Hurricane Rita - September 17-26, 2005

Rita was an intense, destructive, and deadly hurricane that significantly impacted the
Florida Keys and devastated extreme southeast Texas and southwest Louisiana.  It
formed off an old frontal zone, and developed into a tropical depression on the 17th
just east of the Turks and Caicos Islands and moved westward, becoming a tropical
storm on the afternoon on the 18th and a hurricane on the 20th as it moved through
the Florida Straits.  The center of Rita passed 50 miles south of Key West before it
emerged into the Gulf of Mexico and began to rapidly intensify.  Maximum sustained
winds increased to 175 mph on the 22nd while moving through the central Gulf of
Mexico, and its pressure fell to 897 hPa, the 3rd lowest on record for the Atlantic
Basin and the lowest reported from the open waters of the Gulf of Mexico.

Easterly gales into Lake Ponchartrain led to renewed flooding in the 9th ward of
New Orleans.  A significant shearline lured Rita more northwesterly, and it weakened
as it moved away from the warm waters of the loop current.  Landfall occurred at 230
am CDT between Sabine Pass and Johnsons Bayou, LA while a category 3 hurrricane.
Rita slowly weakened as it accelerated inland, and maintained at least tropical storm
strength when it crossed back into northwest Louisiana.  The cyclone moved northeast
and merged with a frontal wave  on the 26th.  Below is its track, provided by the National
Hurricane Center.

Rita (2005) Track

The first three storm total rainfall maps below were constructed using rain guage data provided from
NWS River Forecast Centers, as well as additional reports received by the local forecast offices from
their post-tropical cyclone reports. The fourth image used radar- derived information.

Hurricane Rita (2005) Rainfall Hurricane Rita (2005) Filled Contour Rainfall
Rita (2005) Filled Contour Rainfall on White Background
Rita (2005) radar-derived rainfall totals

Below is a calendar showing daily rainfall from this cyclone as of 1200 UTC, or 8 a.m. EDT.