Cooling down. This can be from moving to cooler waters, or moving over land, which will also reduce its energy.
A hurriccane can't form unless it is laready over warm water. If it moves over warmer water, the hurricane is likely to gains strength.
The average hurricane is 300 miles wide and the average wind speed is likely around 100 mph.
Yes - Tomas is approaching hurricane strength and nearing Barbados. Tropical Storm warnings are in effect for Trinidad with several inches of rain additionally likely.
Ozone is likely to decrease at poles. Mostly at Antarctica.
Hurricane Karl likely began as a tropical disturbance over warm ocean waters, where it gained energy and strength. As the disturbance organized and intensified, it eventually developed into a tropical depression and then a tropical storm, before further strengthening into a hurricane. Various atmospheric and oceanic conditions played a role in its formation and subsequent development.
Identify and contrast factors likely to increase or decrease maximal muscular performance.
Hurricane Sandy is probably going to impact Lansdale, but it may have weakened below hurricane strength by that time. It is likely that Sandy will affect the entire state of Pennsylvania.
A hurriccane can't form unless it is laready over warm water. If it moves over warmer water, the hurricane is likely to gains strength.
As of the evening of August 31, 2012 Isaac has gone post tropical and is no longer a hurricane. It likely has winds of 25 to 30 mph. At peak strength Isaac was a category 1 hurricane with 80 mph sustained winds.
An increase in predation pressure or a decrease in food availability are factors most likely to result in a decrease in the size of a specific population. These factors can lead to increased mortality rates and reduced reproductive success, ultimately causing the population to decline in numbers.
The eastern portion of the United States is most likely to experience hurricanes. Hurricanes can't maintain their strength over the cold waters off the west coast.
Scientists looks at a number of hurricanes. First, they have to know where the hurrican ie going to go. Then they try to figure out what condtions will be like in that area when the hurricane is expected to arrive. Here are factors that affect hurricane strength, which meteoroligsts will look at.Sea Surface temperatures: Hurricanes need warm water to intensify and to maintain their strength. Very warm water can lead to rapid intensification while cold water will weaken a hurricane.Depth of warm water: Hurricanes often churn up the ocean surface and bring up cold water from down below, which can lead to weakening. This is less likely to happen if the warm layer is more than 200 meters deep.Humidity: Humid air is needed for a hurricane to maintain its strength. Entrainment of dry air can weaken a hurricane or prevent it from strengthening.Wind Shear: This is a difference in wind speed and direction at different altitudes. A hurricane will have the most opportunity to strengthen if there is little to no wind shear. Strong wind shear can distort the structure of a hurricane, causing it to weaken rapdily even if all other factors are favorable for strengthening.
They will most likely merge into a single, larger hurricane.
Most likely, hurricane Katrina.
Yes - Tomas is approaching hurricane strength and nearing Barbados. Tropical Storm warnings are in effect for Trinidad with several inches of rain additionally likely.
The average hurricane is 300 miles wide and the average wind speed is likely around 100 mph.
Ozone is likely to decrease at poles. Mostly at Antarctica.