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Hurricane Gustav main title image
August 25-September 4, 2008

Hurricane Gustav developed south of Dominican Republic on August 25th from a tropical wave that gradually got better organized as it moved across the Eastern Caribbean Sea. Gustav, a rather small tropical cyclone initially, quickly strengthened to a strong category one hurricane before making landfall across Southern Haiti on August 26th with 90 mph sustained winds.

The combination of landfall and southwesterly shear weakened Gustav to a minimal tropical storm on August 27th. Gustav briefly re-strengthened to a strong tropical storm before going across Jamaica on August 28th & 29th. While over Jamaica, Gustav's circulation began to expand, with the radius of tropical storm winds doubling during this time period.

Once Gustav emerged off the west coast of Jamaica into the Northwestern Caribbean Sea, modest strengthening commenced, attaining hurricane status by 4 PM on August 29th. With excellent outflow and high oceanic heat content of the water ahead, Gustav began to strengthen overnight, and quite rapidly on August 30th, making landfall across Western Cuba as a 150 mph category four hurricane. Click here to see the entire track of Gustav.

Only weakening slightly over its passage over Cuba, Gustav emerged into the Gulf of Mexico, and was expected to strengthen again to a strong category four hurricane as he headed northwest towards Louisiana. Instead, Gustav continued to slowly weaken on August 31st and the morning of September 1st, which is still not understood why this occurred. However, Gustav's circulation expanded a bit during this weakening process.

Gustav made landfall near Cocodrie, Louisiana at 9:30 AM CDT September 1st as a strong category 2 (based on 110 mph sustained winds) and a central pressure of 955 mb. Gustav continued to move northwest, spreading hurricane force wind gusts across portions of Southeast and South Central Louisiana. Click the Radar & Satellite links here for images at the time of landfall. Click these radar & satellite links for images at the time of landfall. Click here for Gustav's path across the Gulf of Mexico.

Gustav weakened to a tropical storm and eventually a depression as its center continued to move northwest across Central and Northwestern Louisiana on the evening on the 1st and morning of 2nd, basically following I-49. Gustav practically stalled over the Ark-La-Tex from the afternoon of the 2nd through the morning hours of the 3rd. It was during this time that persistent feeder bands caused flooding in Iberia and St. Martin parishes. Later that evening, repetitive feeder bands, some with tornadic thunderstorms, developed across Southwest and Central Louisiana. One of these tornadoes resulted in 2 deaths near Mamou, LA early on the 3rd. Due to thunderstorms moving over the same region for 9 to 12 hours, and the rainfall associated with the initial passage of Gustav the day before, radar rainfall estimates of 15 to 25 inches occurred across portions of  Rapides, Avoyelles, Allen, Evangeline, and St. Landry parishes.

Listed below are post-storm reports and meteorological data gathered from Hurricane Gustav.  All data is considered preliminary, and is subject to change at any time.  Additional information will continue to be added to this page in the future.
Post Tropical Cyclone Reports
New Orleans, LA Shreveport, LA
Jackson, MS Mobile, AL Key West, FL
National Hurricane Center's Tropical Cyclone Report
Storm Surge &
River Levels
Rainfall Tornadoes
Radar and Satellite Animated Imagery
(NWS LCH YouTube)
Radar Imagery: Key West, FL New Orleans, LA Lake Charles, LA
Fort Polk, LA Shreveport, LA  
GOES 12 Satellite Imagery: 4km Infrared 4km Visible 1km Visible
St. Mary Parish Lafayette Parish St. Martin Parish St. Landry Parish
Jeff Davis Parish Evangeline Parish Allen Parish Rapides Parish
NOAA Aerial Imagery
for Hurricane Gustav
NOAA News Report
on Hurricane Gustav
Franklin Fire Department Hurricane Gustav Photos
NOAA Operational
Significant Event Imagery
Hurricane Gustav
Emergency Information Links
AOML Hurricane Gustav
Wind Analyses
Texas Tech University
Hurricane Research Team