Due to climate change and anthropogenic influences, aquatic hypoxia is occurring more
frequently, is more severe and it persist for longer periods of time. Juvenile striped bass …

Annual hypoxia in the Chesapeake Bay has expanded to the point where Darwinian fitness
of juvenile striped bass (Morone saxatilis) may depend on their ability to perform in low …

Juvenile striped bass residing in Chesapeake Bay are likely to encounter hypoxia that could
affect their metabolism and performance. The ecological success of this economically …

Two of the major stressors associated with the catch-and-release of recreationally angled
fish are exercise and air exposure. This study investigated the combined effects of exercise …

Striped bass (Morone saxatilis) found in estuaries and rivers of North America face many
environmental challenges. These challenges may have led to local extirpations of striped …

Estuaries serve numerous important ecosystem roles, including providing critical nursery
habitat for juvenile fish. However, due to eutrophication and climate change, estuaries …

Hypoxia and an apparent temperature–oxygen squeeze have been reported for many
coastal ecosystems and reservoirs with striped bass Morone saxatilis. Studies have …

With urbanization increasing throughout the United States and globally, it is becoming
increasingly important to understand the effects of hypoxia (a product of urbanization) on …

Phenotypic plasticity manifested after acclimatization is a very important source of biological
variability among fish species. We hypothesized that hypoxic acclimation, besides …

Respiratory plasticity is a beneficial response to chronic hypoxia in fish. Red drum, a teleost
that commonly experiences hypoxia in the Gulf of Mexico, have shown respiratory plasticity …