Yes - a cyclone is a Southern Hemisphere word for what is usually called a hurricane in the Northern hemisphere. Cyclones are the same thing as hurricanes, and for that matter, as tropical storms and typhoons too, but it's important to know that whilst they all mean the same kind of weather event, the word 'cyclone' originates from the Southern hemisphere. A cyclone is an appropriate name for such an event in the Southern hemisphere (eg Cyclone Nargis that hit Myanmar) because here, the weather system rotates clockwise. For us and my students in the UK in the Northern hemisphere, however, it sounds counter intuitive to call these systems cyclones because in the Northern hemisphere they rotate anti-clockwise and so they are traditionally known as hurricanes (eg Hurricane Katrina that hit the US). The rotation is caused by the earth's spin, known as the 'coriolis effect', which causes the airflow patterns to be affected, with the direction of rotation being determined by whichever hemisphere the hurricane spawns in.
No. Hurricanes only occur over warm ocean water and weaken quickly once they hit land. So Nebraska is too far inland to get hurricanes. It does, however, get plenty of tornadoes.
In the Pacific Ocean, hurricanes are referred to as typhoons in the western North Pacific and cyclones in the eastern North Pacific. Typhoons typically affect countries like Japan, China, and the Philippines, while cyclones impact areas such as Mexico and the western coast of the United States.
The Coriolis force is required for a cyclone to form into a tropical cyclone or hurricane. The force causes a greater deflection of the air (right in the northern hemisphere and left in the southern) and the correct speeds for the tropical cyclone to form. Hence why tropical cyclones do not form at or within 5 degrees of the equator, and cease to exist at around 35 degrees north, or 15 degrees south.
Cyclones are mostly found in tropical regions, such as the Atlantic, Pacific, and Indian Ocean basins. This is because cyclones develop over warm ocean waters, where the warm, moist air fuels their formation and intensification. The rotation of the Earth, known as the Coriolis effect, also helps to spin and strengthen cyclones in these regions.
Global warming can lead to an increase in sea surface temperatures, which provides more energy for cyclones to form and strengthen. Warmer oceans also lead to more moisture in the atmosphere, which can result in heavier rainfall and more intense storms. Overall, global warming is likely to make cyclones more frequent and more powerful.
Hurricanes and cyclones can cause significant damage to the earth's surface through high winds, heavy rainfall, and storm surges. These events can lead to erosion of coastlines, flooding, and destruction of infrastructure such as buildings and vegetation. The impact of hurricanes and cyclones can vary depending on the intensity of the storm and the vulnerability of the affected area.
When is Hurricane season in south america? The section of South America within the northern hemisphere shares the June - October hurricane season of the northern Atlantic. However, because of the Coriolis effect, few hurricanes in this area make landfall in South America. In the southern hemisphere, the Pacific side of the continent has no recorded hurricanes. A single hurricane was recorded on the Atlantic side in 2004 - hurricane Catarina, which landed in the state of Catarina, Brazil.
On average, the northern hemisphere experiences around 80 tropical storms each year, with about 40-50 of them reaching hurricane status. These hurricanes can affect various regions in the northern hemisphere, including the Atlantic Ocean, Pacific Ocean, and the Indian Ocean.
The atmosphere doesn't affect the earth's rotation, however the earth's rotation generates the Coriolis force which deflects wind to the left in the southern hemisphere and right in the northern hemisphere. Unless you're talking about things like atmospheric angular momentum exchange induced by frictional and mountain torque, but I'm guessing not...
No. Hurricanes only occur over warm ocean water and weaken quickly once they hit land. So Nebraska is too far inland to get hurricanes. It does, however, get plenty of tornadoes.
In the Pacific Ocean, hurricanes are referred to as typhoons in the western North Pacific and cyclones in the eastern North Pacific. Typhoons typically affect countries like Japan, China, and the Philippines, while cyclones impact areas such as Mexico and the western coast of the United States.
They don't. Hurricanes are an atmospheric phenomenon. Their effects underground only go as far as recharging groundwater supplies, which don't come anywhere close to the depth of the asthenosphere.
The Coriolis effect is caused by the rotation of the Earth. As the Earth spins on its axis, objects that move across its surface are deflected to the right in the Northern Hemisphere and to the left in the Southern Hemisphere. This deflection is due to the difference in speed of rotation at different latitudes.
The Coriolis force deflects moving air to the right in the Northern Hemisphere and to the left in the Southern Hemisphere due to Earth's rotation. This deflection influences the direction of air movement, creating unique patterns like the trade winds and westerlies in the global circulation system, as well as impacting the formation of weather systems and ocean currents.
It is certainly possible, and it has happened before. A fast moving hurricane such as Ike can bring wind gusts in excess of 74mph in Arkansas if the storm becomes extratropical and taps continental weather systems for energy to maintain its strength away from warm ocean water.
The Coriolis force is required for a cyclone to form into a tropical cyclone or hurricane. The force causes a greater deflection of the air (right in the northern hemisphere and left in the southern) and the correct speeds for the tropical cyclone to form. Hence why tropical cyclones do not form at or within 5 degrees of the equator, and cease to exist at around 35 degrees north, or 15 degrees south.
cyclones and noncyclones