CA-ARES Planned Responses


 

Planned Responses to Emergency Events


As Dwight D. Eisenhower warned “plans are useless, planning is indispensable.”[3]  The truth in this hyperbole is that no plan is perfect, the map is not the territory, surprise is inevitable, we must be prepared to pivot.  Planning up front isn’t only about making a plan.  It’s about learning, awareness, and practice; so we can identify options, understand feedback, and deal with disruption.  Improvisation favors the prepared mind and body.

– Morville, Peter Stuart. Planning for Everything: The Design of Paths and Goals. Semantic Studios. ©2018. Kindle Edition.

[3] Quoted in Six Crises.  [Doubleday, ©1962] by Richard M Nixon.

An essential part of preparing for a disaster or emergency is planning.  Part of planning is to imagine what events could happen, decide whether you want to have a planned response to each event, then make a plan for what you may do.  On a regular basis, practice the plan to test the responses to discover missing parts of the response and to ‘wire it in’.  It’s helpful to have multiple plans. 

FEMA (the Federal Emergency Management Agency) has created an Incident Command System (ICS) framework for planning, executing, and reporting, which is supported by a series of forms.  The forms we use most often are the following.

  • ICS-205 Incident Radio Communications Plan

    Purpose.  The Incident Radio Communications Plan (ICS 205) provides information on all radio frequency or trunked radio system talkgroup assignments for each operational period.  The plan is a summary of information obtained about available radio frequencies or talkgroups and the assignments of those resources by the Communications Unit Leader for use by incident responders.  Information from the Incident Radio Communications Plan on frequency or talkgroup assignments is normally placed on the Assignment List (ICS 204).

  • ICS-205A Communications List, a simplified version of the ICS-205:

    Purpose.  The Communications List (ICS 205A) records methods of contact for incident personnel.  While the Incident Radio Communications Plan (ICS 205) is used to provide information on all radio frequencies down to the Division/Group level, the ICS 205A indicates all methods of contact for personnel assigned to the incident (radio frequencies, phone numbers, pager numbers, etc.), and functions as an incident directory.

  • ICS-213 General Message:

    Purpose.  The General Message (ICS 213) is used by the incident dispatchers to record incoming messages that cannot be orally transmitted to the intended recipients.  The ICS 213 is also used by the Incident Command Post and other incident personnel to transmit messages (e.g., resource order, incident name change, other ICS coordination issues, etc.) to the Incident Communications Center for transmission via radio or telephone to the addressee.  This form is used to send any message or notification to incident personnel that requires hard-copy delivery.

  • ICS-214 Activity Log

    Purpose.  The Activity Log (ICS 214) records details of notable activities at any ICS level, including single resources, equipment, Task Forces, etc.  These logs provide basic incident activity documentation, and a reference for any after-action report.

To respond to an event, you must be able to detect it; you need to be “situationally aware”.  In the table below, the Actor is an agreed, trusted source of information.  The Event/Trigger is an action by the Actor to communicate the situation that will be Detected By the Responder.  Members of CA-ARES may or may not be part of the response, but are not ‘first responders’ in their role as supporting communicators/message handlers.

 
Disaster / Emergency Event List
Actor Event / Trigger Detected By Planned Response / Use Case
NH ARES SM, SEC, designee, Served Agency representative phone call to CA-ARES EC or designee land-line phone, cell phone, or email CA-ARES EC or designee activates CA-ARES Group via call tree in “Attachment C – Capital Area ARES Call Tree” of “CA-ARES Operations Plan”
CA-ARES EC or designee phone call via call tree in “Attachment C – Capital Area ARES Call Tree” land-line phone, cell phone, or email See §“7 Activation” of “CA-ARES Operations Plan”
  • Call next operator in call tree
  • Open emergency net (using “Attachment G – Emergency Net Script” of “CA-ARES Operations Plan”)  and inform net check-ins of nature of emergency and guidelines for processing traffic on appropriate frequency and mode (See “Attachment H – Capital Area ARES Radio Frequencies” of “CA-ARES Operations Plan”)
  • Contact EC immediately
  • Monitor primary net frequencies and email for information or preparation and possible activation
  • Determine type of disaster / emergency and expected deployment duration
  • Check Go-Kit Checklist for 24-hour or 72-hour deployment
  • Report to assigned post or location
  • Advise NCS of arrival and status
  • Contact person in charge
  • Establish communications with NCS
NH ARES SEC or designee (See §“3.0 Cooperation with the State of New Hampshire” of “NH ARES Emergency Operations Plan”) phone call to CA-ARES EC via call tree in “Attachment A – Section Activation Plan” of “NH ARES Emergency Operations Plan” land-line phone, cell phone, or email
  • Determine type of disaster / emergency and expected deployment duration
  • Pack for 24-hour or 72-hour deployment
  • SM, SEC, or designee notifies ARRL HQ a.s.a.p.
NWR Alert Audio alarm via radio broadcast Operator hears audio alarm
  • To maintain “continuous situation awareness” of weather-related events, listen to broadcast for details
  • Observe and report ‘ground truth’ if appropriate
NWS Gray, ME (via WX1GYX?)      
Time to Prepare for (24- to 72-hour) deployment Monthly or Quarterly calendar reminder or timer alarm
  • Check Go-Kit with Checklist
  • Do any necessary maintenance, such as filling water containers and charging batteries
Time to Prepare for Public Service deployment On request of Served Organization (See §“5.2 Additional Served Organizations” of “CA-ARES Operations Plan”) land-line phone, cell phone, or email
  • Plan meeting location and time
  • Gather at agreed location and time
  • Deploy to assigned post
  • Set up communications equipment
  • Open public service net (using “Attachment F – Public Service Script” of “CA-ARES Operations Plan”)
Time to Practice for Voice Message Handling Mon., 19:00 Local calendar reminder or timer alarm Open weekly voice training net (using “Attachment E –  Weekly Net Script” of “CA-ARES Operations Plan”)
Time to Practice Digital Message Handling & Image Passing Wed., 19:00 Local calendar reminder or timer alarm Open weekly digital training net (using “Digital Net Script” and NBEMS macros for FLdigi according to Script)
Time to Practice for Winlink Global Radio Email Messaging Wed., all day calendar reminder or timer alarm
  • Prepare Winlink message & post in Outbox
  • Set 2m FM transceiver to 145.710MHz
  • Start Winlink Express program
  • Start VARA connection
Time to Test for HF Voice Capability    
  • Agree roll call of stations to test voice communication capability
  • Agree net frequency on 75m (e.g., 3.965± MHz) or 40m (e.g., 7.273± MHz)
  • QSY to agreed frequency
  • NCS calls the roll of stations
Time to Test for HF NBEMS Capability      
Time to Test for VHF Simplex Point-to-Point Capability    
  • Agree roll call of stations to test voice communication capability
  • Agree simplex frequency on 2m (e.g., 146.565 MHz for voice or 145.750 MHz for NBEMS)
  • QSY to agreed frequency
  • NCS calls the roll of stations using voice or digital modes

Hams have available multiple modes to enable communications in different conditions.  Which to use depends on such factors as cost, atmospheric conditions, location, equipment available, type of communication, security/privacy, experience.  The tables below outline various modes of communication that we may use or consider using to support our role.  One thing we may try to do in future is create a decision table to guide us in selecting communication tools.  In the meantime, some of our members may build the $4, 2m/70cm coathanger yagi on a stick to improve connectivity during public service events with our hand-held dual- or tri-band transceivers.

Voice Modes by Band
Band Analog Voice Modes Digital Voice Modes
FM SSB C4FM D-STAR DMR FreeDV
80 m   LSB        
40 m   LSB        
6 m   USB        
2 m   USB        
70 cm   USB        

 

Digital Modes by Band
Band Digital Data Modes
ALE APRS AREDN CW NBEMS Packet RTTY Winlink
80 m         USB     USB
40 m         USB     USB
6 m                
2 m         FM     FM
70 cm         FM     FM

When a disaster or emergency event occurs, we need to select the most appropriate tools and techniques (modes, frequencies, equipment) to maintain communications.  To support our decision-making, it's helpful to think through the combinations of conditions at the time, then ask what actions to try out.  A decision table may be a place to begin because it compels us to consider all the combinations of conditions and actions.  Such a table focuses on one "rule" (combination of conditions and actions) at a time.  When the actions are the same, rules may be merged to simplify the table, which may then be transformed into a decision tree.

Guidance for Selecting Band & Mode

(Fully-Expanded, 1st-Draft Decision Table)
  RULES
CONDX 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
Day/ Night D D D D D D D D D D D D D D D D N N N N N N N N N N N N N N N N
Local/ State L L L L L L L L S S S S S S S S L L L L L L L L S S S S S S S S
Disaster/ Pub.Svc D D D D P P P P D D D D P P P P D D D D P P P P D D D D P P P P
Rptr Pwr Outage + + - - + + - - + + - - + + - - + + - - + + - - + + - - + + - -
Tactical/ [Complex | Relay] T C T C T C T C T C T C T C T C T C T C T C T C T C T C T C T C
ACTION  
2m Rptr [Voice | NBEMS] V N     V N     V N     V N                                    
2m Simplex [Voice | NBEMS]     V N     V N     V N     V N                                
75m LSB                                 x   x   x   x   x   x   x   x  
40m LSB x   x   x     x   x   x   x                                    
80m NBEMS                                   x   x   x x   x   x   x   x  
40m NBEMS   x   x   x   x   x   x   x   x                                
Winlink [VHF | HF]   V   V   V   V   V   V   V   V   H   H   H   H   H   H   H   H