ChatterBank0 min ago
Why Doesn't Snow Or Ice Underfoot/paw Bother Dogs?
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This question is inspired by another post on the subject of taking dogs for walks.
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For more on marking an answer as the "Best Answer", please visit our FAQ.but it does. They can slip in ice, also it can collect around the foot hairs and between the toes and become very painful. A dog's ability to cope with cold varies, one of my two (who are full brothers) loves snow and ice and thinks that skidding around is funny, his brother thinks its a joke in very poor taste and will only go out the relieve himself and only when he absolutely must.
When I was a milkman, I delivered to a house that had an Alsatian. Every morning the bloody thing used to charge towards me as I was putting the milk at the end of their drive and stop just short of the iron gate which stopped him from escaping. One day, there was a thin layer of snow on the path. He came charging as usual, but as he put on the brakes, he slipped, skidded, went *** over head and smacked the gate with a thud. It made my day, and, for a while, the poor sod walked with quite a limp.
good chadderbank so it doesnt matter much 1) if I'm wrong and 2 ) no one understands what the hell I am on about. two things
body heat of dogs - hair is hollow and a good insulator. Scott of the Antarctic's dogs had lots of hair sticking out at right angles - a bit like a bottle brush. I hugged a malamute around the corner and it sort of went in 75% and I said the the dog - "fluffy hair and not much of you".
And the dog said - we're quite thin really with really thick layer of hair. Definite bottle brush
but that leaves the paws - or should I say - shall we pause for the paws ?
People will have noticed they (dogs' legs) are long and thin ( cursorial specialisation = they have evolved for running ) but the arteries are curled around the veins on the way down ( of the leg)
cue - counter current mechanism - at the top warm arterial blood warms the venous blood on the way back. Half way down, now-cooled arterial blood will still hear the really cold blood from the pad. At the pad really cold arterial blood becomes really cold venous blood ( independent of oxygen transfer ) - and this is the way that blood is conserved.
google 'why dont ducks feet freeze'
and also http:// en.wiki pedia.o rg/wiki /Counte rcurren t_excha nge
but there is only a paragraph on this
well it was a technical question
so expect a technical answer followed by 50 000 "wha ....'s?" 30 000 "mehs" and ten thousand 'yeah wha' yeaaaaah!'s
oh and you need specialised changes in the blood so that it works way off the standard temperature of 37 'C and doesnt sort of sludge
body heat of dogs - hair is hollow and a good insulator. Scott of the Antarctic's dogs had lots of hair sticking out at right angles - a bit like a bottle brush. I hugged a malamute around the corner and it sort of went in 75% and I said the the dog - "fluffy hair and not much of you".
And the dog said - we're quite thin really with really thick layer of hair. Definite bottle brush
but that leaves the paws - or should I say - shall we pause for the paws ?
People will have noticed they (dogs' legs) are long and thin ( cursorial specialisation = they have evolved for running ) but the arteries are curled around the veins on the way down ( of the leg)
cue - counter current mechanism - at the top warm arterial blood warms the venous blood on the way back. Half way down, now-cooled arterial blood will still hear the really cold blood from the pad. At the pad really cold arterial blood becomes really cold venous blood ( independent of oxygen transfer ) - and this is the way that blood is conserved.
google 'why dont ducks feet freeze'
and also http://
but there is only a paragraph on this
well it was a technical question
so expect a technical answer followed by 50 000 "wha ....'s?" 30 000 "mehs" and ten thousand 'yeah wha' yeaaaaah!'s
oh and you need specialised changes in the blood so that it works way off the standard temperature of 37 'C and doesnt sort of sludge
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