The darker the color, the denser the clouds are. This early morning picture shows thick, gray clouds forming. Lighter clouds mean less rain. Dark clouds mean more rain. Pretty simple, right? As I covered earlier, storms tend to ride a west to east rotation. However, winds can come from all directions. When wind moves away from the prevailing direction, you can expect a change in typical weather.
Stand with your back to the wind and look up. If the clouds are moving directly toward you or away from you, the weather is likely to stay the same. When the clouds are moving left to right, the weather is going to get worse. If, however, the clouds are moving right to left, the weather is likely to get better. Knowing if air pressure is high or low can help you figure out what weather is coming down the pipeline. Need another rhyme?
One of my favorite weather prediction methods includes the use of a weather stick.
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Peel off the bark, then hang the stick with a nail, making sure the branch is hanging in its natural position. The weather stick works in much the same way as the smoke from a campfire. In response to high pressure nice weather , the stick moves upward sharply. When low pressure is on the way rain , the stick will move downward. Take a look at this weather stick on Amazon and read what others say about using this method for predicting the weather in the reviews section.
Take a look at the Davis Hill Weather Stick here. Animals tend to be more attuned to the weather than humans, for obvious reasons, so keep an eye on their behaviors to figure out what the weather is about to do. All were aligned to the Moon. Around the outer bank of Stonehenge , one foot represented one week of a giant year circle.
Marker sticks were erected to foresee coming weather 19 years hence. If there was no moon. Before we discuss the idea of the Moon affecting weather, let us imagine if there was no Moon. Would the Earth's weather be any different if the Moon didn't exist? French physicists modeling the stability of the tilt of the Earth's spin axis have shown that our planet should have experienced dramatic and chaotic changes in tilt over its lifetime, as have the other terrestrial planets. However, the orientation of the Earth's tilt is locked into its present value varying a paltry 1. Variations in tilt are thought to cause planetary ice ages and warm spells.
The Moon has been described a climate regulator. If there were no Moon, or if it were much smaller, the Earth's tilt would reach values as high as 85 degrees, with disastrous consequences for any life forms trying to weather the resulting climate oscillations. The upshot is that if there was no Moon there would be no life as we know it on earth. It is the tilt of the earth, kept in check by the Moon, that causes the tides, the growing seasons and the barometric and therefore weather changes, all of which are essential to the development and maintenance of life.
One theory is that the Moon was created when a rock the size of Mars slammed into Earth. A billion years ago, the Moon's tighter orbit than now meant it took just 20 days to go around us to make a lunar month. A day on Earth back then was 18 hours long. At million years ago Earth's rotation period had slowed to In billion years time, a year will be a day shorter. The Moon has the same effect on the Earth whether it is day or night, just as tides do not stop just because it gets too dark to see.
One ramification of not having the Moon as a companion would be changes in the tides. Tides are responsible for the ecosystems of much marine life, and in turn the feeding patterns of birds and animals. These in turn affect vegetation, due to pollenation patterns. The tidal range is affected by Moon phases. Lower tides would shrink the intertidal beach zone, which is usually teeming with life. The narrower intertidal zone would make it more difficult for the species living there to maintain their niche, and diversity would be diminished.
Another consequence of a moonless Earth would be a faster rotation rate.
The length of a day would be considerably shorter. Our Moon is much bigger in comparison to its parent planet than is any other satellite in our solar system. The relatively large size and mass of the Moon exerts a considerable gravitational effect on the Earth, so that the Earth rotates once every 24 hours.
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Without the Moon, the Sun would only be up for several hours a day in the mid latitudes, depending upon the season. The primary weather effect of a faster spinning Earth would be higher winds in the atmosphere and on the surface. Winds arise as a result of the planet's rotation and differential heating and cooling of air, land and water. On a moonless Earth, winds would be stronger and always move in the direction that the Earth rotates. On Earth today, the winds in the upper atmosphere at the mid latitudes move west to east, but sometimes air flow takes on a north to south or a south to north trajectory.
On an Earth with no Moon, surface winds would be stronger and more persistent than they are today. The increased windspeeds would generate greater ocean waves.
Air tides. Nobody disputes that the Moon pulls the tides.source url
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So, as weather is a function of what happens in the air, does the Moon affect weather? It would be weird if the Moon, at between a third and a quarter the size of Earth, sitting only 10 earth circumferences away, did not have some effect on earth and everything on the Earth, including the air. Meteorologists do know that weather balloons float higher on New and Full moon days, suggesting a king tide in the air at the same times as a king tide at the coast, but they keep this to themselves. The air is like a big hunk of insulation keeping away two things; the heat of the Sun and the cold of space, both of which would like to rush to the ground but the thick air-layer stops both of them.
So if you imagine if the height of the air was lower or higher at any one time, due to a tidal pull of the Moon, then either more heat or more cold could come down here closer to ground.
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It's like holding up an umbrella - the higher you hold it the more you keep the rain away. When more of the cold of space gets let in and changes the upperlevel temperature, this causes cloud formation and condensation. This would be similar to the Little Ice Age prior to which coincided with the low sunspot activity period known as the "Maunder Minimum".
This is likely to produce cooler temperatures and lower rainfall.
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