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Modeling System Complexity in the Context of Geopolitics Related to Climate Change

机译:建模系统复杂性在与气候变化有关的地缘政治背景下

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摘要

Due mainly to the evolution of science and technology, ontic systems have continuously become more complex. Thus, original institutional economics has adopted and advanced the concepts of complex systems. This article further develops complexity concepts and relates them to problems of climate change. Systems complexity is combined with concepts from geopolitics in order to introduce geopolitical analysis about boundaries/borders into complex systems. The addition of geopolitical ideas allows for systems to focus on a designated social and ecological context that fits the problem of interest. The social and ecological components of open geopolitical systems lead to processes that are dynamic and complex. Thus, complex-systems modeling needs the assistance of geopolitical concepts and geopolitical models need to be embedded in complex systems. Each section of the article clarifies its meaning with examples of climate change concerns.
机译:由于科学技术的演变,Ontic系统不断变得更加复杂。因此,原始的制度经济学已经采用并提出了复杂系统的概念。本文进一步发展了复杂性概念,并将其与气候变化问题相关联。系统复杂性与地理学的概念相结合,以便将关于边界/边界的地缘政治分析引入复杂的系统。增加地政秘密的想法允许系统专注于符合兴趣问题的指定的社会和生态背景。开放地缘政治系统的社会和生态部件导致了动态和复杂的流程。因此,复杂系统建模需要地际秘密概念和地缘政治模型的援助需要嵌入复杂的系统中。文章的每个部分都阐明了其含义与气候变化问题的例子。

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