Blows toward land during the day and towards the water at night
the wind blows from the west
Yes. Local winds can follow topography or the effect of bodies of water.
global winds blow in specific directions.
---local winds
away from it. wind always blows from hot to cold just like water will flow from high to low Towards it. Hot winds rise and create an air space that is filled by the surrounding air, thus making the wind blow towards the center.
They both have covection currents and effect the weather
Land and sea breezes (local winds) are typical of such winds. Because water heats up and cools down more slowly than does dry land, the air along a shoreline is alternately warmer over the water and cooler over the land, and vice versa. These differences account for the fact that winds tend to blow offshore during the evening and on-shore during the day.
because winds are weird
Land and sea breezes (local winds) are typical of such winds. Because water heats up and cools down more slowly than does dry land, the air along a shoreline is alternately warmer over the water and cooler over the land, and vice versa. These differences account for the fact that winds tend to blow offshore during the evening and on-shore during the day.
Yes. Local winds can follow topography or the effect of bodies of water.
Land and sea breezes (local winds) are typical of such winds. Because water heats up and cools down more slowly than does dry land, the air along a shoreline is alternately warmer over the water and cooler over the land, and vice versa. These differences account for the fact that winds tend to blow offshore during the evening and on-shore during the day.
The term "local wind" applies to local variations that may differ from prevailing winds.
The process known as Ekman transport is caused by right-angle winds along a shoreline. The surface water is replaced by deep, colder water from offshore.
The answer is local winds
local winds
global winds blow in specific directions.
Global winds are local winds.
---local winds