ecological Society of America (ESA) held in Montreal was an occasion to evaluate the pertinence and upcoming challenges of the complex systems approach (CSA) applied to ecology. Through concepts such as the interaction topology among biological objects, the phenotypic integration of individual traits, the meaning of biological objects and complexity measures in space and time, the management of human dominated ecosystems, and non-equilibrium thermodynamics as a paradigm for the development of ecosystems, the panel members covered some of the most active areas of research in ecological complexity. However, for many ecologists, and particularly field ecologists, a comprehensive framework clearly emphasizing how and why the CSA provides a unique corpus for studying ecosystem functions is missing. The purpose of this article is thus to provide an overview of the different themes visited during the evening session and to emphasize the distinctiveness of the CSA as an alternative to contemporary ecological issues. Examples from functional ecology and food webs are given to support the discussion.
机译：在蒙特利尔举行的国际生态学协会（INTECOL）与美国生态学会（ESA）上届联席会议上，关于生态复杂性的晚间会议是评估复杂系统方法（CSA）的相关性和未来挑战的机会应用于生态学。通过诸如生物对象之间的相互作用拓扑，个体性状的表型整合，生物对象的含义以及时空的复杂性度量，人类主导的生态系统的管理以及非平衡热力学等理论来发展人类的概念。在生态系统方面，小组成员涵盖了生态复杂性方面最活跃的研究领域。但是，对于许多生态学家，尤其是现场生态学家而言，缺少一个全面的框架来明确强调CSA如何以及为何为研究生态系统功能提供独特的语料库。因此，本文的目的是概述晚上会议期间访问的不同主题，并强调CSA作为替代当代生态问题的独特性。给出了功能生态学和食物网的例子来支持讨论。

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