Does wind (not flatulence) affect radio waves ?
448546
Wind is a result of uneven heating of the earth. Hot air moves up and cold air moves down due to hot air being less dense than cold air. This moves the atmosphere around (There is also an effect from the Earth's rotation). \n\nSome other answers about magnetic fields may have been referring to "solar or magnetically charged particle wind," but certainly not common atmospheric wind. Atomospheric wind (hot air vs. cold air and the rotation of the earth) does not affect radio waves in any appreciable way.
336476
As others mentioned, the moon has no atmosphere of its own for weather patterns to develop. \n\nThe only wind the moon (or Earth) experiences is the Solar wind.  The solar wind consists of highly energy ions in the form of a plasma.  While the solar wind can effect radio signals and such, it isn't going to do anything to Neil Armstrong's footprints.\n\nThe only thing that truly disturbs the moon surface is impacts by meteorites.  This is evident by the many craters we can see.
317297
Yes, you would be able to hear it fine.  The radio waves travel at the speed of light.  This is many thousands of times faster than the speed of sound in air.  Your radio would be wholly unaffected in any way.\n\nYou would not, however, be able to hear a direct sound from someone talking to you and standing still.  The sound waves from their mouth are travelling at the speed of sound.  But the information carried by radio waves is not converted into sound waves until it gets to your receiver.
1017141
put your tin foil hat back on...the radio waves are starting....
821715
It depends. Wind is the movement of air. If the wind contains warm moist air, then yes the temperature and humidity will be affected. It temp and humidity of the air in the wind is the same as the air it replaces then no there will be no effect.
442249
Generally, AM carrier waves have much longer wavelengths than FM carrier waves. AM waves can bend around obstacles like mountains and buildings better than FM waves and can travel greater distances before the signal fades. AM waves are used in aerial navigation although more modern methods (GPS and Very High Frequencies) are replacing them.
940858
The radio waves currently used for telecommunication or broadcasting are electromagnetic waves (non-ionizing radiation) which do not have enough energy to ionize atoms from materials. Although some of the electromagnetic waves, such as ionizing radiation including X-ray or gamma-ray, have high frequencies and strong energy that ionize atoms, they are very different from the radio waves we are dealing with; that is non-ionizing radiation.
189545
The moon's gravitational pull causes the waves to form.\n\nAnd those waves are what cause wind to be generated.
351133
yes, of course the rotation of the Earth contributes to wind. The Earth is turning at about 25,000 mph. Air wants to stand still...obviously, air is moving to a high extent, or we would have 25,000 mph winds! But, friction, differences in topography (mountains, etc.) cause the air to move more slowly, so we have what is apparent wind. And, a bigger contributor is pressure difference in hot and cold air. The circulation of the Earth cause High pressure areas to spin in a clockwise motion in the northern Hemispher, and Low pressure areas to spin in a counter clockwise direction. When these two approach each other, pressure gradients cause air from the high to flow to the low creating winds...the stronger the differences in the low and high, the faster the wind to fill the low. Nature "abhors" a vacuum..and a low is a kind of vacuum. And yes, wind contributes greatly to tides. Wind pushes water in front of it, and when the pushed water comes ashore, the effects of wind are quite dramatic...such as a hurricane surge! Gravitational differences in the moon/Earth set up causes water to raise or lower, depending upon that cycle...a raise in water is a High Tide, and lowering is a Low Tide.  And that gravitational difference can be very dramatic....look at the tides along the Eastern seaboard. In some areas, the tidal differences are measured in a few feet, in others, the differences are as much as 20 feet! In some areas, there are NO tides.
56061
Yes, if that is the direction they are flying. If the wind changes direction though they don't change. So not ALL the time as the question implies.
641107
One of the effects of "shooting stars" is the ionization of air around them as they flame  up and burn out. This ionization, the same which causes LOS (loss of signal with returning spacecraft) produces a radio burst. A simple experiment is to connect an antenna to your tv and tune to a low channel, like 2 or 3 where there are no stations. Turn the brightnest down so the raster JUST disappears.  Now when a meteorite flies thru the air, you will see the screen lighten a little. So if they burn up in the air, the only effect is radio noise.
12356
Sounds like static electricty, which tends to develop in windy dry conditions.  Check it out.
796578
Yes, they do....sonar, for example.\n\nThe interface travel between water/air scatters the waves.  You'd probably have to keep the antenna under water.
312558
it will cause some transitory cooling as the moon's shadow tracks across the surface of the earth - this localized cooling may cause some brief wind as the surrounding warmer air interacts with the cooler air in the shadow.  These effects are minor, and short-lived.
265886
Someone said on the radio that you can listen to "white noise" such as the noise of the ocean, falling rain, or even the sound between FM stations. I hope this helps.
844222
radio waves..\nand how is this a biology question?
1163078
No, because wind is air, and air is a colorless, odorless gas. Wind itself can only be seen when the air is contaminated, but then you're not seeing the wind, only the contaminants.