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首页> 外文期刊>Biology Bulletin Reviews >Biological Signaling Field in Mammals (For 110th Anniversaryof Professor N.P. Naumov)
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Biological Signaling Field in Mammals (For 110th Anniversaryof Professor N.P. Naumov)

机译：哺乳动物的生物信号场（N.P. Naumov教授诞辰110周年）

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摘要

The main propositions of the biological signaling field concept suggested by the author of concept N.P. Naumov and his followers are discussed in this review based on the example of mammals. It has been shown that the development of this concept overthe last 30 years has been based on its fundamental proposition. The main idea is that, from generation to generation, mammals leave traces of their life activity at landscape objects in a biogeocenosis space and form a matrix of stable elements, i.e., asystem of attractors, which are objects that attract attention from animals and their usage of a territory with all its resources. The stable elements establish a visual—olfactory image of the territory, which influences the trajectory of each new generation of mammals. It has been suggested that, because it is similar to biological productivity and species diversity, the field of biological signaling field has consistent stages of ecological succession. Although this concept has not become widespread, in recent years, studies based on its fundamental propositions have been published regularly. A necessary condition of the further successful development of the concept is the establishment of new research methods, including the simulation of the processes of the formation of a matrix of stable elements under experimental conditions.
机译：概念N.P.的作者提出了生物信号场概念的主要命题。本文以哺乳动物为例讨论了纳乌莫夫及其追随者。已经表明，该概念在过去30年中的发展基于其基本主张。其主要思想是，哺乳动物世代相传地将生命活动的痕迹留在生物大肠菌病空间中的景观物体上，并形成稳定元素的矩阵，即吸引子系统，这些物体吸引动物及其使用的注意所有资源的领土。稳定的元素建立了该区域的视觉-嗅觉图像，从而影响了每一代哺乳动物的运动轨迹。有人提出，因为它与生物生产力和物种多样性相似，所以生物信号场领域具有一致的生态演替阶段。尽管此概念尚未普及，但近年来，基于其基本命题的研究已定期发表。该概念进一步成功发展的必要条件是建立新的研究方法，包括在实验条件下模拟稳定元素矩阵形成过程。

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