biochemical ecology, ResearchGate, google search
http://5bio5.blogspot.com/2016/04/biochemical-ecology-researchgate-google.html
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500+ VIEWS, 155 downloads from ResearchGate. Earlier, the author published two books (Introduction to Biochemical Ecology, in 1986, and its second edition) and some papers, in which he described conceptual foundations of new scientific disciplines - biochemical ecology and biochemical hydrobiology. These trends in research include studies of the role of chemical substances in interorganismal interactions, in communication and regulation of supraorganismal systems. Another part of biochemical ecology concerns studies of the destiny and transformation of external chemical substances when they interact with the organisms. Both natural and man-made compounds are interesting for biochemical ecology. The basic concepts of biochemical ecology include ecological chemomediators and ecological chemoregulators that have already been included in the body of modem conceptions and are used in modem ecological literature. Application of biochemical ecology to aquatic ecosystems creates the basis for development of biochemical hydrobiology.
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On the concepts of biochemical ecology and hydrobiology: Ecological chemomediators https://www.researchgate.net/publication/201999918 S.A. Ostroumov
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On the concepts of biochemical ecology and hydrobiology: Ecological chemomediators https://www.researchgate.net/publication/201999918. Available from: https://www.researchgate.net/publication/201999918_On_the_concepts_of_biochemical_ecology_and_hydrobiology_Ecological_chemomediators_httpswwwresearchgatenetpublication201999918 [accessed Apr 21, 2016].
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http://5bio5.blogspot.com/2016/04/biochemical-ecology-researchgate-google.html
**
On the concepts of biochemical ecology and hydrobiology: Ecological chemomediators https://www.researchgate.net/publication/201999918
Abstract
https://www.researchgate.net/publication/201999918;500+ VIEWS, 155 downloads from ResearchGate. Earlier, the author published two books (Introduction to Biochemical Ecology, in 1986, and its second edition) and some papers, in which he described conceptual foundations of new scientific disciplines - biochemical ecology and biochemical hydrobiology. These trends in research include studies of the role of chemical substances in interorganismal interactions, in communication and regulation of supraorganismal systems. Another part of biochemical ecology concerns studies of the destiny and transformation of external chemical substances when they interact with the organisms. Both natural and man-made compounds are interesting for biochemical ecology. The basic concepts of biochemical ecology include ecological chemomediators and ecological chemoregulators that have already been included in the body of modem conceptions and are used in modem ecological literature. Application of biochemical ecology to aquatic ecosystems creates the basis for development of biochemical hydrobiology.
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Comments on the book Introduction to Biochemical Ecology ...
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Sep 29, 2014 - Sergei A. Ostroumov · Lomonosov Moscow State University ... the book: Ostroumov S.A. Introduction to Biochemical Ecology, Moscow, 1986]. ... Введение в биохимическую экологию https://www.researchgate.net/publication/Biochemical and Molecular Ecology - ResearchGate
https://www.researchgate.net/topic/biochemical_and_molecular_ecology
Following. Sergei A. Ostroumov added an answer: 2. comments on the book Introduction to Biochemical Ecology. I got positive comments on my book from those ...Ecological Studies, Hazards, Solutions, Vol. 20, 2015; https ...
https://www.researchgate.net/.../287978101_Ecological_Studies_Hazards_S...
Dec 23, 2015 - Official Full-Text Publication: Ecological Studies, Hazards, Solutions, Vol. 20, 2015; https://www.researchgate.net/publication/287978101 on ... DOI: 10.13140/You've visited this page 3 times. Last visit: 3/27/16
On the concepts of biochemical ecology and hydrobiology ...
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Biochemical ecology is a relatively new area of ecological and environmental sciences. ... Sergei A. Ostroumov · Lomonosov Moscow State University. Aline, hi.19 Top read publications, environmental science ...
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On the concepts of biochemical ecology and hydrobiology: Ecological chemomediators https://www.researchgate.net/publication/201999918 S.A. Ostroumov ...Введение в биохимическую экологию. Книга. С.А ...
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Mar 27, 2016 - Among 10 most read publications of Faculty of Biology, Moscow University; Books, papers on aquatic ecosystems, biochemical ecology, biosphere, filter-feeders, ...A new lecture course: biochemical and molecular ecology ...
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Feb 12, 2016 - Orlov S.N., Kotelevtsev S.V., Novikov K.N., Selishcheva A.A., Akimova O.A., Ostroumov S.A.: Biophysics, biochemistry, biosystem studies.
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On the Concepts of Biochemical Ecology and Hydrobiology:
Ecological Chemomediators
S. A. Ostroumov
Lomonosov Moscow State University, Vorob’evy Gory, Moscow, 119992 Russia
Abstract
—Earlier, the author published two books and some papers, in which he described conceptual
foundations of new scientific disciplines — biochemical ecology and biochemical hydrobiology. These trends
in research include studies of the role of chemical substances in interorganismal interactions, in communication
and regulation of supraorganismal systems. Another part of biochemical ecology concerns studies of the destiny
and transformation of external chemical substances when they interact with the organisms. Both natural and
man-made compounds are interesting for biochemical ecology. The basic concepts of biochemical ecology
include ecological chemomediators and ecological chemoregulators that have already been included in the body
of modern conceptions and are used in modern ecological literature. Application of biochemical ecology to
aquatic ecosystems creates the basis for development of biochemical hydrobiology.
DOI:10.1134/S1995425508020100
The founding concepts of biochemical ecology were
formulated in the book “Introduction to biochemical
ecology” [1], published in 1986. The author had offered
a unified view of many facts on the border between
ecology and biochemistry, based on a number of previ-
ous works [e.g., 2] and being in agreement with the ap-
proach outlined in [3–5]. The further developments in
this field [e.g., 6–8] have endorsed the expediency of
distinguishing this direction of research, rooted in Ver-
nadsky’s doctrine of biosphere [9–12]. The present pa-
per summarizes several in-depth reviews [1, 8, 22] to
provide a brief analysis of this interdisciplinary field of
science and introduce some key concepts and terms.
The idea of the importance of chemical approaches
for studies of ecological and biospheric processes and
relationships between organisms and the environment,
including the hydrosphere, was thoroughly developed
in the works by Vernadsky [9–12] who stated that the
ocean in general should be regarded, at its every point,
as an unbreakable link between dead inert matter and
ever-changing living matter, chemically restructuring
the inert environment [9]. Following Vernadsky, the
heterogeneous living matter in the ocean, the marine
life as a whole, can be viewed as a special mechanism,
changing the sea chemistry entirely [11].
According to Vernadsky [11], the Earth’s biosphere,
in addition to living, biogenic and inert matter, includes
bioinert matter, produced at the same time both by liv
-
ing organisms and by inert processes and representing
dynamic equilibrium systems of both [9]. In the bio
-
sphere, we encounter various forms of biospheric mat
-
ter: dead inert low-activity matter, alive disperse matter,
very active chemically and geologically, and bioinert
matter, a natural structure from alive and inert matter.
The alive matter is a form of activated matter [9].
The importance of engaging chemical and biochem
-
ical approaches for understanding ecosystems and bio-
cenoses has been underscored by many Vernadsky’s
followers working in ecology and hydrobiology.
The subsequent development of natural sciences
brought new questions from the border zone between
ecology, chemistry, and biochemistry. Among them,
there is a prominent problem of how well integrated is
living matter and the biosphere in general and what
are molecular mechanisms of regulation of biospheric
equilibria (“ecological equilibria” in modern terms,
which still need to be defined more precisely) and for-
mation of bodies of organic matter in the biosphere.
Studies of the features of ecological equilibria in the
biosphere and the mechanisms of their maintenance and
disturbance, including those involving various organic
compounds, especially secondary metabolites are cur
-
rently gaining much importance [13–20]. The main
reasons of growing interest to these problems are multi
-
faceted.
First, the advances in ecosystem science have under
-
standably led to the accumulation of a wealth of data re
-
garding the structure and functioning of ecosystems,
their dynamics and stability. This information lays the
foundation for a new stage in the development of ecol
-
ogy, with an increasing attention given to the factors
that regulate the formation of ecosystems’ structure,
their dynamics and functioning. A deep analysis of
the concept of ecologic equilibrium, still insufficiently
clear, is urgently needed [7].
Second, improvements in the chemical and bio
-
chemical techniques used to study living organisms and
their environment reveal new features of biochemical
processes and chemical compounds, especially second
-
Abstract
—Earlier, the author published two books and some papers, in which he described conceptual
foundations of new scientific disciplines — biochemical ecology and biochemical hydrobiology. These trends
in research include studies of the role of chemical substances in interorganismal interactions, in communication
and regulation of supraorganismal systems. Another part of biochemical ecology concerns studies of the destiny
and transformation of external chemical substances when they interact with the organisms. Both natural and
man-made compounds are interesting for biochemical ecology. The basic concepts of biochemical ecology
include ecological chemomediators and ecological chemoregulators that have already been included in the body
of modern conceptions and are used in modern ecological literature. Application of biochemical ecology to
aquatic ecosystems creates the basis for development of biochemical hydrobiology.
DOI:10.1134/S1995425508020100
The founding concepts of biochemical ecology were
formulated in the book “Introduction to biochemical
ecology” [1], published in 1986. The author had offered
a unified view of many facts on the border between
ecology and biochemistry, based on a number of previ-
ous works [e.g., 2] and being in agreement with the ap-
proach outlined in [3–5]. The further developments in
this field [e.g., 6–8] have endorsed the expediency of
distinguishing this direction of research, rooted in Ver-
nadsky’s doctrine of biosphere [9–12]. The present pa-
per summarizes several in-depth reviews [1, 8, 22] to
provide a brief analysis of this interdisciplinary field of
science and introduce some key concepts and terms.
The idea of the importance of chemical approaches
for studies of ecological and biospheric processes and
relationships between organisms and the environment,
including the hydrosphere, was thoroughly developed
in the works by Vernadsky [9–12] who stated that the
ocean in general should be regarded, at its every point,
as an unbreakable link between dead inert matter and
ever-changing living matter, chemically restructuring
the inert environment [9]. Following Vernadsky, the
heterogeneous living matter in the ocean, the marine
life as a whole, can be viewed as a special mechanism,
changing the sea chemistry entirely [11].
According to Vernadsky [11], the Earth’s biosphere,
in addition to living, biogenic and inert matter, includes
bioinert matter, produced at the same time both by liv
-
ing organisms and by inert processes and representing
dynamic equilibrium systems of both [9]. In the bio
-
sphere, we encounter various forms of biospheric mat
-
ter: dead inert low-activity matter, alive disperse matter,
very active chemically and geologically, and bioinert
matter, a natural structure from alive and inert matter.
The alive matter is a form of activated matter [9].
The importance of engaging chemical and biochem
-
ical approaches for understanding ecosystems and bio-
cenoses has been underscored by many Vernadsky’s
followers working in ecology and hydrobiology.
The subsequent development of natural sciences
brought new questions from the border zone between
ecology, chemistry, and biochemistry. Among them,
there is a prominent problem of how well integrated is
living matter and the biosphere in general and what
are molecular mechanisms of regulation of biospheric
equilibria (“ecological equilibria” in modern terms,
which still need to be defined more precisely) and for-
mation of bodies of organic matter in the biosphere.
Studies of the features of ecological equilibria in the
biosphere and the mechanisms of their maintenance and
disturbance, including those involving various organic
compounds, especially secondary metabolites are cur
-
rently gaining much importance [13–20]. The main
reasons of growing interest to these problems are multi
-
faceted.
First, the advances in ecosystem science have under
-
standably led to the accumulation of a wealth of data re
-
garding the structure and functioning of ecosystems,
their dynamics and stability. This information lays the
foundation for a new stage in the development of ecol
-
ogy, with an increasing attention given to the factors
that regulate the formation of ecosystems’ structure,
their dynamics and functioning. A deep analysis of
the concept of ecologic equilibrium, still insufficiently
clear, is urgently needed [7].
Second, improvements in the chemical and bio
-
chemical techniques used to study living organisms and
their environment reveal new features of biochemical
processes and chemical compounds, especially second
-
ISSN 1995-4255, Contemporary Problems of Ecology, 2008, Vol. 1, No. 2, pp. 238–244. © Pleiades Publishing, Ltd., 2008.
Original Russian Text © S.A. Ostroumov, 2006, published in Sibirskii Ekologicheskii Zhurnal, 2006, Vol. 13, No. 1, pp. 73–82
On the concepts of biochemical ecology and hydrobiology: Ecological chemomediators https://www.researchgate.net/publication/201999918. Available from: https://www.researchgate.net/publication/201999918_On_the_concepts_of_biochemical_ecology_and_hydrobiology_Ecological_chemomediators_httpswwwresearchgatenetpublication201999918 [accessed Apr 21, 2016].
**