Neil
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Genetic basis of peakbagging and peakbagging lists.
It has always mystified me as to why members of our species engage in such a useless activity as peakbagging. I embarked on some research and my readings have led to some interesting hypotheses.
But first it’s important to lay down some basic concepts.
Pretty much everything all living things do is geared to successfully leaving behind as many as ones genes as possible in the form of progeny. These individuals’ genetic traits will then accumulate in a hierarchical manner to include and characterize populations and entire species.
In the human species many of our behavioral traits may be traced to Darwinian selection pressure, which has preserved those traits that have led to more successful rates of procreation, and hence, to the accumulation within populations and species those behaviors’ genetic substrates: the genes.
In the lower animals as well as humans there also exists a parallel sexual selection pressure that has resulted in the preservation of non-adaptive characteristics such as massive tails in certain birds (peacocks, birds of paradise) and huge antlers in moose.
Simply put: the moose with biggest antlers gets the harem and leaves more of his genes behind. Furthermore, it is argued that the male moose is displaying his antlers as a way of signaling his overall genetic superiority to potential mates. If the moose can survive in spite of such impedimenta then female moose will reason that his genetic stock must be very good and so she will mate with him. (The antlers also serve as weapons to beat off rivals.)
Peakbagging in all of this?
Males have been known to risk their lives by entering into combat with dragons to win the hands of princesses. In our day, others will attempt to signal their genetic worthiness to potential mates by hypertrophying their pectoral and bicipital musculature and by investing in powerful automobiles. In its own right, successful peakbagging demonstrates a variety of desirable traits that would contribute to vigorous off-spring. Beyond physical strength and endurance such traits as sticking to a difficult goal, organizational skills and willingness for self-sacrifice come to mind.
However, upon completion of a peakbagging list such as the Adirondack 46, humans don’t grow or develop any anatomical equivalent of antlers or a silver back to serve as signals. The best signaling device we have is the patch that the successful peakbagger sews onto his packsack and uses as a signal to potential mates that his genetic stock is of good value.
Now of course I’m not suggesting that anyone here consciously hikes lists of peaks in order to spread their genome as far and wide as possible. No more than does a moose will his antlers to grow. However, by understanding the processes that underlie our unconscious drives one may gain a broader understanding and tolerance for behaviors one doesn’t understand or agree with.
A potential weakness of the patch is it is easy for a non-peakbagger to fake it by wearing one under false pretences and attempt to woo a peakbagging mate.
Before the women in the crowd disagree with this male-oriented explanation allow me to offer that humans have evolved greatly and have succeeded in expanding the cultural action of many of our purely gene-derived behaviors.
There is also another factor at play with regards to peakbagging, paddling and any form of outdoor adventuring. It was likely advantageous for any population of humans to have a certain limited frequency of the genes for adventure within its gene pool. Too high a frequency would threaten the stability of the group but as long as a few individuals felt the urge to ramble discoveries of new and/or better sources of food and water would be assured. Too low a frequency would threaten the group’s existence as well due to a fear of the unknown. The genetically programmed impulses for adventure and exploration are most certainly found in higher frequency on these forums and amongst peakbaggers of both sexes than in the general population.
So, there you have it: the genetic basis for peakbagging and peakbagging patches.
It has always mystified me as to why members of our species engage in such a useless activity as peakbagging. I embarked on some research and my readings have led to some interesting hypotheses.
But first it’s important to lay down some basic concepts.
Pretty much everything all living things do is geared to successfully leaving behind as many as ones genes as possible in the form of progeny. These individuals’ genetic traits will then accumulate in a hierarchical manner to include and characterize populations and entire species.
In the human species many of our behavioral traits may be traced to Darwinian selection pressure, which has preserved those traits that have led to more successful rates of procreation, and hence, to the accumulation within populations and species those behaviors’ genetic substrates: the genes.
In the lower animals as well as humans there also exists a parallel sexual selection pressure that has resulted in the preservation of non-adaptive characteristics such as massive tails in certain birds (peacocks, birds of paradise) and huge antlers in moose.
Simply put: the moose with biggest antlers gets the harem and leaves more of his genes behind. Furthermore, it is argued that the male moose is displaying his antlers as a way of signaling his overall genetic superiority to potential mates. If the moose can survive in spite of such impedimenta then female moose will reason that his genetic stock must be very good and so she will mate with him. (The antlers also serve as weapons to beat off rivals.)
Peakbagging in all of this?
Males have been known to risk their lives by entering into combat with dragons to win the hands of princesses. In our day, others will attempt to signal their genetic worthiness to potential mates by hypertrophying their pectoral and bicipital musculature and by investing in powerful automobiles. In its own right, successful peakbagging demonstrates a variety of desirable traits that would contribute to vigorous off-spring. Beyond physical strength and endurance such traits as sticking to a difficult goal, organizational skills and willingness for self-sacrifice come to mind.
However, upon completion of a peakbagging list such as the Adirondack 46, humans don’t grow or develop any anatomical equivalent of antlers or a silver back to serve as signals. The best signaling device we have is the patch that the successful peakbagger sews onto his packsack and uses as a signal to potential mates that his genetic stock is of good value.
Now of course I’m not suggesting that anyone here consciously hikes lists of peaks in order to spread their genome as far and wide as possible. No more than does a moose will his antlers to grow. However, by understanding the processes that underlie our unconscious drives one may gain a broader understanding and tolerance for behaviors one doesn’t understand or agree with.
A potential weakness of the patch is it is easy for a non-peakbagger to fake it by wearing one under false pretences and attempt to woo a peakbagging mate.
Before the women in the crowd disagree with this male-oriented explanation allow me to offer that humans have evolved greatly and have succeeded in expanding the cultural action of many of our purely gene-derived behaviors.
There is also another factor at play with regards to peakbagging, paddling and any form of outdoor adventuring. It was likely advantageous for any population of humans to have a certain limited frequency of the genes for adventure within its gene pool. Too high a frequency would threaten the stability of the group but as long as a few individuals felt the urge to ramble discoveries of new and/or better sources of food and water would be assured. Too low a frequency would threaten the group’s existence as well due to a fear of the unknown. The genetically programmed impulses for adventure and exploration are most certainly found in higher frequency on these forums and amongst peakbaggers of both sexes than in the general population.
So, there you have it: the genetic basis for peakbagging and peakbagging patches.