Fish detect predators, flow conditions, environments and each other through pressure
signals. Lateral line ablation is often performed to understand the role of pressure sensing …

The sensory ecology and neuroethology of the lateral line provides an overview of the role
of the lateral line in natural fish behaviour. The approach is more conceptual than …

The lateral line system allows a fish to respond to changes in its surroundings by detecting
flow stimuli that are governed by hydrodynamics. Therefore, an application of hydrodynamic …

The yellowtail kingfish, Seriola lalandi, shows a distribution of anaerobic and aerobic (red
and pink) muscle fibres along the trunk that is characteristic of active pelagic fishes. The …

Fish need to make different responses to different water flow conditions, as a variety of fish
utilize or overcome the water flow while fish are in the water. This study aims to analyze the …

Trout commonly experience unsteady flows such as those caused by a stationary object
exposed to running water. Instead of avoiding these flows, trout often use flow fluctuations …

Experiments on the flow-sensitive lateral line system of fishes have provided important
insights into the function and sensory transduction of vertebrate hair cells. A common …

Detailed swimming kinematics of the yellowtail kingfish Seriola lalandi were investigated
after unilateral ablation of superficial neuromasts (SNs). Most kinematic variables, such as …

The authors studied energy saving in fish school utilizing a bio-inspired robotic fish platform.
Specifically, two robotic fish were fixed in the flow tank against the current with constant left …

In the amphibious fish Polypterus senegalus, focussing on lateral line, vision and
electrosensation, we investigated sensory abilities, their interactions, and changes in their …