The frequent invasion of organisms poses a serious threat to biodiversity, ecosystem service
functions, and economic development. Invasions from terrestrial systems have been well …

Human activities are exacerbating environmental change globally. Turbidity in freshwater
systems is increasing due to extreme weather events and intensification of activities such as …

Human-driven environmental change underlies recent changes in water clarity in many of
the world's great lakes, yet our understanding of the consequences of these changes on the …

With anthropogenic eutrophication and climate change causing an increase in
cyanobacterial blooms worldwide, the need to understand the consequences of these …

As individual animals are exposed to varying environmental conditions, phenotypic plasticity
will occur in a vast array of physiological traits. For example, shifts in factors such as …

Human-driven nutrient inputs into aquatic ecosystems must be managed to preserve
biodiversity and to ensure that valued fishery and water quality services are not …

Turbidity represents an obstacle to visual acuity underwater that might entail considerable
consequences for multiple faunal traits. Morphology, especially eye size, could be adjusted …

Ecosystems worldwide have been impacted by multiple anthropogenic stressors, yet efforts
to understand and manage these impacts have been hindered by difficulties in …

Oxbow wetlands have been restored in the Midwestern United States to provide habitat for
wetland-dependent species and to sequester contaminants originating from agricultural …

Although previous research has identified ways in which environmental conditions influence
population processes in many ecosystems, these relationships often weaken or break down …