How Comprehensive Plans Shape Fire, EMS, Law Enforcement, and Emergency Management

Byadmin

Part 1 of 5 in our August series on Public Safety and Hazard Mitigation in the Comprehensive Plan.

Nearly every comprehensive plan includes a public safety chapter. Very few treat public safety as a land use outcome.

The chapter lists the fire stations, notes the number of law enforcement officers per capita, mentions the local EMS provider, and moves on. What it rarely does is ask the harder question: does the pattern of development this plan is creating make it possible to serve those residents adequately — and at what cost?

Response times and costs of public safety equipment are not just an emergency management problem. They are a land use problem… and often an economic development problem. Every rezoning that adds scattered rural residential development, every subdivision approved miles from the nearest fire station, every new lot at the end of a dead-end road adds to the service burden of agencies that are already stretched thin. Every broken window, blighted alley, and abandoned warehouse tells potential new residents look somewhere else. The comprehensive plan is where those decisions accumulate — and where their public safety consequences should be visible before the approvals are granted.

To be fair, we’ve worked to bring public safety into the comprehensive plans I’ve worked on. In Jefferson County, Nebraska, we noted that the pattern of future growth can either make public safety service delivery more efficient or stretch resources further. In Hall County and Grand Island, Nebraska, we went a step farther and wrote the principle into policy language: development projects shall mitigate impacts on public safety. That is still not the norm, but it is a sign that some communities are starting to connect the future land use map to what it actually costs to protect it.

Today we’re going to walk through what this all costs, function by function, dollar by dollar. The numbers are not abstractions. They are engines that cost seven figures, ambulances that cost half a million dollars fully equipped, jail beds that cost a half-million more to run than to build, and volunteer rosters that are aging out faster than they’re being replaced. Every one of those figures traces back to a land use decision made, or avoided, in a room these professionals usually aren’t in.

rural volunteer fire station county road — public safety infrastructure rural land use planning

Public Safety Is a Land Use Outcome

Public safety is a core responsibility of government. The relationship between your development pattern and public safety is direct and measurable. In rural areas, that might look like a house thirty miles from the nearest fire station in a rural subdivision, which is not the same as a house three miles from a station in a compact town — the road geometry, the travel time, the available water supply, and the mutual aid options are all different.

As Doug Griffiths and Cheryll Watson wrote last month in an article entitled “Safety must be part of Edmonton’s economic development plan” in the Edmonton Journal, albeit in the context of downtowns yet equally applicable across development patterns:

Safety [is] an economic issue. Every economic strategy ultimately depends on people making choices. A family chooses where to live. An entrepreneur chooses where to start a business. A company chooses where to invest. An employee chooses whether to come downtown. A visitor chooses whether to return. Every one of those decisions is influenced by a simple question:

“Do I feel safe here?”

Insurance Services Office (ISO) fire protection ratings — the scores that insurance companies use to set homeowner premiums — are partly determined by response time and the availability of water supply. A rural subdivision that triggers a lower ISO rating doesn’t just affect the county’s fire protection costs. It affects every homeowner’s insurance premium in that response district. That is a land use decision with a direct fiscal consequence for residents — one that rarely appears in a subdivision staff report.

The same logic applies to Emergency Medical Services (EMS). In rural areas, where volunteer EMS agencies cover vast geographic areas with limited staffing, response times for medical emergencies can exceed fifteen minutes — the threshold beyond which outcomes for cardiac arrest, stroke, and severe trauma deteriorate significantly. Development that pushes into remote areas extends those response times further. A comprehensive plan that approves rural residential growth without mapping EMS coverage and response time implications is approving those outcomes without accounting for them.

Every subdivision approval is a public safety decision. The question is whether local governments are making it consciously.

Town of Bernalillo, New Mexico, Fire & Rescue fire truck

Fire Protection: Geography, Staffing, Affordability

Rural fire protection across the United States and Canada faces a mix of geography, staffing, and affordability problems. The core issues are long response times, limited water supply, harder access to properties, and a volunteer system that is being strained by rising call volumes and an aging population.

In rural places, fire stations are often far from homes and farms, so response times are longer and fires have more time to grow before crews arrive. Rural departments also deal with narrow roads, snow, steep driveways, scattered development, and limited hydrants, which makes suppression harder and often requires tankers or water shuttles. Within that pattern, there’s too many places we’ve built ourselves into dead-end roads with no second way out, and that can cost lives in an emergency. I’ve sat in enough public budget meetings to know this isn’t theoretical — it’s the difference between a kitchen fire and a total loss, and it shows up in insurance premiums long before it shows up in a headline.

You can find that trade-off as well in small towns becoming part of larger metropolitan areas. Working with the Town of Bernalillo, New Mexico, on their comprehensive plan, we saw the historic plaza neighborhoods sitting within a short run of the fire station and hydrants, but new lots are being platted out along the highway corridors, across acequias and up onto the mesa. On paper, that is only another inch or two of yellow on the future land use map; on the ground, it is a longer run time, a tanker shuttle instead of a hydrant, and a very different risk profile for the same department and the same tax base.

Equipment and apparatus costs are another major pressure point for big cities and small towns, and the numbers have moved fast enough that plans written even three or four years ago are already out of date. A standard custom pumper engine that ran $400,000–$500,000 (US dollars) a decade ago now typically prices out between $650,000 and $950,000 — a massive jump for equipment that hasn’t functionally changed. Some fire chiefs now describe $1 million as the practical price floor for a new engine, not the ceiling. Tankers and water tenders — the trucks that matter most where hydrants don’t exist — run $250,000 to $600,000 new, and a rural fire district in Washington State lists its own current apparatus price sheet running from $120,000 for a quick-attack brush truck up to $1.3 million for an aerial ladder.

It isn’t just the trucks. Rescue equipment carries its own price tag on top of the chassis. A complete set of battery-powered extrication tools — the “Jaws of Life” cutters, spreaders, and rams that get people out of wrecked vehicles — typically runs $30,000 to $40,000 for a full department-grade set, and departments that need to replace dozens of individual tools at once have reported bills approaching $1.5 million. The US Department of Homeland Security has reported self-contained breathing apparatus (SCBA) — the air packs firefighters wear inside a burning structure — running $5,000 to $12,000 per unit, which means replacing a full complement for even a modest volunteer roster is a six-figure decision. And basic turnout gear — coat, pants, helmet, boots, gloves, hood — runs roughly $3,000 to $5,500 per firefighter for the ensemble alone, with total personal protective equipment costs (including the SCBA facepiece and accessories) pushing past $13,000 per person once everything is counted.

Stack those numbers against the industry’s own replacement guidance and the affordability problem comes into focus. National Fire Protection Association (NFPA) guidance recommends moving frontline apparatus to reserve status around 15 years and retiring it entirely by 25, which sounds reasonable until you realize what it means in dollars: a small district needs to be setting aside close to $50,000 a year, every year, just to have a million-dollar engine paid off by the time the old one ages out — before a single SCBA, gear set, or extrication tool gets touched. Most volunteer departments, funded by a patchwork of township levies, county appropriations, and pancake breakfasts, simply don’t have that kind of capital reserve. The predictable result, documented repeatedly in the trade press, is departments running apparatus well past its recommended service life because the alternative — going without a truck — isn’t an option.

The planning implications show up in real capital decisions. In Grand Island, the comprehensive plan notes that growth to the south and west will likely require a fifth fire station between the current city limits and I-80. Last year, the City started rebuilding Fire Station No. 3, with a budget of about $4.5 million which will add an ambulance crew there. This wasn’t the Planning Commission telling anyone what to do. This was the Planning Document reflecting what was already planned and would need to happen to support the land use pattern. That is what growth looks like once it reaches the public safety budget: not abstract acreage, but station footprints, staffing, and recurring operating cost.

The Demographic Time Bomb

Volunteer fire service is especially vulnerable in rural areas because departments depend on a small local labor pool. The trend lines here aren’t subtle. According to estimates by the NFPA and others, the number of volunteer firefighters in the U.S. peaked at roughly 897,000 in 1984 and had fallen to about 635,000 by 2023 — a record low — even as the population served grew and call volume more than tripled over the same 40-year period, driven mostly by the shift toward EMS response. In other words: fewer volunteers are covering more calls across a bigger population than at any point since anyone started counting.

Aging demographics affect both supply and demand at once. As rural populations age, more people need emergency services, but fewer residents are physically able, willing, or available to serve as volunteers, especially when work schedules, family obligations, training demands, and long call times are considered. The data bears this out starkly: in communities of 2,500 people or fewer — almost entirely volunteer-served — only about 16 percent of firefighters were over age 50 in 1987. By recent counts, that share has more than doubled to over a third, and it’s not uncommon in small towns to find volunteers still answering calls in their 60s and 70s . Meanwhile, firefighters under 30 make up only about 22 percent of the volunteer force in towns under 2,500 residents — the smallest share on record.

Retention is often even harder than recruitment. Departments report that older volunteers may leave because of physical demands, while younger volunteers may be discouraged by outdated gear, leadership issues, training burdens, or the difficulty of leaving work for calls and drills. In many small towns I’ve worked with, the commuting statistics show almost everybody with a job leaves town during the day, leaving mutual aid to pick up the slack — and that daytime coverage gap is one of the clearest, most measurable planning-relevant symptoms of the problem. You can pull it straight from Census commuting data during a comprehensive plan update, and it tells you more about actual daytime fire coverage than any narrative description ever could.

This all creates a cycle: fewer volunteers means heavier workloads for the remaining members, which increases burnout and makes it even harder to keep people in the system. Every capital dollar spent chasing NFPA-recommended apparatus and gear replacement is also a dollar not available for recruitment incentives, training stipends, or the kind of quality-of-life investment — modern stations, decent gear, reasonable schedules — that keeps a 28-year-old willing to show up at 3 a.m. for a chimney fire.

The ISO Rating Your Plan Is Affecting

The ISO Public Protection Classification (PPC) system rates fire protection on a scale of 1 to 10, with 1 representing the best protection and 10 representing no recognized protection. Most rural areas fall in the 6–9 range. The rating is determined by three factors: the fire department itself (equipment, staffing, training), the water supply available for firefighting, and the dispatch communications system.

What the ISO rating doesn’t capture directly — but what planners can influence — is the geographic distribution of development relative to fire stations and water supply. Rural subdivisions beyond five road miles from a fire station typically fall into Class 8B or 10 territory regardless of the quality of the fire department, because distance is a physical constraint that equipment and staffing cannot fully overcome. Worth knowing for anyone digging into a rating bureau report: ISO revised this nomenclature in 2013–2014, so what used to display as a split “6/9” or “6/8B” now often shows as “6/6X” or “6/6Y,” and ISO added a new Class 10W for properties between five and seven road miles that sit within 1,000 feet of a creditable water source. Many state rating bureaus, including Texas’, still reference the older 8B/9/10 terms in consumer-facing guidance, so both labels show up depending on which document you’re reading — but the underlying five-road-mile threshold hasn’t moved.

For planners, this means:

  • Mapping fire station service areas — five-road-mile buffers are the standard ISO threshold — and overlaying them with future land use designations. Development proposed outside those buffers should trigger a public safety review as part of the subdivision or rezoning process.
  • Requiring a second way in… and out of any new subdivision is a simple metric that can help avoid the next natural disaster.
  • Requiring dry hydrant installation or other water supply provisions for rural subdivisions that fall outside municipal water service areas. This is one of the cheapest fixes available to a rural fire district and a rounding error next to a million-dollar tanker. It can be the difference between an 8B/8Y rating and a flat Class 10 for everyone within 1,000 feet of it.
  • Coordinating with fire districts during comprehensive plan updates to identify service gaps, planned station locations, and areas where growth would outpace protection capacity.

📋 Planning Takeaway

If your future land use map shows residential growth in areas beyond five road miles of a fire station and outside municipal water service, your plan is approving development that will receive Class 8B/8Y (or worse, Class 10) fire protection — and higher insurance premiums — regardless of how good your local fire department is. And that fire department, remember, is likely running equipment it can’t easily afford to replace, staffed by volunteers who are aging out faster than they’re being replaced. That tradeoff belongs in the plan.

Image of rural EMS ambulance

EMS Coverage: The Response Time No One Is Mapping

Emergency medical services (EMS) in rural America are under significant strain. The National Rural Health Association (NRHA) estimates volunteer EMS agencies provide approximately 70 percent of all emergency medical services in the United States — and in rural counties, that share is even higher, with some of the most sparsely populated areas covering more than 90 percent of calls through volunteers alone. These agencies are facing declining volunteer pools, rising call volumes, and increasing costs for equipment and training. The same constraints on fire fighting volunteers, with extra requirements for education and training.

The financial picture is sobering on its own terms. Nearly one-third of rural EMS agencies nationwide are in immediate operational jeopardy because they can’t cover their own operating costs, and the trend is measurable state by state. In Virginia, the number of licensed EMS agencies dropped from 628 in 2017 to 560 in 2022 — an 11 percent decline — with nonprofit community rescue squads, the backbone of rural coverage, falling by 18 percent over the same period. One Henry County squad, it was reported, closed after being down to a single certified volunteer EMT — not a staffing shortage so much as a staffing absence.

The vehicle and equipment costs driving that operational jeopardy have moved the same direction as fire apparatus. Sources estimate a new Type I ambulance (heavy-duty chassis, modular patient box, the standard rural workhorse) runs $250,000 to $400,000 (US dollars), a Type III (cutaway chassis) $220,000 to $380,000, and even the smaller van-based Type II $150,000 to $300,000. A remount might save 30 to 50 percent over buying new, which is why so many volunteer squads keep the box and just replace what’s underneath.

The equipment that rides inside that ambulance carries its own real money. A cardiac monitor/defibrillator — the device that reads a 12-lead EKG, delivers a shock, and tracks vitals in transit — typically costs $25,000 to $45,000 per unit. A LUCAS mechanical CPR device, which delivers continuous, correctly-paced chest compressions so a two-person volunteer crew doesn’t have to do it by hand for 20 minutes in the back of a moving rig, runs $16,000 to $20,000. Even the ambulance cot and its power-loading system — unglamorous, mandatory, and easy to overlook in a budget — lists at roughly $29,000 and $31,000 respectively. A single new Type I ambulance, fully equipped with a modern monitor-defibrillator, a LUCAS device, cot, and loading system, can easily clear $450,000 before it ever answers a call — a number most volunteer rescue squad budgets were never built to absorb.

Training compounds the staffing side of the same problem. Where a volunteer firefighter typically completes a basic recruit academy, sources indicate across the US a volunteer EMT candidate faces 120 to 150 hours of state-mandated coursework costing $630 to $3,980 out of pocket depending on the program, and a paramedic candidate — the advanced-life-support level increasingly required to keep a rural ambulance staffed to modern standards — faces 1,200 to 1,800 hours and $5,000 to $25,000 or more in tuition. One analysis of the rural EMS workforce crisis in Texas notes that a newly certified paramedic there earns roughly half what a registered nurse earns after a comparable length of training — a wage gap that helps explain why so few rural volunteers make the jump from EMT to paramedic, even when their community desperately needs the higher skill level. Continuing education adds ongoing cost on top of the initial investment, year after year, just to keep a certification current.

According to the NRHA, average rural EMS response times are more than twice those in urban areas, and in the most remote counties, response times exceeding 30 minutes are not uncommon. One workforce analysis puts average pre-hospital time for rural crash victims in Texas at more than 67 minutes, compared to under 40 minutes in urban settings. Many rural counties are already experiencing coverage gaps: periods when no EMS unit is available within a reasonable response distance. Montana’s own state health department has reported that roughly 20 percent of its EMS agencies frequently have trouble responding to 911 calls for lack of available volunteers, and another 34 percent occasionally can’t respond at all — and that’s before you factor in that 60 percent of the state’s volunteer EMTs are already 40 or older.

The connection between land use and EMS coverage is straightforward but rarely made explicit in comprehensive plans. Development that disperses population across a larger geographic area increases the average response time for the same number of EMS units. Development that concentrates population in or near existing service centers keeps response times manageable and makes the economics of EMS provision more sustainable — and every mile of added average driving distance is also a mile of added fuel, wear, and time away from the next call for a crew that may already be short-staffed.

Consider two growth scenarios for a rural county. In the first, 200 new homes are approved in a compact extension of an existing town, well within the EMS service area. In the second, those same 200 homes are approved as scattered rural residential lots across a 150-square-mile area. The second scenario doesn’t just affect EMS response times — it affects the long-term viability of volunteer EMS in that county, because the service area becomes too large to cover with the volunteer pool available. It also affects the capital math directly: a more dispersed service area is the argument a squad makes to its county board for a second ambulance, a satellite station, or a paid overnight crew — each one a six-figure ask layered on top of an already strained budget.

In some places, the development patter is a bit different. Working in Aztec, in the Four Corners region of New Mexico, for example, we found a compact downtown, schools and neighborhoods clustered near the river, and then a fan of housing, oilfield traffic, and tourist traffic stretching toward the canyons. Weekdays, a big share of the working-age population is commuting to jobs in Farmington or Durango, Colorado. That leaves a volunteer-heavy EMS system trying to cover both the in-town calls and the long-distance canyon rescues with fewer people actually in town. Every new short-term rental carved out along a scenic road outside the core is a land use decision that quietly stretches that response time.

The service geography extends to rural counties across the country. Grand Island’s county-wide EMS responded to 5,996 EMS calls in 2022 and recorded 2,400 simultaneous two-ambulance occurrences. Hall County’s countywide plan also states plainly that future subdivisions in remote rural areas may put an undue burden on EMS and other public safety services. That is exactly the connection too many plans still avoid making explicit in development review.

Practical steps for planners:

  • Map current EMS response time zones using GIS and historical call data. Your state EMS office may provide this data at the county level.
  • Establish level-of-service standards for EMS response time in the comprehensive plan — and evaluate major development proposals against those standards.
  • Coordinate with EMS providers during plan updates to understand current capacity, coverage gaps, and the service implications of different growth scenarios. Ask directly whether the agency’s apparatus and equipment replacement schedule can absorb the added call volume a proposed development would generate — a $350,000-plus ambulance and a volunteer roster that’s already thin are not abstractions once you put a number on them.

📋 Planning Takeaway

EMS response time data exists. It is rarely mapped in comprehensive plans, and almost never used as a criterion in subdivision or rezoning review. Adding a simple EMS response time overlay to your GIS and referencing it in your development review process costs almost nothing — and makes visible a public safety consequence that is currently invisible in most approval processes. This also gives your local EMS agency something concrete to bring to the county board the next time they’re asking for help funding a $300,000 ambulance to cover ground that a scattered-lot subdivision just made bigger.

Sheriff's Deputy vehicle, Bourbon County, Kansas

Law Enforcement: Coverage, Response, and Rural Geography

Small town and rural law enforcement faces a version of the same problem: large geographic jurisdictions, limited staffing, and development patterns that make coverage increasingly difficult to maintain. A small town with two part-time police officers and a county sheriff’s department covering 800 square miles with eight patrol deputies are providing a fundamentally different levels of service than an urban department — and the comprehensive plan has a role in either managing that reality or making it worse.

The capital side of rural law enforcement looks a lot like the fire and EMS numbers we just walked through — smaller sticker prices per unit, but recurring and compounding fast. A fully outfitted patrol vehicle now runs well past its base sticker price once you add the equipment that actually makes it a police car. A base 2026 Ford Police Interceptor Utility lists around $45,000–$48,500, but recent municipal purchase orders I’ve seen online show the real all-in cost — lighting, cage, computer mount, radios, decals, and upfit labor — pushing the total to roughly $70,000 to $75,000 per unit, with a six-vehicle order for one Michigan department coming in at just under $440,000, or about $73,300 apiece. A rural county replacing even two or three patrol units a year is looking at $150,000 to $225,000 in vehicle costs alone, before staffing.

Officer equipment adds another layer that didn’t exist a generation ago. Body-worn cameras and conducted-energy weapons (Tasers) are increasingly treated as standard patrol equipment, but they come bundled with subscription costs that departments often underestimate. Manufacturer “officer safety plans” — camera, Taser, and unlimited cloud video storage together — commonly run $99 to $240 per officer per month, or roughly $1,200 to $2,900 per officer per year, on top of the initial hardware cost of $1,000 to $2,000 per officer for the camera and weapon themselves. One industry estimate put the fully-loaded cost to outfit a single officer with cameras, Tasers, training, and software at $8,000 to $10,000 up front. For an eight-deputy department, that’s a real line item, and it recurs every budget cycle as a subscription rather than a one-time purchase — a structural shift in how small departments have to budget that a lot of county boards haven’t fully absorbed yet.

The Jail Cost Problem

If patrol equipment costs have crept upward, jail operating and construction costs have moved into an entirely different category, and it’s worth pulling this apart from patrol costs because it’s often the single largest public safety line item in a rural county budget — bigger than the sheriff’s patrol division itself.

Daily per-inmate operating costs vary widely by state and facility, but the range is consistently higher than most county boards expect. Reported daily operating costs run from around $45–$75 in lower-cost systems to $150–$400+ per day in others. Annualized, that’s anywhere from roughly $16,000 to well over $100,000 per bed per year depending on the facility and state, with a widely cited national estimate landing around $40,000–$45,000 per inmate annually once healthcare and support costs are included. Most rural counties also lose money on every state or federal inmate they house under contract: state reimbursement rates frequently run $27 to $40 per day, well below actual local operating costs of $65 to $110 per day for the same bed — a structural subsidy rural taxpayers provide to the state corrections system every time a county jail holds a state prisoner awaiting transfer.

Construction costs are where the real sticker shock lives, and they’ve moved sharply in just the past few years. Older planning guidance from the 1990s pegged new jail construction at $50,000 to $100,000 per bed. Current county jail projects reported across the country now run $250,000 to $400,000 per bed and higher. A 408-bed jail proposed in Liberty County, Texas, priced out at $263,000 to $272,000 per bed — roughly $107 million before soft costs. A proposed 400-bed jail and co-located justice center in Monroe County, Indiana, carried an all-in cost near $200 million — about $500,000 per bed once soft costs and the justice center were included. Statewide survey data from Ohio found counties being quoted $800 to $1,100 per square foot for jail construction in 2024 — almost double the $600 per square foot figure from just five years earlier.

That per-bed number is only the beginning. Construction is not the most expensive part of adding jail capacity — staffing is. A commonly cited industry rule of thumb holds that operating a jail bed over its useful life, factoring in staff ratios and benefits, can push the true lifecycle cost of a single bed to $500,000 or more once construction and 20-30 years of operations are combined. This is the pitfall almost every county board misses at the vote: they budget the construction bond, and then discover the new facility needs three shifts of correctional officers, food service, medical contracts, and maintenance staff that didn’t exist before — recurring costs that outlast any bond issue and that a rural county’s tax base often can’t absorb without cutting something else, usually road maintenance or the sheriff’s own patrol budget.

A second pitfall is sizing. Jail expansion decisions are frequently driven by a snapshot of current, often temporarily elevated, population counts rather than a defensible long-range needs assessment — and once a county builds capacity, it tends to fill it, a dynamic corrections researchers have documented for decades. Overbuilding locks in decades of debt service and staffing cost for beds that may sit partially empty in years with lower caseloads, while underbuilding means the county is back at the board table in ten years asking for another expansion.

This is where regionalization earns a serious look in a comprehensive plan, even though it’s politically harder to champion than a shiny new local facility. Regional jails — where two or more counties combine their detention operations into a single, larger facility — offer real economies of scale: fixed costs like administration, medical staffing, food service, and security systems get spread across more beds, and the resulting facility is large enough to justify programming (mental health services, substance abuse treatment, vocational programs) that no single small county could support on its own. Several New England sheriffs have moved in exactly this direction recently, with three Maine counties — Androscoggin, Oxford, and Franklin — jointly proposing a regional jail rather than each county separately expanding an aging facility.

Regionalization isn’t free of tradeoffs — it means inmates, and the families visiting them, may travel farther, and it requires county boards to cede some direct local control over a politically sensitive function. But set against the alternative of each small county independently financing a $30–100 million facility it will spend the next generation paying off and staffing, the math for cooperation is compelling. The same logic that applies to regional fire and EMS mutual aid applies here: a rural county rarely has enough call volume, tax base, or staffing pool to run every public safety function at full scale alone, and pretending otherwise in a facilities plan sets up an expensive correction later.

📋 Planning Takeaway

The planning connection is most direct in two areas. First, development timing: concentrating growth in and around existing service centers keeps law enforcement response times manageable and avoids creating new remote residential areas that require additional patrol coverage — the same logic driving the fire and EMS sections above, applied to a sheriff’s department that has to cover the same expanding footprint with the same eight deputies. Second, road design: subdivisions with good connectivity — multiple access points, through streets — are faster to patrol and easier to respond to than cul-de-sac developments with single points of access.

In small towns, law enforcement can adapt elements of community-oriented policing as staffing levels allow. An example would be adding foot and bike patrols in parks and in the downtown. If we can minimize sprawl on the edge of town, patrol can get out from behind the wheel and actually talk to residents and business owners. There are always opportunities to better coordinate nuisance, animal, and code enforcement as well.

There is also a design and management side to this that planners should not ignore. Grand Island’s plan points toward foot patrols, bike patrols, nuisance abatement, and closer coordination with code enforcement as staffing allows. Those are not just police tactics. They are reminders that public safety outcomes are shaped by block form, park design, downtown conditions, maintenance, and whether the built environment supports visibility and regular contact between officers and residents.

A comprehensive plan is also a reasonable place to flag jail capacity as a regional facilities question rather than assuming it’s someone else’s problem. If your county’s jail is approaching capacity, the plan should at minimum note that any expansion decision carries lifecycle staffing costs several multiples larger than the construction bond, and that a regional partnership with neighboring counties deserves a serious feasibility look before the county commits to going it alone.

Emergency Management vehicle, Colfax County, Nebraska

Emergency Management: What we do Before, During, and After

Emergency management (EM) is the system of planning, coordinating, and acting before, during, and after disasters to protect lives, property, and communities. Hazard mitigation is the long-term part of that system: actions taken to reduce or eliminate future disaster risk, such as floodplain regulations, elevation, buyouts, drainage improvements, and stronger building standards.

Then in many rural areas, coordination of search and rescue gets added to EM responsibilities covering all three primary public safety functions: law enforcement, fire protection, and EMS. This isn’t a small addendum. Ground search and rescue — locating a lost hunter, a hiker who didn’t return, a person with dementia who wandered off, or victims of a flash flood or tornado — is one of the most volunteer-dependent, equipment-intensive functions a rural county performs, and it’s almost never budgeted for as its own line item. It gets absorbed into the sheriff’s office, the volunteer fire department, or a standalone SAR nonprofit that runs largely on donations.

In western states, our comprehensive plans added another layer increasingly relevant across the world: the wildland–urban interface. In Bernalillo or Aztec, New Mexico, or Archuleta County, Colorado, where I’ve worked, emergency management has to think about flash floods, wildfire, and canyon rescues as part of the same system that handles downtown structure fires. A subdivision pushed just a little farther into piñon-juniper country is not just a fire district problem; it is a search-and-rescue problem, a smoke-evacuation problem, and a road network problem when a two-lane collector is the only way out. None of that shows up on a conventional future land use map unless someone in the room draws the line from that color on the map to the next evacuation order

The equipment costs add up fast for what looks, from the outside, like a low-tech management function. A trained and certified K9 search team — the dog, the handler, ongoing training, food, veterinary care, and gear — can run an estimated $11,500 per team per year to maintain, once you account for annual training (~$5,000), food (~$2,000), medical costs (~$2,500), and equipment (~$2,000). It can cost up to $7,500 just to train and certify a single dog-handler team from the ground up before that annual maintenance cost even begins. On the human side, a single volunteer ground searcher needs an average of roughly $4,000 in personal protective and technical gear — boots, layers, navigation tools, radios, a pack, shelter — most of which volunteers pay for themselves. Drone teams, now standard for search coverage of large rural acreage, add a further layer: a capable thermal-imaging search drone runs $2,000 to $5,000-plus per unit, on top of FAA Part 107 pilot certification for the operator. None of this is exotic spending — it’s the baseline cost of being able to find someone before a search becomes a recovery, and in a county with a large land area and a thin tax base, it’s a cost almost nobody plans for until the first bad search reveals the gap.

The standard emergency management cycle consists of four elements:

  • Mitigation: reduce risk before disasters happen.
  • Preparedness: plan, train, and stock resources.
  • Response: act during and immediately after an event.
  • Recovery: rebuild and restore services and systems.

Some communities are also treating emergency management as real local infrastructure rather than a binder on a shelf. Integrating emergency management and land use planning is easier in some places like Jefferson County and Thayer County, Nebraska, where the Zoning Administrator is also the Emergency Management Director. In others such as Hall County and Grand Island, for example, operate emergency management and 911 communications through an interlocal arrangement and from a dedicated Emergency Operations Center (EOC) next to Fire Station 4. In Clay County, Emergency Management is integrated with the 911 Center, including providing active public information during severe weather. Different models, same lesson: coordination capacity matters, and it has to be built before the disaster

All four elements need a physical place to happen, and that place — the emergency operations center — is itself a capital cost that catches a lot of county boards off guard. EOCs require hardened construction, redundant power and communications systems, and technology integration that push costs well above typical government-building rates: current national estimates run $800 to $1,500 per square foot, and even more modest county-scale projects land in that territory — Los Alamos, New Mexico, for example, is building a 5,067-square-foot EOC at $715 to $801 per square foot for roughly $4.15 million total, while Spartanburg County, South Carolina budgeted $5.6 million for a 12,000-square-foot facility. Smaller counties can scale this down considerably by adapting existing space rather than building new, with federal cost share available through FEMA’s EOC Grant Program to offset costs. The lesson for a rural county is the same one that ran through the fire, EMS, and law enforcement sections: work together to find common cause. A hardened room in an existing public building, with the right redundant power and communications, might do the job for a fraction of a from-scratch facility.

Mitigation is meant to break the costly “damage and rebuild” cycle. FEMA says hazard mitigation planning reduces loss of life and property by identifying risks and vulnerabilities, then creating long-term strategies to protect people and property. The return on that investment is well documented and, frankly, better than almost anything else a local government spends money on: independent studies commissioned through the National Institute of Building Sciences found that federal mitigation grants save society an average of $6 for every $1 spent, with flood mitigation specifically returning about $7 for every $1 invested. On the ground, that plays out through specific project types with well-established cost benchmarks. We’ll revisit local hazard mitigation plans throughout this series.

It’s also worth being honest about staffing here, because it echoes the volunteer strain we’ve already covered in fire and EMS. Many rural counties can’t justify a full-time emergency management director position on caseload alone, so the role gets combined with another title — fire chief, sheriff’s office staff, or the county administrator’s office — a practice that’s generally legal as long as the two roles aren’t found to be “incompatible” under state doctrine, but that spreads one person very thin across two demanding jobs (MRSC on incompatible offices; Duchesne County, Utah Emergency Management Director/Fire Chief job description). A statewide survey of county emergency management directors found they budget, on average, about 60 percent of available funds for personnel, 16 percent for equipment, and the rest for training and other costs — and more than half of respondents named additional personnel as their single largest unmet need. That’s a staffing gap, not just an equipment gap, and it’s worth flagging in a comprehensive plan alongside the facility and vehicle costs.

📋 Planning Takeaway

In planning practice, emergency management is not separate from land use planning; it is one of the main reasons planning exists. Reducing disaster risk before a crisis, faster response during an event, and more affordable and equitable recovery all depend on ties with the comprehensive plan well ahead of time. The costs laid out here — a hardened EOC, a properly equipped search and rescue capability, and a funded pipeline of buyouts and elevations for the community’s worst flood-prone properties — are not exotic asks. They’re the ordinary, foreseeable price of taking hazard risk seriously before the disaster forces the issue, and a comprehensive plan that pairs its land use map with a current, FEMA-approved hazard mitigation plan gives a rural county its best shot at federal cost-share dollars to cover most of that price tag.

public safety land use planning — rural fire station and agricultural landscape at dusk

The Fiscal Connection: Scattered Development Costs More to Serve

The public safety argument for compact, service-area-oriented development is ultimately a fiscal argument. Scattered rural development costs more to serve per household — in fire protection, EMS, law enforcement, and emergency management — than development that builds on existing infrastructure and stays within established service areas.

Those costs are real and measurable. Fire district budgets, EMS support payments, and sheriff’s department staffing levels all reflect the service burden created by development patterns. A comprehensive plan fiscal impact analysis that includes public safety service costs — not just infrastructure and utilities — gives elected officials a complete picture of what different growth scenarios actually cost.

For most rural counties, the math is not complicated. Compact development near existing service centers costs less to protect and serve. Scattered rural residential development costs more — in response time, in service provision, and eventually in the public subsidies required to maintain adequate coverage.

Compact growth
🏘️
Development near service centers
↓
⏱️
Shorter response times
↓
💰
Lower per-household costs
↓
✅
Sustainable service levels
Scattered growth
🏚️
Development dispersed across landscape
↓
🕐
Longer response times
↓
📈
Higher per-household costs
↓
⚠️
Subsidized service gaps

Development pattern determines public safety outcomes — before a single application is filed.

Public Safety is a Land Use Problem… and Solution

Public safety agencies don’t choose where development goes. Planning Commissions and elected officials do. The decisions made in subdivision review, rezoning hearings, and comprehensive plan updates determine the service geography that fire departments, EMS agencies, and law enforcement must cover — for decades.

The pattern is consistent: fire, EMS, law enforcement, emergency management — every one of these systems is being asked to do more, across more land, with fewer people and thinner budgets, and every one of them is shaped directly by decisions made in the comprehensive planning process and at the development review table. That’s not a coincidence. It’s the whole argument. Public safety isn’t a downstream service that reacts to growth after the fact. It’s an input to the growth decision itself, and right now, too many of our communities are making that decision without the people who actually know the real cost.

So here’s the ask, plainly. If you sit on a Planning Commission or Village/County board, invite your fire chiefs, EMS agency leads, sheriff, and emergency management director into the comprehensive plan process itself — not as a courtesy briefing after the draft is done, but as participants while the future land use map is still being drawn. Ask them to bring their response time data, their apparatus replacement schedules, their staffing gaps, and their honest read on what another scattered subdivision does to their ability to serve the community that’s already there. And build a standing line of communication into your development review process, so a rezoning or subdivision application that pushes growth beyond a five-road-mile fire response buffer, a mapped EMS coverage gap, or a jail system already over capacity gets flagged before it reaches a vote, not after.

None of this requires new legal authority. It requires inviting the right people into a room you’re already using, and asking a question most plans still skip: what does this decision cost the people who show up when something goes wrong? Public safety professionals and the volunteers who make up most of rural America’s response capacity have the answer. The comprehensive plan is where that answer belongs.

Next Sunday, August 9th, we move from the services that respond to emergencies to the hazards that cause them: natural hazards and the comprehensive plan.

Questions about integrating public safety into your comprehensive plan? Get in touch and we’ll see what we can do to help.

Books and maps on public safety, hazard mitigation, and community development.

FURTHER READING

The public safety data referenced in this article is publicly available and already covers your county. The resources below will help you go deeper — whether you’re looking for ISO rating guidance, EMS coverage standards, or planning frameworks that connect land use decisions to public safety outcomes.

Tools & Data

Reports & Research

Planning Guidance

Books

This page contains affiliate links. As an Amazon Associate, JCShepard.com earns from qualifying purchases at no additional cost to you.

Resources

Rural-Ready Engagement: Practical Tools for Small Town Planners

🎥 Watch the full replay: youtube.com/@Engaging-Communities (February 2026)

Community engagement can look very different in small towns and rural communities. This webcast was co-sponsored by the APA Community Engagement Interest Group and the Small Town & Rural Planning Division.

Dynamic Decisions Podcast (Season 2 Episode 15)

“Stop Chasing Smokestacks. Grow What You Have” with Teasha Cable of cModel Data, now playing on Youtube (audio), Apple Podcasts, Spotify (May 2026). Other listening links here.

The Rural Impact Podcast (Episode #86)

“Pathways to Powering Rural America” My guest spot on Michelle Rathman’s podcast. Episode page here, listen on Apple Podcasts or Spotify, or watch (!!!) on youtube. We talked about energy, data centers, and good governance, plus so much more.

Popular posts on JCShepard.com

Check out The 12 Planning & Sustainability Books You Need in 2026 and browse through the Small Town & Rural Community guides on our Resources page.

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