Article 4
WKR
Yeah I hear you, it happens on these threads a lot.I'm all for reading studies to see how they may shed light on a topic. The list in post #179 appears to be close to the list of references from the first study you linked in post #177. In the back and forth, I've actually lost track of your hypothesis. Do you mind summarizing the hypothesis (or theory) the two articles in post #177 support?
One of the ways I find more to read is finding a good study and then citing their references. The references often either support the finding or offer different evidence and thoughts based on the evidence, so I thought I would list some of them for others to read. Some do recycle as they are good enough for others to cite as part of their papers.
My premise has 3 parts and I am passionate about what I believe based on what the evidence tells me:
- Energy exists as part of the killing cycle of bullets. It is a complimentary affect to the hole made by the bullet and increases the probability of a kill (this is a continuing topic due to the experts on the site who have told me I am 100% wrong)
- Outside of shooting live mammals, ballistic gelatin is the best media we have to test and illustrate bullet performance
- More energy, more affect/effect. Bigger bullets carry more energy and as such are better for hunting
As far as accuracy, I support accuracy of the first shot being the most important thing, no matter what bullet you shoot. My assertions are based on, if the shot isn't perfect, what can we do as hunters to promote a more effective kill
This is why I chimed in on the OP questions. Steel targets don't care what size the bullet is. For hunting situations, if the shots aren't perfect, bigger is better. So I offered thoughts to consider that when thinking about switching from a 7 to a 6, especially reaching out to 800 on elk where the chance for a perfect shot is significantly less.
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