This reminds me of an old Three Stooges line:
(Moe): How do you want to die? Burned at the stake or have your head cut off?
(Curley): I’ll take “burned at the stake”!
(Moe): Why?
(Curley): Because a HOT STEAK is better than a cold chop! :smack:
Frank: A good cop - needlessly cut down by some cowardly hoodlums. Ed: No way for a man to die. Frank: You’re right, Ed. A parachute not opening - that’s the way to die, getting caught in the gears of a combine, having your nuts bit off by a Laplander. That’s the way I want to go.
The following text describes “wet” drownings, accounting for 88-90% of all medically documented (autopsied) drownings.
Inhalation of water:
As a swimming or submergence scenario progresses to an actual drowning, a specific series of events takes place. Following submergence of the face in water, an attempt at breath holding (apnea) is the first line of defence against water’s entrance into the lungs. As this phase progresses, a panicky struggle quickly develops. As the body’s energy reserves (chiefly oxygen) are expended, a sequence of events occurs which will culminate in clinical death unless interrupted. This chain of events is as follows:
Voluntary/involuntary breath holding until the concentration of carbon dioxide in the blood reaches a level where stimulation of the respiratory center in the brain takes command.
A small amount of water (5-20 cc) is inhaled into the trachea.
An involuntary coughing reflex follows. This is a natural reaction designed to expel foreign material entering the trachea. Each forceful cough expels some of the air in the lungs.
A greater quantity of water is inhaled into the trachea, and eventually into the lungs, with each attempt to expel the water present. This cycle may be interrupted by a bronchial spasm in which the epiglottis closes forcefully, forbidding further entry of water. This spasm may continue on past the loss of consciousness to the point of clinical death.
The increased coughing reflex, combined with water entering the bronchiole tubes, may trigger a vomiting reflex wherein the stomach contents are first expelled, then aspirated into the lungs. As more and more air is expelled from the lungs, buoyancy of the body is lost and the next phase follows.
Profound unconsciousness due to anoxia develops. Convulsions usually follow with more vomiting and deep agonal gasping. This unconscious gasping reflex may be so profound that water and bottom debris, along with vomitus, are drawn deep into the lungs and back down into the stomach. Respiratory standstill follows quickly!
Because the lungs are now flooded with water (either salt or fresh water), the blood which is circulating within the lungs undergoes a radical change in its chemical balance. Cardiac arrhythmias leading to ventricular tachycardia and fibrillation ultimately precede clinical death.
Within two minutes following the “agonal gasp” phase (in fresh-water drownings), sufficient water is absorbed directly into the bloodstream to account for nearly fifty percent of circulating blood volume! This chain of events may be altered by an antemortem struggle. The greater the struggle, the shorter the cycle.
erm… or not!!! how about i just choose to die in my sleep after having had sex and with a fag on the go!!!
yeah that sounds like a good way to die!!!
jesus you lot are so morbid!!!
The description is an excerpt from “Encyclopedia of Underwater Investigations”, by Cpl. Robert G. (Bob) Teather. While I did not obtain specific permission to use it here, I know Bob and am sure he would not object to its use in this context.
Lately, I’ve been on this kick where I’ve been obsessed with reading true life survival tales, and true life not-so-much survival tales.
One of the more interesting things I’ve read lately is the “mammalian diving reflex.” When mammals put their faces in cold water, the body goes into super energy saving mode.
Bradycardia, a reduction in the heart rate of up to 50% in humans.
Peripheral vasoconstriction, the restriction of the blood flow to the extremities to increase the blood and oxygen supply to the vital organs, **especially the brain.
Blood shift,** the shifting of blood to the thoracic cavity, i.e. the chest between the diaphragm and the neck to avoid the collapse of the lungs under higher pressure during deeper dives.
Thus both a conscious and an unconscious person can survive longer without oxygen under water than in a comparable situation on dry land.
Based on Cecil’s discussion, and on the fact that salt water feels like it’s burning my lungs on the occasions I’ve swallowed some by accident, I have to say it a salt water drowning would be quite painful.
On the other hand, from what many drowning survivors say, the moment as you slip from consciousness into unconsciousness is strangely peaceful–though you only reach this stage after enduring great pain and panic.
With the burning death, it may not be too bad if you suffocate on the smoke–in that case, you may not actually feel the actual flames on your skin (which would probably be unbelievably painful), and a death by suffocation would be quite a bit more peaceful. However, I don’t like heat very much, and just the idea of being surrounded by fire disturbs me.
So I’ll take the drowning death, preferably in fresh water.
I fully intend to go in a blaze of glory. And I mean blaze: guns firing, shells dropping, artillery incoming, napalm burning, Commie pinkos dying, bayonets charging, Aahhhhnold "AAHHHHHHHHHH"ing . . . you get the idea.
So, I’d be burned alive.
Tripler
Way better’n what Bon Jovi was talking about, too . . .