Not typically. Barereceptors respond to touch and pressure. Atmospheric changes are too small to activate them.
Baroreceptors
Baroreceptors are a type of sensor that are present in the blood vessels of all animals who have a spine. The function of baroreceptors is to detect an increase or decrease in blood pressure and to respond to these changes in pressure.
They detect the blood pressure of the internal environment and send the results to the CNS, where it will react in several different ways
Mechanoreceptors are sensory receptors that respond to mechanical forces such as pressure. Specialized types of mechanoreceptors include baroreceptors that detect changes in blood pressure and tactile receptors in the skin that respond to touch and pressure. These receptors help the body in detecting and responding to changes in pressure.
Mechanoreceptors
Three examples of stimuli that skin can respond to are temperature changes (hot or cold), touch or pressure, and exposure to chemicals or irritants.
Sensors are designed to respond to a particular change in condition. Pressure, temperature, barometric, rainfall and so on. Usually they take the form of a transducer to convert the signal into an electrical one, which makes subsequent manipulations easy.
The Macula Densa cells in the kidney respond mainly to changes in the sodium chloride (NaCl) concentration in the tubular fluid. They help regulate the body's blood pressure and fluid balance by sensing NaCl levels and signaling for adjustments in kidney function.
bacteria do not respond to changes in the surroundings
Meissner's corpuscles are sensory receptors in the skin that specifically respond to light touch and pressure. They are located close to the skin's surface and are responsible for detecting changes in skin texture and vibrations.
Thermoreceptors respond to temperature changes, detecting both hot and cold stimuli. Mechanoreceptors respond to mechanical stimuli such as touch, pressure, and vibration.
A pressure sensitive cell is a type of sensor that detects changes in pressure and converts them into electrical signals. These cells are commonly used in applications such as touchscreens, automotive systems, and medical devices to measure and respond to pressure variations.