yoderjac
5 year old buck +
I agree with some of your points but lets stay with the big picture. You will never have me arguing against age! Bucks in all age classes in most of the mid west and areas of superior soil have had bigger antlers than bucks in all age classes in areas of weaker soils...historically. Bucks in areas of superior soil have shown an ability to reach B&C status at younger ages than bucks in areas of weaker soils. Antlers are an accessory and improve or digress as an epigenetic response to the environment. Big picture big scale stuff. Can regulation, cultural changes and habitat use compromise full genetic expression? Of course. But that doesn't change the underlying potential. When looking at the big picture a pattern develops where you can see how historical fertility has impacted deer development across the country.
Studies at Ms. State have shown where what they call the " generational effect" can take deer from historically poor soil areas and when put on higher nutritional plane show some improvement. But more important their off spring show continued improvement over parents. And the children children continued better than their parents. Studies in Europe before WW2 followed this 'generational effect 'for decades showing continued improvement with an uncertainty they would ever cease. Unfortunately the war stopped the study. All this is epigenetic response. It can be seen as a mosaic across the country following soil fertility
My point: trophy quality deer are now consistently being grown in areas of lousy soil where there were rarely trophy deer before. Management focused on raising the nutritional plane especially thru food plots and ag along with allowing age have been chiefly responsible for this. Those deer are getting big in areas where they are eating peas, beans, clover and other legumes all summer and having small grains, brassicas and the like all winter. You simply don't find them in areas of weak soil without ag.
Can man screw this up with regulation, cultural changes, land fragmentation etc. Sure. Can man screw this up by pressuring deer so much they become schizophrenic psychotic vampires unable to follow their natural instincts? Sure. But does that change the reality that we can shift a deers diet significantly and reap the benefits of it? Does that change the reality that a deer will gravitate to the highest quality nutrition available if given the opportunity ? I think not.
The MSU study was a great one, but it proved a different point. It showed that genetics was not the limiting factor hunters thought it was. Deer from rich and poor soil areas were captured and penned and fed the same diet and it showed little difference between the groups by the third generation. What it didn't show was how much above the soil fertility limits of an area folks can improve the herd in free ranging deer. I'll never argue that planting food plots is not a good thing for deer management in most cases.
While I don't disagree that deer trophy sized deer are now being grown in poor soil areas, the question is how and why. But food plots are only one of many factors. Most managers are using a wide variety of techniques not just food plots. Rotating early successional habitat improves the quantity and quality of native foods simply by letting sunlight energy reach the ground. I will agree that areas with poor soil fertility and poor habitat have more room for improvement, but I doubt the quantity and quality of free ranging deer on poor soils will every reach that of fertile soils all else being equal. You haven't sold me but I enjoy the discussion and respect your viewpoint.
Thanks,
Jack