Escambia County GIS Mapping
Evacuation Zones Map
Evacuation Routes Map
Storm Surge Maps
Shelter Maps
Things To Take To a Public Shelter
Special Needs Shelter Information
What About Pets?
Pet-Friendlly Lodging
Before a Hurricane
Disaster Supplies Kit
Hurricane Preparation Manual
Refrigerators and Freezers
Building a Safe Room
Home Protection Slideshow
Hurricane Protection Video
During a Hurricane
After a Hurricane
Filing Insurance Claims
Disaster Housing Resources
Insurance Mitigation Incentives
General Information About Hurricanes
Hurricane Tracking Software
Hurricane Tracking Chart
Flood - the Inland Danger
Gulf Coast Emergency Contacts
Local Weather
Links To Other Emergency Info Sites

What is a hurricane?

Hurricanes need warm ocean water (at least 80 degrees F) in order to thrive. They also need a moist environment and non-shearing winds in the upper atmosphere so that the hurricane can grow vertically.

Hurricanes typically move in a course around the Bermuda High, a large high-pressure system typical for the mid-atlantic region. Some hurricanes move on erratic paths and can be difficult to forecast. We'll look at several different types of paths that hurricanes take and examine the ones most likely to bring worst-case conditions to our area.

We name hurricanes to keep track of which one is which. Common sense, really. We began officially naming tropical storms and hurricanes in 1953. In 1979 we added male names to the list of names; which is comprised of six annual lists that are rotated every six years. If a tropical storm or hurricane causes notable death and destruction, the name is "retired" off of the list and replaced with another name. So Mitch will replaced by another "M" male name in 2004.

Simply put, storm surge is an abnormal rise in sea level accompanying a hurricane or other intense storm, and whose height is the difference between the observed level of the sea surface and the level that would have occurred in the absence of the cyclone. Storm surge is usually estimated by subtracting the normal or astronomic high tide from the observed storm tide. Because of improvements in forecasting, the spread of information and timely evacuations, the number of fatalities from hurricane storm surge has been drastically reduced over the past 30 years. However, the element of risk is always there. With the enormous increase in coastal populations, it is more critical than ever to understand the risks from hurricane storm surge; and more importantly, heed the warnings and evacuation orders given by local emergency management officials. The rise in water, coupled with the battering waves on top of the elevated water level is the reason that sometimes millions of people are urged to evacuate their coastal homes.

Let's take a look at the processes that ultimately create hurricane storm surge: