Dexu Swiftwater, jàpp tànk, filtre ak barage yu am boppu bu woyof¶

According to the United States National Park Service (NPS), the Mountain Rescue Association (MRA), and New Zealand Mountain Safety Council wilderness mortality statistics, drowning during backcountry stream and river crossings is one of the top two causes of death among hikers, mountaineers, and backpackers, outranking bear attacks, snakebites, and lightning combined. Most hikers drastically underestimate the hydrodynamic force of moving water because hydrodynamic drag increases with the square of water velocity (\(F \propto v^2\)): doubling a river's current speed from 3.2 kilometers per hour (2 miles per hour) to 6.4 kilometers per hour (4 miles per hour) quadruples the pushing force against your legs, and water moving at 11 kilometers per hour (7 miles per hour) exerts roughly 100 kilograms of force per square meter (20 pounds per square foot), equivalent to the impact force of a tropical-storm wind. Worse yet, when a hiker, angler, or paddler loses their footing and tries to stand up in knee-deep or thigh-deep current, their boot wedges into a V-shaped slot between two cobbles on the riverbed while the relentless current folds their torso forward and holds their head 30 centimeters (12 inches) underwater (Swiftwater Foot Entrapment), or sweeps them into a downed tree (Strainer) or a recirculating Low-Head Dam ("Drowning Machine").

If someone in your group is currently pinned underwater by foot entrapment, trapped on a strainer, caught in a low-head dam boil, or unresponsive after being pulled from a river, call your local emergency number (911 ci Etats Unis ak Canada, 112 ci biir Mbootaayu Orop, 999 in the United Kingdom), trigger an SOS on your satellite communicator (Garmin inReach, ACR PLB, wala Apple Emergency SOS via Satellite), or consult our directory of international nimero paj mu jamp immediately. Follow the immediate swiftwater survival and rescue actions below.

Defal lii leegi¶

1. Unbuckle your backpack hip belt AND sternum strap BEFORE stepping within 3 meters (10 feet) of any river crossing: If you slip while wearing a 15-kilogram (33-pound) backpack with the waist belt and chest strap buckled, the submerged pack acts as a sea anchor or floats high behind your head, forcing your face underwater while water pressure on the straps makes the buckles physically impossible to unclip. Unclip both buckles before you enter the water so you can shrug the pack off in one second if swept away.
2. Keep your hiking boots or trail shoes ON while wading across a river (NEVER cross barefoot or in flip-flops): Stepping onto sharp, algae-slick river cobbles in bare feet in 4 degrees Celsius (39 degrees Fahrenheit) snowmelt causes instant foot lacerations, cold-numbed toes, and slips. If you want to keep your leather boots or socks dry, remove only your socks and insoles, lace your boots back onto your bare feet for ankle support and sole traction, and put dry socks back on once across.
3. NEVER try to stand up or put your feet down on the riverbed if you are swept into water deeper than your knees: Attempting to stand up in moving water faster than 3.2 kilometers per hour (2 miles per hour) is the primary cause of fatal foot entrapment. The instant you are swept off your feet, snap into the Defensive Whitewater Swimming Position: float on your back with your feet pointing downstream, knees slightly bent, toes and heels held right at the water's surface to bounce off boulders, head lifted to see downstream, and use a 45-degree backstroke ("Ferry Angle") to angle toward the nearest eddy or bank.
4. If a downed tree, logjam, or root ball ("Strainer") is dead ahead and you cannot miss it, flip onto your BELLY (Aggressive Swimming) and climb UP ON TOP of the log: Never float into a downed tree feet-first on your back: the current will suck your legs and torso under the trunk and pin you against the submerged branches like spaghetti against a colander. Two body-lengths before hitting the log, roll onto your stomach facing the log, swim hard at it, throw your chest and arms up and over the top of the trunk as you hit, and pull your legs out of the water.
5. NEVER tie a rope around a hiker's waist to belay them across a moving river: If a swimmer tied to a fixed rope anchored on shore falls in midstream, the current swings them into a pendulum arc and pushes their entire body straight to the bottom of the river ("Submersion V-Force / Hydrofoil Effect"), drowning them while the rope tension makes the knot impossible to untie.
6. If trapped in the recirculating boil of a Low-Head Dam (Weir), either swim laterally along the dam face to the bank OR tuck into a ball at the bottom to ride the green bottom jet downstream: The aerated white foam boiling in front of a low-head dam has 30 to 50 percent air content (zero buoyancy) and flows upstream on the surface back into the falling curtain of water. Look to see if the wingwall bank is reachable laterally; otherwise, take a breath as you pass through the curtain, curl into a tight ball as the downward jet drives you to the concrete apron floor, and kick outward along the riverbed floor underneath the surface boil line until you surface downstream of the foaming boil line.

Garab jël dogal: xool jéggi dex gi ak mucc ci jafe-jafe ndox mu gaaw mi¶

Jëfandikool garabu dogal taktik bii balaa ngay dugg ci benn réew bu backcountry ak sudee dañu la bale ci say tànk:

flowchart TD
    Approach["Yegsi ci dexu Backcountry bu newwi bi wala jàll dex gi"] --> Scout{"1. Ndax ndox mi xóot na pooj +, opaque ak silt glacial, xeer yuy xalangu, wala ci kaw cascade / filtre?"}
    Scout -->|"Waaw: Amul kaaraange ci Ford leegi"| Wait["BU LEEN JÀGG: Seetal ci kaw dex gi ngir am chaine yuñ tresse, camp ba fajar (snowmelt bi gëna suufe), wala nga dellu ginaaw"]
    Scout -->|"Deet: Ci suufu diggu pooj, Runout bu leer, Gaawaay bu yam"| Prep["2. Déboucle Pack Ceinture Ankle & Sternum Sangl + Teg Boots ci + Guddaal Poto Trekking"]
    Prep --> Cross["3. Jaar ci angle bu wàcci 45 degre jëfandikoo 3 poñ tripod (wala pexem Eddy/Triangle bu nit ñu bari)"]
    Cross --> Fall{"4. Danga jël sa tànk dem ci courant?"}
    Fall -->|"Deet: Yegg na ci Far Bank"| Safe["Re-Buckle Pack, Solal ay chaussettes yu waw, xool ekip bi"]
    Fall -->|"Waaw: Ci jamono jii"| Hazard{"5. Ban loraange mooy nekk ci suufu dex gi?"}
    Hazard -->|"Rapids yu ubbeeku / xeer yu mag"| Defensive["FËY BU KAAR: Ci ginaaw, tànk yi wàcci ci kaw suuf si, 45-Degree Backstroke Ferry ngir dem ci tefes gi"]
    Hazard -->|"Garab gu daanu / Logjam (Filtre) buñu mëna moytu"| Strainer["FËY AGGRESSIV: Flip ci kaw biir bi jàkkarloo ak Log -> Fëy bu dëgër & Lance dënn bi ci kaw bagaas bi"]
    Hazard -->|"Barrage bu am bopp bu woyof / Weir hydraulique buy wëréelu"| Dam["Fëy ci wetu Wingwall WALA nga duggu ci bal ci dëru tablier beton & dóor ci suufu liiñ buy for"]

Faas 1: Xool ndax dex gi mën nañu ko jàll ba noppi tànn fu ak kañ nga jàll¶

Laata ngay dindi sa pack, xoolal juróomi variable hydrodynamique yi ci dex gi. Dellu ginaaw wala xaar 12 waxtu ngir dex gi wàcci moo gëna baax moo gën féey luy ray nit.

1. 5 "No-Go" yiy wane ni danga wara jàll fii¶

Bul dugg ci ndox mi ci barab bi nga nekk leegi sudee benn ci juróomi mbir yii dafa am: 1. Xëy ak gaawaay Produit (The Rule of 10 / Mid-Thigh Limit): Sooy toxal ndox mu gëna gaaw ci dox (ci diggu 4.8 kilometre ci waxtu / 3 mile ci waxtu), ndox mi yegg diggu pooj ci mag mu gëna yéeg dafay yéeg buoyancy yaram wi doy ngir wàññi friction tànk ci kaw dex gi. Gëstub dayo mbënd ci ingenieur civil yi dañu xayma lii ci Xëy $ yoon $ Produit Gaawaay (\(d \ yoon v\)): saa yu xóotaayu ndox mi ci meetar yokk ci gaawaay ci meetar ci segond bu nekk ëpp **\(0.6\tekst{ ba }1.0\tekst{m}^-\)2/ xóot ci courant bu gaaw), mag mën na ñàkk stabilite friction ba noppi ñu bale ko. 2. Dégg "Clunking" wala "Rumbling" Sons ci suufu ndox mi: Soo déggee bruit bu woyof, bu lëndëm wala bruit buy yëy bu bawoo ci suufu dex gi, courant bi dafa am doole ju mëna gëdd cobbles ak xeer yu tollu ni boule bowling ci suufu ndox mi (bedload transport). Benn xeer buy yëngu bu dóor sa yax wala sa tëstën dina la daaneel ci say tànk wala nga dagg sa tànk. 3. Daw buy ray ci suufu dex gi ci diir bu weesuwul 100 meetar (330 pied): Xoolal ci suufu liiñ bi ngay jàll. Sudee dañu la bale ci sa tànk, dina la yóbbu ci diir bu weesuwul 5 ba 15 seconde ci kaw cascade, ci biir canyon / gorge, ci filtre (logjam) buy jaar ci kanaal bi, wala ci suufu pont neige / etaser de glace, jàll bi amna Zero-Margin Runout. 4. Floating Woody Debris, Mousse Brown, wala Rising Water Line: Xob yi, car yi, xeeti garab yi, ak mousse bu maroŋ biy daw ci diggu kanaal bi dafay tekki ni mbënd bu gaaw wala taw bu am doole buy yokk. Xaaral ci barab bu kawe ba ndox mi wàcci. 5. Ci guddi gi, neige biy seey wala neige biy seey (14:00 ba 21:00): Ci alpine yi ak subalpine yi (lu melni Sierra Nevada, Cascades, Rockies, Alpes yi, Andes yi, ak Alpes yu bëj saalum yi), neige bi ak dex yiy seey dañuy topp ci anam wu gëna tar. diggante 15:00 ak 20:00 (3:00 PM ba 8:00 PM) ginaaw bis bu mat jant bi tàngal tooli neige yi, ba noppi wàcci ba ci **niveau bi gëna suufe, gëna dal diggante 05:00 ak 08:00 (5:00 AM ba 8:00 AMn Defar sa tente ci tefes gi gëna jege, nga nelaw guddi gi yépp, nga jàll su leer gi njëkkee leer, fekk dex gi dafay gëna xóotul 30 ba 50 pursaa.

2. Fan nga wara jàll ci wetu dex gi?¶

Yoon yi bari wuñu luñuy jàll dex ci barab bi gëna am kaaraange ci hydrodynamique; Dañu jàll ci barab bi yoon wi daje ak tefes gi. Saytu 200 ba 500 meetar (650 ba 1,600 pied) ci kaw ak ci suuf jëfandikoo tablo bii di méngale:

Phase 2: Solo and group river-crossing techniques that prevent falls¶

Once you have selected a wide, braided crossing site with a clean downstream runout, prepare your gear and execute one of these proven stability techniques:

Step 1: Mandatory Gear Preparation Before Entering the Water¶

1. Unbuckle your backpack's hip belt AND sternum (chest) strap completely and loosen the shoulder straps slightly by 5 centimeters (2 inches) so the pack can slide off both shoulders in a split second if you swim.
2. Waterproof internal contents inside a trash compactor liner or dry bag: Not only does a sealed dry bag protect your down sleeping bag and spare clothes from inducing wilderness hypothermia on the far bank, a tightly rolled dry bag inside your pack traps 30 to 50 liters of air, turning your backpack into a high-buoyancy life raft if you have to hold onto it in deep water.
3. Keep your footwear laced tightly: Never cross barefoot. Remove socks and insoles if desired, then lace your boots or trail runners securely.
4. Lengthen trekking poles by 10 to 15 centimeters (4 to 6 inches) and remove your hands from the wrist straps: Removing your wrists from trekking-pole straps ensures that if a pole tip jams between underwater rocks, it won't dislocate your shoulder or pull you face-down into the current. If you don't carry trekking poles, find a stout wooden staff 1.5 to 1.8 meters (5 to 6 feet) long and 5 centimeters (2 inches) thick on the bank before entering.

Step 2: Solo Crossing Technique (The 3-Point Tripod & 45-Degree Downstream Ferry)¶

• Which way to face:
• Method A (Facing Upstream, Side-Stepping with Upstream Pole): Plant your stout wooden staff or both trekking poles firmly upstream of your body, lean your weight slightly forward into the pole against the current, and side-step crab-wise across the river while keeping two points of contact on the riverbed at all times (move left foot, then right foot, then pole; never move a foot and the pole at the same time).
• Method B (Facing 45 Degrees Downstream, Downstream Diagonal Walk): Preferred by New Zealand and Pacific Northwest mountaineers when water approaches knee-to-thigh depth or when crossing a wide gravel bar: angle your body and path 45 degrees downstream rather than fighting against the current. By stepping diagonally with the flow, the current helps carry you across to the far bank with half the muscular effort, your knees bend naturally if your foot hits an obstacle (whereas facing straight downstream can buckle your knees forward), and you can see floating debris coming while scanning your landing zone.

Step 3: Group Crossing Techniques (2 to 4+ Hikers)¶

Two or three hikers linked together have two to three times the mass and a wide multi-point base of support that single hikers lack:

Phase 3: Swiftwater survival if swept away (Defensive Swim, Strainers, and Foot Entrapment)¶

If you lose your footing and are swept into a fast current, your actions during the first 5 seconds determine whether you reach the far bank bruised or become trapped underwater.

1. The Two Swiftwater Swimming Positions (Defensive vs. Aggressive)¶

Never thrash aimlessly in rapids. Switch instantly between these two official American Canoe Association (ACA) / Rescue 3 International swiftwater swimming positions:

1. Defensive Swimming Position (Default for Open Rapids and Boulders):
2. Roll immediately onto your back.
3. Point your feet straight downstream so you can see where you are going and use your rubber boot soles as shock absorbers to push off rocks.
4. Keep your buttocks slightly up and your feet/toes right at the water surface (NEVER let your legs dangle vertically toward the riverbed): dangling feet catch between rocks and cause fatal foot entrapment.
5. Hold your head and chin tucked up out of the water, spread your arms out to the sides for stability, and angle your body at a 45-degree Ferry Angle toward the bank you want to reach, using powerful backstroke / sculling strokes to let the river's current push your angled body sideways into a calm shore eddy.
6. Aggressive Swimming Position (Used in 2 Specific Situations Only):
7. Flip onto your stomach (belly) and swim a powerful head-up freestyle crawl stroke:
   • Situation A (Breaking Across an Eddy Line into Calm Water): When your defensive back-ferry brings you right to the calm slackwater eddy behind a boulder or along the bank, flip onto your stomach facing upstream/into the bank and swim hard for 4 strokes across the swirling eddy line so the current doesn't peel you back out into the main channel.
   • Situation B (Climbing UP and OVER an Unavoidable Strainer / Logjam): See below.

2. How to Survive a "Strainer" (Downed Tree, Root Ball, Bridge Pier Debris, or Fence)¶

In swiftwater rescue terminology, a Strainer is any obstacle (a fallen tree spanning the river, overhanging willow branches, flood debris piled against a bridge pier, or a barbed-wire livestock fence) that lets water pass right through while pinning solid objects (like human bodies and kayaks) against its upstream face with hundreds of kilograms of water pressure. - Why Strainers Are So Lethal: If you float into a downed tree on your back feet-first (in the defensive position), the downward current diving under the tree trunk instantly sucks your feet and legs underneath the log, folding your spine around the trunk or trapping you in submerged branches where one cubic meter of water weighs 1,000 kilograms (2,200 pounds). - The Survival Protocol for an Unavoidable Strainer: 1. Spot the strainer early and back-ferry hard away from the outside bend where downed trees accumulate. 2. If the current is carrying you straight into a downed tree trunk and you cannot swim around it, two body-lengths (3 to 4 meters / 10 to 13 feet) BEFORE impact, flip from your back onto your STOMACH (Aggressive Swimming Position) facing the tree trunk. 3. Swim at maximum sprint speed directly toward the log to build upward momentum at the surface. 4. The instant your hands reach the log, vault your chest, stomach, and armpits UP ON TOP of the tree trunk (like doing a muscle-up out of a swimming pool edge) and immediately pull your legs and feet up out of the current onto the top of the log. Never let your legs hang down under the upstream side of the trunk.

3. Preventing and Rescuing a Victim from "Foot Entrapment"¶

Foot Entrapment occurs when a person tries to stand up or walk in fast water deeper than their knees: their boot slips into a V-shaped crevice between two rocks or under an undercut ledge on the riverbed. Within one second, the current slams into the back of their calves, thighs, and torso, folding their body forward at the ankles or knees and pinning them face-down on the riverbed under 30 to 90 centimeters (1 to 3 feet) of rushing water. Because a 5-kilometer-per-hour (3 mph) current applies over 70 kilograms (150 pounds) of continuous forward force against the victim's back, they cannot sit up to breathe and cannot pull their wedged boot upward until the forward pressure on their torso is relieved.

• If YOUR Own Foot Gets Entrapped in Shallow/Moderate Water:
• Do not pull straight up on your trapped leg while the current pushes your torso forward: your ankle is locked like a camming wedge.
• Reach down with both hands or your trekking poles to brace yourself on the riverbed or against your knees to keep your mouth above water, lean backward upstream against the current to unbend your ankle angle, or unlace/twist your heel out of the shoe and immediately float on your back feet-up.
• How Companions on Shore Can Rescue a Foot-Entrapped Victim (Two-Bank Line Cinch / Stabilization):
• Call 911 / trigger satellite SOS immediately and do NOT wade out untethered into the same boulder slot.
• Priority #1 is getting the victim's head above water to breathe before worrying about freeing the boot:
  • If you have a throw bag, climbing rope, or long nylon bear-bag cord (and rescuers can reach both banks or an eddy), pass the rope across the river upstream of the pinned victim, walk down both banks so the center of the rope catches underneath the victim's chest/armpits, and pull tight upward from both banks to lift their head and shoulders out of the water so they can breathe.
  • Once the victim can breathe, crossing the two ends of the rope behind the victim and walking upstream along the banks pulls the victim's torso backward (upstream) against the current, taking the forward bend off their leg and allowing the trapped foot to pop free from the rock slot.

Phase 4: Escaping a Low-Head Dam ("Drowning Machine" / Weir Hydraulic)¶

Low-head dams (also called weirs, run-of-the-river dams, or canal diversion drops) are small concrete walls 0.5 to 4.5 meters (2 to 15 feet) high built across thousands of rivers and creeks for old mills, irrigation intakes, and flood control. Because they look like harmless, gentle ledges from upstream, paddlers, tubers, anglers, and swimmers go over them without realizing that a submerged low-head dam generates a perfect, uniform, bank-to-bank recirculating hydraulic ("The Drowning Machine"):

Why the Surface of a Low-Head Dam Traps Everyone¶

1. Water pouring over the concrete crest plunges to the concrete apron at the bottom and jets downstream along the riverbed floor, while a huge surface backwash current flows backward (upstream) from the foaming Boil Line straight back into the base of the dam wall.
2. Any person or life jacket floating on the surface is sucked backward into the falling curtain of water, driven to the bottom, pushed out to the boil line, and sucked right back into the dam in a continuous washing-machine loop.
3. Furthermore, the churning white water inside the hydraulic is mixed with 30 to 60 percent air bubbles, dropping the density of the water from \(1,000\text{ kg/m}^3\) to \(400\text{ to }700\text{ kg/m}^3\). Standard life jackets and human lungs lose half their buoyancy in aerated foam, making it exhausting to keep your head above the surface.

The 3 Proven Escape Techniques If Caught in a Low-Head Dam Hydraulic¶

   UPSTREAM RIVER
====================|
   Concrete Dam     | \   Falling Water Curtain
       Wall         |  \
                    |   \      <--- Surface Backwash (Pulls You Back to Dam)
                    |    \   [Aerated Recirculating Boil]      (Boil Line)
                    |     \     (Zero Buoyancy Foam)              / \
____________________|______\_____________________________________/___\________
  Concrete Apron Floor      ===> FAST GREEN WATER BOTTOM JET ===>     \===> Out
                            (Tuck Into Ball & Ride Floor Jet Out)

1. Method 1 (Lateral Swim Along the Dam Face to the Wingwall / Bank):
2. Look immediately to the left and right ends of the dam. Do not waste your energy trying to swim straight downstream on the surface against the upstream backwash: you cannot outswim the surface recirculation.
3. Instead, turn 90 degrees sideways (parallel to the concrete dam wall) and swim laterally along the trough toward the nearest shoreline abutment, fish ladder, or wingwall where friction against the bank breaks the hydraulic recirculation, or grab a rescue throw bag tossed from the wingwall.
4. Method 2 (Dive Into a Tight Cannonball and Ride the Bottom Green-Water Jet Out Underneath the Boil Line):
5. The water inside a low-head dam only flows upstream in the top half of the water column (the frothy white surface foam); along the concrete apron floor at the very bottom, a powerful jet of solid green water shoots downstream away from the dam and exits past the boil line.
6. As the surface backwash pulls you back into the falling curtain of water at the dam face:
   1. Take a deep breath right before the falling curtain drives you downward.
   2. Tuck your knees tightly to your chest in a compact ball ("Cannonball") or streamline downward so your body drops all the way into the solid green water jet running along the concrete floor.
   3. The instant your feet or knees touch the concrete floor at the bottom of the drop, kick powerfully off the floor downstream and stay low along the riverbed for 2 to 4 seconds until the bottom jet shoots you out past the surface Boil Line (where the water bubbles split upstream and downstream) before swimming to the surface.
7. Method 3 (Keep Hold of Your Paddle or Boat Hull if It Reaches the Boil Line):
8. A long kayak hull or extended paddle blade reaching deeper into the green bottom current or extending past the boil line can catch the downstream outflow and pull you clear of the recirculation zone.

After escaping any cold swiftwater immersion, immediately address wet clothing and shivering on shore using our wilderness hypothermia and cold survival guide ak gaal buy xalangu ak tegtal ci mucc ci ndox mu sedd, and if you become separated from the trail on the far bank, follow our réer ci yéeg tundu wala guide kàmpiŋ.

Laaj yi ñuy faral di laaj¶

Why should you unbuckle your backpack hip belt and chest strap before crossing a river?¶

If you slip and are swept off your feet while wearing a heavy backpack with the hip belt and sternum strap buckled, the pack either acts as an underwater anchor that drags you down or floats high behind your shoulders and pushes your face underwater, while hydrodynamic pressure on the taut straps makes it nearly impossible to pinch the plastic buckles open underwater. Unbuckling both straps before you step into the river allows you to slip your arms straight out of the shoulder straps and ditch the pack in one second if you get pinned against a rock or strainer.

Why is it dangerous to stand up if you fall into a fast-moving shallow river?¶

Trying to stand up or put your feet down on the bottom in moving water deeper than your knees is the leading cause of fatal swiftwater foot entrapment. If your boot slips into a gap between two cobbles on the riverbed while the current is moving faster than 3.2 kilometers per hour (2 miles per hour), hundreds of newtons of water pressure slam into the back of your legs and torso, folding your body forward and pinning your head underwater so tightly that you cannot sit up to breathe or pull your foot free. Instead, always float on your back in the Defensive Swimming Position with your feet pointing downstream at the water's surface until you reach calm shallow water below knee depth.

What is the best time of day to cross a glacial or snowmelt river in the mountains?¶

Always cross snowmelt and glacial rivers at dawn or early morning (between 05:00 and 08:00), when cold overnight temperatures on the high peaks have frozen the snowpack and halted melting, dropping the river to its lowest and slowest daily flow. Avoid crossing snowmelt rivers in the late afternoon or evening (between 14:00 and 21:00), when a full day of solar heating sends a peak meltwater surge down the drainage that can make the exact same ford waist-deep and impassable.

Saytu nañu ay balluwaay¶

• United States National Park Service (NPS) & Mountain Rescue Association (MRA): Wilderness Swiftwater Crossing Safety Protocols, Diurnal Glacial Hydrographs, and Backcountry Drowning Prevention.
• American Canoe Association (ACA) & Rescue 3 International: Swiftwater Rescue Technician (SRT) Manuel: Defensif vs. Fëy ci ndox mu weex, moytu filtre, ak dakkal tànk yiy jàpp.
• New Zealand Mountain Safety Council (MSC): River Safety Manual: Braided River Assessment, Mutual Support Pack-Link Group Crossing Techniques, and Runout Evaluation.
• Brigham Young University (BYU) Civil Engineering Hydraulics Lab & US Army Corps of Engineers (USACE): Low-Head Dam ("Submerged Weir") Recirculating Hydraulic Physics, Escape Mechanics, and Public Warning Guidelines.
• Federal Emergency Management Agency (FEMA / US Fire Administration): Technical Rescue Program: Swiftwater and Flood Search and Rescue Operations (NFPA 1006 / 1670).

Gid yu jëm ci loolu¶

• Wilderness hypothermia, wet-cold exhaustion, and rewarming
• Bato buy xalangu ak mucc ci ndox mu sedd
• Camping flash flood, canyon escape, and high-ground shelter
• Lost while hiking or camping: STOP protocol and signaling
• Nimero paj mu jamp ci réew mi