• The ARES Letter for December 21, 2022

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    ********************************************
    The ARES Letter

    Published by the American Radio Relay League ********************************************

    December 21, 2022

    Editor: Rick Palm, K1CE <k1ce@arrl.net>

    IN THIS ISSUE

    - 2022 SKYWARN Recognition Day in the History Books
    - Backup Communications Planning for Alachua County (Gainesville),
    Florida
    - Noble Skywave - The Value of HF
    - California County Radio Communication Volunteer (RCV) Project
    - ARRL ARES Section News
    - K1CE For a Final: Reflection
    - ARES® Resources
    - ARRL Resources

    ARES® Briefs, Links

    Orlando HamCation® has announced, in cooperation with the Florida
    Division of Emergency Management, that the DHS Auxiliary Communications (AUXCOMM) Training Course <http://www.hamcation.com/events> will be
    conducted February 6-8, 2023 in Orlando, Florida. Click the link for information.

    The Pennsylvania Auxiliary Communications Service (ACS) has a new
    Pennsylvania Emergency Management Agency (PEMA) ACS Coordinator --
    Victor Yartz, KC3MQI. Travis Best, W3TMB, continues to serve as
    Commonwealth ACS Officer, a volunteer position. The PEMA Auxiliary Communications Service is a volunteer-based emergency communications
    reserve program that has both operational and educational components.
    ACS offers ongoing and technically diverse training to its members. It
    serves as a redundant communications resource, ready to enhance or
    assume emergency communications duties for governmental agencies
    (county, regional, state, and federal) during times of actual or
    potential disaster, or when normal communications are either
    unavailable or are unable to adequately transfer traffic as needed. --
    Blair ARES Alert!, Blair County, Pennsylvania

    Following a successful full-scale exercise in June 2022, which was
    developed using a Cascadia Subduction Zone full-length "megathrust"
    rupture scenario (described in the August 2022 ARES Letter <http://www.arrl.org/ares-el?issue=2022-08-17#toc01>), the National
    Tribal Emergency Management Council has begun planning for the next
    exercise in this biennial series. Named "Thunderbird and Whale 2024"
    (TW24) in recognition of the ages-old oral tribal histories where
    Thunderbird represents the earthquake and Whale represents the tsunami,
    this full-scale exercise will again rely heavily on amateur radio communications.

    The ESF #2 component of the TW24 exercise is quite important due to the
    fact that many of the tribal nations are in more remote areas where communications will be sparse. Several drills are planned for 2023 to
    give ham radio volunteers who may be supporting tribes for the first
    time a chance to practice. -- Steve Aberle, WA7PTM, Assistant Director
    - Tribal Liaison, ARRL Northwestern Division

    2022 SKYWARN RECOGNITION DAY IN THE HISTORY BOOKS

    Saturday, December 3, 2022 was SKYWARN® Recognition Day (SRD), an event
    that recognizes SKYWARN volunteers for their contribution to public
    safety. SRD was observed by several National Weather Service (NWS)
    locations across the United States. Amateur radio volunteers set up
    temporary operations from forecasting offices and made contacts with
    other stations to demonstrate their readiness to operate in emergency conditions and to act as observers for the NWS. As of the last count,
    there were more than 4,700 SKYWARN spotters taking part in SRD.

    Near Los Angeles, California, at the NWS office located in Oxnard,
    volunteers set up six stations on different frequencies and operated
    through the day under simulated emergency conditions. Several members
    of the general public visited the NWS office during the exercise.

    ARRL Headquarters, participating as WX1AW, was activated by ARRL
    Emergency Management Assistant Ken Bailey, K1FUG. WX1AW was active on
    40 - 10 meters using SSB and FT8, and monitored local VHF and UHF
    repeaters.

    Radio amateurs participating as SKYWARN volunteers assist the NWS with real-time observations of adverse weather conditions that pose an
    imminent threat to life and property. Those alerts may include
    tornadoes, waterspouts, damaging hail, blizzard conditions, sleet,
    strong winds, heavy rainfalls and flooding, dust storms, damage
    assessment, and other significant anomalies. NWS personnel can use
    information from ham radio operators to issue alerts or assess threat
    levels to areas that may be affected by abnormal conditions.

    The 2022 NWS Spotter of the Year Award was given to Bryan Loper,
    WX5CSS, of Atlanta, Texas. The award noted that Loper is very active
    with the amateur radio network and weather community within the
    Ark-La-Tex region, and is always reliable in providing weather reports.
    Loper is also an ARRL member. - The ARRL Letter; thanks to Jeff
    Reinhardt, AA6JR, Public Information Coordinator, ARRL Santa Barbara
    Section, for contributing to this story.

    BACKUP COMMUNICATIONS PLANNING FOR ALACHUA COUNTY (GAINESVILLE),
    FLORIDA

    by Gordon Gibby, KX4Z

    Our local ham radio volunteers normally provide fairly simple volunteer
    service to our county during hurricanes, mainly in the form of staffing shelters. However, in this day and age, we're very aware that many
    additional dangers lurk (recent examples include both attempted and
    successful attacks on grid power systems in two states). As citizens,
    we bear some of the responsibility for having plans for backup
    communications in case something damages critical communications.

    Until recently, Alachua County ARES® did not appear to have any written volunteer communication plan. One was attempted in 2017, but didn't
    reach consensus of agreement. The ARRL ARES(R) Plan 2.1 <http://www.arrl.org/files/file/ARES Plan 2_1-a (002).pdf> makes hearty recommendation for having some type(s) of local communications plan(s)
    suitable for the potential threats.

    In the intervening years, our volunteer group has grown in its
    training, assets, and capabilities, and has become even more closely
    allied with the local Emergency Management group, as they also have
    grown and developed. In 2021, our EOC mentor asked us to come up with
    written plans for growing our response to the major perceived
    communications threats. The result was an Integrated Preparedness Plan <https://qsl.net/nf4rc/2021/DraftAlachuaCountyARESIntegratedPreparednessPlanning.pdf>.
    We had never before performed that level of assessment of
    communications risks and our group's response strengths and weaknesses.

    Although our capabilities (so far) have never been desperately needed,
    we've tried to exercise them repeatedly through simulation exercises,
    and at every storm event. We learned a lot about how to allow our tiny
    backup radio room at the EOC function smoothly in a broad-based
    volunteer communications effort. As a result, we proposed, discussed,
    improved, amended, and reached unanimous consensus such that now we
    have a written Plan
    <https://qsl.net/nf4rc/AlachuaCountyCommsPlan2022.pdf> for our
    volunteer communications, for the "usual" issues, as well as extensible
    to ones that are more threatening. The recent intentional power systems destruction in North Carolina and attempts in the Pacific Northwest
    draw attention to how easily multiple systems (such as water, sewer,
    traffic lights, communications, temperature control, security alarms,
    etc.) can be brought down.

    Notification

    Notifcation of volunteers is a key part of our planning because
    potential situations include the loss of normal internet/telephone
    service. We don't have any sort of huge independent "radio beeper"
    system that can reach out with "push" notifications to volunteers
    independent of telephone/internet. We depend on our members sensing
    "something is odd" and then (a) checking a well-known VHF repeater for
    human response with instructions, or (b) connecting to one or more of
    our local fixed radio assets, which can automatically (without human
    continued effort) display a "sign-on message" (Winlink RMS) or "status"
    or "info" scripts (JS8 relay cache). The VHF repeater requires human
    staffing to communicate; the radio assets can be programmed and will
    then automatically present information to searching volunteers. Much
    more detailed written information can be provided via WINLINK radio
    email (accessible via distant, still-functioning RMS's or via "local
    user" functions on local RMS assets).

    The above plans are worst-case solutions. For slow-onset incidents with
    normal internet/telephone still working, notification is much easier,
    with email, county Everbridge automated phone notification, and/or a
    groups.io web page can all reach out with terse or detailed information
    as indicated. (We just use what our county has; we aren't promoting
    them commercially.)

    Security/Confidentality

    Some of our information/notifications require more confidentiality and therefore we have a breakdown of which groups receive what information
    based on need-to-know. For example, our emergency manager's tentative
    shelter openings cannot be made available on a public-facing asset
    prior to actual opening (such as a repeater that can be monitored by
    news media or anyone in the public). Similarly we don't want a publicly available list of which volunteers' homes might be unoccupied because
    of emergency deployment assignment! Recent Hurricanes Ian and Nicole
    were our first instance of using these principles to use tiered
    information distribution and were viewed very positively.

    Our Communications Plan provides guidance for which information should
    be sent to which vetted groups, to protect the security of our
    volunteers and protect civil authorities' privileged planning.

    Communication Highways

    Although the EOC is a hub of information gathering and dissemination,
    we plan to have local tactical net control handled elsewhere to limit
    work load on EOC volunteers. Similarly, experience showed our EOC
    volunteers can't really serve regional net control functions, despite
    our desire to be helpful. And we can't tie down the small EOC volunteer
    crew to continuously monitor multiple radio frequencies, which will
    only be needed in critical situations. Instead, we have our EOC
    volunteers maintain capability to reach out to, but only monitor
    certain specific systems such as the SLERS (Statewide Law Enforcement
    System), and the local tactical net. Humans just can't monitor multiple
    busy systems simultaneously. That allows them to respond quickly to
    calls for immediate response over systems that remain "radio quiet"
    most of the time.

    Information Capture

    One of our volunteers is familiar (because of federal disaster-response employment) with the expression "Feed The Beast" -- the need to
    assimilate and provide information to decision-makers from the
    periphery. To receive detailed inbound logistical data, a continuous
    radio data-based receptacle at the EOC has proved to be an excellent
    solution that doesn't tie down a volunteer.

    This can be a peer-to-peer or server-type WINLINK repository (or
    similar, such as YAPP) that any shelter or deployed volunteer can asynchronously send detailed information at any time.

    Modulation/Protocol: At present we have the option of multiple
    different modulations, including AX.25-Packet or VARA-FM, and our
    ICS-205 will serve to notify volunteers which is available in a given operational period. Tactical net requests can also accommodate special
    needs.

    Simultaneous Radios Usage

    To our chagrin, we discovered that co-located VHF/UHF antennas on our
    tower mean using two or more radios simultaneously is a prescription
    for failure! We want our tactical voice comms and asynchronous data
    comms both simultaneously functional. One solution might have been
    separation by bands, but unfortunately we didn't set up radio network
    assets that way. So we came up with an alternative solution involving
    high-Q mechanical filter duplexor "cans" to separate our voice comms
    (usually transmitting on 146.220MHz) from our data comms (144.990/145.010/.030/.070 MHz). Testing has recently shown that a
    single notch can inline with each radio provides 10-20dB notching of
    the unwanted transmissions, and gives us significant immunity. (Manual
    tuning may optimize for a specific need.) This was a direct outgrowth
    of an after-action report/improvement plan document.

    Value of Written Documents

    Our county officials are extraordinarily interested in getting
    documentation of our volunteer efforts, for each and every operational
    period of a declared emergency. (To the extent that our deployed
    volunteers aren't approved to demobilize until the paperwork is done!)
    This represents significant income to the county from Federal coffers.
    We're told that our volunteer hours are highly valued, and that the
    match required for federal dollars can be as little as 12.5%, meaning
    our in-kind contributions can be multiplied eightfold if properly
    documented. This isn't so hard when cell phone cameras can still send
    in photos of signed ICS-214's, but how to do it when cell comms are
    down? Some investigation has come up with a solution of digitized
    signatures that appears to be very workable and completely acceptable
    -- even in a radio-dependent comms environment. We will be rolling this
    out starting in December and growing in the coming year, thanks to some
    of our recent high-speed data systems deployment.

    Emergency Notifications

    Our efforts are driven directly by local authority notifications and directives. How would this even happen in the event of sudden and
    complete loss of normal public switched network systems, potentially
    even with loss of normal modern repeaters? Our newly developed comms
    plan has a specific solution for direct notification from our Emergency Management group, using EMP-hardened radio systems. We test that
    pre-set system frequently.

    Summary

    Our volunteer efforts are highly appreciated by our local authorities
    and ever more-tightly integrated into their response. We have finally
    managed to get a written set of plans into play that better guide our volunteers and can be further improved with more experience.

    NOBLE SKYWAVE - THE VALUE OF HF

    Since 2013, the Canadian Communications and Electronics Branch has
    brought hundreds of teams from dozens of nations together to test,
    strengthen expertise, and compete in a friendly atmosphere to what is
    now known as the most prestigious military led HF competition in the
    world: Noble Skywave.

    Noble Skywave acquired its "letters of nobility" through highly skilled
    and proud participating teams, which are either HAM/Canadian Forces
    Affiliated Radio System/US Military Auxiliary Radio System (MARS) or
    Military Radio Operators around the globe. As the Leading Nation for
    this event, the Canadian Armed Forces are committed to provide the best possible training experience to all participants and looks forward to
    crowning the best HF Radio Operators in the world.

    A few years ago, Joint Force Headquarters-National Capital Region and
    the U.S. Army Military District of Washington (JFHQ-NCR/MDW) deployed
    their mobile command post on Fort Lesley J. McNair, Washington, D.C.,
    to compete in the 7th annual Noble Skywave. The exercise challenged
    competitors with voice and data contacts between domestic and
    international teams via HF skywave propagation.

    The JFHQ-NCR/MDW team consisted of three telecommunications specialists
    from the Communications-Electronics Directorate and two
    telecommunications specialists from the 744th Communications Squadron
    from Joint Base Andrews. The 3d U.S. Infantry Regiment (The Old Guard)
    also sent members from their Communications-Electronics Directorate to
    observe and learn.

    The exercise consisted of four events: Establishing the Net, Free Play,
    Team Contact Challenge, and Back to the Future. During the competition
    portion, voice and data contacts were logged with as many stations as
    possible, with bonus points awarded during certain phases for the
    longest distance contacts. Once both stations logged the contact, the
    results and high score for the top twenty competitors were displayed in
    real time on the Noble Skywave <https://www.nobleskywave.ca/> website.

    "The capabilities of HF are so important and relevant because it
    delivers global reach without the use of repeaters or satellites," said
    Michael Koeniger, Jr., Telecommunications Specialist, JFHQ-NCR/MDW Communications-Electronics Directorate. "If the satellites fall out of
    the sky, cell towers go down, and the internet goes out, HF will still
    work. These abilities provide our command with more flexibility during real-world contingency events." The 2019 competition included 183
    registered competitors from Active-Duty, Reserve, National Guard, and
    Auxiliary Force units, representing 13 countries.

    "Exercise Noble Skywave is designed to improve participants' high
    frequency radio communications abilities using the spirit of
    competition," said Koeniger. "By competing, not only are we using our
    equipment in a real-world scenario, but we are also instilling goodwill
    and confidence among friendly military and auxiliary volunteer forces."

    The Military Auxiliary Radio System (MARS) mission provides contingency
    HF communications to support the Department of Defense and the
    military. Additionally, MARS also supports communication for combat
    commands by providing humanitarian assistance and disaster relief,
    contingency communications for Defense Support to Civil Authorities
    (DSCA), and morale and welfare communication in support of the DoD.

    The 2022 competition brought together 429 military units from across 13
    nations competing to determine who can most efficiently utilize
    high-frequency radio technology. During the contest, teams set up a
    fully functioning radio station and utilized their skills to connect
    with other radio stations, some being thousands of miles away. "There
    is a set number of stations playing in this contest, and our objective
    is to contact as many of them as possible," said Airman 1st Class
    Matthew Recchia, 1st Combat Communication Squadron cyber infrastructure technician. "Whoever contacts the most stations, wins." - US Army
    Public Affairs Office, Thanks to Bart Lee, K6VK
    <https://www.qrz.com/db/K6VK>

    CALIFORNIA COUNTY RADIO COMMUNICATION VOLUNTEER (RCV) PROJECT

    The Marin County (California) Dept. of Public Works' Radio
    Communication Volunteer (RCV) project is looking for experienced
    amateur radio operators with an interest in public service and the time
    to support Community Based Organizations (CBOs). Those CBOs provide
    needed services like food, shelter, information and professional
    referrals to the most vulnerable Marin residents. During the fires and
    public safety power shutoff (PSPS) event in 2019 thousands of residents
    and evacuees turned to Marin's CBOs for shelter, food, medical
    assistance and financial advice. Unfortunately, without power for communications devices, many CBOs could not function effectively. Nor
    could the Emergency Operations Center (EOC) get accurate situational
    awareness to help coordinate relief efforts. By working with our
    colleagues in ACS-RACES, the VOAD and CBOs who need our help, amateur
    radio operators can change that for the better.

    Marin County Amateur Radio operators are collaborating with the
    Director of the Marin Voluntary Organizations Active in Disaster (Marin
    VOAD) and Marin County's ACS-RACES. The purpose is to provide backup communications between key CBOs like SF-Marin Food Bank, Canal
    Alliance, and North Marin Community Services, among others, and the EOC
    when all other means of communications are unavailable. The Radio
    Communication Volunteer (RCV) program is officially sponsored by Marin
    County Public Works Telecommunication Section. RCV is parallel to
    ACS-RACES, but serves CBOs rather than public safety agencies. We've
    completed 2-plus years of activities successfully and are recognized by
    the Board of Supervisors as a standing volunteer program for as long as
    needed. RCV volunteers are being enrolled as Disaster Service Workers
    and must pass a background check. You can read a media report <https://www.marinij.com/2021/11/01/marin-enlists-volunteer-radio-operators-for-emergency-team/>
    on the program. Skip Fedanzo, KJ6ARL <kj6rarl@arrl.net>, is the RCV
    lead operator. Fedanzo said "Over the past 2 and a half years, RCV's
    work with our local VOAD has developed into 20 licensed operators
    supporting the seven largest community based organizations (CBOs).
    We're structured similarly to RACES, but have different types of
    clients to serve in case a disaster strikes. So far, RCV has logged
    well over a dozen field exercises, including participation in two UASI
    "Golden Eagle" exercises, and this year's "Great ShakeOut" (earthquake-oriented) multiday exercise trainings. - County of Marin, California

    ARRL ARES SECTION NEWS

    Connecticut

    The BEARS of Manchester Amateur Radio Club in Manchester, Connecticut,
    spent Thanksgiving Day providing amateur radio communications support
    for the 86th Manchester Road Race.
    The race, a 4.748-mile course that begins and ends on Main Street in
    downtown Manchester, has been a Thanksgiving Day tradition since 1927.
    This is the 30th consecutive year the BEARS of Manchester Amateur Radio
    Club has provided communications support, with more than 10,000 runners participating and over 30,000 spectators lining the course.

    Radio operators began arriving at 6:00 AM on Thanksgiving morning.
    Fifty-five operators staffed 39 positions around the course and were
    stationed every quarter mile to provide safety communications and
    report the lead male and female runners to the public address
    announcer.

    Shadow operators helped 10 race officials stay in communications.
    Operators also started and ran four clocks around the course to help
    pace runners, and operated a station in the public safety EOC to relay safety-related information to representatives of various agencies. Ham
    radio operators also provided communication for a shuttle bus operation
    that brought runners and spectators from a remote parking area to Main
    Street and then returned them at the end of the race. Check-in and
    check-out were accomplished through a net control station to maintain accountability.

    Communication for the event was made on six repeater and simplex
    frequencies, and three cross-band repeaters were used for signal
    quality to avoid interference.The BEARS of Manchester Amateur Radio
    Club is an ARRL Affiliated Club. -- ARRL News Desk; Thanks to Phil
    Crombie, Jr., K1XFC, Race Communications Coordinator, for providing
    information for this story.

    K1CE FOR A FINAL: REFLECTION

    It's time to look back on an historic year of disaster response, other
    public safety-related incident and event communications coverage by
    ARES and indeed all emergency communications-oriented operators, and
    finally a major leap in professional-grade training and planning by
    radio amateurs in accordance with ever-evolving FEMA and DHS standards.
    The year kicked off with the ARRL Emergency Communications Academy held
    in conjunction with the ARRL National Convention at Orlando HamCation.
    The day-long workshop was standing room only, and hugely successful
    thanks to an exemplary array of expert panelists and hands-on
    demonstrations. Other increasingly sophisticated exercises and training opportunities were covered in this newsletter over the course of the
    year.

    Happy holidays from all of us here at The ARES Letter! Special thanks
    go to ARRL Director of Emergency Management (DEM) Josh Johnston,
    KE5MHV, for his expert review of each issue prior to its release. DEM
    Johnston joined the ARRL HQ staff in January.

    ____________________

    ARES® RESOURCES

    · Download the ARES Manual [PDF] <http://www.arrl.org/files/file/Public%20Service/ARES/ARESmanual2015.pdf>

    · ARES Field Resources Manual [PDF] <http://www.arrl.org/files/file/ARES_FR_Manual.pdf>

    · ARES Standardized Training Plan Task Book [Fillable PDF] <http://www.arrl.org/files/file/Public%20Service/ARES/ARRL-ARES-FILLABLE-TRAINING-TASK-BOOK-V2_1_1.pdf>

    · ARES Standardized Training Plan Task Book [Word] <http://www.arrl.org/files/file/Public%20Service/ARES/ARRL-ARES-STANDARDIZED-TRAINING-TASK-BOOK-V1_2_2.doc>

    · ARES Plan <http://www.arrl.org/ares-plan>

    · ARES Group Registration
    <http://www.arrl.org/ares-group-id-request-form>

    · Emergency Communications Training <http://www.arrl.org/emergency-communications-training>

    The Amateur Radio Emergency Service® (ARES) consists of licensed
    amateurs who have voluntarily registered their qualifications and
    equipment, with their local ARES leadership, for communications duty in
    the public service when disaster strikes. Every licensed amateur,
    regardless of membership in ARRL or any other local or national
    organization is eligible to apply for membership in ARES. Training may
    be required or desired to participate fully in ARES. Please inquire at
    the local level for specific information. Because ARES is an amateur
    radio program, only licensed radio amateurs are eligible for
    membership. The possession of emergency-powered equipment is desirable,
    but is not a requirement for membership.

    How to Get Involved in ARES: Fill out the ARES Registration form <http://www.arrl.org/files/file/Public%20Service/fsd98.pdf> and submit
    it to your local Emergency Coordinator.

    ARRL RESOURCES

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