Had a beautiful day here in south-central MO today, and I shot probably 5 hours total, in two sessions. Anyway, I purchased a Glendel Buck a while back, and have been pounding the snot out of it. Because of the internal, supporting structure of the deer, the so-called "sweet" spot, low behind the front shoulder isn't the best place to aim on this particular 3-D... (Hard on arrows!) When I first got it, I drew a little black dot in the center of the insert area to focus on. It IS a target, after all...
What does this have to do with the post title you ask? Well, here you go... I was shooting decent today, but when I missed, it got me to thinking about deer physiology and shot placement. It makes sense to me, to take the highest percentage shot possible on live game. For me, this translates to aiming at the center of the lung area. A little low, you still have lung, and maybe heart. A little high, and you have lung/spine. Please disregard windage errors for this discussion. Also, please refrain from the debate over a supposed "void" between the lungs and spine. That dog won't hunt, IMHO...
So, anyway, I started thinking about Deers I have Known. I know a lung shot deer will often run a while, but then again, I've never known a heart shot deer not to run. The gun killed deer that I've seen tip right over, excluding spine shots, were generally mid to high lung hits. Now I know that bullets rely on shock, as well as hemorrhage, but I wonder if mid to high lung shots (with arrows) on deer would be as or more effective, due to the fact that gravity works in our favor with the mechanism of injury.
My point is not to be macabre, but let's face it, when we hunt, we go afield with the intention of killing something -- if conditions, luck, and skill are with us. And, it is the goal of every well-intentioned hunter to kill as humanely and as quickly as possible.
If you shoot a deer in the mid/high lung area, it bleeds into the lungs, as well as the external bleeding we rely on to help us locate a downed animal. The same is true of a low lung hit, but it seems to me that if the hit is higher, it might accelerate the collapse and filling of the lung with blood.
That's a lot of typing and untested theory for a simple question, but I found myself commiserating with the keyboard in a fashion most profound. :rolleyes:
What are your thoughts?