IN THE NEWS
Press Coverage of LSU Hurricane Center Activities, Research, and Faculty

RECENT NEWS
Forensic Investigation of New Orleans Levee Failures
Team Working to Develop Buoyant Foundation System for New Orleans Homes
Effectiveness of Building Codes in Reducing Hurricane Damage: A New Study for Mississippi
Hurricane Center Appointed to Lead State Levee Investigation
Center Initiates Weekly Disaster Seminar Series
PhD and MS Assistantship Enhancements and Supplements Available to Incoming Grad Students
Scholarships for Disaster Science and management Students Due March 1, 2005
LSU to Host Next Americas Conference on Wind Engineering
LSU Center for Study of Public Health Impacts of Hurricanes Website Launched

NEWS ARCHIVES

 

 

 

Forensic Investigation of New Orleans Levee Failures

added 3-22-07

Following Hurricane Katrina, the State of Louisiana appointed Dr. van Heerden to lead an independent investigation of the failure of the New Orleans flood protection system. The research team conducting this investigation, know as Team Louisiana, was comprised of members of the LSU Hurricane Center, the Center for the Study of Public Health Impacts of Hurricanes, and the Department of Civil and Environmental Engineering, and several well respected local engineering consultants. The team submitted its findings to the Louisiana Department of Transportation and Development in February 2007, which were approved by DOTD for release on March 21, 2007.

Link to Levee Investigation (opens in new window)



Team Working to Develop Buoyant Foundation System for New Orleans Homes

added 10-18-06

Dr. Elizabeth English, Associate Professor of Research (LSU HC), and a team of engineering students are working together to develop a buoyant foundation system that can be retrofitted to New Orleans homes. Based on a proven Dutch design as well as one already used in some areas of South Louisiana, the system would allow shotgun style and other style New Orleans homes to float in floodwaters, without having to elevate homes on stilts, helping to preserve the architecture and cultural setting of New Orleans neighborhoods.

A former New Orleans resident with a background in both structural engineering and architecture, Dr. English has a strong interest in rebuilding New Orleans homes better and smarter, but without compromising neighborhood character. The team is currently seeking corporate sponsors and builders, and hoping to test a prototype in the coming months.

For information on making donations to help support design, construction, and testing of the buoyant foundation prototype, please contact Mr. Don Eisenberg with the LSU Foundation at 225/578-2441 or eisenberg@lsu.edu

Link to Newspaper Article (opens in new window)


Link to Buoyant Foundation Project Site (opens in new window)


Effectiveness of Building Codes in Reducing Hurricane Damage: A New Study for Mississippi

added 1-19-06

A new study released today clearly demonstrates the effectiveness of adopting modern building codes in reducing hurricane damage in Mississippi.

Press Release (opens in new window)

Summary Report (.pdf format - 410kb)
Final Report (.pdf format - 1.0mb)

A study done for Louisiana showed similar results.

Final Report (.pdf format - 500kb)

 

Hurricane Center Appointed to Lead State Levee Investigation

added

The LSU Hurricane Center was appointed by the State of Louisiana to lead the state's forensic investigation of the Hurricane Katrina levee failures. Dr. Ivor van Heerden leads a team of engineers and coastal scientists conducting analysis of the storm surge levels, levee construction, and levee failure mechanisms. Known as Team Louisiana, this group consists of LSU engineers, scientists, and several well-known local geotechnical engineering experts. Their findings are expected to be released in late spring, 2006.

 

Center Initiates Weekly Disaster Seminar Series

added 2-7-05

The LSU Hurricane Center has begun an interdisciplinary seminar series on hazards and disasters. The features external invited speakers as well as LSU faculty and graduate students, examining hazards and disasters from both scientific and emergency management perspectives. The seminar meets weekly during the fall and spring semesters. Spring 2005 Disaster Seminar Schedule.

 

PhD and MS Assistantship Enhancements and Supplements Available to Incoming Grad Students

added 2-7-05

The Center has been awarded two new four-year $5,000 PhD Enhancements and two new $3,000 PhD or MS Supplements to help attract top quality graduate students. These awards are only available to graduate students newly entering an LSU MS or PhD program in Summer or Fall 2005. A student must have secured a commitment for a 20 hour per week assistantship and working on a research project related to hurricanes or other natural or technological hazards to be eligible for one of these awards. Please contact Dr. Levitan (225/578-4445) for more information.

 

Scholarships for Disaster Science and management Students Due March 1, 2005

added 2-7-05

The Louisiana Emergency Preparedness Association (LEPA) is offering $2,500 in scholarships for students studying disaster science and emergency management in Louisiana. Scholarships are available for both full-time and part-time students, and graduate and undergraduate students. The application deadline for the 2005 LEPA College Scholarship Program is March 1, 2005.

 

LSU to Host Next Americas Conference on Wind Engineering
The American Association for Wind Engineering has selected LSU to host the 10th Americas Conference on Wind Engineering (10ACWE). Local sponsors will be the LSU Hurricane Center, Departments of Civil and Mechanical Engineering, and College of Engineering. The conference will be held in Baton Rouge, May 31-June 4, 2005.

 

LSU Center for Study of Public Health Impacts of Hurricanes Website Launched

One of the LSU Hurricane Center's most successful initiatives, the Center for Study of Public Health Impacts of Hurricanes, has just launched a new web site. This Center is focuesd on the analysis and mitigation of public health impacts of hurricanes and floods.