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An overview of complex behaviour in the groundwater compartment of catchment systems and some implications for modelling and monitoring

机译:概述了集水系统地下水舱的复杂行为以及对建模和监测的一些影响

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摘要

An understanding of non-causal relationships between processes in the air, soil and water compartments of the environment is fundamental to sustainable integrated management. This paper provides an overview of the groundwater sub-compartment and asserts that it exhibits many characteristics of a complex system, especially in relation to a wide range of non-linearities, although not all groundwater phenomena should be regarded as reflecting system complexity. Analysis of the groundwater compartment based on concepts such as emergence has been hindered by a long history of deterministic conceptualisation, while other aspects of complex systems such as self-organised criticality are difficult to investigate in the groundwater context due to problems of obtaining appropriate data. Despite this, conceptualising the groundwater compartment as a complex system would enable groundwater processes to be more fully integrated in a systems understanding of the environment. Some of the implications of complex behaviour for groundwater resource modelling and monitoring are briefly noted.
机译:理解环境中的空气,土壤和水室之间的过程之间的非因果关系对于可持续的综合管理至关重要。本文概述了地下水小隔间,并断言它具有复杂系统的许多特征,特别是与广泛的非线性相关,尽管并非所有地下水现象都应被视为反映了系统的复杂性。确定性概念化的悠久历史阻碍了基于诸如涌现之类的概念对地下水区室进行分析,而由于获取适当数据的问题,很难在地下水环境中研究复杂系统的其他方面(例如自组织临界)。尽管如此,将地下水隔间概念化为一个复杂的系统将使地下水过程能够更完全地集成到对环境的系统理解中。简要指出了复杂行为对地下水资源建模和监测的一些影响。

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