Heightened concern over endocrine-disrupting chemicals is driven by the hypothesis that
they could reduce reproductive success and affect wildlife populations, but there is little …

Partial or full life-cycle tests are needed to assess the potential of endocrine-disrupting
compounds (EDCs) to adversely affect development and reproduction of fish. Small fish …

Environmental pollution with natural or synthetic estrogens may pose a serious threat to
reproduction of wildlife species. This study describes the effects of 17‐α‐ethynylestradiol …

There is global concern regarding the potential impacts of endocrine-disrupting chemicals
(EDCs) on the health of wildlife and humans. Exposure to some estrogens, at concentrations …

Endocrine disrupting chemicals (EDCs) enter aquatic ecosystems through discharged
effluents, mainly from wastewater treatment works and diffuse run off from land, and affect a …

Increased need for water and projected declines in precipitation due to climate change
could leave waterways increasingly dominated by wastewater effluent. Understanding how …

Globally, feminization responses in wild male freshwater fish are caused by exposure to
estrogenic chemicals, including natural and synthetic estrogens, contained in effluents from …

Exposure to estrogenic endocrine disruptors (EDCs) during development affects fertility,
reproductive and non-reproductive behavior in mammals and fish. These effects can also be …

Exposure of fish to the synthetic estrogen ethinylestradiol (EE2) has been shown to induce a
large set of deleterious effects. In addition to the negative impact of EE2 in reproductive …

In this study, the impact of ethynylestradiol (EE2) and 4t-octylphenol (OP) on reproduction in
zebrafish (Danio rerio) was evaluated using spawning and fertilization success …