Hurricanes, Typhoons, Cyclones, etc, are all heat driven circular storms. Their source of energy is water vapor turning into rain at high altitudes. In order to have enough water vapor, the ocean temperature should be above 23 degrees C. If it is too cold, there will not be enough water vapor to drive the storm. It would possibly be possible to use silver iodide in front of the storm to clear out the water vapor and remove the water vapor that way starving the storm. In winter the storms do not have enough fuel.
Cyclones are more frequent in India due to its geographical location along the Indian Ocean, where warm ocean waters provide energy for cyclone formation. The Bay of Bengal and the Arabian Sea are particularly prone to cyclones due to their warm waters and favorable atmospheric conditions. Additionally, climate change may be contributing to an increase in the intensity and frequency of cyclones in the region.
They can happen at any time. The United States gets two types of cyclones: tropical cyclones (tropiical storms and hurricanes) and mid-latitude cyclones. Tropical cyclones typically hit the United States in the later half of summer and early fall. Mid-latitude cyclones are more common and can occur at any time, but are most common and strongest in the colder half of the year.
The huge winds needed to cause cyclones requires very warm water, so hurricanes and cyclones mainly occur during the summer (hurricane season). As global warming grows, it is very possible that water temperatures increase enough to cause more strong winds. More strong winds cause more cyclones which can develop into hurricanes.
Cyclones occur more. This is because all hurricanes are cyclones, but not all cyclones are hurricanes.
A warming climate means there is more energy in the atmosphere. This shows itself in more severe and more frequent weather events like tornadoes, cyclones and storms.
bcoz it is surrounded by water on 3 sides
Cyclones are more frequent in India due to its geographical location along the Indian Ocean, where warm ocean waters provide energy for cyclone formation. The Bay of Bengal and the Arabian Sea are particularly prone to cyclones due to their warm waters and favorable atmospheric conditions. Additionally, climate change may be contributing to an increase in the intensity and frequency of cyclones in the region.
because i dont know
we pass out more concentrated urine during hot summer.
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.
They can happen at any time. The United States gets two types of cyclones: tropical cyclones (tropiical storms and hurricanes) and mid-latitude cyclones. Tropical cyclones typically hit the United States in the later half of summer and early fall. Mid-latitude cyclones are more common and can occur at any time, but are most common and strongest in the colder half of the year.
Tornadoes are most common in the afternoon, though they are generally more frequent and more intense in the spring than in summer.
The huge winds needed to cause cyclones requires very warm water, so hurricanes and cyclones mainly occur during the summer (hurricane season). As global warming grows, it is very possible that water temperatures increase enough to cause more strong winds. More strong winds cause more cyclones which can develop into hurricanes.
Meteorologists were predicting four cyclones to hit Australia this summer. However, nature is unpredictable, so this is the best estimate based on current weather patterns.
Cyclones occur more. This is because all hurricanes are cyclones, but not all cyclones are hurricanes.
A warming climate means there is more energy in the atmosphere. This shows itself in more severe and more frequent weather events like tornadoes, cyclones and storms.
Atlantic hurricanes tend to be most frequent in late summer and early fall, with August and September usually being the peak months.