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NJ EMERGENCY PREPAREDNESS CONFERENCE
SCHEDULED
The New Jersey Emergency Preparedness Association is holding its annual
Emergency Preparedness Conference April 28 to 29 at the Tropicana Casino
Resort, Atlantic City, NJ.
More than 1,500 attendees are expected to attend the conference, now in
its seventh year. Pre-conference training opportunities cover a wide variety
of topics of interest to emergency management professionals. These intensive
half-day to three-day sessions are taught by leading professionals who
are active in the emergency management field. More than 24 breakout sessions
in five topic tracks are offered at the conference.
For the second consecutive year a golf outing will be held at the nearby
Blue Heron Pines Golf Club.
More than 100 exhibitors are expected. The conference offers products
and services for all aspects of emergency management. Exhibitor and sponsor
registration is now open. For more information, visit www.njepa.org.
FLORIDA BILLS SEEK TO REMOVE INTERNAL
PRESSURE OPTON Two bills of importance to the hurricane protection industry are working
their ways through the Florida legislature: SB 1232 and HB 835. The bills
seek to remove the option of designing for internal pressure for residential
structures from the state statute and return oversight to the Florida
Building Commission (FBC).
In its 2005 Report to the Florida legislature, the Florida Building Commissionthe
entity charged with writing the Florida Building Codeis seeking
legislative authority from the 2005 legislature to update the standard
for Minimum Design Loads for Buildings and Other Structures within the
code development process and to remove the provisions that allow for designing
for internal pressure for residential structures from the Laws of Florida
and grant it the authority to address the issue through the code development
process. (For more on this topic, see IHPA News, page 10).
The internal pressure design was removed from the 2004 Supplement to the
International Residential Code (IRC) and the 2005 version of ASCE 7 (the
structural design standard used in the Florida Building Code) because
the structures would be left vulnerable to water damage when the glass
windows and doors were broken by debris during a hurricane.
The bills also seek to remove the current prohibition against applying
wind-borne debris region standards in the Florida Panhandle beyond one
mile from the coast and to allow the Florida Building Commission to address
the issue through the code development process because the experts within
the Florida Building Commission are in a better position to evaluate technical
information and apply it to the building code.
FLORIDA STUDY TO EVALUATE EFFECTS OF NEW CODE
The Florida Building Commission has funded a project to evaluate the performance
of structures built to the new code during Hurricane Charley.
Preliminary findings suggest that more than 28 percent of structures had
broken openings that allowed wind and rain inside the structure. The study
is being coordinated by the University of Florida and is expected to be
published in April 2005.
FORMER SECRETARY
EVANS PRESENTED EXALTED, SATIRCAL HONORS BY HURRICANE HUNTERS
Outgoing U.S. Commerce Secretary Donald Evans left office in February
with a potent reminder of the 2004 hurricane season and his foray into
Hurricane Ivan aboard a NOAA P-3 Hurricane Hunter aircraft.
Evans is the first Cabinet member to venture into the turbulent eyewall
of a hurricane aboard a NOAA plane.
The NOAA Corps pilots and navigator and civilian crew of flight engineers,
meteorologists and electronics engineers from the NOAA Aircraft Operations
Center who flew with Secretary Evans on September 13 provided him with
a tongue-in-cheek certificate reserved for the brave of heart.
Secretary Evans was presented with the Native Hurricane Rovers Protective
Exalted Order of Eyeball Penetrators award, which states in part:
Be it known that Donald Evans has this day joined our loyal order
by purposefully penetrating in fearless fashion to the very eyeball of
a viscous hurricanomaxious of West Indian Origin. This selfless
example of heroic devotion to the extension of scientific lore commends
that which is of him remaining to your high esteem.
Ivan was third in the parade of four storms (Charley, Frances, Ivan and
Jeanne) that struck Florida during the 2004 Atlantic hurricane season
within a six-week period (see HP, Fall 2004, page 16). During the intense
hurricane activity, the NOAA Aircraft Operations Center (AOC) in Tampa,
FL, had the two NOAA hurricane hunters and Gulfstream IV surveillance
jet constantly flying into the storms and keeping NOAA personnel literally
in the air for days at a time. During this period, AOC had to evacuate
its facilities while remaining operational. Secretary Evans picked the
worst of the stormsa Category 5 on the Saffir-Simpson hurricane
scaleto fly through.
NOAA ACTIVATES 500TH OBSERVATION,
REFERENCE STATION
The National Oceanic and Atmospheric Administration (NOAA) has activated
the 500th site into its National Continuously Operating Reference Station
(CORS) network, which spans the United States, most of its territories
and a few foreign countries. Administered under the NOAA Ocean Services
National Geodetic Survey, each CORS site features a ground-based sensor
that provides free navigational and scientific data.
CORS provides an invaluable tool for navigational, climate and weather-related
data that will have a measurable impact on the economy and an incalculable
impact on human safety, said retired Navy Vice Adm. Conrad C. Lautenbacher,
Ph.D., under secretary of commerce for oceans and atmosphere and NOAA
administrator.
CORS can be used to track the path of a moving platform, such as a plane,
a boat or a land vehicle, with an accuracy of less than a foot. This capability
was applied with precise distance-measuring instrumentation aboard an
aircraft to produce high-resolution maps for segments of the U.S. coast
to assess the damage caused by several hurricanes during last year.
Additionally, meteorologists use CORS data to monitor the distribution
of moisture in the lower atmosphere to predict the amount of precipitation
that may occur during a forthcoming storm.
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