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DISASTER NEWS
PC Magazine
November 8 2005
Inside Track v24n19d
By John C. Dvorak
The most overlooked participants in Katrina relief were the ham radio
folks. Bush should give them all medals.
Two weeks after Hurricane Katrina, it was reported that over 100 Internet
networks were still down in Louisiana, as well as another dozen elsewhere
that had been in the path of the hurricane. So much for the notion that the
Web is impossible to kill. Hard to have an Internet with no power! WiMAX
and other solutions are useless, too, though I suppose a generator would be
useful for WiMAX. Whatever the case, the most overlooked participants in
the Katrina relief effort were the ham radio folks, who were doing whatever
they could as ad hoc emergency dispatchers, creating their own network
within the system. These dedicated persons pride themselves on their
ability to do worldwide communications under adverse conditions, and the
ARRL (Amateur Radio Relay League) and its members, as well as others, were
a big part of the aid effort. Of course, since amateur radio is anything
but trendy in today's XBox, gene-splicing world, there was zero coverage of
its contribution in the mainstream press, and these people are not the
world's greatest self-promoters. At least some of us are paying attention.
Good work, guys! Bush should be giving medals to you all |
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ARRL COO Testifies on
Capitol Hill to Amateur Radio's Value in Disasters
NEWINGTON, CT, Sep 30, 2005--ARRL Chief
Operating Officer Harold Kramer, WJ1B, testified on behalf of the League
September 29 before the US House Subcommittee on Telecommunications and the
Internet. Addressing the hearing topic, "Public Safety Communications from
9/11 to Katrina:
Critical Public Policy Lessons," Kramer
reiterated and amplified comments ARRL President Jim Haynie, W5JBP,
delivered earlier this month to the House Government Reform Committee. As
did Haynie's remarks, Kramer testified on the successful efforts of
Amateur Radio operators who provided communications during the
Hurricane Katrina response.
"Amateur Radio was uniquely suited to this
task by virtue of the availability of HF communications covering long
distances without fixed infrastructure," Kramer pointed out in his
testimony. In addition to those who responded to support relief agencies
in hurricane-devastated areas, thousands more radio amateurs outside
the affected area monitored radio traffic and relayed health-and-welfare
messages, he said.
Kramer noted that there's been a lot of
discussion in recent years about public safety interoperability. "The
Amateur Radio Service provides a good deal of interoperability
communications for first responders in disaster relief incidents," he told
the subcommittee. He said ham radio is able to fill this crucial role
because even the "interoperability channels" that exist in most Public
Safety allocations are useless when the Public Safety communication
infrastructure goes down.
"Interoperability, in short, presumes
operability of Public Safety facilities," Kramer said. "While
some 'hardening' of Public Safety
facilities is called for, there is in our view an increasing role for
decentralized, portable Amateur Radio stations which are not
infrastructure-dependent in providing interoperability communication on
site."
Kramer told Subcommittee Chairman Fred
Upton and his House colleagues that Amateur Radio "is largely invisible to
both the FCC and to Congress on a daily basis, because it is virtually
self-regulating and self-administered," he said. "It is only during
emergencies that the Amateur Radio Service is in the spotlight." Also
testifying at the subcommittee session was FCC Chairman Kevin J. Martin, and
Kramer said he had the opportunity to introduce himself to the chairman
before the subcommittee convened.
Martin also was on hand September 22 when
Haynie's written comments were placed into the
record of the US Senate Commerce, Science
and Transportation hearing on "Communications in a Disaster." Alaska
Republican Ted Stevens chairs that Senate panel.
Kramer noted that for the first time ever,
the Corporation for National and Community Service (CNCS) has provided
$170,000 in grant supplements to the ARRL to support the efforts of
Hurricane Katrina emergency communicators
in the
Gulf Coast. The
grants to the ARRL's "Ham Aid" fund,
enable the League to reimburse some volunteers' out-of-pocket expenses on a
per diem basis.
Kramer said he was honored to be chosen to
provide the testimony on behalf of the ARRL. "I am proud of Amateur Radio's
and our role in the Katrina relief effort," he added.
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###
<Written statement follows>
HAROLD KRAMER, CHIEF
OPERATING OFFICER, ARRL--THE NATIONAL ASSOCIATION
FOR AMATEUR RADIO
BEFORE THE
SUBCOMMITTEE ON
TELECOMMUNICATIONS AND THE INTERNET--COMMITTEE ON
ENERGY AND COMMERCE
UNITED STATES HOUSE OF REPRESENTATIVES
"Public Safety
Communications from 9/11 to Katrina: Critical Public Policy Lessons"
Washington, DC
September 29, 2005
Thank you, Mr. Chairman, and members of the
subcommittee, for the opportunity to testify
today on issues related to Public Safety Communications. As Chief Operating
Officer of ARRL,
the National
Association for Amateur Radio, it gives me great pleasure to provide this
statement for the record to the
Committee on the successful efforts of Amateur Radio operators providing
communications for First Responders, Disaster Relief agencies, and countless
individuals in connection with the Hurricane Katrina relief effort. As has
been proven consistently and repeatedly in the past, long before the 9/11
terrorist attacks, when communications systems fail due to a wide-area or
localized disaster, whatever the cause, Amateur Radio works, right away, all
the time. This is not a statement of concern about what must be changed or
improved. It is, rather, a report on what is going right, and what works in
emergency communications, and what can be depended on to work the next time
there is a natural disaster, and the times after that.
Immediately at the onset of Hurricane
Katrina, an all-volunteer "army" of approximately 1,000
FCC-licensed Amateur Radio operators
provided continuous high-frequency (HF), VHF and UHF
communications for State, local and Federal emergency workers in and
around the affected area in Louisiana, Mississippi, and Alabama.
These communications were provided for served agencies such as the American
National Red Cross and the Salvation Army, and to facilitate
interoperability between and among these agencies; First Responders; FEMA,
VOAD (National Volunteers Active in Disasters) and other agencies. Trained
volunteer Amateur Radio operators also provided health and welfare
communications from within the affected area to the rest of the United
States and the world.
Amateur Radio was uniquely suited to this
task by virtue of the availability of HF communications covering long
distances without fixed infrastructure. During the week of September 7,
2005, the Coast Guard, the Red Cross, and the Federal Emergency Management
Agency all put out calls for volunteer Amateur Radio operators to provide
communications, because phone lines, cell sites and public safety repeaters
were inoperative, and those public safety communications facilities which
were operational were overwhelmed due to loss of repeater towers and the
large number of First Responders in the area. Amateur Radio operators
responded en masse: Approximately 200 Amateur Radio Emergency Service (ARES)
trained communicators responded to the
Gulf Coast within a
week after the call. The Red Cross, a week after they issued
the call, notified ARRL that they had enough radio operators and Amateur
Radio communications facilities. The number of Amateur Radio operators
providing communications in the three States, either deployed or awaiting
relief duty on-site or at a reserve facility in Montgomery, Alabama, swelled
from 800 to 1,000 in a week. Many more thousands of radio amateurs outside
the affected area regularly monitored radio traffic and relayed thousands of
messages concerning the welfare and location of victims.
The principal reason why Amateur Radio
works when other communications systems fail during natural disasters is
that Amateur Radio is not infrastructure-dependent, and is decentralized.
Amateurs are trained in emergency communications. They are disciplined
operators, and their stations are, in general, portable and reliable.
High-frequency Amateur Radio
communications, used substantially in this emergency communications effort,
require no fixed repeaters, cable or wirelines. Portable repeaters for VHF
and UHF communications can be provided via mobile facilities (many Amateur
Radio groups deployed communications vans in the Gulf Coast for precisely
this purpose) in affected areas instantly. There are now approximately
670,000 licensees of the FCC in the Amateur Service, which assures the
presence of Amateur stations in most areas of the country. Emergency
communications are conducted not only by voice, but also by high-speed data
transmissions using state-of-the-art digital communications software known
as Win Link.
As Motorola's Director of Communications
and Public Affairs stated earlier this month: "Amateur
Radio communications benefit us all by
having a distributed architecture and frequency agility that enables
you to set up faster in the early phases of disaster recovery and can
provide flexible and diverse communications... Motorola believes that the
Amateur Radio spectrum provides valuable space for these important
communications."
In Mississippi, FEMA dispatched Amateur
Radio operators to hospitals and evacuation shelters to send emergency calls
24 hours per day. At airports in Texas and Alabama, radio amateurs tracked
evacuees and notified the Baton Rouge operations center of their whereabouts
so their families would be able to find them. Amateur Radio operators in New
Orleans participated directly in locating stranded persons, because local
cellphone calls could not be made by stranded victims due to the inoperative
wireline systems in the area. The Red Cross deployed qualified
amateur radio volunteers at its 250
shelter and feeding station locations, principally in
Mississippi,
Alabama and northern Florida.
The local 911
operators could not handle calls from relatives calling in from outside the
affected area, so they passed those
"health and welfare" inquiries to amateur radio operators stationed at the
911 call centers, for relay of information back to New Orleans to facilitate
rescue missions for stranded persons.
Amateur Radio provided a communications
link between Coast Guard helicopters and emergency centers because the
ambulance crews couldn't contact the helicopters directly. In Texas, Amateur
Radio operators worked 24 hours per day in the Astrodome in Houston and the
Reliant
Center next door, and as well in the Harris County Emergency Operations
Center. In San Antonio, at the Kelly
Air Force Base, radio amateurs from Montana provided local and national
health and welfare communications for
evacuees. These examples were repeated throughout the Gulf Coast and
in the cities in the southern states receiving large numbers of evacuees.
The Salvation Army operates its own Amateur
Radio communications system using Amateur Radio volunteers, known as SATERN.
In the Hurricane Katrina effort, SATERN has joined forces with the federal
SHARES program (SHAred RESources), which is a network of government,
military and Military Affiliate Radio Service (MARS) radio stations. MARS is
an organized network of Amateur Radio stations affiliated with the different
branches of the armed forces to provide
volunteer communications. SATERN, in the Katrina relief effort, received
over 48,000 requests for emergency communications assistance, and the
affiliation with the SHARES program allows the Salvation Army to utilize
Federal frequencies to communicate with agencies directly. This is but one
example of the innovative and reliable means by which Amateur Radio right
now provides organized interoperability
on a scope far beyond that now being planned for local and State public
safety systems.
Much discussion has been given in recent
years to the issue of Public Safety interoperability. The Amateur Radio
Service provides a good deal of interoperability communications for First
Responders in disaster relief incidents. This critical role for our Service
exists because, though there are interoperability channels right now in most
Public Safety frequency allocations, those channels, and all others, become
useless where the communications infrastructure of public safety facilities
becomes inoperative. Interoperability, in short, presumes operability of
Public Safety facilities. While some "hardening" of public safety facilities
is called for, there is in our view an increasing role for decentralized,
portable Amateur Radio stations which are not infrastructure-dependent in
providing interoperability communications on-site.
Mr. Chairman, Amateur Radio is largely
invisible to both the FCC and to Congress on a daily basis, because it is
virtually self-regulating and self-administered. It is only during
emergencies that the Amateur Radio Service is in the spotlight. At other
times, emergency communications and
technical self-training and advancement of telecommunications technology
occupy licensees' time. For the first time ever, in recognition of
the work of Amateur Radio Operators in this Hurricane Relief effort, the
Corporation for National And Community Service (CNCS), which provides
strategic critical support to volunteer organizations which in turn provide
services to communities, has made a $100,000 grant supplement to ARRL to
support the Katrina emergency communications efforts in the Gulf Coast. This
enables ARRL to reimburse to a small degree, on a per diem basis, some of
the expenses that radio amateurs incur personally in traveling to the Gulf
Coast to volunteer their time and effort. The CNCS grant is an extension of
ARRL's three-year, Homeland Security training grant, which has to date
provided certification in emergency communication training protocols to
approximately 5,500 Amateur Radio volunteers over the past three years.
ARRL wishes to commend the FCC's
Enforcement Bureau (specifically the Special Counsel for Amateur Radio
Enforcement), for the efficient and successful effort during the Hurricane
Katrina relief in monitoring the Amateur Radio High Frequency bands to
prevent or quickly remedy incidents of interference.
In closing, Mr. Chairman, the Committee
should be aware that this vast volunteer resource in support of Public
Safety is always at the disposal of the Federal government and to State and
local government. The United States absolutely can rely on the Amateur Radio
Service.Amateur Radio provides immediate, high-quality communications that
work every time, when all else fails.
I thank you again, Mr. Chairman and members
of the subcommittee, for the opportunity to testify today on the views of
the ARRL and its membership. I would welcome any questions.
Respectfully submitted,
Harold Kramer, Chief
Operating Officer
ARRL--the National Association for Amateur
Radio
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In Katrina's Wake, Ham Radio Triumphs
By David Maliniak, AD2A
David Maliniak
ED Online ID #11136
September 19, 2005
Copyright © 2004 Penton Media, Inc., All rights reserved.
A few months ago, NBC's Tonight Show staged a race between a pair of
ham-radio operators with Morse-code keys and a couple of kids with
text-messaging cellphones to see who could communicate faster. The hams won
hands down, proving, in the minds of some, that old technology could hold
its own against new. In recent days, ham radio was put to the test again by
Hurricane Katrina. This time, however, lives were at stake.
In the world of design engineers and electronics in general, change is
essential. Designers work diligently to make the fruits of their labors
obsolete almost before they see daylight. The turnover in technology is
sometimes like a flood, with old being washed away by new over and over.
Often, the new beats the heck out of the old. But there are times when old
isn't necessarily bad; in fact, sometimes old works when new doesn't. And
then we're glad that old is still around, or at least we should be.
Wireless technology, while relatively new to many consumers, is of course
not new at all. A few (very) old-timers remember the original "wireless" of
radio. The revolution wrought by the pioneers of wireless changed the world
then, and the technology behind that revolution has been re-invented and
re-applied time and again. Its pre-eminent incarnation today is our
near-ubiquitous wireless communications infrastructure, which has freed us
from the shackles of landlines and made our mobile lifestyles possible.
Technology truly is great stuff.
Until, of course, a monster hurricane comes along to render it nearly
useless. Here we see a scenario in which a flood literally swept away the
new. As Hurricane Katrina's fury hammered the Gulf states on August 29, the
communications infrastructure took a devastating hit. Telephone service,
including wireless, became at first intermittent and then unusable in many
localities. Where there was phone service, 911 switchboards were often
unreachable due to the massive volume of calls. The response of local
authorities, now termed "confused" by deposed FEMA chief Michael Brown,
wasn't helping much. The Gulf Coast was about to descend into darkness,
chaos, and, worst of all for many, silence.
But proponents of the old were at the ready. The "old," in this case, is
ham radio. In the eyes of the "man on the street," ham radio has a pretty
stodgy reputation. Aren't hams still using Morse code? Don't some of them
use radios with tubes, for goodness sake? What the "man in the street"
probably doesn't know is that it was amateurs who advanced the radio arts
early in the 20th century. Down through the decades, amateurs have embraced
(and often driven) all of the innovations in wireless technology, up to and
including all digital modes and the Internet. But many have stayed in touch
with their roots, which is good old-fashioned analog HF operation. And
while amateurs have a long-standing tradition as innovators and
experimenters, they also have a mandate that comes with their licenses: to
be ready, willing, and able to provide emergency communications whenever
and wherever they're needed.
As Katrina bore down on the Gulf region, amateur radio operators, under the
aegis of the American Radio Relay League's (ARRL's) Amateur Radio Emergency
Service (ARES), prepared to swing into action with emergency networks that
would run health-and-welfare traffic into and out of the disaster zone. As
early as the Monday following the storm, hams throughout the hurricane zone
were putting emergency stations on the air. In one instance, hams were
instrumental in the rescue of 15 people clinging for life to a New Orleans
rooftop. Meanwhile, in Alabama, amateur SKYWARN weather nets kept the
National Weather Service apprised of conditions throughout the state. In
hard-hit sections of Mississippi, hams running off generators and with
makeshift antennas were the only means of communication, getting word to
out-of-state friends and relatives concerning their loved ones.
There were numerous other instances of hams helping those who were not
simply inconvenienced by the storm, but whose lives were in imminent
danger. Now that things have calmed down in the Gulf region, many of the
emergency nets have stood down. But hams continue to serve the public in
the many areas that are still without power or phone service.
As our nation collects itself in the aftermath of the Katrina disaster,
President Bush has promised federal reviews of what went right and what
went wrong. One of the findings of those inquiries should be that the
federally-instituted Amateur Radio Service, which functions under the
licensing authority of the FCC, stood tall when the country needed it.
Amateur radio currently faces various threats to its existence. Chief among
those is the advent of broadband-over-powerline (BPL) technology, which, if
broadly adopted, has the potential to cause widespread interference to HF
communications, not just for amateurs but for other services that use the
HF spectrum.
Amateurs and the ARRL have made a lot of noise about BPL, asserting that it
could seriously hamper their efforts and those of relief agencies such as
the Red Cross and Salvation Army, in the event of a disaster such as
Katrina. It's rumored, though, that the same FCC commissioners who have
given their blessing to BPL field trials will now take a much harder look
at the technical issues concerning BPL and its interference potential in
the HF spectrum. Let's face it: The federal government didn't handle the
emergency in the Gulf very well; it'd be prudent for it not to sanction a
technology that could impede one of the few things that actually worked.
Many readers of this newsletter are amateur radio enthusiasts. If you are,
and if you haven't already done so, consider writing your congressman to
express your concern about the future of the Amateur Radio Service,
especially in light of its outstanding efforts in recent days. Remind your
elected representatives that a vibrant and unimpeded Amateur service can
and will be a lifesaver when disaster strikes. Also, consider how you
yourself might help. What if a hurricane, tornado, or earthquake ravages
your area? Are you prepared to get on the air without relying on the mains
to handle emergency traffic? Get in touch with your local amateur-radio
club and find out how you can pitch in.
Your cell phones and wireless routers are indeed great stuff, but so is a
good old HF transceiver. We shouldn't always be in such a hurry to let the
flood of new technology wash away the old. The geek down the block with all
the antennas on his property could turn out to be your best friend someday.
Because sometimes, old trumps new. |
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