For one, they know the raw fuel of hurricanes in warm seawater. The evaporation of warm water and eventual latent heat release creates strong winds which pick up more water and becomes a positive feedback loop. This allows for a hurricane to reach Category 5. However, most hurricanes do not reach the Category 5 stage. This is due to the fact that most of them cannot get up to speed because of the friction created by sea spray. Scientists do not quite understand how this works, but they are working to see what happens with sea spray during a hurricane. This explains a lot of how hurricanes themselves work, but not how hurricanes potentially affected
For one, they know the raw fuel of hurricanes in warm seawater. The evaporation of warm water and eventual latent heat release creates strong winds which pick up more water and becomes a positive feedback loop. This allows for a hurricane to reach Category 5. However, most hurricanes do not reach the Category 5 stage. This is due to the fact that most of them cannot get up to speed because of the friction created by sea spray. Scientists do not quite understand how this works, but they are working to see what happens with sea spray during a hurricane. This explains a lot of how hurricanes themselves work, but not how hurricanes potentially affected