Toxic chemicals introduced into the environment can penetrate ecosystems and can be found in the whole biosphere. Chemical contamination may affect ecosystems, causing changes in the functions of particular organisms. Adverse effects of xenobiotics and their metabolites on living organisms can be observed. In the last few years investigations have focused on searching for bioindicators (both plant and animal organisms) that accumulate toxic substances. The aim of the present study was to discuss selected methods of environmental quality assessment based on living organisms used as bioindicators, paying special attention to water ecosystems
Since effluents are a main source of direct and continuous input of pollutants in aquatic ecosystems...
Soil – water pollution resulting from anthropogenic activities is a growing concern internationally....
This thesis collects several ecotoxicological studies focused on the quali- quantitative analysis of...
The xenobiotics introduced into the environment are the effect of human activities. It is especially...
To prevent deleterious environmental effects of chemicals to be released into the market and thus in...
Abstract: We have different possibilities and tools to assess the impact of pollution on marine ecos...
Bio-indicators are organisms, which we can use to evaluate contamination of terestrial and aquatic e...
International audienceThe monitoring of the environment, for a long time confined to the analysis of...
This paper is a short review on the biomonitoring of aquatic environments by animal and plant specie...
The possibility of detecting aquatic pollution problems to take corrective decisions is intimately r...
We have different possibilities and tools to assess the impact of pollution on marine ecosystems. Th...
Bioaccumulation, the accumulation of a chemical in an organism relative to its level in the ambient ...
Toxic pollutants are found everywhere in the environment and their early detection is of primary imp...
World marine ecosystems are constantly impacted by anthropogenic activities, accumulating pollutants...
The potential use of biomarkers in ecological risk assessment is explored. The biomarker concept, in...
Since effluents are a main source of direct and continuous input of pollutants in aquatic ecosystems...
Soil – water pollution resulting from anthropogenic activities is a growing concern internationally....
This thesis collects several ecotoxicological studies focused on the quali- quantitative analysis of...
The xenobiotics introduced into the environment are the effect of human activities. It is especially...
To prevent deleterious environmental effects of chemicals to be released into the market and thus in...
Abstract: We have different possibilities and tools to assess the impact of pollution on marine ecos...
Bio-indicators are organisms, which we can use to evaluate contamination of terestrial and aquatic e...
International audienceThe monitoring of the environment, for a long time confined to the analysis of...
This paper is a short review on the biomonitoring of aquatic environments by animal and plant specie...
The possibility of detecting aquatic pollution problems to take corrective decisions is intimately r...
We have different possibilities and tools to assess the impact of pollution on marine ecosystems. Th...
Bioaccumulation, the accumulation of a chemical in an organism relative to its level in the ambient ...
Toxic pollutants are found everywhere in the environment and their early detection is of primary imp...
World marine ecosystems are constantly impacted by anthropogenic activities, accumulating pollutants...
The potential use of biomarkers in ecological risk assessment is explored. The biomarker concept, in...
Since effluents are a main source of direct and continuous input of pollutants in aquatic ecosystems...
Soil – water pollution resulting from anthropogenic activities is a growing concern internationally....
This thesis collects several ecotoxicological studies focused on the quali- quantitative analysis of...