Hypoxia (low oxygen) often occurs in aquatic ecosystems that receive effluent from
municipal wastewater treatment plants (WWTP). The combination of hypoxia and WWTP …

Effluent from wastewater treatment plants (WWTP) contains a complex mixture of
contaminants and is a major worldwide source of aquatic pollution. We examined the effects …

Municipal wastewater effluent is a major source of aquatic pollution and has potential to
impact cellular energy metabolism. However, it is poorly understood whether wastewater …

Anthropogenically induced hypoxia in water bodies has been a stressor for fish for many
years and is expected to persist in the future. In order to investigate the acclimation response …

Aquatic hypoxia is a naturally occurring phenomenon in waters subject to high primary
production, eutrophication, and salinity‐derived stratification. Fish utilize a suite of …

Hypoxia is common in aquatic environments, and exposure to hypoxia followed by re-
oxygenation is often believed to induce oxidative stress. However, there have been …

Climate change is leading to rapid change in aquatic environments, increasing the mean
and variability of temperatures, and increasing the incidence of hypoxia. We investigated …

Hypoxia is one of the most significant threats to biodiversity in aquatic systems. The ability of
high-latitude fish to tolerate hypoxia with histological and physiological responses is mostly …

Hypoxia often occurs in aquatic environments as dissolved oxygen (DO) concentration
decrease to a level where it is detrimental to aquatic organisms. To investigate the effects of …