Turbidity plays an important role in aquatic predator–prey interactions. Increases in turbidity
are expected to reduce prey capture rates, especially for visually oriented predators …

Most larger water bodies worldwide are used for navigation, and the intensity of commercial
and recreational navigation is expected to further increase. Navigation profoundly affects …

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

Wind waves are responsible for some of the spatio-temporal gradients observed in the biotic
and abiotic variables in large shallow lakes. However, their effects on the phytoplankton …

Abstract The anadromous European smelt (Osmerus eperlanus) plays a key role in food
webs of many riverine ecosystems in Europe. However, population sizes in several German …

The loss of fish swimming capacity induced by those energetic vortical structures is
detrimental, and limited research on the mechanism of fish entrainment in the vortex has …

In shallow lakes, wind wave turbulence alters underwater spectral composition, but the
influence of this phenomenon on phytoplankton community structure is poorly understood …

Toxic cyanobacterial harmful algal blooms (CyanoHABs) have posed serious water use and
public health threats because of the toxins they produce, such as the microcystins (MCs) …

Previous laboratory studies have demonstrated that turbidity alters prey selection by
Largemouth Bass Micropterus salmoides, but this has not been tested in the field …

Visual performance and environmental conditions can influence both behavioral patterns
and predator-prey interactions of fish. Eye parasites can impair their host's sensory …