One of the primary goals was to estimate the impact of the concentration of radioactive caesium on meio- and macrobenthic organisms in Barents and Kara Seas. It is determine that macrobenthos is more inert component, less subjected to the influence of this factor. Meiobenthos reacts to the radioactive pollution by the change of the taxonomic diversity and quantitative characteristics faster then
ABSTRACT. The initial stage of an environmental impact assessment requires quantification of radionu...
The Laptev Sea still ranks among the less known regions of the world’s ocean. Here, we describe the ...
Environmental control in the Arctic ecosystems needs to be changed to hi-tech monitoring technologie...
Radioactive pollution of marine ecosystems is one of the most dangerous anthropogenic impacts on the...
AbstractThis study is the result of many years of research on the ecology of the marine benthos of R...
Radioactive contamination was studied in macrobenthic invertebrates and algae of the Abrosimov, Step...
The purpose of this work is to study and compare the response of plankton communities of the Bering ...
In 1986–2009 the dynamics of the radionuclide contamination of the Pripyat inlet ánd Perstok Lake an...
More than 70% of the Earth is covered by water, and most of the sea floor consists of soft sediments...
Littoral (lake shore) macroinvertebrate communities were studied in eight natural lakes affected by ...
We have carried out the pedobiological investigation in the forest (broad-leaved and pine) biogeocen...
Radioactive cesium (134Cs and 137Cs) concentrations in invertebrates of benthic food web (10 taxonom...
Environmental studies of the Russian seas of the polar zone do not lose their relevance due to the t...
The Siberian Arctic is one of the regions, where the ongoing climate change is the most evident. The...
Food web interactions are vital in any functioning ecosystem and facilitate transfer of energy and n...
ABSTRACT. The initial stage of an environmental impact assessment requires quantification of radionu...
The Laptev Sea still ranks among the less known regions of the world’s ocean. Here, we describe the ...
Environmental control in the Arctic ecosystems needs to be changed to hi-tech monitoring technologie...
Radioactive pollution of marine ecosystems is one of the most dangerous anthropogenic impacts on the...
AbstractThis study is the result of many years of research on the ecology of the marine benthos of R...
Radioactive contamination was studied in macrobenthic invertebrates and algae of the Abrosimov, Step...
The purpose of this work is to study and compare the response of plankton communities of the Bering ...
In 1986–2009 the dynamics of the radionuclide contamination of the Pripyat inlet ánd Perstok Lake an...
More than 70% of the Earth is covered by water, and most of the sea floor consists of soft sediments...
Littoral (lake shore) macroinvertebrate communities were studied in eight natural lakes affected by ...
We have carried out the pedobiological investigation in the forest (broad-leaved and pine) biogeocen...
Radioactive cesium (134Cs and 137Cs) concentrations in invertebrates of benthic food web (10 taxonom...
Environmental studies of the Russian seas of the polar zone do not lose their relevance due to the t...
The Siberian Arctic is one of the regions, where the ongoing climate change is the most evident. The...
Food web interactions are vital in any functioning ecosystem and facilitate transfer of energy and n...
ABSTRACT. The initial stage of an environmental impact assessment requires quantification of radionu...
The Laptev Sea still ranks among the less known regions of the world’s ocean. Here, we describe the ...
Environmental control in the Arctic ecosystems needs to be changed to hi-tech monitoring technologie...