Hypothermia Prevention, Recognition and Treatment.
Articles, Protocols and Research on Life-saving skills.

The recommended treatment of hypothermia in the field is core rewarming to prevent post-rescue collapse.

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Dr. A. Weinberg
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HYPOTHERMIA
WHAT TO DO

In Water
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Hypothermia In Water

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Hypothermia cooling graph

 

Hypothermia is defined as a body core temperature less than 35 degrees Celsius. Decreased consciousness occurs when the core temperature falls to approximately 32 to 30 degrees.

Hypothermia in water-1

Get on top of an over-turned boat
or any wreckage !

Heart failure is the usual cause of death when the core temperature cools to below 30 degrees. The body loses heat to the water about 30 times faster than in air.

 

The positions HELP and HUDDLE are designed
 to reduce body heat loss in water.

Hypothermia in water-2

Arms close to sides of the chest, legs crossed & pulled up closing the groin area.

Hypothermia in water-3

In the huddle position, keep close together and still - to keep colder water out. The huddle helps small children survive longer !

 

Hypothermia in water-9 

 

 

Help Search and Rescue crews find you!

 Keep calm and make yourself visible

Carry a WHISTLE with you!
(A Fox 40 is highly recommended).

 

Hypothermia in water-4

 

Hypothermia in water-5

 

Hypothermia in water-6

 

Hypothermia in water-7

 

To swim or not to swim?

Hypothermia in water-8

Swimming is an option but this leads to faster heat loss and exhaustion, even a strong swimmer would not be able to swim more than one kilometre in calm water. Cramp and hypothermia develop more quickly, usually a victim becomes semiconscious and is likely to drown.

Swimming increases heat loss (increase by 35-50%) and is not recommended if you are more than one kilometer away from shore, adopt a heat conserving strategy (help or huddle) instead. Consider your circumstances carefully before deciding to swim, is there a favorable current to assist you etc..

Drown proofing and treading water also lead to rapid heat loss, avoid if possible, wear a PFD! Do not remove clothing or shoes, they provide insulation (a jacket can trap air and assists floating).

 

Special note for divers.

Scuba divers who get cold may run out of air faster as shivering increases demand for air.
Don't panic or you will use up even more air.

When a diver ascends too quickly two major problems may arise:
Air embolism and decompression sickness (bends).

Transport such a victim rapidly to a decompression chamber.
If transporting by air maintain a low altitude!

Hypothermia in these cases protects against both air embolism and decompression sickness; re-warm during transportation to a decompression chamber.

link to:  What to do on land

Through an easy to use visual interface, you will be able to get the latest
windchill values in watts per square meter, or in equivalent temperature
values. The program allows you to calculate the wind chill from the wind
speed (km/h) and temperature (deg. C), or you can convert the watts per
square meter value to an equivalent temperature value.

You should save both files (childex.exe and childex.hlp)
in the same folder on your computer.

DOWNLOAD:  Chilldex.zip (306KB)
These applications are provided for personal use only by Environment Canada, (no support provided).

 

download this article in Acrobat (pdf) format

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All texts, images, layout and codes are © 1997  Last updated:  April 19, 2006  We welcome your suggestions and submissions via E MAIL