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Mathematical modelling applied to ecosystems: the GodePs theorem

机译:数学模型应用于生态系统:GodePs定理

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摘要

In the framework of evolutionary physics, we must deal with goal functions instead of state functions: ecodynamic models must be based on relations evolving in time; far-from-equilibrium thermodynamics (Prigogine) is the foundation for a new description of nature. But if energy and mass are intrinsically conservative and entropy is intrinsically evolutionary, how can entropy be calculated on the basis of energy and mass quantities (entropy paradox)? This question is still unanswered and all we can do is note that the ecodynamic viewpoint is different from that of classical physics and classical ecology. This paper is an attempt to deal with these concepts.
机译:在进化物理学的框架中,我们必须处理目标函数而不是状态函数:生态动力学模型必须基于时间关系的演化;远离平衡的热力学(Prigogine)是对自然界进行新描述的基础。但是,如果能量和质量本质上是保守的,而熵本质上是演化的,那么如何根据能量和质量(熵悖论)来计算熵呢?这个问题仍然没有答案,我们所能做的就是注意到,生态动力学观点不同于古典物理学和古典生态学。本文试图处理这些概念。

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