Our Alaska itinerary puts us in environments where the nearest hospital-level care is not a short drive away. Resurrection Bay, the Tongass National Forest, remote river systems — these are places where the gap between an injury occurring and definitive treatment being available is measured in hours, not minutes. That gap does not change what injuries are possible. It changes how consequential each one is, and it changes how rigorously I think through prevention and early management before we leave the dock.
The first principle: triage clarity
The first principle of remote injury planning is triage clarity. Not every injury requires evacuation, and unnecessary evacuation in a remote environment carries its own risks and costs. What I am preparing our family to recognize is the difference between injuries that can be managed in place and injuries that require prompt evacuation regardless of inconvenience.
- Contained lacerations — controlled bleeding, clean wound, no tendon or nerve involvement
- Minor sprains — intact range of motion, no deformity, improving with rest and compression
- Hook injuries — barb not through skin, or removed cleanly with string-yank technique
- Minor burns — superficial, small surface area, pain-controlled
- Blisters, abrasions, minor contusions — standard wound care
"The goal of remote injury planning is not to replace emergency medicine. It is to buy time, prevent deterioration, and make the right evacuation decision with a clear head."
When to evacuate immediately
The list of injuries requiring prompt evacuation is shorter than most people think — but knowing it clearly reduces panic and improves decision quality under stress. Open fractures, significant head trauma, chest injuries, wounds with vascular compromise, and any injury producing progressive neurological symptoms all require evacuation. Any wound that cannot be controlled with direct pressure. Any injury where the mechanism was severe enough to suspect internal damage. These are not judgment calls — they are departure decisions.
Building the right kit
The medical kit I am assembling for this trip is built around that triage framework — not a retail first aid kit repurposed for the wilderness, but a purpose-built kit organized around the specific injury profiles of the environments we will be in and the specific capabilities of the people who will be using it. A kit designed by a hand surgeon for an expedition that includes offshore fishing, river fly fishing, and glacier terrain looks different from a generic wilderness kit. Next week, in our final issue before the departure build-up, I will share the categories that framework covers and the reasoning behind each one.
After seven weeks of building this column from first principles — cold water physiology, footwear as a medical decision, fishing injuries, layering systems — it is time to put the framework into practice and show what preparation actually looks like before a trip of this scope.
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Subscribe Free →- Forgey WW. Wilderness Medicine: Beyond First Aid. 7th ed. Guilford, CT: Falcon Guides; 2017.
- Auerbach PS, ed. Wilderness Medicine. 7th ed. Philadelphia: Elsevier; 2017.
- Iserson KV. Improvised Medicine: Providing Care in Extreme Environments. 2nd ed. New York: McGraw-Hill; 2016.