Son and I both shot a couple of cull bucks recently off a friends place and we are just starting to try to learn to age by teeth. Don’t have any real need other than just for our own knowledge. Anyway here are the teeth. What do you guys think is the age. “A” is my son’s and “B” is mine. My estimate is A is 3.5 and B is 4.5 but possibly 5.5. What does the GS think?
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Learning to age teeth so why not another age thread
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They are older than you think OP
I’d guess
A 4.5 and B 6.5.Last edited by AntlerCollector; 12-19-2020, 04:01 AM.
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My lease in Kimble County is unfortunately in the CWD monitoring area requiring us to take deer to the check station. The one good thing about this is that age the deer looking at the teeth. The TPWD biologist took the time to give me few pointers the last time I was there. She said the last two molars are the most important for aging. In deer 4 years and younger there is what I will call a ridge on the last molar that is worn away on deer 5+ years old. I can clearly see the ridge in "A" and not in "B" Beyond that it seems to be a matter of educated guessing based on additional wear. I think "A" is probably a 4 year old and "B" is probably 6.
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My buddy shot a deer on a trophy ranch that required the buck to be a 5 year old min before harvest, he brought the buck into camp and the ranch manager cut the jaw bone out, he told my buddy that he had shot a 4 year old in a smart *** tone, my buddy told him " I would like to see you cut the jawbone out of a live deer " thought it was pretty funny, the manager did not have much to say about it. Aging deer on the hoof is pretty tough for me, especially after 4 years old.
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Using the Severinghaus technique, the first deer is 4.5 and the second is 5.5. Most important thing to look at it the dentine.
On the first deer, the dentine is wider than the enamel on the 1st molar and possibly the second (1 cusp it is, the second is not). This tells you it is at least 3.5 and probably 4.5 (definitely 4.5 if the dentine is wider than the enamel on both cusps). It is not 5.5 as the dentine is not wider than the enamel on the 3rd molar.
For the second deer, the dentine is wider than the enamel on all molars, meaning at least 5.5. But, the 1st molar is not dished out, so not 6.5.
Remember the wear pattern always goes from the front to the back.
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Originally posted by bboswell View PostYou can’t age a deer by looking at teeth with any accuracy
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Also forgot to mention that once you've identified that the last premolar is bicuspid, you never even look at the premolars again, just the molars. If the last premolar is tricuspid, it is either a fawn (less than 6 teeth, usually 4 or 3 plus 1 emerging) or a yearling (6 teeth but the lat molar may only be partially erupted).
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Originally posted by Deerguy View PostAlso forgot to mention that once you've identified that the last premolar is bicuspid, you never even look at the premolars again, just the molars. If the last premolar is tricuspid, it is either a fawn (less than 6 teeth, usually 4 or 3 plus 1 emerging) or a yearling (6 teeth but the lat molar may only be partially erupted).
And I'll agree that aging by tooth wear can be fairly accurate... on younger deer, maybe up to age 4. After that, I think tooth wear is useless. Fun to look at and compare to what "the books" say, but worthless. I have been in this game for far too long and seen WAY too many jawbones that show an age not anywhere close to what the deer actually was. But I still look at every jaw on every buck we kill, just for fun.
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