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85 Cards in this Set

  • Front
  • Back
PEP=Survival
Practice + Experience + Preparation = ?
Weapons to combat fear (panic, anxiety, shame, depair)
- fear
- knowledge & experience
- concentration
- confidence in SAR
- will to live
Enemies of Survial
-pain
-cold
-heat-
-thirst
-hunger
-fatigue
-bordedom & loneliness
-insects
-predatory animals
One way to deal with mental problems of survival - STOP
Stop
Think
Observe
Plan
First symptoms of hypothermia
-shivering
-lower mental functions
-stiff and clumsy fingers
Symptoms of more severe hypothermia
-'umbles' stumbles, mumbles, fumbles, grumbles
-apathy
-slurred speech
-confusion
-shivering stops
-incoherence, disorientation, irrationality
4 ways of losing heat from our bodies
-conduction
-radiation
-convection
-evaporation
Conduction
loss of body heat through body contact with colder objects
Wet clothes conducts heat __ times more than dry
25
Radiation
loss of body heat as the body emits inrared ratiation from exposed area of skin
Convection
loss of body heat as air currents replace the warm air next to our body with colder air. The body then heats that colder air thus losing heat
Evaporation
loss of body heat through perspiration or respiration
Hyperthermia prevention
-light, loose clothing
-shade the head and back of neck
- less active
-rest during hottest part of the day
-liquids
Function of underwear layer
control moisture next to the skin
Best type of clothing material
polyester, polypropylene
Thin and close contact
Function of Insulation layer
offer insulation, absorb and tranfer moisture from underwear layer
Survival Pattern (definition)
Order in which the necessities of life are acquired
Survival Pattern Order
1. First Aid
2. Fire
3. Shelter
4. Signals
5. Water
6. Food
Uses for Fire
warmth
drying
cooking
signalling
melting snow
keep animals away
The basic elements needed to light a fire
1. spark
2. tinder
3. Fuel
4. oxygen
Suitable material for tinder
-cotton fuzz
-paper fuzz
- absorbent cotton
-dead, dry grass
-fine dry bark
-granulated pitch
-commercial fire starters or candles
-sections of used bicycle inner tubes
A good shelter site
-good supply of firewood
-water nearby
-building materials
-open area - or one nearby
- level
Bad shelter site
-swampy or tidal area
- uder dead trees or large dead branches
-falling rocks, landslides, avalanche
Winter shelter - quickest, best protection, least energy
-snow trench
-tree pit
common international distress signal
Three of a kind - 3 fires, 3 smoke, 3 whistles, 3 shots
Ground to air signals
- 7-10m high
- high contract color to ground
- should run NE-SW or NW-SE
-most important V and X
Ground to Air Signal coldes
V=require assistance
X= require medical aid
N=No
Y=Yes
Arrow=proceed in this direction
LL=All is well
F=require food & water
L=require fuel & oil
W=require repairs
Survival times
3 minutes without air
3 days without water
3 weeks without food
Amount of water needed
1/2 L daily
moderate task = 1 L
strenuous task = 2 L
Main methods of water disinfection
Heat
Halogens (iodine and chlorine)
filtration
Boiling water time
2 min
over 2000 m - boil 3 min
Problems iwth Iodine
-dissolves slowly in cold water
- disagreeable taste
-too much can cause thyroid problems
-doesnt protect against Cryptosporidium
-brief shelf life
Factors in determining safe ice
-how it was formed
-thickness
-quality
-what's under it
Radio equipment types
Base stations - at fixed locations
Mobile tranceivers - fitted into vehicles
Portable transceivers - handheld
Tranceiver
2-way radio. Emits a signal and receives it.
Lowest radio frequency
14 kHz (kilohertz)
Highest radio frequency
3 Ghz
VHF
Very high frequency - 136-174 Mhz
most commonly used by PEP
Noise
interference of radio waves emitted from natural and man-made sources
Typical output from portable radios
2-5 watts
Squelch
mutes the noise made by radios when there are no incoming transmissions
Radio communication factors
Rhythm
Speed
Pitch
Tone
Volume
Communication distance of a radio depends on....
-power of transmitter
-sensitivity of receiver
-path between the two
-frequency used
Repeater
permanent unmanned installation on mountain - receives on one frequency and re-transmits on another
Directed Net or Net Control
Station serving SAR Manager - All transmissions go through this
Cutting for Sign
process of looking for sign
Types of Sign
-compressed ground
- tracks
-moisture knocked off grass,
-damaged leaves
-dirt transferred on plants
Track trap
an area good for finding sign
Perimeter cut
looking for sign in obvious areas, trails, roads, creeks
2 main tasks for helicopters
Move SAR crews & equipment.
Evacuate injured subjects
Disadvantages of helicopters
-cost
-physical limitations (capacity)
-can't function in bad weather or night
-problems communicating with ground teams
Distance to stay away from helicopter if not part of work crew
35 m
Ideal clearing
Distance of 50m from end of your landing zone to the first 15m high object in path
Short Verticals
any drop steeper than an embankment up to 30 cm higher than the reach of the tallest team member
Tracking team
point person & two flankers
Jump tracking
moving from one obvious track to another without finding the inbetween
Stride measurement
toe of one track to the heel of the next
Permineter cut
checking for sign in obvious places, roads, trails, creeks, etc
Most commonly used stretcher by SAR
Polyethylene basket stretcher
Sked stretcher
plastic 1m x 2m sheet with grommets
Wire basket stretchers - 2 types
Stokes
CMC rescue litter
Minimum number of 6 stretcher bearers only if....
-way out is well known
-clear of obstacles
-patient is stable
-patient is light
-less than 1 km
Caterpillar Pass
when passing obstacle, bearers stop walking, stretcher is moved hand over hand.
Propylene rope
-light
-floats
-won't absorb water
Nylon rope
-strong
-nylon centre, braided sheath
-lighter than polyester
-loses 10-20% strength when wet
10 Rules of rope care
1. don't step on
2. don't drop rocks on it
3. no rope moving across rope or webbing.
4. protect from abrasion
5. wear gloves
6. inspect after use
7. maintain an rope log
8. wash and dry
9. coil or bag after use
10. store away from UV, heat, corrosives, humidity
Dynamic rope
a lifeline which has elastic properties. for lead climbin on snow, rock or ice. shock absorber
Static rope
low stretch, used in SAR. Should be at least 11mm
Webbing - 2 types
Tubular
Flat
Tubular Webbing
used for an anchor. Made of nylon, stronger than flat webbing. Distributes the load evenly
Accessory Cord
Any narrow diameter rope - no less than 8mm
Bend
knot that joins 2 ends
Bight
open loop formed when a rope is doubled back on itself
Hitch
know tied to an object so that if the object were removed the know would fall apart
Backup knot
used to secure the tail of another knot
All knots should be backed up with a Double Overhand knot except....
-Ring Bend
-Figure 8 follow through bend
-Italian Hitch
Dressing the knot
makikng the knot clean or neat
Setting the knot
tightening the knot by pulling on the legs
Figure 8 on a bight
Used to form a loop to either clip into a carabiner or slip over an object.
Figure 8 follow through
used to tie around an object or into a harness. Must be used with a Double Overhand Backup knot
Figure 8 follow through bend
Used to tie two rope end together. Double overhand knots to back it up. Tails at least 6"
Double Overhand Back-up
used to ensure that a loaded knot does not untie
Ring Bend (Water knot, tape knot, overhand bend)
used to tie two ends of webbing together. Not backup needed, tails must be 4"
Italian Hitch
used to belay single person loads, or stretcher teams on low angle slopes
Hand Lines - how to tie
Figure 8 follow through clipping one end to simple slung anchor using a Figure 8 on a Bight