What’s In A Phrase? or When Is A Strike Team Not A Strike Team?

Standards, Compliance, and Professionalism.

The Incident Command System (ICS), which was unveiled on the Southern California fire service community at large in about 1980, was and continues to be a framework for the management organization for dealing with an emergency. Initially developed for managing wildland fire incidents, professionals in the field quickly recognized its value and applicability for managing any sort of emergency by any discipline. In ensuing years, its usage spread to fire agencies in many states and federal fire agencies, and ultimately it was adopted as a national standard, integrated as a part (the primary part) of the National Incident Management System, and was made a requirement for usage in order to obtain Federal Homeland Security grants.

I believe all of these events were good things, and enabled us all to do our jobs better and more safely, and to do a vastly better job in managing incidents, working together across disciplines and agencies, and to even be more cost effective.

To me, one of the primary beauties of ICS is its flexibility – it can expand and contract to fit the magnitude of the incident and its response, only those portions of the ICS org chart applicable to a given incident need be filled, and components such as the Task Force concept are wildly flexible to accommodate the needs of any type or size of incident.

With all the flexibility in ICS, there are certain components that are fixed and rigid, and need to be so. Among these, and unlike the Task Force concept, is the Strike Team concept. Strike Teams are a specified combination of resources of a like kind and type, with common communications, and a leader. Note the words “specified combination.” (Definition from the National Wildfire Coordinating Group, page 164.) That’s specified, not arbitrary. Engine Strike Teams, for example, consist of five engines and a leader. Not four, not seven, but five. Engine Strike Teams are typed by equipment capability and staffing. A Type 1 Engine Strike Team consists of what we typically think of as a structural engine, staffed by four personnel. A Type 2 Engine Strike Team has somewhat smaller apparatus with reduced pump capacity and three personnel. A Type 3 Engine Strike Team is comprised of what we typically think of as a purpose built wildland engine, also with three personnel (with less pump capacity than a Type 2 (and yes, I am oversimplifying a bit – there are specific requirements for minimum pump capacity, water capacity, ladders, etc.) This breakdown continues to several other types of Strike Teams. Dozers, handcrews, and a few other specific types of resources also have Strike Team configurations; other resources cannot be in a Strike Team configuration – they must be utilized either as part of a Task Force or as individual increments. (Resource typing definitions from FIRESCOPE.)

But there are always five engines in an engine strike team. What do you do if you only have four engines, or choose to have four engines or seven or six working together as a unit? You make them a Task Force. A Task Force can be any combination of resources assembled for a specific purpose. You could have a truck company, a hovercraft, and a washing machine assembled as a Task Force if it made sense for an incident. Similarly, any combination of engines that don’t constitute a Strike Team can be made into a Task Force. Nothing wrong with that, and that’s what the Task Force concept is for.

Unlike resources grouped together can be a Task Force

This IS NOT a Strike Team! But it can be a Task Force.

If I order an Engine Strike Team to an incident, I’m expecting five engines, and I’ve planned my strategy and tactics on that number.  If I receive four engines calling themselves a Strike Team, I have to make some major shifts in my planning, and I’ve got a real problem. And the people doing the resource ordering, confirming, and fulfillment are going to have a real problem soon, too.

It’s a standard, dammit. One to which we all need to adhere. A standard is pretty much by definition an act of consensus. We might not all agree with it, but we all must abide by it, or it’s not a standard any longer. We all have to speak the same language with the same definitions (sounds a lot like interoperability, doesn’t it?)

We can’t decide, well, that’s fine for everybody else, but we’re different. Probably not as much as you think, and you’re a part of the bigger world, and to them, a Strike Team of engines means five. You have to recognize the world you’re in, and work with reality as it is. If you don’t like a standard, get involved in the process and committees that decide and define such things and work to change it. That’s great. As somebody who was very involved in Project FIRESCOPE in the late 70s and 80s, I worked on a lot of committees that helped decide and evolve components of ICS. We had a lot of good debates as well as some knock-down, drag-out arguments. I didn’t always agree with the outcomes, but they were products of a good process involving a lot of expert, well-intentioned people, and at the end of the day, we all agreed to agree, recognizing that the benefit of having a universally recognized and adopted standards was far more important than that definition meeting any one of our personal preferences.

Let me digress for a moment on another definition that is too often used incorrectly. Quick, what’s a Tanker?

If you answered that it’s a large truck built for transporting large quantities of water, bzzzzzzzzzzz. Nope. Tankers – more properly Air Tankers, have wings. They’re fixed wing aircraft (also typed) capable of dropping water and/or retardant on a wildfire. That truck carrying a bunch of water? That’s a Water Tender. Don’t like the name? That’s too bad. Deal with it. That’s the official, universal designation for it. Like my above example, if I order a Tanker for my wildfire and a Water Tender shows up, a whole lot of people are going to be hearing from me, and not to be wished a Happy Birthday.

While I’m on the subject – sorta – let’s talk about resource typing. Engines, to continue that example, can be any one of 9 types. The first 4 are the most commonly used in most places. But in the same state I’m obliquely referring to above, you’ll hear “brush engine” or “brush truck” used exclusively when talking about non-structural engines. In California, and most wildfire prone states, you’ll typically be dealing with Type I (structural) or Type III (wildland) engines. A Type III engine is generally your “full-featured” and purpose-designed wildland/urban interface engine (like a Cal Fire Model 34 or the like). But in this nameless state, a “brush truck” or “brush engine” can be anything from a genuine Type III wildland/urban interface rig to a WWII vintage military surplus 6×6 with very limited capabilities. Or a pickup truck with a skid pump mounted in its bed (which fits the standard ICS definition of a “Patrol” in most cases.) Just another example of the dangers of not adopting standards. When I order resources, I’m going to specify what I need, and I expect to receive that – not someone else’s one-of-a-kind definition of what they think constitutes a wildland engine. Or, for that matter, a wingless “Tanker.”

The misuse of these terms and other aspects of ICS have been bothering me for years (like failure to use Plain English or Clear Text instead of radio codes.) I’ve been in classes with instructors from a major state school that does much of the state’s fire and ICS training and had their instructors argue with me about the Strike Team definitions I’ve already covered. They’re teaching a bastardized, invalid, incorrect, and non-factual “version” of ICS.

In that same state during a recent (and ongoing) wildfire siege, I’ve seen the state level forestry agency talking about the large number of “four engine strike teams” that have been deployed under the state’s Interagency Fire Mutual Aid System. That makes me crazy. In that state, the state forestry agency is looked upon as the expert agency in ICS, yet they’re routinely violating one of the most basic precepts in ICS. Four engines aren’t a Strike Team. Period. Ever. They can be a Task Force; let’s call it that. Task Forces aren’t as “clean” as a Strike Team since there is no standard configuration for a Task Force. But that’s a lot better than supplying a short, non-compliant “Strike Team” that isn’t.

In the beginning days of ICS back in the early 80s, it was pretty common in Southern California to have “qualified” Strike Team configurations. Few departments staffed engines with four personnel – LA City, some of Glendale’s engines, and Long Beach were about the only ones – and thus couldn’t truly provide Type I Strike Teams (one requirement for a Type 1 Engine Strike Team is four personnel per rig). The common protocol was to provide a “Type I Engine Strike Team with three personnel each.” That was operationally acceptable to most ICs and Ops Chiefs. Everybody was used to working with three man companies for one, and secondly, the overhead at the incident were primarily interested in the capabilities of the structural engines, usually for structure protection assignments. Because incident overhead and dispatch center personnel were so good about qualifying that the Type I engines were coming with three personnel, it worked out OK. But what we really should have been doing was talking about Type II Engine Strike Teams – the typing is done by the “lowest common denominator” capabilities.

It’s probably time to re-evaluate staffing numbers for Type I engines. With huge budget cuts hitting all over the country, four person engines are probably very much an endangered species. Perhaps when a request for a “planned need” strike team assignment (versus an “immediate need” for imminent structure threats or other urgent situations) is received, time might allow shifting personnel around to put a complement of four on the five engines of a strike team. But unless and until such changes are made, a Type I engine comes with four personnel, and if we can’t fill that, it’s a Type II by definition.

Common language, common terminology, common definitions – all fundamental and crucially important components of the Incident Command System. We can’t arbitrarily decide to start calling a television a “burrito” or confusion will ensue. (“Hey, honey, would you hand me the remote for the burrito?”) If we’re going to be professionals, regardless of our disciplines, we need to recognize, respect, honor, and adhere to our profession’s glossary, terminology, and standards. When we’re all speaking the same language to do the job, we can get it done as safely and efficiently as possible.

Your comments are, as always, welcome & encouraged.

Photo of National Inteoperability Field Operations Guide, NWCG's Fireline Handbook, and Incident Command System Field Operations Guide 420-1.

These are some of the documents that define the language of incident management. By the way, that's a 1980 version of the 420-1, where "Operations" was still called "Suppression and Rescue" before ICS was recognized as an All-Risk tool.

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Twitter – If It’s Good Enough for FEMA…

This week I had the privilege of attending a conference in nearby Manor (MAY-nor), Texas, that covered topics such as open government, citizen engagement, emergency management, social media, open source software in government, and open data. The topics are extremely timely, and the speakers at this conference were world class.

Dr. Beth Noveck, White House Deputy CTO for Open Government at the manor.govfresh conference.

Dr. Beth Noveck, White House Deputy CTO for Open Government at the manor.govfresh conference.


Included among the many knowledgeable and talented presenters were Dr. Beth Noveck, White House Deputy Chief Technology Officer for Open Government (@bethnoveck), Dr. David Boyd, Director for Command, Control and Interoperability at the Department of Homeland Security, Mark Basnight (@MarkBasnight), Captain for the Charlotte, NC, Fire Department, PIO, and founder of Social Media for Responders, Dustin Haisler (@Dustinhaisler), Assistant City Manger/CIO for the City of Manor (@CityofManor), and more, including a strong lineup of speakers from academia and commercial firms.

I’ll be writing more about other topics from the conference in upcoming articles, but today I’m going to focus more on social media in disasters and emergencies. This continues to be a hot topic. Just yesterday, CNN published a piece by Jim Spellman entitled “Heading off disaster, one tweet at a time..” In that article, Spellman describes what FEMA Administrator Craig Fugate (@CraigAtFEMA) did when he first got word of the massive explosion and fire in San Bruno, CA, earlier this month.

What would you expect the head of the Federal Emergency Management Agency to do? Pick up a radio and get on the national VOIP emergency radio network and check in with responders at the scene? Have his staff reach his Regional Director on the hot line for a quick debrief? Go to the command center and get satellite imagery? No, the first thing Fugate did was grab his smart phone, key some keywords into his Twitter client, and get initial intelligence from the Twitter community. Fugate said, “I got better situational awareness [from Twitter] before we got official word.” That’s genuinely remarkable, and speaks volumes of the power of motivated, responsible, and committed citizens to get accurately and timely information out around the globe in minutes after a disaster happens.

While I’ll say again that public safety agencies shouldn’t use Twitter or other social media to the exclusion of other approaches and technologies for disseminating emergency, real-time information, social media can be an outstanding adjunct.

Dr. David Boyd, Director, Department of Homeland Security, Command, Control and Interoperability at the manor.govfresh conference.

Dr. David Boyd, Director, Department of Homeland Security, Command, Control and Interoperability at the manor.govfresh conference.


A recent Yahoo! research study (PDF) that examined Twitter usage after the Chilean earthquake found that one of the main concerns many people have about the veracity of information being Tweeted may be somewhat overstated. The research found that, “These results show that the propagation of tweets that correspond to rumors differs from tweets that spread news because rumors tend to be questioned more than news by the Twitter community. Notice that this fact suggests that the Twitter community works like a collaborative filter of information. This result suggests also a very promising research line: it could possible to detect rumors by using aggregate analysis on tweets.

I personally found that experience to be true during the San Bruno explosion and fire (#sanbrunofire). A couple of us with extensive fire service experience performed active curation of tweets, Tweeted valid and verified information obtained via online scanner feeds, and pushed back on unsourced, questionable, Tweets. This was a spontaneous, unplanned, and unorganized effort, but it seemed to work well. The efforts of several dedicated nearby residents during the recent Boulder fire, augmented by participation of staff from Project EPIC at Colorado University, and a large number of local residents and businesses who participated to a lesser degree, provided a fountain of information for displaced and potentially displaced residents, distant relatives, firefighters brought in from distant locales to assist, and I’m quite sure to media outlets.

Capt. Mark Basnight, PIO for the Charlotte, NC, Fire Department and founder of Social Media For Responders at the manor.govfresh conference.

Capt. Mark Basnight, PIO for the Charlotte, NC, Fire Department and founder of Social Media For Responders at the manor.govfresh conference.


The public safety community often thinks of social media as a way to get information out to the public, and that is absolutely true. We less often think of it as a source of valuable data and intelligence for ourselves. When you think of FEMA’s Administrator going to Twitter first, however, we need to keep Twitter and other social media in mind as sources for us, too. Toronto Police Services (@TorontoPolice), in my mind one of the wisest and most effective users of social media in the global public safety community (along with @LAFD, the Los Angeles Fire Department – who, as a side note, posted a QR Code image on their Flickr site just today), used social media very effectively during and after the G8 and G20 summits in their city to solicit (and mine for) information about demonstrations and traffic conditions and for soliciting evidentiary photographs of demonstrators who were damaging property and committing other serious offenses. Having engaged their community long before these financial summits, the Toronto Police reaped the benefit of those pre-existing relationships. Their openness also goes a long way to foster trust and build relationships. Just today I saw the Toronto Police retweet a comment someone had made complaining of a TPS supervisor using his cell phone while driving. Now that’s confidence in your agency and trust in your citizens. As Dustin Haisler, Assistant City Manager and CIO of the City of Manor says, “you can trust the crowd.”

There are some among public safety and emergency management agencies and elsewhere who are distrustful of these spontaneous, citizen-based efforts, and others who embrace this level of participation and engagement.  It was heartening to me to hear from experts such as those cited in this article’s opening paragraph who welcome and encourage such efforts. Progressive members of the public safety community are recognizing that social media is here and is something that they’ll have to deal with in one way or another.  As Mark Basnight, Fire Captain and PIO for the Charlotte Fire Department said at this week’s conference, citizens are responders, too. And as he and several other speakers strongly assured the audience, citizen organization and communication are going to occur, whether government participates or not, whether government desires it to happen or not.

The wise public safety or emergency management agency will recognize those truths, and choose to participate and engage with their citizenry, and the truly wise will help to organize those efforts in order to both gain and provide the maximum possible benefit.

All photos by the author; copyright 2010, all rights reserved.

QR Code sign welcoming the viewer to the City of Manor, Texas.

The City of Manor, Texas, uses QR code signage throughout the city to provide information on points of interest as well as for more mundane purposes such as inventory. This is but one of many leading edge initiatives in the city under the visionary leadership of Assistant City Manager/CIO Dustin Haisler.


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Twitter to the Rescue – Social Media’s Evolving Role in Disasters

Several recent enormous tragedies have provided both an opportunity and a showcase for the power of social media, particularly, in my view, Twitter. A lot of people around the world, typically with a few truly dedicated and thoughtful “keynote” Tweeters have led the charge and demonstrated real leadership in getting a lot of accurate information out to the world very quickly and consistently.

The large earthquake at Christchurch, New Zealand, the large wildfire near Boulder, Colorado, and the natural gas pipeline explosion and fire in San Bruno, California, each demonstrated the genuine value of social media in a disaster, and at least anecdotally, it seems the techniques used by Tweeters matured with each subsequent event.

Like any other form of unrestrained, unfiltered communications, a reader must use some critical thought when obtaining information via Twitter. Plenty of rumors get spewed forth, disinformation gets released and retweeted, and some “noise” will inevitably appear. But the discerning reader, assessing which Tweeters are putting forth consistently reliable, sourced and attributed data, will quickly determine which posts are reliable and which should be ignored or at least held in suspense until confirmed though a credible source. Public safety and emergency management official Tweeters can be great sources of information, but of course not all agencies use Twitter in this manner yet, and in some instances, may simply be too overwhelmed in the immediacy of dealing with mitigating the disaster to use social media in the evolving stages of the disaster.

Tweets about the New Zealand earthquake were the first word about it for many, it seems particularly in the US, where news coverage was very limited for many hours. While not an organized event, Tweeters were quickly providing anecdotal information, agencies like the US Geological Survey were tweeting about intensity and location, and folks were checking in with their friends and family to let them know things were OK (or not.) Within an hour or so after the quake, the first photos were coming in via Twitter. Somehow, the word got out that using the hashtag #eqnz was to be adopted to allow tracking of the event.

Curating of scanner information was done by a couple of Boulder area residents who would probably consider themselves amateurs, but who have done a superlative job and genuine public service to the people of Boulder, and the friends, families, and other loved ones of Boulder area residents from all over the world. Sandra Fish, a professor of journalism at Colorado University-Boulder (@fishnette on Twitter) and Laura Levy, a once-upon-a-time realtor turned “social media maven” and foodie blogger (@laurasrecipes on Twitter) independently but more or less simultaneously took it upon themselves to disseminate valid, credible information about fire activity on the Boulder fire, road closures, evacuation information, pet rescue information, evacuee check-in information, and other vital data to the world. One of their big sources was scanner traffic, and these two ladies did an extremely professional job of “curating” that traffic –relating what was important and validated, not posting any sensitive personal information or specific addresses, and truly separating the wheat from the chaff. Their dedication and professionalism in their spontaneous activity is a wonderful example of the power of social media in such events. NPR News outlet Colorado Public Radio conducted a great interview with these well-spoken tweeters which is a must-listen for anyone interested in this topic. The interview can be heard online here. One of the things both tweeters stated very clearly in their interview was their respective commitment to be discrete in information shared. Both were careful not to give out information that was too specific about addresses of burned homes, names or locations of injuries, and the like. While that information is important, these ladies felt quite correctly that friends and family shouldn’t be learning any bad news via Twitter, but rather through official channels.

Project EPIC (@epiccolorado on Twitter) – for “Empowering the Public with Information in Crisis” – is a joint effort by the University of Colorado at Boulder and the University of California at Irvine. From their web site, their mission is stated as “It is a multi-disciplinary, multi-university, multi-lingual research effort to support the information needs by members of the public during times of mass emergency. In this age of social media, we bring our behavioral and technical knowledge of “computer mediated communication” to the world of crisis studies and emergency response. As researchers, we are committed to careful study of socio-technical transformation and building human-centered computation. In addition to empirical observational study that requires new ways of studying massive “widescale” coordination across the internet, we conduct “action research” and employ “participatory design” oriented approaches. We aim to look beyond today’s state of the art and anticipate future socio-technical change.” Among other initiatives of Project EPIC is their “Tweak the Tweet” (TtT) campaign, which involves using a standard set of hashtags (#word) to allow automated “scraping” of tweets to obtain defined types of information. Project EPIC has been using their TtT approach to provide automated timelines and mapping of Tweeted information about structures burned, evacuations, evacuation centers, and other data on the fires in Boulder. Aforementioned Tweeters @laurasrecipes and @fishnette have been on the forefront of promoting use of these defined hashtags during their nonstop coverage of the Boulder fires. See this Google map containing a lot of geolocated information on evacuations, lost structures, requests for assistance, and other key datapoints.

One of the other key hashtags promoted by EPIC is #src. This precedes source data for the information contained in a Tweet. This automatically generates some credibility to the information contained in the Tweet; it is of course dependent on the veracity and competence of the poster, but when the source contains a link or other verifiable source, others can go to that source data before deciding to retweet the post and further promulgate the information the tweet contains.

The Boulder fire brought considerably more “organization” to the Tweeting effort, largely thanks to @epiccolorado, @laurasrecipes, and @fishnette. Some great technology got adapted and continues to benefit those affected by the fire. Various government agencies around Boulder have also been tweeting official information on evacuations, shelters, and informing residents when they could return to check on their homes in certain neighborhoods, and other useful information.

Traditional news media outlets often tweet, and not always reliably. One network news outlet tweeting about the San Bruno tragedy repeatedly put out erroneous and inaccurate information, spread rumors (that could easily be refuted by checking the source document referenced by the original tweeter of the rumor, which careful reading showed to be very old data on a completely separate incident), and presenting very out of date information as “breaking news.” Others, of course, provided good information consistently that had been verified by credible sources.

One of the things making credible tweeting possible is the proliferation of online feeds of public safety scanners. A feed for San Mateo County fire agencies and Cal Fire, California’s state department of forestry and fire protection, was online minutes after the blast. Over 3,000 people were listening to this feed, and some credible current and former fire personnel were “curating” information gleaned from the scanner and getting it out to the world (in the interest of full disclosure, your author was one of them, tweeting as @garytx). This was extremely useful, and much more so than folks perhaps listening to a scanner for the first time, unfamiliar with terminology and without the ability to separate valuable, confirmed information from speculation, plans, questions, and duplicated information.

None of this is to say that inaccurate information and rumors don’t get out on Twitter. During the San Bruno Fire, the hashtag #sanbrunofire was quickly adopted by Tweeters who had committed to some consistency (and who clearly planned on doing multiple Tweets.) That hashtag made it easy to follow this evolving emergency. Even responding fire officers and dispatchers were initially reporting this incident to be a commercial aircraft crash, which quickly got into the Twittersphere. Other tweeters quickly added that the FAA at San Francisco Airport (SFO) were indicating that had no information of a plane down. SFO’s runways are about two miles from the San Bruno blast, and directly in alignment with it, so the mistake was understandable, but in today’s world of instant communications, that mis-information quickly spread.

Other Tweeters engaged in speculation; several suggested the San Bruno blast was caused by an earthquake. One network news outlet in the San Francisco area inexplicably repeatedly put forth inaccurate or very aged information. This station Tweeted that the hydrants were dry – while technically true, it wasn’t a hydrant issue, but rather that the water main serving the affected area had been severed in the blast. This same station reported the wildland fire that was part of the San Bruno incident was at 10 acres – this more than four hours after the ten acre figure had been released, and the actual acreage was in the 30-40 acre range when the station Tweeted the 10 acre figure. This same station also irresponsibly Tweeted the numbers of the engine companies that had had firefighters injured. If the spouses, sons, daughters, parents, friends, brothers, sisters of those firefighters had been following Twitter – and they may well have been – then they would have learned of their loved ones’ injuries this way, rather than through proper notification. Or worse yet, the families of all crew members on those engine companies would have to wonder if it was their loved one who had been hurt.

Several Tweeters on the San Bruno incident repeatedly sent out reminders to the Twittersphere to NOT use specific addresses or intersections when disseminating information about damages, losses, injuries or fatalities (yours truly was one of those sending out such reminders, in the interest of full disclosure). Those monitoring the scanner feed heard one firefighter report a fatality down on the sidewalk in front of a specific address, and that the victim had been “incinerated.” One Tweeter quickly put out this information, including the specific street address. As with the injured firefighters, had loved ones been following Twitter and read that address and the fact that the victim had been incinerated, think of the grief and worry that would cause. “That’s Bob’s address” – and then wondering if it was Bob, one of the other family members, and so forth. For that matter, the decedent could have expired on the street several blocks from their home, and have had no relation to the address in front of which they perished. Those frequent reminders, retweeted many times, may have helped reduce the number of times this sort of information was sent out.

Another oft-retweeted message was a plea from another firefighter-tweeter (@TheFireTracker2; a northern California firefighter, and like me, a qualified Communications Unit Leader) for those in the area to stay off their cell phones, to keep the network available for public safety folks at the scene. This was one of the “top tweeted” messages on the incident, and a great one at that. Even though the Wireless Priority System (WPS) was implemented in San Bruno, which allows registered public safety cell phone users to grab priority access, doing so takes additional time and resources, so getting that message out was a genuine public service. @TheFireTracker2 also gave informed commentary, helped quell rumors, “translated” and disseminated pertinent information gleaned from the scanner feed. Again, for full disclosure, I did these things as well – and from half a continent away. The immediacy and geographic reach of social media is an interesting factor here as well – and certainly applies to the #eqnz event in a major way.

A small and ad hoc community of disciplined and knowledgeable tweeters got a lot of good information out, curated both Twitter messages and radio traffic from the scanner feed. The initial confusion surrounding many aspects of this incident was brought under some measure of control through these efforts. Of these three events described in this post, each one seems to have a bit more order than the last. Twitter will become a real force in disaster management and information dissemination. It won’t be primary tool for public safety users for some time to come – if ever – particularly until the “fail whale” situation gets resolved. Interestingly, the “fail whale” (“Twitter is over capacity”) didn’t happen, to my knowledge, during the New Zealand quake, the Boulder fire, or the San Bruno fire – but repeatedly took place during the Video Music Awards on September 12th.

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More Public Safety Grants Awarded

Sometimes grants can come from seemingly unexpected places. The United States Department of Agriculture (USDA) Rural Development’s Community Facilities program awarded $33M in funding assistance to 74 communities in local, primarily rural, communities across the nation.

Awards in this program include the following:

California

•City of Arroyo Grande: $6,000,000 loan. The funding will be used to construct a 14,500 square-foot police station.
•Antelope Valley Fire Protection District: $65,700 loan and $80,300 grant. The funding will be used to purchase two engines.

Colorado

•Egnar-Slickrock Fire Protection District: $25,000 grant. The funding will be used to purchase new personal protective equipment.

Connecticut

•Putnam EMS Ambulance Service, Inc.: $46,439 grant. The funding will be used to purchase an ambulance.

Georgia

•Elbert County BOC: $523,027 loan and $92,298 grant. The funding will be used to purchase fire trucks and equipment.
•City of West Point: $2,150,000 loan. The funding will be used to construct a new fire department.

Indiana

•Parke County EMS: $90,000 grant. The funding will be used to purchase equipment and furnish a renovated EMS facility.

Iowa

•City of Fonda: $134,700 grant. The funding will be used to purchase emergency services equipment and a new tanker truck.
•City of Cantril: $149,000 grant. The funding will be used to purchase a new pumper truck.
•City of Villisca: $74,250 grant. The funding will be used to purchase a new ambulance.

Kansas

•City of Roseland: $84,000 grant. The funding will be used to construct a new storm shelter and community center.

Kentucky

•Crossroads Volunteer Fire Department: $80,000 loan and $97,700 grant. The funding will be used to purchase a fire tanker apparatus.
•Hillsboro Volunteer Fire Department: $78,000 loan and $42,000 grant. The funding will be used to purchase a fire rescue truck.
•Jackson County Fiscal Court: $49,275 grant. The funding will be used to remount an ambulance onto a chassis.
•Wayne County Fiscal Court: $68,750 grant. The funding will be used to purchase a new ambulance.
•District No. 3 Volunteer Fire Department: $100,000 grant. The funding will be used to purchase a fire truck.
•Montgomery County Fire Protection District: $85,800 grant. The funding will be used to purchase two fire trucks.

Louisiana

•Parish of Tensas: $974,000 loan and $150,939 grant. The funding will be used to construct a public safety facility.

Maryland

•Mt. Vernon Volunteer Fire Company, Inc.: $70,000 grant. The funding will be used to purchase a new pumper truck.

Massachusetts

•Town of Tolland: $2,000,000 loan. The funding will be used to renovate and expand a public works building and construct a new public safety municipal complex.

Michigan

•Nadeau Township : $55,000 grant. The funding will be used to purchase a new brush truck and skid unit.
•Nadeau Township : $160,000 loan and $135,000 grant. The funding will be used to purchase a new brush truck and skid unit.

Minnesota

•City of Canby: $130,000 loan and $50,000 grant. The funding will be used to purchase a new fire truck.
•City of Tower: $75,000 grant. The funding will be used to purchase a new fire truck.

Missouri

•Bowling Green Township: $121,000 grant. The funding will be used to purchase a new road grader.
•City of Kennett: $29,100 grant. The funding will be used to purchase two replacement fire department vehicles.
•Association of Mercer Fire Protection District: $205,000 loan and $285,000 grant. The funding will be used to construct a new four-bay fire station.
•Stoddard County 911 Services: $15,500 grant. The funding will be used to purchase and install an emergency generator at the 911 headquarters.
•Grand River Emergency Services, Inc.: $18,000 grant. The funding will be used to purchase and equip a new ambulance vehicle.
•City of Piedmont: $136,582 grant. The funding will be used to purchase and install two portable emergency generators.

New Hampshire

•Town of Hinsdale: $38,000 loan and $200,000 grant. The funding will be used to purchase and equip a new fire truck.

New York

•Cranberry Lake Fire District: $46,500 loan and $38,500 grant. The funding will be used to purchase a fire truck.
•Village of Clayville: $225,000 loan and $50,000 grant. The funding will be used to purchase a fire truck.
•Greenwood Volunteer Fire Company No. 1, Inc.: $40,000 loan and $42,000 grant. The funding will be used to purchase a new ambulance.

North Carolina

•Pleasant Grove Volunteer Fire and EMS Department: $1,500 grant. The funding will be used to purchase new fire protection equipment.
•Town of Fremont: $6,100 grant. The funding will be used to purchase new fire protection equipment.
•Oak City Volunteer Fire Department: $150,000 loan and $100,000 grant. The funding will be used to purchase a new tanker truck.
•City of Kinston: $1,275,000 loan and $225,000 grant. The funding will be used to construct a new fire station.
•City of Kinston: $1,062,500 loan and $187,500 grant. The funding will be used to construct a new fire station.
•Town of Smithfield : $900,000 loan and $100,000 grant. The funding will be used to purchase a new fire truck.
•Pin Hook Fire Department, Inc.: $7,960 grant. The funding will be used to purchase new fire protection equipment.
•Town of Wendell: $740,000 loan. The funding will be used to renovate a building for use as the public safety center.
•Faison Fire and Rescue, Inc.: $4,590 grant. The funding will be used to purchase fire protection equipment.
•Calypso Volunteer Fire Department, Inc.: $107,500 loan and $105,000 grant. The funding will be used to complete building improvements for a fire station.
•Greenevers Volunteer Fire Department, Inc.: $6,550 grant. The funding will be used to purchase fire protection equipment.
•Rowland Rescue Squad: $12,100 grant. The funding will be used to purchase an echocardiogram (EKG) machine to be placed aboard an ambulance.
•Draper Volunteer Fire Department: $45,500 loan and $24,500 grant. The funding will be used to purchase and equip a used pumper tanker fire engine.
•Town of Burgaw: $130,000 loan and $70,000 grant. The funding will be used to purchase a used pumper fire apparatus.
•Piney Grove Volunteer Fire Department, Inc.: $14,550 grant. The funding will be used to purchase new fire protection equipment.
•Yanceyville Fire Department: $168,500 loan and $100,000 grant. The funding will be used to purchase a pumper tanker truck.
•Franklin Community Volunteer Fire Department: $1,500,000 loan. The funding will be used to construct a new fire department.

Oklahoma

•Eastern Oklahoma State College: $30,610 grant. The funding will be used to purchase campus police protection equipment.
•Town of Tushka: $157,542 grant. The funding will be used to purchase a new fire truck.

Pennsylvania

•Swoyersville Police Department: $89,500 loan and $48,000 grant. The funding will be used to purchase an ambulance.
•Huntingdon Ambulance Authority: $100,000 loan and $20,000 grant. The funding will be used to purchase an ambulance.

South Carolina

•Town of Kingstree: $400,000 grant. The funding will be used to purchase a new fire truck and street sweeper.

Tennessee

•Carroll County: $6,768,000 loan. The funding will be used to renovate and expand a jail.

Texas

•Bacliff Volunteer Fire Department: $356,320 loan and $191,854 grant. The funding will be used to purchase a new pumper fire truck.

Vermont

•Town of Fairhaven: $157,500 loan and $44,600 grant. The funding will be used to purchase a fire truck.
•Town of Richford: $86,900 grant. The funding will be used to purchase an ambulance.
•Barre City: $37,400 grant. The funding will be used to refurbish an ambulance and purchase new defibrillator equipment.

Virginia

•Franklin County: $50,000 grant. The funding will be used to purchase equipment for emergency backup services .
•Town of Narrows: $266,610 loan. The funding will be used to purchase a fire truck and equipment.
•Whitewood Volunteer Fire Department, Inc.: $50,000 grant. The funding will be used to purchase a vehicle and portable emergency services equipment.
•Wythe County: $27,500 grant. The funding will be used to purchase mobile computers for the sheriff’s department and purchase two-way radios for the county school buses.
•Town of Clintwood (2) : $37,500 grant. The funding will be used to purchase fire protection equipment.
•Town of Haysi: $48,000 grant. The funding will be used to purchase fire protection equipment.
•Buckhorn Volunteer Fire Department: $44,000 grant. The funding will be used to purchase a brush fire truck.

Washington

•Douglas/Okanogan County Fire District 15: $121,700 loan and $50,000 grant. The funding will be used to purchase an ambulance.

Wisconsin

•Alma Center Community Fire District: $19,250 grant. The funding will be used to purchase a fire truck and equipment.
•Hatfield Fire & Rescue: $30,000 grant. The funding will be used to purchase a fire truck and equipment.
•Village of Pepin: $453,000 loan and $200,000 grant. The funding will be used to construct a Village Hall and a Community Center .
•Village of Cambria: $435,200 loan and $76,800 grant. The funding will be used to construct a new fire department and training center.
•Green Valley-Morgan Fire Company, Inc.: $305,000 loan. The funding will be used to purchase a new pumper tanker truck.

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Round 14 of SAFER Grants Awarded

Firefighters at scene of house fire

Recruiiting, hiring, and retention of firefighters is the thrust of the SAFER grant program.

Round 14 of FEMA’s Staffing for Adequate Fire and Emergency Response (SAFER) program has been announced. Sixteen departments will be sharing just over $3M in grant funding. The SAFER grant program is intended primarily for recruiting and hiring firefighters and/or rehiring those who have been laid off, as well as recruiting and retaining volunteer firefighters.

Since the SAFER program began in 2005, over one thousand grants totaling over $500M have been awarded.

While these awards are specifically for personnel, those serving the public safety market have opportunities as well. New personnel will need personal protective equipment (PPE), radios, pagers, uniforms, etc.

The entities receiving grant funding from SAFER’s Round 14 are shown below.

Organization City ST Program Federal Share
California State Firefighters Association Sacramento CA Recruitment $743,200.00
Carolina Beach Fire Department Carolina Beach NC Recruitment $266,115.00
Citrus County Board of County Commissioners Lecanto FL Recruitment $45,000.00
City of DeLand DeLand FL Hiring $177,402.00
Fairfax County Volunteer Fire and Rescue Association Annandale VA Recruitment $384,250.00
Hubbardston Fire Department Hubbardston MA Recruitment $84,000.00
Iowa Falls Fire Department Iowa Falls IA Recruitment $34,132.00
Keizer Fire District Keizer OR Recruitment $208,540.00
Lebanon Volunteer Fire Department Lebanon CT Recruitment $274,000.00
Momence Fire Protection District Momence IL Recruitment $100,000.00
Montgomery County Volunteer Fire and Rescue Association Rockville MD Recruitment $ 391,400.00
North Star Volunteer Fire Department North Pole AK Recruitment $194,145.00
Park Forest Fire Department Park Forest IL Recruitment $62,800.00
St. Marys County Government, Department of Public Safety Leonardtown MD Recruitment $335,332.00
Virgil Fire District Cortland NY Recruitment $100,700.00

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