Why is earth unevenly heated

May 11, Differences in albedo. Explanation: The majority of the heating of the Earth's surface is from the sun. Related questions Explain how volcanoes change the earth's surface? How do rivers change earth's surface?

How can landforms affect weather? The reason for that is the direction of the winds. Since the equator receives more heat from the Sun than other regions around it, there is low atmospheric pressure. Winds flow from high-pressure to low-pressure environments. As a result, the equator receives an incredible amount of wind which also carries moisture from the oceans.

The result is heavy rainfall around the equator and almost none at all around the desert region. It makes the climate much more dynamic and diverse. We all should be thankful for the incredible balance we live in and must avoid harming it in any way. What is heat? How does the Earth receive energy from the Sun? Why is the Earth heated unevenly?

Atmospheric Distance. What happens as a result? Galaxy Facts. If you disagree with any of the given information or have something to add, please kindly send us an email. Varying atmospheric temperatures set air in motion, causing weather to occur. Weather typically occurs in the troposphere, which is the lowest layer of the atmosphere. The atmosphere keeps warm and cold air moving and also changes air pressure.

The sun's heat helps moisture to rise into the air and form clouds that bring rain, snow or thunderstorms. Changes in the surface temperature heat or cool the air above, which leads to air movement wind.

The sun provides a remarkably steady flow of energy, sometimes called the solar constant by scientists, to the outer atmosphere. This flow is absorbed, transmitted and scattered by the atmosphere below, and then the transmitted part gets reflected, absorbed or scattered.

There are big differences in way the sun heats water and land. Water surface temperature change much less rapidly than land--so land areas are often hotter than the nearby ocean during the day, and cooler during the night. Solar warming is generally greater at the equator where the sun shines directly and much less at the poles where the sun is low in the sky.