anzomcik
DarDys
The remarks are based on there being a gene pool in this particular area that contains the propensity for throwing no brow tines. I first observed it over 20+ years ago. Then, those deer were legal and often were removed from the herd.
Now, that gene pool is protected, except in the case of junior hunters, and there are none of those that hunt on any of the surrounding properties which in total comprise approximately 1,500 — 2,000 acres. As the number of bucks with this gene increases, which it will, the mathematical odds of it being passed on increases.
Please keep in mind that this isn’t the same as a spike that might grow into something else. Once it has no brow tines (or one brow tine or weak beams that break on one side or the other or any other recessive gene), it does not and cannot grow out of it.
Of course, it may go away in some cases in the off spring if the doe genes prevent it, but with each successive breeding that likelihood goes down.
There is a reason that those that raise any animals for desired traits cull those with recessives.
You have my attention, i am very interested in your observation. I have some questions.
So a spike can go into buck with brow tines, but if a 1.5 yo 4 point will never have brow tines as long as it lives? Is that what your saying?
Does a 1.5 yo 4 point ever grow more points? Have you observed in your experience 6 or 8 point bucks with out brow tines at the density you see 4 point bucks? (question is trying to see if the no brow tine trait is still there with the addition of g3,4s in the typical location)
Once a 4 point always a 4 point?
What age do you feel the 4 buck on camera are?
I get several 4 point bucks on camera each year and have noticed what you described.
Excellent questions.
The spike to something bigger later on is not genetically based, but rather has to do with the maturation process, which may include nutrition, birth order, number of siblings, etc. that has an effect their first set of antlers.
The spike to a spike to a spike is a recessive gene, just like no brow tines. Once no brow tines (excepting if they were broken off), always no brow tines. It’s like your genes being determined to stature — that doesn’t change. If your (and I don’t mean you specifically) genes throughout your parents, grandparents, and great grandparents show no offspring over 6 feet tall, the odds are slim, no matter what you eat, no matter how much you exercise, and no matter how long you live, that you will be 6 feet or taller.
Selective breeding is a mathematical drive science. And the surest way to remove the undesirable trait is to remove the recessive gene by removing the inferior specimens that exhibit that trait. But we do the opposite.
I’ve seen these 4-points be 18” wide and not start to curve until well above the ears. Still no brow tines. Some of these are 5 years old. Of those I mentioned in the initial post, only one is a youngster.
These recessives also throw other undesirable antler qualities as well. When my family hunted deer in a certain section of Clearfield County , we collected over 100 sets of antlers (pre to just after AR). There were four distinct gene pools for antlers.
One broke off right above the G-2 on one side (I don’t recall anymore which side); one broke off right at the head (it was the opposite side of the previous); one was tall and thin; and the last was wide, heavy, at least 8-points (I actually shot a buck in 1986 that was the exact same as one my father shot in 1963 when PA first imported deer from Michigan).