Yes and no. When there is a pressure (may it be low or high) in one area, yet the opposite in an adjacent one, strong winds occur. This is because the air wants to level itself out. Example: There is high pressure in Spain, but a low one in Portugal. There will be a strong wind between the two countries.
The reason the anemometer is so important is because you use it to measure the velocity of the wind and to measure pressure of the wind ----
It can blow from any of those directions, because wind directions are caused by low pressure and high pressure areas and their position relative to where you are. Air currents in a low pressure area move counter-clockwise, air currents in a high pressure area move clockwise. So if there is a low pressure area north of you, the counter-clockwise air movement will cause a wind blowing from west to east. There are however prevailing wind directions in most areas of the globe including the USA. What it is in your area will depend on where you live. Flagstaff Arizona for instance has a south westerly wind most of the time, while San Francisco usually has a north-westerly wind. Jus google "prevailing wind direction" plus the name of your State and you will find what it is where you live.
Air pressure Gradient
Areas of different air pressure are produced by variations in temperature and humidity, which can be influenced by factors such as the Earth's surface, solar radiation, and geographical features. When the sun heats the Earth's surface unevenly, it causes some regions to warm up more than others, resulting in rising warm air and creating low-pressure areas. Conversely, cooler regions have denser, heavier air that creates high-pressure areas. Wind is generated as air moves from high-pressure zones to low-pressure zones in an attempt to equalize the pressure differences.
Water waves are primarily caused by the wind, which generates energy through friction as it moves across the surface of the water. The strength and duration of the wind, as well as its fetch (the distance over water that the wind blows), directly influence the size and energy of the resulting waves. Additionally, atmospheric conditions, such as pressure changes and storms, can intensify wind patterns, leading to larger and more powerful waves.
Wind speed is directly related to pressure differential. Air moves from areas of high pressure to areas of low pressure, creating wind. The stronger the pressure gradient (difference in pressure over distance), the faster the wind will blow.
Wind is usually driven by differences in pressure. The greater the pressure difference over a given distance, the more force is applied to the air, and the faster the wind goes. Tornadoes and hurricanes have a pressure deficit, meaning pressure is lower inside than outside. The lower the pressure in a tornado or hurricane, the more the pressure changes over a given distance, and thus the greater the wind speed. Faster winds mean more potential for damage.
Baro is wind ... Meter is pressure
The lower the barometric pressure is in a hurricane, the stronger the wind will be. Hurricanes form over warm ocean water and the lower the pressure is, the more moisture that will be attracted from the water. This warm moisture rises up and forms into clouds and wind, so the more moisture is rising, the stronger the winds will be. If the barometric pressure is high, the moisture can't move up and form clouds and wind.
It is the POSITIVE pressure. Basically how much "push" the wind causes.
Wind is caused by the movement of air in the Earth's atmosphere. This movement is mainly driven by temperature and pressure differences in the atmosphere, creating areas of high and low pressure that in turn generate wind as air flows from high pressure to low pressure areas. Other factors such as rotation of the Earth and differences in terrain also contribute to the formation of wind.
A low pressure region should mean that the region is low in air. The air from the surrounding region (which is comparatively at higher pressure) moves into this low pressure region creating a wind. So, wind is the movement of air from a high pressure region into a low pressure region. Warm air is lighter than cold air. Warm air being lighter moves upward creating a low pressure region. So, wind could also be a movement of air from cooler to warmer region.
Wind tends to move from areas of high pressure to low pressure. On hills, the terrain can create differences in pressure that lead to stronger winds as they try to equalize. Also, hills can experience funneling effects that accelerate the wind speed.
wind flows away from areas with higher pressure. This is used in chemical and biological warfare prevention in some gov't buildings, the building internal pressure is higher then the outer airs pressure, that way you gand just walk up wind of the building and releace the chemical/biolagical agents thi s is what they say but not what they mean.
There will be change in wind direction and Pressure as well. If it is coming close to u......then wind force will increase and pressure will fall down more rapidly. If it is moving away wind force will decrease and pressure will increase.
When a strong wind blows at you, you can feel the urge to lean forward to compensate the force applied by the wind on your body surface, so not to tip over. Hence, wind applies pressure, which is the force divided by the projected area of the surface. Wind pressure is related to the square of the wind speed.
Wind is moved by a high pressure turning into a low pressure.