The lateral line, also called the lateral line organ (LLO), is a system of sensory organs found in fish, used to detect movement, vibration, and pressure gradients in the surrounding water.

2023年10月20日 · Septic lateral lines are the end of the line for treated wastewater in a septic system, making them one of the most crucial components for safe waste disposal. In this guide, we’ll explain how septic lateral lines work, why they’re so important, and what happens if you have an issue with yours.

Lateral line system, a system of tactile sense organs, unique to aquatic vertebrates from cyclostome fishes (lampreys and hagfish) to amphibians, that serves to detect movements and pressure changes in the surrounding water.

2017年6月9日 · Septic tank lateral lines are also known as percolation pipes. These are the perforated pipes that extend from the outlet of the septic tank below ground into the soil. The purpose of these lateral lines is to provide a network of …

Lateral lines let a fish feel the tiny eddies and swirls of water from other fish moving nearby, and they let individual fish in gigantic schools coordinate their own swimming accordingly.

The lateral line system is a remarkable sensory adaptation found in most fish species, allowing them to perceive and navigate through their aquatic environments effectively. This sensory system comprises a network of mechanoreceptive organs, called neuromasts, distributed along the …

Lateral line is a superficial mechanosensory system found in fishes and amphibians, consisting of peripheral receptors called neuromasts that contain mechanosensory hair cells. These hair cells detect mechanical signals, convert them into electrical impulses, and transmit them to the brain through afferent neurons.

2018年6月4日 · Surface feeding forage fish can detect the surface waves caused by struggling insects that have fallen into the water with their lateral line. They can also determine the direction and the distance to the surface wave source. Midwater fish use the lateral line for detection of moving objects.

Abstract —This paper reviews the recent studies of the lateral line in fishes. The structure of free canal neuro-masts, their receptor units, lateral line canals, vesicle of Savi,...

The lateral line system enhances a fish's survival by providing critical information about water movements and vibrations around it. This allows fish to detect predators, locate prey, and navigate through their environment even in low visibility conditions.