Human activities have resulted in higher levels of turbidity in aquatic systems due to
increased sediment runoff from agriculture, urbanization, and mining activities into nearby …

Aggressive interactions are ubiquitous among animals. They are either directed towards
heterospecifics, like predators or competitors, or conspecifics. During intraspecific …

Due to climate change, freshwater habitats are facing increasing temperatures and more
extreme weather that disrupts water flow. Together with eutrophication and sedimentation …

Increasing turbidity in streams and rivers near human activity is cause for environmental
concern, as the ability of aquatic organisms to use visual information declines. To investigate …

Natural variation in environmental turbidity correlates with variation in the visual sensory
system of many fishes, suggesting that turbidity may act as a strong selective agent on visual …

Turbidity, caused by suspended particles in the water column, induces light scattering and
shifts in the wavelengths of light. These changes may impair the ability of fish to use physical …

Highlights•Phenotypic plasticity is pivotal to exploit new environments.•We compared
foraging behaviour of salamander larvae from caves and streams.•Plasticity allows larvae to …

Hypoxia and climate warming are pervasive stressors in aquatic systems that may have
interactive effects on fishes because both affect aerobic metabolism. We explored …

The use of non‐lethal experiments to elucidate behavioural and physiological thresholds to
environmental stressors can provide valuable data for identifying threats to, and critical …

Highlights•Anthropogenic turbidity affects visually mediated behaviours in
mosquitofish.•Turbidity interacted with predation risk to affect behavioural repeatability.• …