This chart from the MSU Deer Lab is a pretty good look at how we can have less and less quality bucks as the years go by. I think back on that study where it took 2 generations of optimum nutrition for bucks to reach their genetic potential. So, with that same reasoning, it can take 2 generations or more for buck quality to decline after nutrition goes down. Those 5.5 yo top quality bucks are the results of the nutritional plane wherever they dispersed from where their grandmothers were born. What looked like a great herd with lots of deer and great buck quality was the rise before the fall.
This chart from the MSU Deer Lab is a pretty good look at how we can have less and less quality bucks as the years go by. I think back on that study where it took 2 generations of optimum nutrition for bucks to reach their genetic potential. So, with that same reasoning, it can take 2 generations or more for buck quality to decline after nutrition goes down. Those 5.5 yo top quality bucks are the results of the nutritional plane wherever they dispersed from where their grandmothers were born. What looked like a great herd with lots of deer and great buck quality was the rise before the fall.
To me it seems like if it was that quick of a response for buck quality to decline, there would be more dramatic increases and decreases in buck quality even within small geographic areas that are managed differently (even accounting for fawn dispersal). This figure works for showing deer populations over time, but did they talk how this is related to buck quality?
To me it seems like if it was that quick of a response for buck quality to decline, there would be more dramatic increases and decreases in buck quality even within small geographic areas that are managed differently (even accounting for fawn dispersal). This figure works for showing deer populations over time, but did they talk how this is related to buck quality?
It would definitely be a gradual decrease in quality. With the study, they were showing it would take 2 generations for improving quality in a very controlled environment. In the wild you wouldn't see it that fast. That's why I was saying you're looking at 2 or more generations of does living at a suboptimal level then you would notice the bucks they produce 5 years after that wouldn't be as good. So, probably a decade or more. That's what I think of when people say we used to have lots of deer and big deer 10 or so years ago, but we don't anymore. The habitat prior to those glory days was probably going downhill already.
Invasive species are taking their toll on the landscape and only getting worse with each passing year.
One can spend dozens or hundreds of hours a year in eradication efforts (not to mention $$$) only for your buck fawns born in your premium habitat to disperse 3 to 10 miles away.
What a cruel return on investment mother nature serves up
Holy crap I never would have suspected a quiet remote controlled flying instrument with a high resolution camera would ever be used for something like this. I’m speechless
The Indiana Department of Natural Resources (DNR) is prosecuting its first drone poaching case, the first since the recovery of game with drones was legalized in March of 2024. However, it is illegal to use drones to search for, scout, or detect deer during the hunting season or for 14 days prior...