FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION

FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION

The study of fish population dynamics at system approach is most appropriate enabling consideration of processes affecting population abundance and structure and investigation of processes of stock composition and abundance regulation, fishery management. At that, it is reasonable to use some notion...

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Main Author: G. A. Sudakov
Format: Article
Language:Russian
Published: Kamerton 2014-11-01
Series:Ûg Rossii: Èkologiâ, Razvitie
Subjects:
systems approach to assessment of fish population abundance, structure and dynamics
processes affecting quantitative and qualitative characteristics of population in the ecological system of a water body
Online Access:https://ecodag.elpub.ru/ugro/article/view/221
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spelling doaj-6614b68b3d6e4feca578a8b924da993f2021-07-28T21:17:30ZrusKamertonÛg Rossii: Èkologiâ, Razvitie1992-10982413-09582014-11-0172565910.18470/1992-1098-2012-2-56-59235FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATIONG. A. Sudakov0Каспийский научно-исследовательский институт рыбного хозяйства (ДФ ФГУП «КаспНИРХ»), г. АстраханьThe study of fish population dynamics at system approach is most appropriate enabling consideration of processes affecting population abundance and structure and investigation of processes of stock composition and abundance regulation, fishery management. At that, it is reasonable to use some notions and ideas of the general theory of systems and cybernetics as an individual within the population and their aggregate represent compound dynamic systems studied by cybernetics.https://ecodag.elpub.ru/ugro/article/view/221systems approach to assessment of fish population abundance, structure and dynamicsprocesses affecting quantitative and qualitative characteristics of population in the ecological system of a water body
collection DOAJ
language Russian
format Article
sources DOAJ
author G. A. Sudakov
spellingShingle G. A. Sudakov
FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION
Ûg Rossii: Èkologiâ, Razvitie
systems approach to assessment of fish population abundance, structure and dynamics
processes affecting quantitative and qualitative characteristics of population in the ecological system of a water body
author_facet G. A. Sudakov
author_sort G. A. Sudakov
title FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION
title_short FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION
title_full FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION
title_fullStr FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION
title_full_unstemmed FISH POPULATION AS A DYNAMIC SYSTEM WITH ELEMENTS OF SELF-REGULATION
title_sort fish population as a dynamic system with elements of self-regulation
publisher Kamerton
series Ûg Rossii: Èkologiâ, Razvitie
issn 1992-1098
2413-0958
publishDate 2014-11-01
description The study of fish population dynamics at system approach is most appropriate enabling consideration of processes affecting population abundance and structure and investigation of processes of stock composition and abundance regulation, fishery management. At that, it is reasonable to use some notions and ideas of the general theory of systems and cybernetics as an individual within the population and their aggregate represent compound dynamic systems studied by cybernetics.
topic systems approach to assessment of fish population abundance, structure and dynamics
processes affecting quantitative and qualitative characteristics of population in the ecological system of a water body
url https://ecodag.elpub.ru/ugro/article/view/221
work_keys_str_mv AT gasudakov fishpopulationasadynamicsystemwithelementsofselfregulation
_version_ 1721261155803987968

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