The semicircular canals are responsible for dynamic equilibrium and more specifically angular acceleration. The anterior, posterior, and lateral semicircular ducts are the specific canals which detect rotational movements.
The vestibule is specifically responsible for static equilibrium. The Ultricle and the Saccule are specifically responsible for detecting linear acceleration.
Remote sensing transmits energy that allows an image to be formed. Passive remote sensing collects energy that is reflected or emitted from a surface.
The dendrite and the axon.
crista of a semicircular duct
Cilia and/or flagella.
The vestibule is specifically responsible for static equilibrium. The Ultricle and the Saccule are specifically responsible for detecting linear acceleration.
The cochlea is the main hearing-related organ of the inner ear. When it is damaged, permanent hearing loss is the result. Tiny "hair cells" on the cochlea are responsible for sensing specific sounds, and cochlea damage is caused by the bending and/or breaking of these "hair cells."
No, it is not. Your various senses have the job of sensing your environment.
Vestibular organs response to acceleration, both linear and dynamic, in every possible plane. The way the brain interprets these signals is how we derive our sense of 'balance'.Joint kinesthesia refers to the sensing of the angular position of a joint and is mediated by muscle spindles in muscle tissue.
nerves
Natascha Oppelt has written: 'Monitoring of the biophysical status of vegetation using multi-angular, hyperspectral remote sensing for the optimization of a physically-based SVAT model' -- subject(s): Plant ecology, Remote sensing
Yes, sensing light touch.
the nerve endings that detect pressure on your skin are called what
sensing activity on the tooth's surface feeling the movements of your tongue allowing you to speak correctly
the nervous system and the skin
When you look very closely at a goldfish you will see a row/line of what appears to be dots along the side of the fish. This line is called a "Lateral Line" it consists of tiny sensors that are receptive to many signals including variations in pressure. This "Lateral Line" is the part of the fish responsible for sensing the vibrations in the water.
remote sensing