Local winds are distributed by heating of land surfaces and can be affected by the sea breeze/land breeze cycle if in a coastal area or by mountain and valley breezes if in a mountainous area. Global winds are distributed by the absorption of energy from the sun across the various climate zones on Earth. This is most affected by the difference in heating between the equator and the North and South Pole as well as the Coriolis effect.
The earth system is a dynamic collection of currents. Circulation first starts at the equator with warmer air from more solar radiation. The moist air rises and falls with rain, this air will continue to travel to the 30 degree latitude (a much drier climate). If you want to look into it further there is a relationship like this among 0,30,60,90 latitudes. After taking in the coriolis effect, a system of wind belts will transpire among the planet. Surface wind effects surface currents. Currents and winds disperse the heat likewise.
convecton currents and previlling winds
Thermal energy is transferred by global winds.
global winds :)
global winds
There are 8 types of global winds.
convecton currents and previlling winds
Thermal energy is transferred by global winds.
energy
The relationship between the two is their energy source which is the sun.
no more winds and we'd lose heat
global winds :)
global winds
Global winds are local winds.
Yes global winds are constant.
solar energy creates high pressure systems that come from the poles high pressure systwms cause wind that blows from the North. they are global winds. We use global winds to make wind energy so it is correct to say that wind energy and solar energy are related
We would lose heat and have more energy
There are 8 types of global winds.