To those physiology gurus out there, I have been pondering this question for a while now. Please consider this scenario: You're on a deep dive in cold water. You're wearing your drysuit with normal drysuit underwear. When you have incurred a significant decompression obligation, you accidently rip your suit on a jagged piece of metal, and it floods. You immediately abort the dive, but still must do your decompression. On the deco line you start to become very cold, and due to the cold, your off-gassing efficiency is significantly reduced. Now the question. How can you tell the point at which off-gassing efficiency on the deco line falls below the off-gassing efficiency that would exist if you were in the dry, warm cabin on the boat breathing 100% O2? Can you tell? Is there a mathematical temperature model that would tie into whatever deco algorithm you're using that you could use to determine this (or the optimal deco profile under your circumstances)? I suppose that this is a highly individualistic thing, but perhaps generalizations could be made? Christina
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