no a cyclone can not form over the desert because in order for a cyclone to form it needs the sun to raise the temperature of the sea to the point where it evaporates and the moisture from the water to rise so since the desert sand can not evaporate from the suns heat rays and there is no moisture in the air it is not possible for a cyclone to form
"Cyclone"
The desert is a form of wilderness.
Jupiter
Air over the ocean would have more moisture than air over a desert.
yes. over half of oregons land is considered desert and high desert.
Tropical cyclones can only form over water. There is not enough hydrologic energy over a desert to begin the cyclonic action.
The plural form of cyclone is cyclones.
In the US, a cyclone can only start over land - over the water it is referred to as a water spout.
Not necessarily. Although tropical cyclones can only form over warm ocean water, extratropical cyclones can form over land.
The Mojave Desert.
No country really calls a cyclone a tornado. Some parts of the U.S. a tornado a cyclone, though a tornado and a cyclone are two different things. In the U.S. however a strong tropical cyclone is called a hurricane.
No, hurricanes must form over the ocean.
A cyclone occurs over water. A hurricane occurs over land.
cyclone-joker cyclone-metal cyclone-trigger heat-joker heat-metal heat-trigger luna-joker luna-metal luna-trigger fang-joker if counting decade's final form ride: cyclone-cyclone joker-joker cyclone-joker extreme cyclone-joker gold extreme cyclone-accel extreme ( if you consider it as an official form) so its either 12, 13 or 14 form.
Cyclones typically form over warm ocean waters near the equator. The location where a cyclone forms can vary depending on the region and type of cyclone—hurricanes form in the Atlantic and eastern Pacific, typhoons in the western Pacific, and cyclones in the Indian Ocean. The specific conditions that lead to cyclone formation include warm sea surface temperatures, high humidity, and a low-pressure system.
"Cyclone"
As a cyclone moves over land, it loses its main energy source of warm ocean water, causing it to weaken. The friction from the land also disrupts the structure of the cyclone, causing it to break apart and dissipate more quickly than if it were over water.