This webpage details the major points of the material in the wilderness first aid curriculum at De Anza College.
It is meant to be used with a full Red Cross First Aid text and class lecture.
The curriculum is in dark blue. Headings with no text accompanying them are covered fully in the Red Cross text or in class lecture. Headings with text accompanying them may only include part of what is covered in class.
links to free texts downloads:
The American Red Cross First Aid/CPR/AED participant’s manual.
The Red Cross Wilderness and Remote First Aid Emergency Reference Guide:
The Red Cross Wilderness and Remote First Aid Pocket Guide:
Describe how to respond to and provide care for a person who is suddenly ill in a wilderness environment
1.Tell how to prevent poisoning emergencies, remove an embedded tick, and treat a snake bite – with knowledge of the wrong ways typically used.
Tips to prevent poisoning emergencies, from NOLS Wilderness first aid and other sources
read labels for information on toxic substances
if you cut down on weight by packing various over-the-counter medicines in small containers, copy and pack the use instructions with them
cook outside or in well-ventilated tents or snow shelter (But remember that if you cook in a tent you risk food odor contamination and future visits by animals.)
check a sweet drink container for possible insects before you drink from it
NOLS says to identify plants before you eat them (but you have a huge risk it you eat mushrooms and even many leafy greens or seemingly tasty berries)
be aware of foot placement
look before you reach under logs, overhangs or onto ledges
collect firewood before dark
shake out clothing, footwear and sleeping bags
ticks- see your text and don’t try to apply fingernail polish, alcohol, a hot match, petroleum jelly, lotions or other potions, they do not work and they increase the risk that the tick will salivate or regurgitate into you and increase infection
Guidelines for Initial Snakebite Care
Take victim to medical care immediately
Gently wash wound if possible
Immobilize affected part
Remove any jewelry that might constrict swelling
Mark the initial swelling with a pen and the time
Minimize victim’s movement
Keep affected part lower than heart
Summon more advanced medical personnel or get to the hospital as quickly as possible for anti-venom to be administered
Do not use kits with razor blades/suction, do not apply ice, cut the wound, apply constricting bands or use an electric shock
Do not touch a dead venomous snake (even decapitated) since the jaws can have a reflex hours later and still bite (and the bite can contain a large amount of venom).
(Of the average 7,000 people bitten by snakes in the US every year, less than 5% die. 25 – 30% of adult rattlesnakes bites have no venom injected. )
2.List risk factors and care for exertional heat stroke
Those at Greatest Risk for Heat-related Illness
Young children and the elderly
Those involved in strenuous activity in a hot environment
Those with preexisting health problems
Those using alcohol, illicit drugs or medications like antihistamines
Those who have had a heat-related illness in the past
Unaccustomed to the heat
Those who are dehydrated
Signs and Symptoms of Heat-related Illness
Cool, moist, pale, or ashen skin (earlier stages)
Dry, red, hot skin (later stages)
Progressive loss of consciousness
Rapid, weak pulse (later stages)
Rapid, shallow breathing (later stages)
High body temperature (later stages)
Care for Heat Exposure
Remove victim from hot environment
Give small amounts of cool water to conscious victim
Have victim lie down in a cool or shady area and elevate legs if possible
Loosen or remove clothing
Apply cool, wet towels or cold packs to wrists, armpits, groin, and legs
Yosemite Ranger John Dill wrote:
“No Yosemite climber has died from heat, but a half-dozen parties have come close. Too exhausted to move, they survived only because death by drying-up is a relatively slow process, allowing rescuers time to get there.
Temperatures on the sunny walls often exceed 100° Fahrenheit, but even in cool weather, climbing all day requires lots of water. The generally accepted minimum, two quarts per person per day, is just that – a minimum. It may not replace what you use, so don’t let the desire for a light haul bag be your overriding concern, and take extra for unanticipated delays. Do not put all your water in a single container, and watch out for leaks.
If you find yourself rationing water, remember that dehydration will seriously sap your strength, slowing you even further. It’s not uncommon to go from mere thirst to a complete standstill in a single day. Continuing up might be the right choice but several climbers have said, “I should have gone down while I could.” ”
Heat Stroke on a Hot Summer Day
September 08, 2013 from the Yosemite National Park Search and Rescue blog
On Monday afternoon, August 19, 2013, the Yosemite Emergency Communications Center received a 911 call from a hiker on the Upper Yosemite Fall Trail. The caller stated that his brother, a 62 year-old male, had collapsed on the trail below Columbia Rock (approximately one mile from the trailhead). It was a warm, sunny day, with high temperatures predicted at 95°F. The two had been hiking since 6:30am and were returning to the Valley from the top of Yosemite Falls when the subject became dizzy, short of breath, and unable to walk or speak.
Yosemite Search & Rescue (YOSAR) dispatched a hasty team—a paramedic and two other team members—to gain further information and provide medical care. While the hasty team hiked up the trail, the 911-caller reported that his brother’s condition was deteriorating. He had become unconscious, had a rapid pulse, and was no longer sweating. Park rangers quickly organized a carryout team. Once the initial team arrived on scene they found the hiker lying on his back and shaking uncontrollably, with hot, dry skin and a body temperature exceeding 104°F. Rescuers realized he was in critical condition and began cooling him down with IV fluids and cold packs.
He appeared to be suffering from heat stroke.The carryout team carried the hiker down to the trailhead in a wheeled litter and, because of his serious condition, decided to evacuate him to a hospital by a medical helicopter. However, when the helicopter landed in Ahwahnee Meadow, the pilot determined that they could not take off with the additional weight of the patient due to a situation known in aviation as “hot and high.” Hot temperatures combined with high elevation results in air that is less dense: essentially, there are not enough molecules for the helicopter’s rotors to “push” against while lifting from the ground. As a result, an ambulance transported the patient and helicopter crewmembers to a lower-elevation landing zone in El Portal (15 miles away), where the helicopter met them and safely took off with the weight of everyone on board.
The subject was flown to an area hospital, diagnosed with exertional heat stroke, and discharged several days later. He is expected to make a full recovery.
Heat illnesses occur regularly in Yosemite National Park during warm weather, but most cases result in heat exhaustion, which can generally be treated with fluids, salty snacks, and rest in a cooler location. Heat stroke, however, is a less common but life-threatening emergency that requires immediate medical intervention. The two most reliable indicators of the condition are high body temperature (usually over 104°F, though this varies) and altered level of consciousness, but other classic symptoms include nausea, rapid heart rate, hot and red skin, lack of sweat, and seizures. Without treatment, a person suffering from heat stroke will quickly go into shock, suffer multi-organ failure, and die.
Could this emergency have been prevented? The hiker tried to do everything right: he drank water, brought plenty of snacks, wore a hat, and took breaks every 30 minutes in the shade. He started hiking up the trail early in the morning, completing most of the trip before the hottest part of the day. By the time he became ill, he was hiking downhill on a more shaded portion of the trail.
So what went wrong? Rescuers learned that he was taking a medication that made him more prone to heat illness, and that medicine combined with any existing dehydration could have caused his body to drastically overheat. “The first thing that comes to mind,” he said a few weeks later, “is that I probably should have brought more than two liters of water, and should have made myself drink more at times when I wasn’t at all thirsty.”
Many hikers underestimate the amount of water to bring, particularly on hot days or on trails with a lot of sun exposure. On this note, he added, “I also was not aware of the baking effect of the sun as it radiates off the granite, even in early afternoon, turning the trail into a virtual rotisserie at some points.”
If you are going to hike in Yosemite during warm weather, remember to plan ahead. Research your intended route and consider starting early to avoid the afternoon sun. Bring extra water and food, drink water, and plenty of it, before you feel thirsty, wear breathable clothing, and find ways that work for you to mitigate the heat: wearing a hat and/or damp bandana and taking frequent breaks in the shade are good strategies. Remember that simply removing your pack and shoes while resting helps to dissipate body heat. Most important, recognize your limits and turn around before you reach the point that you cannot self-rescue. “I was amazed how quickly it hit,” the hiker who suffered heat stroke said. “One moment feeling wobbly legs and lightheaded, the next in a dream state in a small room that turned out to be the ambulance.”
3.Describe assessment, prevention and treatment of mild to severe hypothermia
Hypothermia is when your entire body cools, “a decrease in the core temperature of the body that impairs intellectual, muscular and cardiac function” (Medicine for Mountaineering).
It is the number one cause of death in the wilderness and it is almost always preventable.
Factors Affecting Normal Body Temperature
Air temperature: cold, but does not have to be near or below freezing
Air temperature hot, especially with humidity
Wind, especially if victim is wet/sweaty
Clothing – inadequate (see a description of good stuff at Snow or rain camp must-haves) Do not go to sleep with cold, wet feet.
Intensity of activity – fatigue
Body’s ability to adapt (physical fitness level)
alcohol – causes skin blood vessels to vasodilate, more warm blood supply moves to outer skin layer – hypothermic person gets colder as a result
not eating enough – not enough fluids causing dehydration (most of your victims in the wilderness may be dehydrated.)
ignoring any of the above, which can start a precipitous fall into hypothermia or heat stroke
Those at Greatest Risk for Cold Exposure
Young children and elderly
Those without adequate equipment, clothing, or training for cold environment
Those with health problems
Those using illicit drugs, medications, or alcohol
People who don’t realize they can get hypothermia
Signs and Symptoms of Hypothermia
Various sources have different definitions of what constitutes mild, moderate or severe hypothermia.
It starts with feeling cold. Your body tries to correct this by making you shiver. It can progress quite quickly from this stage if not corrected.
Shivering, that progresses to shivering you can’t stop voluntarily and then to waves of violent shivering
Poor coordination (sometimes uncoordination can precede shivering) (a good skier who becomes clumsy, someone who can’t zip up their jacket, hiker who stumbles on loose rock and falls behind the group, someone who can’t pass a heel-to-toe walk) A staggering gait can be an early sign even though body temperature is still normal because cold directly affects nerves to legs
Glassy stare, Difficulty speaking, (the brain can be one of the first things to go because it is most sensitive to cold)
Indifference, apathy, personality changes, especially irritability
Decreasing level of consciousness
Rigid posture, curls into fetal position
Care for Hypothermia
Initially, exercise can warm people up the fastest, such as hiking briskly to nearby shelter.
Remove victim from cold, wet, windy environment, protect from any further heat loss.
Remove wet clothing and put on dry clothing. Put on more layers of clothing, wind protection.
Summon more advanced medical personnel
Handle victim gently
Place victim in dry blankets or clothing and wrap in plastic if available. Ensolite pad under the victim, space blanket around them. Put person in a sleeping bag with a warm person. Hot water bottle, drinking water bottle full of warm water, warm rocks placed against side of chest, neck and abdomen (but the victim might not notice if these are too warm so test them yourself).
More calories if they can eat. Warm food is good but not necessary. Avoid alcohol, caffeine, nicotine.
For our level of training and due to space limitations, treatment of severe hypothermia will not be covered here. Prevent it.
4.List the causes of, prevention of, how to limit damage from and treatment of frostbite
causes (from NOLS Wilderness first Aid and other sources)
preoccupation with having fun and you don’t notice painfully cold toes transitioning to toes with no feeling that won’t wiggle
cold, especially with wind chill
moisture (replace wet clothing or cover and insulate wet clothing)
wrong clothes (many survival books will tell you: Cotton Kills! / no percentage of cotton in your socks or long underwear; see a description of good clothes at Snow or rain camp must-haves)
lack of insulating clothes, lack of good raingear
contact with supercooled metal or fuel
any interference with blood circulation, such as a cramped position, tight clothing ( even wristwatches), local pressure (tightly laced boots)
dehydration (10% dehydration causes 30-40% decrease in thermal control)
Prevention ( see above): and make everyone in your group stop occasionally and wiggle their fingers and toes, flex their facial muscles. Watch each other for gray or distinctly white skin. Change in to dry, non-cotton socks regularly as needed.
Superficial frostbite (frost nip is reversible – put your fingers in your armpits or on partner’s stomach)
Most common form of frostbite
Skin is frozen, underlying tissues are not
Involves loss of feeling and sensation
Person feels tingling sensation when rewarmed
Skin is white and waxy
Skin is firm when palpated
Swelling and blisters may be present
When rewarmed, skin appears red with areas of purple and blue
5.Describe signs, symptoms, principal reasons for and treatment of dehydration
Signs and symptoms of dehydration (from NOLS Wilderness First Aid and other sources)
Dark, concentrated urine
Loss of group cooperation
- Rapid pulse, pale sweaty skin
Weakness and nausea
Loss of balance
Changes in mental awareness
- Inability to swallow, swollen tongue
Loss of consciousness
Treatment for Dehydration
DRINK, DRINK, DRINK”
(Red Cross first aid station protocols: rehydrate as rapidly as tolerated, but at least 16-32 ounces of water an hour). Don’t try to force liquids down the throat of someone who can’t hold the water bottle/mug to their own mouth and swallow.
(NOLS) In severe cases, evacuation may be necessary
Dehydration at Altitude (from Medicine for Mountaineering)
main cause is the need for rapid and deeper breathing
also decreased fluid consumption caused by need to purify water or melt snow, and the dulling of the sensation of thirst that accompanies the loss of appetite at altitude
solution: force yourselves to drink large amounts of water. Thirst alone is often not a reliable indicator. Needs can be greater than four liters per day.
(Most of your victims in the wilderness may be dehydrated. Anyone tired and cranky, headachey is probably also dehydrated and may be starting to suffer from heat exhaustion.)
6.List risk factors for altitude sickness. List signs, symptoms and treatment of acute mountain sickness, high altitude pulmonary edema, and high altitude cerebral edema
“”symptoms of dehydration and malnutrition can mimic symptoms of Acute Mountain Sickness” https://www.nps.gov/dena/planyourvisit/part2medicalissues.htm
At altitude has info about sunburn, hiking, diet at higher altitudes. It includes the lecture material from the class on why your tent mate might seem to stop breathing and links to High Altitude Cerebral Edema and High Altitude Pulmonary Edema tutorials.
Do not use a Gamow bag (portable hyperbaric device) as a substitute for descending.
7.List and explain the reasons behind the symptoms of shock
Signs and Symptoms of Shock
Drowsiness/loss of consciousness
Rapid pulse, breathing
Pale, ashen, or bluish/cool/moist skin
Nausea and vomiting
Body Compensates for Blood Loss
The heart beats faster
Breathing rate increases
body moves blood / fluid from areas where it is less needed (stops making saliva, less blood to skin — superficial blood vessels contract; less blood to digestive system) to where it is needed (brain)
8.Demonstrate first aid for an insect sting and know ways to avoid insect stings
Brightly colored clothing, flowery prints and black attract insects more than white, green, tan or khaki without prints/patterns. Wear shoes and keep arms and legs covered if possible. Long-sleeved shirts and pants work to some degree 24 hours a day, but we counted fifty mosquitos in my husband’s back during a lunch stop up on a Mount Rainier trail.
In brush, put your socks up over pant legs.
Perfumes in lotion, suntan lotion, deodorant and other cosmetics attract.
Don’t bring clothes camping that have been rinsed or dried with mosquito-attracting scented softeners (plus, dryer sheets can make a greasy stain on clothes if they get stuck to them, and the softeners can decrease the lofting and wicking of garments).
My allergist told me to take vitamin B1 for a month before camping trips, but a brochure on West Nile virus from the Santa Clara County (California) Vector Control District said “Vitamin B1 and ultrasonic devices are not effective in preventing mosquito bites.”
Along with adults wearing long sleeved clothing and using an effective repellent, it recommends “place mosquito netting over infant carriers when you are outdoors with babies.”
Food attracts, store it in closed containers; avoid open garbage receptacles. We’ve had some success when we grill a salmon by leaving the head a bit of a ways aside awhile before we start cooking to attract any yellowjackets to it instead of our meal. (Of course we don’t set it where it will simply attract insects to other campers and of course we pick up the head after the meal and we wouldn’t do this where or when there was any chance of an animal finding the head.)
A fact sheet on the subject of yellow jackets from the Santa Clara Valley Urban Runoff Pollution Prevention Program said, in part:
“Outdoors do not drink soft drinks or other sugary drinks from open containers. Use cups with lids and straws, and look before you sip. Do not carry snacks containing meat or sugar in open containers.
Avoid going barefoot, especially in vegetation.
Do not squash a yellowjacket. When crushed, many yellowjacket species emit a chemical that can cause other nearby yellowjackets to attack.
Always examine wet towels or wet clothing before you pick them up outdoors.”
insect repellant has answers to questions about
the percentage of DEET needed in an effective insect repellant, toxicity allergies, and more.
Can a person who is prescribed an epi-pen risk going into the wilderness? Anaphylaxis quick facts
G.Describe how to respond to and provide care for a person who is injured in a wilderness environment
A Western Journal of Medicine article on injuries in the wilderness in California said:
“Contrary to popular belief and media attention . . . most wilderness injuries in California are not due to exotic causes, (wild animal attacks, rock climbing, hang gliding and so on). Rather they are due to common activities, such as hiking, walking, skiing and driving. Fighting and substance abuse, for example, account for more than three times as many injuries as rock climbing. . .
The “most common cause or mortality is heart disease.”
From Practice Guidelines for Wilderness Emergency Care
by the Wilderness Medical Society
Prevent burns, including being extra careful when boiling water.
Ibuprofen is the best over- the-counter pain management for burns. If small enough, cover with Spenco second skin.
Do not pack burns in ice which are over 20% of body surface
Do not leave wet coverings on burns for more than two hours to reduce the risk of hypothermia
Elevate burned extremities to reduce swelling
Have victim gently and regularly move burned areas as much as possible
from From Medicine for Mountaineering
Fluid loss (from damaged capillaries allowing blood serum to pour into the burned tissues), occurs with all burns, both partial and full thickness, but in previously healthy young adults does not achieve life-threatening proportions if the burns cover less than ten to fifteen percent of the body surface.
A person with a major burn usually dies within 12 to 19 hours unless appropriate fluid therapy is instituted.
Burn shock causes a burn victim to vomit anything taken by mouth. If they are not vomiting, the fluids often remain in the stomach and are not absorbed. Because appropriate fluids (IVs) are rarely available in wilderness situations, a major burn in a remote area usually requires immediate evacuation by the fastest means possible.
All full thickness burns larger than one inch diameter eventually require surgical therapy- debridement and skin grafting.
Mild = blistering partial thickness burns of less than 15% of the body surface, with less than two percent full-thickness burns.
Moderate and major = requires hospitalization = worse than mild, including significant burns of the face, eyes ears, feet or genitals and buttocks.
If any question about the severity of the burn exists… evacuate. Persons with major burns are often deceptively alert for several hours until fluid losses become severe.
– – – –
Do not drain intact burn blisters.
– – – – –
A temporary filling can be made by mixing zinc oxide powder and eugenol, or improvised from sugarless gum, candle wax or skiwax. Or ask your dentist for a commercially made temporary filling kit.
see also: injuries quick facts
1.Describe signs, symptoms and care for a head injury. Tell when to monitor victim for 24 hours versus when to evacuate
American Academy of Neurology
3 Grades of Concussion
Mild: No loss of consciousness and less than 15 minutes of symptoms, such as headache, vomiting, ringing in the ears, dizziness, confusion, memory lapse or blurry vision
Moderate: Same symptoms, but they last longer than 15 minutes. If they persist for longer than an hour, see a doctor. A stiff neck, convulsions and unusual sleepiness can signal something more serious, such as bleeding in the brain.
Severe: Loss of consciousness, even if for a few seconds.
Cause can be a sudden jolt to body as well as a hit in the head. Most heal themselves, but…
After a concussion: avoid sports for 2 weeks after symptoms disappear. Sustaining a second injury, no matter how minor, before the first one heals can lead to lingering symptoms such as amnesia, irregular sleeping, slurred speech, and unexplained depression.
Avoid alcohol and antihistamines for 2 weeks; any substance that can cause drowsiness can make it harder for doctors to diagnose the true problems.
Multiple concussions have a cumulative effect on brain tissue.
Even one minor concussion can make you four times more susceptible to another one.
NOLS Wilderness Medicine says “evacuation is recommended for any patient who has become unresponsive, even for a minute or two, or who exhibits vision or balance disturbances, irritability, lethargy, or nausea and vomiting after a blow to the head regardless of whether they were knocked out. A patient who exhibits loss of responsiveness but who awakens without any other symptoms may be walked out of the wilderness with a support party capable of quickly evacuating the patient if his or her condition worsens.” This could also apply after an earthquake.
See also concussion symptoms at: Simple secondary survey study sheet
2.Demonstrate the modified jaw thrust method of opening the airway of a suspected spinal injury victim
3.List steps of a rapid, simple neurological examination to detect signs of stroke or head injury fast, basic neurological exam
4.Relate ways to assess an orthopedic injury without x-rays available
Common Signs and Symptoms of Musculoskeletal Injuries
Bone protruding from wound
Inability to use affected part
Snapping or popping sound
Cause of injury, such as fall from height
5.Describe improvised back country splints and knee immobilizer
6.Discuss wound management in the wilderness, the risks of and reasons to apply a tourniquet, how to improvise the irrigation of a wound and improvise a roller bandage
From Red Cross first aid station medical protocol
Refer to a physician for a tetanus shot:
Persons with minor, uncontaminated wound(s)
and no shot within 10 years.
Persons with major and/or contaminated wound(s) and no shot within 5 years.
All cases that may require stitches.
7.List common back country causes of and the RICE treatment of athletic injuries
… before a Triathlon we volunteered at, while the lifeguards were setting up gear, an athlete had dislocated his finger but the EMTs had not yet arrived so the guards were asked to give first aid. The athlete did not realize his finger would start to swell and had not taken off his wedding ring or elevated his hand to reduce the swelling. This could be even worse in a backcounty setting with no advanced help expected to arrive. Anticipate swelling and remove jewelry.
H.Discuss some of the difficult decisions that may have to be made when caring for a victim in a delayed-help situation
1.Name the steps for leaving a victim alone, including the recovery/drainage position
2.Practice deciding when and how to transport victim
Basic Guidelines for Moving a Victim
Only move a victim you can safely handle
Bend at knees and hips
Lift with you legs, not your back
Take short steps
Move forward when possible
Look where you are walking
Protect victim’s head, neck, and back
3.Explain when to stop CPR and list times to continue CPR for over 30 minutes
Near-drowning victims have been successfully resuscitated after over an hour of submersion in cold water (5 to 10 degrees C). Favorable outcome is associated with young age, clean water,
cold water, short immersion and pulse present or returning on scene with rescue breathing
ALL near-drowning patients who may have aspirated water must be evacuated. Even if victim feels okay it is possible to develop delayed problems.
I.Outline how a leader plans ahead for dealing with emergencies in the back country
At the Scene, Evaluate–
Number of victims
Behavior of victims/bystanders
Need for additional assistance
Ensure Your Safety By-
Evaluating potential dangers
Wearing proper gear
Doing what you are trained to do
Summoning additional resources
If a conscious, sane, sober adult does not give consent
DO NOT give care – call 911 (and document lack of consent)
Implied consent means the victim would
agree to care if they could, such as
- Unconscious victim
Confused or seriously ill
Minor with no parent or guardian present (and has a life-threatening injury/problem)
Possible Dangers at an Emergency Scene
Hostile situations, including people, animals
1.Identify resources and limitations: supplies, which party members have knowledge about region, trial, map and compass skills, pre-existing medical or physical limitations
2.Relate how to prepare with proper equipment including appropriate clothing, footwear, first aid supplies, devices for signaling and communication. snow or rain camp must haves
3.Describe additions to a standard first aid kit to prepare for backpacking
4.Discuss how to agree in advance upon decision making; which made by group, which by leader. Which unsafe actions are only the decision of the individual, which can be banned by the group
5.Relate details of how to get help: location of, and resources at, nearby trailheads, location of nearby phones and specific numbers to call for help, jurisdiction and resources of rescuing agency
Every overnight backcountry traveler should leave their itinerary with a friend and report in when they finish their adventure. If they do not report in the friend should know who to contact to go find them. Below is an example of what can go wrong when you don’t follow this basic advice:
from the NPS morning report
Yosemite National Park (CA)
Stranded Hiker Rescued From Park’s High Country
On November 10th, rangers learned that a solo backcountry hiker was overdue from a hike to an unknown location somewhere within the park. Steve Frazier had begun what he’d planned to be a five day trip in perfect weather on October 28th. Over the next three days, Frazier hiked more than 20 miles into the heart of the park’s wilderness. He set up camp at an elevation of 9,700 feet near Red Devil Lake as snow began falling on the evening of October 30th. This was the first significant storm of the developing winter season and it continued for three days, blanketing the High Sierra under nearly two feet of snow. The snow obscured the trail Frazier had been following, effectively trapping him at that location. He spent the next twelve days hunkered down in his tent, hoping to be rescued and rationing his remaining two days of food. Since Frazier had not told anyone of his plans, though, the rescue was long in coming. It was only after a list of missed commitments and appointments began to accumulate (including a missed plane flight home on November 9th), that questions regarding his whereabouts began to arise. Amazingly, searchers spotted the missing hiker and his camp from the air on their very first pass over the area and soon contacted a very happy Frazier, who was in remarkably good shape for someone who’d had almost no food for 12 days. Frazier made some initial bad decisions, particularly in his failure to leave a detailed route plan with someone who could report him overdue on an agreed-upon date, but made better decisions when the storm hit. He’d attempted to hike out, but didn’t go far before he realized that it was too difficult in deep snow and that he’d likely get into more trouble. So he stayed in his tent, rationed his food, stomped out an ‘SOS’ in the snow, used his pot as a shovel to keep a clear area around the tent, and above all kept a positive attitude. [Submitted by Keith Lober, Emergency Services Coordinator]
J.Detail prevention of accidents and injuries in a wilderness environment
From National Outdoor Leadership School, (NOLS)
NOLS Common Problems
Majority of all injuries are athletic injuries, such as sprains, strains, etc. to knees, ankles and back from slips and falls around camp or when hiking
Common Causes of Athletic Injury on NOLS courses
Playing games such as hug tag and hacky sack
Tripping while walking in camp
Stepping over logs
Crossing streams, including shallow rock-hops
Putting on a backpack
Lifting a kayak or raft
Falling or misstepping while hiking with a pack (on any terrain)
Falling while skiing with a pack
Bending over to pick up firewood
1/3 of reported field incidents = wounds
Blisters are an everyday occurrence = moleskin, second skin, athletic tape
Most common illnesses are preventable gastrointestinal
— Disinfect water, wash your hands, waterless soaps can be useful when water is scarce
“Hypothermia, seizures, heat stroke and pregnancy occurred but with low frequency.”
Conditions most frequently requiring evacuation were: “fractures, dental emergencies, tick fever. athletic emergencies and non-specific body pains.”
Prevention is the best medicine:
careful gear selection to keep pack weight manageable
fitness, stretching, nutrition
careful walking helping each other over obstacles
stopping before you are tired
From Mountaineering First Aid (The Mountaineers, Seattle)
contributing causes of accidents from the American Alpine Club’s Accidents in North American Mountaineering
Bad judgment using equipment:
- Climbing unroped
using inadequate equipment: no hard hat, etc.
failure of rappel
placing no or inadequate protection
- exceeding abilities
loss of control on voluntary glissade
party separated, stranded
- bad weather
- chock nut/pull out
1.Differentiate between behavior toward black bears and grizzly bears, and show food storage safety factors.
how bears break into cars, what to do if you see a bear and more is at: Bears
your safety in grizzly bear territory tells you what to do if you see a bear in the distance or a bear charges you and has info about Bear Pepper Sprays and what might happen before a bison charges
you can read about safety at wildlife jams
Camping solutions for women has tips for and answers typical questions from first-time women campers, including the question: Can menstruating women camp or backpack around bears?
Rocky Mountain mammal size comparisons has pictures of a black bear and grizzly bear for comparison
2.Appraise contributing causes of mountaineering, traffic, hiking, water-related and animal related accidents typical to National Parks
Causes of accidents in Yosemite
- stopping in the middle of the road to sightsee
Animals suddenly crossing the road
narrow, slippery and winding roads
ignoring road warning signs
didn’t anticipate slow-moving snowplow around the next curve
standing at the edge of rapids and waterfalls to get a better view
wading, swimming above waterfalls
unaware of the strength, speed of fast water
didn’t wear a lifejacket
tied rafts together
didn’t properly supervise children
ignored safety railings and warning signs
tried to imitate rock climbers
took shortcuts between hiking trails
tried to feed animals
got too close to get a photograph
Backpacker magazine quoted a ranger on the subject of trip safety:
“The death certificate usually says ‘killed by a fall’ or ‘died of exposure’ or some such thing,” says Butch Farabee, superintendent of Padre Island National Seashore, Texas, and the national Park Service’s search and rescue expert. “But it should read ‘killed by stupidity.’ Most people just don’t get it. The number one cause of injury and death is unpreparedness. You must always ask yourself, ‘What if?’ What if it rains for three days straight? Is my tent waterproof? What if I lose my compass? What if the rescue party doesn’t find me?”
The climbing rangers in Wyoming’s Grand Teton National Park agree. They’ve found that less than 1 percent of backcountry accidents are due to natural causes, like falling rocks, avalanches, and animal attacks. The rest are due to ‘pilot error.’ In other words, people don’t die from unexpected snowstorms; they die from not expecting and preparing for unexpected snowstorms.
Hiking Advice has hot weather hiking advice, hiking logistics and the answer to the question: When is the best time of day to cross a mountain stream?
3.State basics of safe axe and knife use
4.Compare various methods of water purification
5. List the “Ten (or Fifteen) Essentials”
from the Mountianeers:
Map of the area
Compass GPS is not infallible
Extra clothing, including raingear Improve your inexpensive rain gear
Sunglasses and sunscreen (5 sun protection factor is a joke, you need 30 plus)
Extra food and water
flashlight with extra batteries and bulb (and/or headlamp)
First aid kit with adequate supplies for heavy bleeding
candle or other Fire starter (cotton balls or dryer lint soaked in petroleum jelly, or some kinds of chips)
Matches in a waterproof container and a lighter
other essentials could include:
second (full) water bottle and a means to refill it, such as a water filter or chemicals (filtering beats iodine or boiling)
Ice axe, crampons for glacier or snowfield travel (if required)
duct tape, some copper wire, safety pins, and other repair needs (but carefully checking gear before you leave can prevent the need)
insect repellant has answers to questions about
the percentage of DEET needed in an effective insect repellant, toxicity allergies, and more.
Signaling devices, whistle, mirror, a row of rocks pointing to you, (cell phone?) Cell phones in the wilderness) has advice on how/when to use a cell phone to contact 911 in the wilderness and a warning about interference between cell phones, iPods and avalanche beacons.
ground insulation, tube tent or other quick shelter
eyeglasses mini-repair kit
aluminized flexible mylar emergency blanket
6.Describe safe and dangerous positions during a lightning storm
During a thunderstorm, don’t take a shower or use a sink, including washing dishes. Don’t talk on a land line phone. Don’t use your I pod. Thunderstorm and lightning safety includes the answer to the question:
Why can’t you swim during a lightning storm? A strike on a lake doesn’t kill all the fish in the lake.
If someone gets hit by lightning, or even nearly hit, they may be thrown a distance, so if they need ventilations (also known as rescue breathing and/or artificial respiration) you’ll need to treat them as a spinal injury and use a modified jaw thrust rather than head-tilt chin-lift. If you are out in the wilderness, away from quick EMS help, you might need to give ventilations for a whole hour or even longer. Don’t give up if they still have a pulse.
Medicine for Mountaineering says:
“Clearly the emergency treatment for a lightning victim consists of immediate, and sometimes prolonged, artificial respiration. (Cardiac resuscitation should be given also, if needed, but the heart most often resumes beating on it’s own.) Over seventy percent of the persons struck by lightning have enough disruption of brain function to lose consciousness. Recovery of enough function to resume breathing commonly takes as long as twenty to thirty minutes, and occasionally takes hours.
If more than one person has been struck by lightning, which commonly occurs, attention should be directed first to the ones who are lying still, not breathing and appear dead. Those who are groaning or rolling around, although unconscious, are breathing and do not require immediate attention.”
You can reassure anyone who might have lost vision or has some paralysis that it is common with a lightning hit, and is usually temporary. Short term memory may be lost for a few days.
K.List basics of protecting and transporting a victim
1.Name factors in deciding whether and how to transport
2.Tell safety factors in a rescue helicopter landing area, and how and when to approach a helicopter
Yosemite Search and Rescue says of the approach of a rescue helicopter: “If ever in trouble, keep waving, even though the aircraft might be flying away from you; you don’t know which way everyone may be looking. Bright colors, reflective objects, and camera flashes are a few excellent tools for being spotted. Additionally, if you DON’T need help, please do not frantically wave at a rescue helicopter.”
The very basics are, if a helicopter comes to rescue you / a member of your group, stay away from where it is landing, any and all debris in the area will be blown around by the rotors. Your eyes and ears (and the victim’s) need protection. Wait for a crew member to come to you OR wait for the pilot to indicate it is safe to approach. Approach and depart in view of the pilot – do not run. Always approach from downhill in a crouching position. Never go near the helicopter rear tail rotor.
Helicopter safety video: https://www.youtube.com/watch?v=Zzif-RSaQmE
3.Describe how to place insulation under victim
4.Explain constructing natural, artificial or snow shelters, using vehicles
Yosemite National Park hiking, climbing, water, animals and the ten essentials safety links on the right hand side of the page at:
Yosemite Search and Rescue, lessons from the field:
from Denali National park, Mountaineering Medical issues
Boy Scouts Wilderness First Aid Curriculum and Doctrine Guidelines:
Times to suspect a spinal injury: (and use a jaw thrust instead of a head tilt, chin lift).
Reasons why a person might become unconscious or semi-conscious (AEIOU TIPS)
causes of altered mental status, fainting, seizures,
Signs and symptoms of a concussion
care for a stroke
normal respiration, pulse, temperature
and a detailed simple secondary survey (SAMPLE, opqrst) questions to ask the victim of an injury before they pass out