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Network theory and the environment: Understanding human connections to nature.

机译:网络理论与环境:了解人类与自然的联系。

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摘要

Sustainability of the human species and the natural systems on which we depend are increasingly at risk. New ways of living sustainably and understanding the human relationship to Nature are needed to assure a future, both for humanity and the living systems in which we exist. The science of complex networks (also known as the "science of networks" or "network science") is an emerging discipline of increasing importance to understanding interactions within both human and natural systems, but it has not yet been adequately used toward improving the understanding of sustainability and the human place in Nature. Because human-Nature interactions are complex, the study of complex networks may yield the most useful methods and ideas for improving the influence on, and understandings of these relationships. Through a qualitative metastudy of ninety interdisciplinary network studies, a series of key concepts relevant to understanding the intersection of natural and cultural systems is extracted and used to identify important areas of research. They include: (1) The relationship between wholeness and network hierarchy, in particular, how roles of smaller scale systems change when seen functioning within larger scale systems. (2) Network evolution, in particular how nodes with high degree distribution migrate from one part of the network to another through either reciprocity or high link cost over time. (3) Interaction amongst scales of trophic webs, in particular the relationship between local and regional trophic webs. (4) A systematization of network hierarchy and heterarchy, in particular, the interaction amongst individual, cultural, and natural systems (coadaptation).; These concepts comprise a series of tools, which will contribute to advancement of the study for the human interaction with Nature, resulting in improved understanding of the human relationship with Nature, and potentially more durable solutions to problems of sustainability and the human relationship to Nature.; Keywords. complex networks, environment, qualitative metastudy, science of networks, Nature, tektology.
机译:人类和我们赖以生存的自然系统的可持续性正日益受到威胁。需要新的可持续生活方式并了解人类与自然的关系,以确保人类和我们所存在的生命系统的未来。复杂网络科学(也称为“网络科学”或“网络科学”)是一门新兴学科,对于理解人与自然系统之间的相互作用具有越来越重要的意义,但尚未被广泛用于增进对这种知识的理解。可持续性和人类在自然界中的地位。因为人与自然的相互作用是复杂的,所以对复杂网络的研究可能会产生最有用的方法和思想,以改善对这些关系的影响和对这些关系的理解。通过对90个跨学科网络研究的定性元研究,提取了一系列与理解自然与文化系统的交汇点有关的关键概念,并将其用于确定重要的研究领域。它们包括:(1)完整性和网络层次结构之间的关系,特别是当在大型系统中运行时,小型系统的角色如何变化。 (2)网络演进,特别是随着时间的推移,具有高度分布的节点如何通过互惠或较高的链路成本从网络的一部分迁移到另一部分。 (3)营养网规模之间的相互作用,特别是局部和区域营养网之间的关系。 (4)网络等级制度和等级制度的系统化,特别是个人,文化和自然系统之间的相互作用(适应);这些概念包括一系列工具,这些工具将有助于人类与自然的互动研究的发展,从而提高对人类与自然关系的理解,并可能更持久地解决可持续性问题和人类与自然的关系。 ;关键字。复杂网络,环境,定性元研究,网络科学,自然,技术。

著录项

  • 作者

    Uzzo, Stephen Miles.;

  • 作者单位

    Union Institute and University.;

  • 授予单位 Union Institute and University.;
  • 学科 Biology Ecology.; Environmental Sciences.
  • 学位 Ph.D.
  • 年度 2007
  • 页码 358 p.
  • 总页数 358
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 生态学(生物生态学);环境科学基础理论;
  • 关键词

  • 入库时间 2022-08-17 11:40:34

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