Places closer to the sea typically receive more rain due to the presence of moisture-laden air from the ocean. When this humid air moves inland, it cools and condenses, leading to precipitation. Additionally, coastal areas often experience more dynamic weather patterns influenced by the ocean, which can enhance rainfall compared to more arid, inland regions that lack this moisture source.
Water. More water, more rain. Altitude plays a minor role, but for the most part, places with nearby sources of water will get more precipitation than places like deserts with relatively little water.
They are more commonly seen closer to the poles than the equator because magnetism near the poles.
places near the sea or ocean get more rain fall than places further inland
54 inches is a lot of rain. It is more rain than would normally fall in a day, but it could fall in a year in some places.
Tropical rain forests have more biological diversity than other places on earth because the conditions allow more organisms to live there. The rain forest gives many organisms suitable homes.
Some places receive more rain than others due to factors such as proximity to bodies of water, prevailing wind patterns, elevation, and topography. These factors can influence the amount of moisture in the air and its ability to precipitate as rain in certain regions.
More Than Rain was created in 1987.
THIS IS FOR MODERN MEXICO!!!! Urban life in Mexico is mostly having more cattle or more money than people who were Rural, but I would have to say that the rural community is further out than the urban places urban places are closer to major cities and markets
They typically are one of the warmer places on the Earth. They also receive more rain than most.
places closer the the equater are hotter than away from it
Australia includes places that are closer to the equator than any part of Egypt, but also includes places that are farther away from the equator than any part of Egypt.
Some parts of the Earth receive more rain than others due to variations in temperature, air pressure, wind patterns, and proximity to water bodies. These factors influence the amount of moisture in the atmosphere and the formation of clouds that lead to precipitation. Additionally, geographical features such as mountains can also affect rainfall patterns by creating barriers that block or redirect moisture-laden air masses.