The Summer Camp Doctor's Handbook

Wilderness medicine developed as a distinct discipline because standard clinical protocols assume resources that simply are not present once someone is more than an hour from definitive care. The field grew out of expedition and search-and-rescue medicine in the 1970s and 1980s, formalized through organizations like the Wilderness Medical Society, and built around a core question: what is the best care achievable with what is actually on hand, not what would be ideal in a hospital^[1]. Summer camps rarely qualify as true wilderness in the expedition sense, but the underlying constraint is identical. A camp infirmary might be twenty minutes from a rural hospital or two hours from the nearest trauma center, and either way the physician on-site is the only medical decision-maker until transport arrives.

The core insight from wilderness medicine that matters most for camp work is the shift from diagnosis-driven to disposition-driven thinking. In a hospital, the natural question is "what is wrong with this patient?" In the field, the more urgent question is "does this patient need to leave right now, and if not, what do I do while they stay?" This is not a lesser form of medicine, it is a different discipline with its own skill set, built around the Wilderness Triage framework covered in the next chapter. A physician who tries to force a full differential diagnosis before acting will lose time that matters more in the field than it typically does in a fully resourced setting.

Camps add a pediatric layer on top of the resource-limited layer, and the two compound each other. A dehydrated adult hiker can usually report their own symptoms with reasonable accuracy. A dehydrated eight-year-old may simply say they feel "weird" and want to go swimming anyway, masking a problem that is progressing. Vital sign ranges, medication dosing, and pain communication all shift with age, and a physician transitioning from adult-focused emergency or family medicine practice needs to recalibrate instincts that were built around adult presentations. Pediatric Vital Signs Baselines and Pediatric Communication by Developmental Stage, both detailed in later chapters, exist specifically to close this gap.

Consider the difference in how heat illness presents across ages. An adult experiencing early heat exhaustion often self-reports dizziness or nausea well before the situation becomes dangerous. A younger camper may keep playing through the same physiological changes simply because they lack the interoceptive vocabulary to flag what they're feeling, or because they don't want to leave an activity they're enjoying. By the time a counselor notices something is wrong, the child may already be further along the heat illness spectrum than an equivalent adult case would be. This is one of many reasons Exertional Heat Illness ranks among the most common preventable emergencies in camp settings, a topic covered in full detail in the chapter on heat-related illnesses.

Environmental exposure is also structurally different at camp compared to a typical pediatric practice. Camps run programming outdoors for six to ten hours a day, often in direct sun, sometimes at elevation, frequently near water. This is precisely the setting wilderness medicine was built to address: sustained environmental exposure combined with physical exertion and limited real-time monitoring. A camp physician who treats every day as a controlled clinical encounter, rather than an ongoing environmental exposure that needs anticipatory management, will find themselves perpetually reacting instead of preventing.

The other structural feature of camp medicine is population density and turnover. A camp of 200 children generates a volume of minor complaints, splinters, bug bites, mild stomachaches, that would overwhelm a solo physician if each were treated as an individual diagnostic puzzle. Effective camp medicine requires pattern recognition across a population, not just case-by-case evaluation. If three campers from the same cabin present with similar gastrointestinal symptoms within a day, that is not three unrelated stomachaches, it's a potential outbreak requiring the Quarantine Protocol covered in the chapter on camp-specific protocols, not three individual prescriptions for rest and fluids.

Understanding this context reframes the physician's role at camp. It is not simply "be a doctor, but outdoors." It is a distinct practice combining triage-first thinking, pediatric-specific assessment, population-level pattern recognition, and comfort operating without the diagnostic infrastructure that shapes most clinical training. Every subsequent chapter builds on this foundation, and returning to it when a protocol feels unfamiliar or counterintuitive compared to hospital-based training will usually clarify why the field approach differs.

Every camp physician needs a clear internal boundary between what can be safely managed on-site and what requires transfer to a higher level of care, and that boundary needs to be set before the season starts, not improvised in the moment. Wilderness and remote medicine literature refers to this boundary as Scope of Practice in Wilderness, and it differs meaningfully from scope of practice in a licensed clinical facility^[2]. In a hospital, scope is largely defined by credentialing and available equipment. At camp, scope is defined by a combination of training, available supplies, distance to definitive care, and the acceptable risk tolerance set by camp leadership and medical direction in advance.

Setting this scope requires an honest inventory of three things: what equipment and medications are actually stocked in the infirmary, what transport time and options exist to the nearest appropriate facility, and what the physician's own comfort level is with procedures they may not have performed since residency. A physician who hasn't placed a splint since medical school should not be improvising fracture management for the first time on a distressed ten-year-old. Reviewing Improvised Splinting techniques and practicing them on a colleague before camp opens is a far better use of preparation time than discovering gaps mid-emergency.

The most common failure mode in camp medicine is not under-treatment, it is over-confidence in field management combined with delayed recognition of when a case has crossed into needing evacuation. A rolled ankle that looks like a sprain but has point tenderness over the growth plate, a headache that started as a simple concussion but is now accompanied by worsening confusion, a rash that seemed like a simple allergic reaction but is spreading rapidly with new swelling. Each of these scenarios has a decision point where continuing to manage in the field becomes the wrong call, and the handbook is structured so that these decision points are explicit, not left to individual judgment alone.

The opposite failure mode also carries real cost: reflexive over-evacuation. Calling an ambulance and initiating transport for every fever, every minor laceration, or every twisted ankle erodes trust with camp leadership, disrupts programming unnecessarily, and in remote settings can tie up scarce transport resources that a genuinely critical case might need later the same day. Emergency Evacuation Procedures, covered in the camp protocols chapter, exist precisely to give a structured, defensible basis for the decision to transport, rather than defaulting to either extreme out of anxiety or inexperience.

The goal of scope-setting is not to minimize liability by transferring every ambiguous case. It is to match the level of intervention to the actual risk, using structured criteria rather than gut instinct alone.

Legal and regulatory scope also varies by jurisdiction, and this handbook cannot substitute for jurisdiction-specific legal guidance. Some regions have specific statutes covering wilderness or camp medical practice, Good Samaritan protections that may or may not extend to a paid camp physician, and requirements around medication storage and administration by non-physician staff. Before relying on any protocol in this handbook, confirm it aligns with the medical director's standing orders, state or provincial regulations, and the camp's own liability insurance requirements. Wilderness Medicine Documentation, detailed later, is one part of managing this legal exposure, but it works alongside institutional policy, not in place of it.

Camp medicine also has a preventive dimension that differs from a walk-in clinic's reactive model. Because the same population is under continuous observation for weeks at a time, a camp physician has the opportunity, and arguably the obligation, to intervene before problems escalate. Reviewing hydration schedules before a heat wave, checking that epinephrine auto-injectors are not expired before the season starts, walking the property to identify hazards, these are all within scope even though they don't resemble traditional clinical encounters. Limiting the definition of "practicing medicine" strictly to hands-on patient encounters misses a substantial part of what keeps a camp safe.

The boundary of scope should be revisited whenever circumstances change mid-season. A camp that starts the summer with reliable cell coverage and a twenty-minute ambulance response time might lose both during a storm, effectively expanding the definition of "field management" for the duration of the disruption. Building flexibility into scope planning, rather than treating it as fixed on day one, is part of practicing wilderness medicine responsibly rather than mechanically.

This handbook is organized to be usable in two very different modes: calm pre-season preparation and urgent in-the-moment reference. During pre-season preparation, reading chapters in order builds a coherent mental model, starting with the Primary Survey and AVPU Scale in the first chapter and moving through body systems and special scenarios toward the administrative material in the final chapters. This sequence mirrors how information actually gets used in a real case: first stabilize and triage, then address the specific presenting problem, then document and decide on evacuation.

During an actual emergency, however, no one has time to read a chapter from the beginning. Each chapter is built around explicit decision points, so that a physician handling an active case can jump directly to the relevant subsection, find the assessment criteria and action steps, and move. The Wilderness Triage decision trees, checklists, and callout boxes scattered throughout are designed for exactly this kind of rapid lookup, not for narrative reading under pressure.

Consider building a simple tabbing or bookmarking system for the physical or digital copy of this handbook before camp opens, flagging the sections most likely to be needed urgently. A practical starting list:

Every chapter follows a consistent internal logic: recognition criteria first, field management steps second, and evacuation thresholds third. This structure is deliberate and mirrors the actual clinical reasoning sequence needed in the field. Resist the temptation to skip straight to "what do I do" without first confirming the recognition criteria actually match the case in front of you. Misidentifying heat exhaustion as simple fatigue, or a sprain as a fracture, changes every downstream decision, so the recognition step is never filler, it's the foundation the rest of the chapter depends on.

Cross-references between chapters are frequent and intentional, because real cases rarely respect chapter boundaries. A camper with a suspected fracture might also be showing early signs of shock, requiring a jump from the musculoskeletal chapter to Compensated vs Decompensated Shock in the pediatric communication and special considerations chapter. These links are called out explicitly in the text by the concept they reference, so following them should feel like a natural extension of the reasoning already in progress, not a detour.

The decision trees, checklists, and callout boxes throughout this handbook are meant to be used literally, not just read for general familiarity. When a decision tree lays out a branching path for, say, distinguishing a simple febrile illness from one requiring evacuation, work through the actual branches with the actual patient's data rather than pattern-matching from memory. Memory is exactly what fails under the adrenaline of an actual pediatric emergency, and the entire point of externalizing these frameworks onto the page is to reduce reliance on recall in a moment when it is least reliable.

Documentation habits described in the camp protocols chapter should be adopted from the very first day of camp, not introduced only after a serious incident makes their importance obvious. Waiting until a lawsuit or a difficult parent conversation to start documenting rigorously means the easy cases, the ones that would have built good habits with low stakes, are already gone. Treat every camper interaction, however minor, as documentation practice for the case that will eventually matter.

Finally, this handbook assumes a baseline of medical training and does not attempt to teach core clinical skills from scratch. It assumes familiarity with basic physical examination, standard resuscitation concepts, and general pharmacology, and focuses instead on how those skills apply differently in a resource-limited, pediatric-heavy, environmentally exposed setting. Where a protocol departs from standard hospital-based practice, an explanation of why is included, because understanding the reasoning behind a field adaptation makes it easier to apply correctly under pressure, and easier to adapt further if circumstances at a particular camp differ from what is assumed here.

The chapters that follow move from foundational assessment skills toward increasingly specific clinical scenarios, and finally toward the administrative scaffolding that supports everything else. Reading straight through once, then returning to individual chapters as situations arise throughout the season, is the intended use pattern. What matters most is that when the radio call comes in, the right page can be found fast enough to matter.