Mountain Climbing News, Mountain Climbing Gear, Ice Climbing Gear, Backpacking Gear
News and Gear Reviews for Mountaineering, Climbing, and Ice Climbing
home | gear | mountains | training | safety | photography | resource center | coupons | news archives
 Advertisement
Rab at ProLite Gear
Saturday
July 4, 2009

Mountain Climbing Safety

simple guidelines to prevent acute mountain sickness
rate of ascent above 10,000 feet the average rate of ascent should not exceed 1,000 feet per day. During the progression up the mountain it is good practice to hike to higher altitudes and return to lower camps for sleeping. ("Climb high, sleep low.")
drink plenty of water During acclimatization to high altitude the human body needs to process more water than normal. Consume enough water to keep urine clear, not yellow.
food consuption At high altitude most people are not able to eat and process enough food. Force yourself to eat if necessary. Consensus is that a diet high in complex carbohydrates works best.
avoid overstressing yourself Do not overextend yourself and become exhausted. Adjust clothing to avoid becoming overchilled. Try to get plenty of sleep.
watch for symptons of AMS Typical symptoms of mild AMS(Acute Mountain Sickness) are headache, nausea, sleeping problems, and fatigue. Symptoms of more advanced AMS are a headache that does not respond to aspirin, vomiting, shortness of breath that is not relieved upon resting, intense fatigue, loss of coordination, apathy, and disorientation.
High Altitude Mountaineering exposes climbers to the various forms of altitude related illnesses, and safety issues. It also requires extensive training.

In addition to the hazards associated with all mountain and wilderness activities are the unique hazards present on climbs of high mountains. High altitude almost always makes for low temperatures, therefore frostbite and hypothermia are issues. The dangers of becoming lost or exhausted are present, and the climber must deal with hazards of technical climbing and crevasses. In remote mountains the risk of an incident involving these hazards can be much worse since rescue help may be very slow, unreliable, or totally unavailable.

There is much more to contending with high altitude mountain climbing safety than can be covered on this web page, or in the news articles below. There are many books dedicated to mountain-oriented safety available at most mountain shops. Anyone seriously considering climbing to high altitudes should make an effort to learn as much as they can, and consult with experts.

Altitude sickness (also: acute mountain sickness (AMS) or altitude illness) is a pathological condition that is caused by lack of adaptation to high altitudes. It commonly occurs above 2,440 metres (8,000 feet). The symptoms are headaches, fatigue, shortness of breath, nausea, unsteadiness and dizziness, loss of appetite, insomnia, weakness and sometimes even seizures and coma.

Different people have different susceptibilities to altitude sickness. Diets high in carbohydrates may make people suffering AMS feel better. The carbohydrates seem to liberate more energy and oxygen compared to their lipid counterparts.

The most serious symptoms of altitude sickness are due to edema (fluid accumulation in the tissues of the body). At very high altitude, humans can get either high-altitude pulmonary edema (HAPE), or high altitude cerebral edema (HACE). These syndromes are potentially fatal. The physiological cause of altitude-induced edema is not conclusively established. For those suffering HAPE or HACE, dexamethasone may provide temporary relief from symptoms in order to keep descending under their own power.

HAPE occurs in ~2% of those who are adjusting to altitudes of ~10,000 feet or more. It can be life threatening. Symptoms include fatigue, dyspnea, headache, nausea, dry cough without phlegm, pulmonary edema, fluid retention in kidneys, and rales. Descent to lower altitudes alleviates the symptoms of HAPE.

HACE is a life threatening condition that can lead to coma or death. It occurs in about 1% of people adjusting to altitudes above 9,000 feet. Symptoms include headache, fatigue, visual impairment, bladder dysfunction, bowel dysfunction, loss of coordination, paralysis on one side of the body, confusion, and slowed reflex response. Descent to lower altitudes may save those afflicted with HACE.

 Related News
Veteran letter carriers get national award for safety
Hickory Daily Record Jun 29 2009 6:00AM GMT

Zipline and High Ropes Course Skills and Safety
Suite101.com Jun 27 2009 7:42PM GMT

Bexhill rope rescue team brings climber to safety
Rye and Battle Observer Jun 25 2009 1:49PM GMT

Kokoda death probe 'will improve safety'
Sydney Morning Herald Jun 23 2009 6:50AM GMT

Near drowning of boy a reminder of swimming safety
WWL-TV Jun 3 2009 5:40AM GMT

Ladder Safety System is fall-arrest rated.
ThomasNet May 28 2009 1:10PM GMT

Beware of safety!
Institution of Electrical Engineers May 20 2009 11:58PM GMT

CAPITAL SAFETY AUSTRALIA INTRODUCES THE DELTA TOW...
Nestor May 15 2009 1:41AM GMT

Capital Safety introduce Delta tower workers harness
Ferret.com.au May 14 2009 11:28AM GMT

American Tree Service Supply Introduces A Newly Designed Chainsaw System That Takes Safety to New He
ClickPress Apr 24 2009 1:56AM GMT

 Search News Archives

Copyright © 2003; Mountain Climbing News | All Rights Reserved. | Site Map
News and Gear Information for Mountain Climbing, Ice Climbing, and Backpacking.
Valid XHTML Valid CSS Made for Firefox
Hosted by InfoGears