Biomonitoring involves the use of biological organisms to detect or measure the presence of
various toxic substances rather on land or in water. Fish resides in aquatic environments …

Biomonitoring involves the use of biological organisms to detect or measure the presence of
various toxic substances rather on land or in water. Fish resides in aquatic environments …

In this chapter, we highlighted the most important arguments in favor of using fish
biomarkers for environmental biomonitoring in relation to water pollution. The use of …

Pollution of water ecosystems is considered one of the most serious problems in the current
days. In order to predict the effects of pollutants present in the water before overt disease …

Biomonitoring offers an appealing tool for the assessment of pollution in aquatic ecosystem.
Biological processes, species, or communities of bioindicators are used to assess the quality …

The health and well-being of species, populations, ecosystems can be assessed by a broad
vary of scientists, ecologists, environmentalists, governmental agencies, NGO's and, most …

Measuring ecotoxicity in aquatic environments is crucial in environmental monitoring and
risk assessment. Biomarkers and indicator species are commonly used to estimate the …

The use of biomarkers (suborganismal responses) in environmental monitoring is expected
to be a sensitive tool to measure exposure to and effects of contaminants. Biomarkers are …

The environment comprises both living and nonliving components, and their interplay
dictates the health and sustenance of the environment. Emergent properties from this …

Growing human population and industrialization have led to the pollution of most aquatic
ecosystems and consequent deterioration in environmental water quality. Indicator …