This review critically examines the data on claimed endocrine-mediated adverse effects of
chemicals on wildlife populations. It focuses on the effects of current-use chemicals, and …

Exposures to environmental concentrations of endocrine disrupting compounds are now a
known threat to both human and ecological health [1, 2]. A large body of work has …

Energy is a fundamental currency of life that can be quantified in organisms to understand
how environmental conditions and anthropogenic stressors affect individuals, scaling up to …

Many xenobiotics released in the aquatic environment exhibit a genotoxic potential toward
organisms. Long term exposure to such compounds is expected to lead to multigenerational …

Endocrine disrupting chemicals (EDCs) cause physiological abnormalities and population
decline in fishes. However, few studies have linked environmental EDC exposures with …

This study was conducted to investigate whether exposure to wastewater treatment works
(WWTW) effluent affects the adaptive stress axis of fish resident within the receiving water …

The present study reviewed the impacts of wastewater on macroinvertebrates over 4
decades in a United Kingdom lowland river. This involved examining changes in chemicals …

Municipal waste water effluents (MWWEs) are important sources of chemical contamination
for aquatic environments. This study investigated the presence and effects of perfluorinated …

Background: The Arctic is subject to atmospheric deposition of persistent organic pollutants
through the process of global distillation. It also contains thousands of sites with local …

As a large array of hazardous substances exhibiting genotoxicity are discharged into surface
water, this work aimed at assessing the relevance of adding a genotoxicity biomarker in a …