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Hurricane Katrina

Public Safety Risk

Project: Hurricane Katrina
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The Louisiana Board of Regents approves a $3.7 million grant to fund a five-year study intended to learn more about New Orleans’ hurricane risk. The newly-formed LSU Center for the Study of Public Health Impacts of Hurricanes will manage the project. Ivor van Heerden, deputy director of the LSU Hurricane Center, will serve as the project’s head. The project will consider and evaluate possible hurricane scenarios in an attempt to predict the impact of a hurricane strike, the preparations that should be made to prepare for such a strike, and post-disaster recovery. It will also work with health experts to develop plans for dealing with the anticipated health crisis that would result if the city were to flood. The project will employ the use of the LSU Hurricane Center’s supercomputer, SuperMike, to generate computer-based hurricane path and impact prediction models. “Once complete, the model can be applied to other sites nationally and internationally and to other disasters such as tornadoes, chemical spills, or terrorist attacks,” LSU Research reports. [Advocate (Baton Rouge), 4/21/2002; LSU Research, 12/2004] The project’s progress, however, will be impeded by it limited funds (see April 2002-2005).

Entity Tags: Ivor Van Heerden, LSU Hurricane Center, LSU Center for the Study of Public Health Impacts of Hurricanes

Category Tags: Flood Control Programs, Academia/Professional, Public Safety Risk, Flood Risk, Environmental Risk, Recovery, Response, Louisiana: State, Before Katrina

Consistent with its strategy to outsource disaster management functions (see Summer 2004), FEMA solicits bids for a contract to develop a hurricane disaster management plan for Southeastern Louisiana. FEMA’s “Scope of Work” for the contract demonstrates that it is acutely aware of the region’s vulnerability to hurricanes, and of the inadequacy of current plans to manage a major hurricane effectively. According to the document, FEMA and the Louisiana Office of Emergency Preparedness “believe that the gravity of the situation calls for an extraordinary level of advance planning to improve government readiness to respond effectively to such an event.” FEMA describes the catastrophe that will result when a hurricane strikes Southeastern Louisiana. For example, FEMA writes that “the emergency management community has long feared the occurrence of a catastrophic disaster” that would cause “unprecedented levels of damage, casualties, dislocation, and disruption that would have nationwide consequences and jeopardize national security.” It cites “various hurricane studies” predicting that “a slow-moving Category 3 or almost any Category 4 or 5 hurricane approaching Southeast Louisiana from the south could severely damage the heavily populated southeast portion of the state creating a catastrophe with which the State would not be able to cope without massive help from neighboring states and the Federal Government.” FEMA also expressly recognizes that “existing plans, policies, procedures and resources” are inadequate to effectively manage such a “mega-disaster.” The work specified in the contract, awarded to Innovative Emergency Management (IEM) in early June (see June 3, 2004), is to be performed in three stages. During Stage I, scheduled for completion between May 19 and September 30, 2004, IEM will conduct a simulation exercise featuring a “catastrophic hurricane striking southeastern Louisiana” for local, state, and FEMA emergency officials. (FEMA will pay IEM $518,284 for this stage (see July 19-23, 2004)) IEM completes this stage when it conducts the “Hurricane Pam” exercise in July 2004 (see July 19-23, 2004). During Stage 2, IEM will develop a “full catastrophic hurricane disaster plan.” FEMA allocates $199,969 for this stage, which is to be completed between September 23, 2004 and September 30, 2005 (see September 23, 2004). The status of Stage 2 is currently unclear. [Department of Homeland Security, 2004 pdf file; Department of Homeland Security, 2004 pdf file; US Congress, 9/9/2005] IEM apparently provides FEMA with a draft document titled “Southeast Louisiana Catastrophic Hurricane Functional Plan,” in August 2004. [Federal Emergency Management Agency, 8/6/2004 pdf file] The Times-Picayune will identify a later 109-page draft, dated September 20, 2004 [Times-Picayune, 9/9/2005] [Times-Picayune, 9/9/2005] , and the Chicago Tribune will report that as Hurricane Katrina bears down on Louisiana during the evening of August 28, 2005, emergency officials are working from a functional plan, based on the 2004 Hurricane Pam exercise, that is only a few months old. The third stage relates to earthquake planning for the New Madrid Seismic Zone (NMSZ) in the Central United States. [US Congress, 9/9/2005; Chicago Tribune, 9/11/2005] The Scope of Work specifies that the contractor must plan for the following conditions:
bullet “Over one million people would evacuate from New Orleans. Evacuees would crowd shelters throughout Louisiana and adjacent states.” [Department of Homeland Security, 2004 pdf file]
bullet “Hurricane surge would block highways and trap 300,000 to 350,000 persons in flooded areas. Storm surge of over 18 feet would overflow flood-protection levees on the Lake Pontchartrain side of New Orleans. Storm surge combined with heavy rain could leave much of New Orleans under 14 to 17 feet of water. More than 200 square miles of urban areas would be flooded.” [Department of Homeland Security, 2004 pdf file]
bullet “It could take weeks to ‘de-water’ (drain) New Orleans: Inundated pumping stations and damaged pump motors would be inoperable. Flood-protection levees would prevent drainage of floodwater. Breaching the levees would be a complicated and politically sensitive problem: The Corps of Engineers may have to use barges or helicopters to haul earthmoving equipment to open several hundred feet of levee.” [Department of Homeland Security, 2004 pdf file]
bullet “Rescue operations would be difficult because much of the area would be reachable only by helicopters and boats.” [Department of Homeland Security, 2004 pdf file]
bullet “Hospitals would be overcrowded with special-needs patients. Backup generators would run out of fuel or fail before patients could be moved elsewhere.” [Department of Homeland Security, 2004 pdf file]
bullet “The New Orleans area would be without electric power, food, potable water, medicine, or transportation for an extended time period.” [Department of Homeland Security, 2004 pdf file]
bullet “Damaged chemical plants and industries could spill hazardous materials.” [Department of Homeland Security, 2004 pdf file]
bullet “Standing water and disease could threaten public health.” [Department of Homeland Security, 2004 pdf file]
bullet “There would be severe economic repercussions for the state and region.” [Department of Homeland Security, 2004 pdf file]
bullet “Outside responders and resources, including the Federal response personnel and materials, would have difficulty entering and working in the affected area.” [Department of Homeland Security, 2004 pdf file]

Entity Tags: Federal Emergency Management Agency

Category Tags: Flood Risk, Organization Capacity, Environmental Risk, Evacuation Problem, Public Safety Risk, Response Level, Federal: FEMA, Evacuation, Response, Shelter, Before Katrina, Disaster Preparedness

A National Geographic article hypothesizes a scenario of a major hurricane hitting New Orleans. “[T]he storm gathered steam and drew a bead on the city. As the whirling maelstrom approached the coast, more than a million people evacuated to higher ground. Some 200,000 remained, however—the car-less, the homeless, the aged and infirm, and those die-hard New Orleanians who look for any excuse to throw a party. The storm hit Breton Sound with the fury of a nuclear warhead, pushing a deadly storm surge into Lake Pontchartrain. The water crept to the top of the massive berm that holds back the lake and then spilled over. Nearly 80 percent of New Orleans lies below sea level—more than eight feet below in places—so the water poured in. A liquid brown wall washed over the brick ranch homes of Gentilly, over the clapboard houses of the Ninth Ward, over the white-columned porches of the Garden District, until it raced through the bars and strip joints on Bourbon Street like the pale rider of the Apocalypse. As it reached 25 feet (eight meters) over parts of the city, people climbed onto roofs to escape it. Thousands drowned in the murky brew that was soon contaminated by sewage and industrial waste. Thousands more who survived the flood later perished from dehydration and disease as they waited to be rescued. It took two months to pump the city dry, and by then the Big Easy was buried under a blanket of putrid sediment, a million people were homeless, and 50,000 were dead. It was the worst natural disaster in the history of the United States. When did this calamity happen? It hasn’t—yet. But the doomsday scenario is not far-fetched. The Federal Emergency Management Agency lists a hurricane strike on New Orleans as one of the most dire threats to the nation, up there with a large earthquake in California or a terrorist attack on New York City. Even the Red Cross no longer opens hurricane shelters in the city, claiming the risk to its workers is too great.” Joe Suhayda, a retired coastal engineer at Louisiana State University, says, “I don’t think people realize how precarious we are.” The article further notes, “The chances of such a storm hitting New Orleans in any given year are slight, but the danger is growing. Climatologists predict that powerful storms may occur more frequently this century, while rising sea level from global warming is putting low-lying coasts at greater risk. ‘It’s not if it will happen,’ says University of New Orleans geologist Shea Penland. ‘It’s when.’ Yet just as the risks of a killer storm are rising, the city’s natural defenses are quietly melting away. From the Mississippi border to the Texas state line, Louisiana is losing its protective fringe of marshes and barrier islands faster than any place in the US.” [National Geographic, 10/2004]

Category Tags: Before Katrina, Media, Flood Risk, Evacuation Problem, Environmental Risk, Public Safety Risk

Ordering 

Time period


Categories

Period

Before Katrina (140)Pre-Impact Katrina (192)During Katrina (76)Immediate Katrina Aftermath (19)After Katrina (3)

Organization

Federal (138)Federal: FEMA (64)Louisiana: State (72)Louisiana: NOLA (46)Louisiana: SELA (42)Mississippi: State (4)Mississippi: Biloxi (0)Mississippi: Gulfport (0)Mississippi: Other Local (0)Alabama: State (0)Florida: State (0)States: Other States (0)Private Sector (19)Academia/Professional (9)Media (27)NGOs (17)General Public (9)

Knowledge

Flood Risk (28)Evacuation Problem (22)Public Safety Risk (3)Environmental Risk (5)Organization Capacity (10)Levee Breach/Flooding (58)Sheltering (1)Response Level (1)Advisories (81)Increased Chance of Hurricane (1)

Disaster Management Legislation Relevant to Katrina

Legislation (3)

Emergency Preparedness/Response Plans

Evacuation (13)Shelter (4)Response (7)Recovery (1)

Policies that Affected Intensity of Katrina Impact

Environmental Policies/Programs (16)Land Development (3)Flood Control Programs (23)Disaster Mitigation (12)Disaster Preparedness (11)Resource Allocation (29)FEMA Restructuring (16)Outsourcing (5)Political Patronage (9)Canvassing (0)

Progress and Impact Hurricane Katrina

Florida (3)Louisiana: State (2)Louisiana: NOLA (20)Louisiana: SELA (18)Mississippi: Local (0)Mississippi: State (0)Mississippi: Biloxi (0)Mississippi: Gulfport (0)Mississippi: Other Local (0)Alabama: State (0)

Execution of Emergency Plans

Evacuation (22)Sheltering (2)Emergency Response (120)Other States' Assistance (0)

Response in Wake of Katrina Disaster

Response to Evacuation Execution (0)Response to Emergency Response (1)Investigations (0)

Recovery from Katrina

Infrastructure (bridges; roads) (0)Governmental Services (water, electricity, etc) (0)Industry (oil industry, etc.) (0)citizenship (0)

Statements

Policies (5)Warnings (15)Plans (0)Mitigation (4)Katrina (6)Execution of Emergency Plans (25)Response (0)Recovery (0)

Specific Cases and Issues

Coastal Wetlands (27)

Other

Other (4)
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