NEW ORLEANS IS SINKING
BY JIM WILSON
Published on: September 11, 2001

The surge of a Category 5 storm could put New Orleans
under 18 ft. of water.
http://www.popularmechanics.com/science/research/1282151.html
They don't bury the dead in New Orleans. The highest
point in the city is only 6 ft. above sea level, which
makes for watery graves. Fearful that rotting corpses
caused epidemics, the city limited ground burials in
1830. Mausoleums built on soggy cemetery grounds became
the final resting place for generations. Beyond
providing a macabre tourist attraction, these "cities of
the dead" serve as a reminder of the Big Easy's
vulnerability to flooding. The reason water rushes into
graves is because New Orleans sits atop a delta made of
unconsolidated material that has washed down the
Mississippi River.
Think of the city as a chin jutting out, waiting for a
one-two punch from Mother Nature. The first blow comes
from the sky. Hurricanes plying the Gulf of Mexico push
massive domes of water (storm surges) ahead of their
swirling winds. After the surges hit, the second blow
strikes from below. The same swampy delta ground that
necessitates above-ground burials leaves water from the
storm surge with no place to go but up.
The fact that New Orleans has not already sunk is a
matter of luck. If slightly different paths had been
followed by Hurricanes Camille, which struck in August
1969, Andrew in August 1992 or George in September 1998,
today we might need scuba gear to tour the French
Quarter.
"In New Orleans, you never get above sea level, so
you're always going to be isolated during a strong
hurricane," says Kay Wilkins of the southeast Louisiana
chapter of the American Red Cross.
During a strong hurricane, the city could be inundated
with water blocking all streets in and out for days,
leaving people stranded without electricity and access
to clean drinking water. Many also could die because the
city has few buildings that could withstand the
sustained 96- to 100-mph winds and 6- to 8-ft. storm
surges of a Category 2 hurricane. Moving to higher
elevations would be just as dangerous as staying on low
ground. Had Camille, a Category 5 storm, made landfall
at New Orleans, instead of losing her punch before
arriving, her winds would have blown twice as hard and
her storm surge would have been three times as high.
Yet knowing all this, area residents have made their
potential problem worse. "Over the past 30 years, the
coastal region impacted by Camille has changed
dramatically. Coastal erosion combined with soaring
commercial and residential development in Louisiana,
Mississippi and Alabama have all combined to
significantly increase the vulnerability of the area,"
says Sandy Ward Eslinger, of the National Oceanographic
and Atmospheric Administration's Coastal Services Center
in Charleston, S.C.
Early Warning
Emergency planners believe that it is a foregone
conclusion that the Big Easy someday will be hit by a
scouring storm surge. And, given the tremendous amount
of coastal-area development, this watery "big one" will
produce a staggering amount of damage. Yet, this doesn't
necessarily mean that there will be a massive loss of
lives.
The key is a new emergency warning system developed by
Gregory Stone, a professor at Louisiana State University
(LSU). It is called WAVCIS, which stands for
wave-current surge information system. Within 30 minutes
to an hour after raw data is collected from monitoring
stations in the Gulf, an assessment of storm-surge
damage would be available to emergency planners.
Disaster relief agencies then would be able to mobilize
resources--rescue personnel, the Red Cross, and so
forth.
The $4.5 million WAVCIS project, which is now coming on
line, will fill a major void in the Louisiana storm
warning system, which was practically nonexistent
compared to those of other Gulf Coast states. A system
of 20 "weather buoys" along the U.S. coastline serves as
a warning system for the Gulf of Mexico. However, the
buoys are not distributed evenly and Louisiana falls
into one of the gaps. From the mouth of the Mississippi
River to the Louisiana-Texas border, there are no buoys.
Only one buoy serves Louisiana, and it is 62 miles east
of the Mississippi River and more than 300 miles to the
south. So it's a bit like predicting the weather in
Boston when your thermometer is in Philadelphia. The
other buoys are near the coastlines of Texas,
Mississippi, Alabama and Florida, and several hundred
miles out into the Gulf.
Stable Platforms
One reason that WAVCIS will be more accurate is that its
sensors are attached to offshore oil platforms. The
older, floating buoys ride up and down with the waves
and often can't give accurate pictures of wave heights
and storm surges. Stable platforms mean that the sensors
can be placed above and below the water, allowing more
precise measurements. Data from each of the 13 stations,
five of which are now on line, is transmitted to LSU,
where it'll be interpreted and sent to emergency
planners centers, via the Internet.
"With this new system [WAVCIS], we get to see real
information on storm surge and we can feed that into our
models and come up with real data," says Mike Brown,
assistant director of the New Orleans emergency
management office.
Because large areas would have to be evacuated, false
alarms could be harmful to the economy. Stone sees it as
a reasonable tradeoff.
"It's better to have that frustration than the loss of
life. The potential loss of life in Louisiana could be
catastrophic because there is just nowhere to go."
=========================================
The Katrina Catastrophe
http://www.crisispapers.org/topics/katrina.htm
=====================
Hurricane Katrina
Expected 10,000 Dead in New Orleans
because
FEMA officials wouldn't listen;

http://www.apfn.org/APFN/KATRINA.HTM
These photos really show the devastation in New Orleans.
What a cleanup job. New Orleans will never be the same.
Subject: Unreal aerial photos from WWL
http://www.wwltv.com/sharedcontent/breakingnews/slideshow/083005_dmnkatrina/5.html
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