AI Article Synopsis
- The study introduces a model of organic substances with a complex structure that reflects feedback mechanisms in ecological systems, incorporating time delays.
- The research outlines criteria for the stability of biocenoses that rely on the characteristics of both discrete and continuous feedback loops.
- It also presents a global metric called dispersion, which acts as a measure of ecosystem stability, along with examples of how stable systems can emerge from unstable components.
Article Abstract
A conception of heterogeneous structure of organic substances realizing feedback (or a beam of feedbacks) with delay in ecological systems is developed. Criteria of stability of biocenoses closed by matter depending on properties of discrete and continuous feedback families are defined. In the latter care, there exists a global characteristics (=dispersion) of the feedbacks beam, which serves as an indicator of ecosystem stability. Examples are given for formation of the stable systems consisting of unstable subsystems.
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