Breezes in valleys are formed because as the air warms during the day it rises along the slopes of the hills and mountains. As the warm air rises, cooler air is drawn in behind it causing a breeze.
Valley breezes forms through the process of convection. During the day, the sun rapidly heats up the air around a valley, which causes the air to rise, and create a warm, upslope wind. At night, the process is reversed.
Cumulus clouds that appear above isolated mountain peaks are often the result of a valley breeze. A valley breeze would develop its maximum strength in the early afternoon.
A breeze from the valley
Ummmm, wind blowing in the valley
At Night
Mountain breezes form during night.
i think it land breezes but I'm not positive. I'm that good on science but i think it land breezes. Kingdom Hearts Rule. play the game
The high latent heat of water.
The valley that runs through western Kenya is the Eastern Rift Valley.
There is no force slowing the Sun or the moon, so they keep moving. The stars only seem to move because Earth is continually revolving and orbiting the Sun, but they are also revolving, rotating, and expanding away from each other, extremely slowly, relatively. Breezes are largely caused by differences in pressure and warmth in the air, which are largely caused by the Sun and the varying ocean currents. The ocean currents are largely caused by the Coriolis effect of the spinning Earth, and by the Sun's unequal warming of various parts of the ocean. Until the Sun burns out in 7 or 8 billions years, or more, the breezes will continue.
breezeis a t hree
Mountain breezes happen at night, valley breezes happen during the day.
Local winds
During the day.
yes
Local winds
Local winds
I am sorry to say but they are nothing alike except the fact that they involve wind and air.
sea breezes
Mountain breezes are the breezes in which mountains give off oxygen and carbon to create moisture, then it flows down to the cities causing cold wind. Valley Breezes are the air trapped in the valleys below making its way to the top and spreading out to combine with the mountain breezes.
The sun
Neither the Earth's rotation causes the Coriolis effect. Land and sea breezes are caused by temperature differences.