New Orleans is also a busy port for barges. They use the nation’s main inland waterways, the Mississippi River and the Gulf Intracoastal Waterway, which meet at New Orleans. The port of New Orleans handles about 50,000 barges yearly. Ferries cross the river near the Garden district and the French Quarter; these ferries are free of charge to pedestrians, but motorists pay a $1 fee to cross on them.
New Orleans is also one of the most visited cities in the United States, and tourism is a major staple in the area's economy. The city's colorful Carnival celebrations during the pre-Lenten season, centered on the French Quarter, draw particularly large crowds. Other major tourist events and attractions in the city include Mardi Gras, the Sugar Bowl, and the New Orleans Jazz & Heritage Festival.
Additionally, and of significance, particularly with respect to the destruction caused by Katrina, is the fact that 48% of the hazardous chemicals coming into the city, come through the Port of New Orleans. The extent of chemical storage units and containers created an incredible challenge for the New Orleans Fire Department’s Special Operations Units in charge of Hazardous Wastes.
In considering the affects of Katrina, one must consider the economic and cultural aspects of the region to truly appreciate the impact that Katrina had on a thriving regional commerce and perhaps how she affected the economics of the country based on the Gulf Coast contributions to our economics and gross national product. Her presence and passing left a significant mark in history for the people, the region, and our country.
“Hurricane Pam was so very prescient. And yet Katrina highlighted many, many weaknesses that either were not anticipated by Pam, or were lessons learned but not heeded.
“That’s probably the most painful thing about Katrina, and the tragic loss of life: the foreseeability of it all.”
Chairman Tom Davis
Select Committee Hearing, December 14 th , 2005
In the past, the Gulf Coast has felt the wrath of many hurricanes. As far back as mid-1700, flooding, storms, and nature’s wrath have all been a part of living along the warm waters of the Gulf of Mexico.
Over the years, many reports from entities such as the United States Geological Society, the Army Corps of Engineers, the Louisiana Hurricane Center, and an array of academic research institutions have expressed concern over the hurricane and flood destruction potential particularly with respect to New Orleans and her outlying parishes.
On March 1st, 2003, FEMA became part of the U.S. Department of Homeland Security. FEMA's continuing mission within the new department was to lead the effort to prepare the nation for all hazards and effectively manage federal response and recovery efforts following any national incident. In July of 2004, the Federal Emergency Management Administration (FEMA) performed a joint hypothetical study with scientist at Louisiana State University and local government officials. The Hurricane Pam simulation was designed and run by a private contractor, Baton Rouge-based Innovative Emergency Management Inc. (IEM). FEMA issued the ‘Request for Proposal’ in 2004 asking for speedy execution of the simulated disaster planning project. This 5-day exercise used realistic weather and damage information developed by the National Weather Service, the U.S. Army Corps of Engineers, the LSU Hurricane Center, and other state and federal agencies to help officials develop joint response plans for a catastrophic hurricane in Louisiana. The data was analyzed and processed by a computer model developed by Dr. Ivan Van Heerden.
Hurricane Pam rode into New Orleans with an agenda incorporating weather and damage information developed by the National Weather Service, the U.S. Army Corps of Engineers, the LSU Hurricane Center, and other government agencies.
According to the Select Bipartisan Committee to Investigate the Preparation for and Response to Hurricane Katrina, Pam was a Category 3 hurricane with sustained winds of 120 miles per hour. She brought over 20 inches of rain throughout Southeast Louisiana and storm surges that over-topped the levees in New Orleans. In her wake, over 1,000,000 residents evacuated, and 500,000 to 600,000 buildings were destroyed.
The exercise assumed that 300,000 people would not evacuate in advance, that 500,000 to 600,000 buildings would be destroyed, phone and sewer services would be knocked out and chemical plants would be flooded. Further, 97% of all communications would be down. About 175,000 people would be injured, 200,000 would become sick, and more than 60,000 would be killed. About 1,000 shelters would be needed for evacuees. Boats and helicopters would be needed for thousands of rescues because many residents would be stranded by flood waters. Further, it was estimated that the catastrophic flooding would leave swaths of southeast Louisiana uninhabitable for more than a year. For the most part the conditions and assumptions were uncannily accurate. Fortunately, the largest area of error was in the casualty estimates. The current official death toll of Katrina is 1,836 people.
The scenario was intelligently executed under desires from FEMA to reach conclusions on action plans for ultimate implementation of disaster relief protocol and infrastructure improvements amongst all the players extending from the Parish to the State to the Federal level. The level and breadth of the deficiencies noted required an inordinate amount of time and discussion through committee meetings to establish the criteria by which changes could be implemented.
According to the Bipartisan report, an effective emergency response plan as extensive as Pam could take up to 8 months to write, 6 to 12 months to train on the plan and about a year to issue the report. Pam was clearly a different type of plan in scope, execution, and timing.
According to IEM President Madhu Beriwal, “Hurricane Pam was a ‘planning exercise’ designed to develop usable information in a much shorter time frame.” FEMA and Louisiana officials accelerated the planning process because of the overwhelming consensus that a Category 5 Hurricane hitting New Orleans would carry significant devastation potential.
In the post-Katrina world, the Hurricane Pam exercise became a scapegoat for various media as they cited evidence for the lack of response of the government to the needs of the citizenry. Beriwal testified to the Bipartisan Committee that, “We were still fairly early in the process of developing a formal response plan for New Orleans when Katrina made landfall.”
According to Wayne Fairly, Response Operations Branch Chief for the Federal Emergency Management Agency (FEMA) Region VI in Denton, Texas, during testimony to The Senate Committee on Homeland Security and Governmental Affairs, “It became clear after the first workshop, that a series of workshop cycles would be necessary to address the full range of complex response and recovery concerns associated with a catastrophic event.” Additional workshops were held in November 2004, July 2005, and August 2005 to provide further input for topics discussed.
Beriwal said, “…the plan derived from the Pam exercise was intended as a “bridging document” designed to serve as a guide and road map to be used by emergency operational officials at the state and local levels.” In other words, it was up to state and local officials to take the plan and turn it into more detailed individual operational plans.
According to the testimony of Scott Wells, Deputy Federal Coordinating Officer from FEMA, there were several Hurricane Pam Exercise “to do” items that state or local governments did not complete.” He cited that the state was supposed to develop more detailed concepts and plans in several areas: (1) search and rescue, (2) rapid assessment teams, (3) medical evacuation, (4) sheltering and temporary housing, (5) commodity distribution, and (6) debris removal. The state’s previous Louisiana Office of Homeland Security and Emergency Preparedness Deputy Director had laid these 6 areas out as priorities for the state to work on. Wells testified that in his view, progress was made only in the area of medical