Water. The surface of our planet is enveloped in a layer of this liquid, our bodies too are predominantly composed of it, and all life is dependent on it. Indeed, life itself sprung from this simple concoction of two hydrogen atoms bonded to an oxygen. It is also believed by many anthropologists that the human race evolved from a water living species that came about during times of great glacial thaw.
So it should be no surprise that humans are, by and large, hydrophilic. Mankind congregates by bodies of water, and has done so since time immemorial. Like so many other species, it is also the chosen spot for mating.
Subject #1 |
Subject #1 in his habitat |
He also exhibits physical features (remarkably similar to Ted McGinley, see article “The Penultimate Male and Sexual Dominance” by Edna Stein, Ph.D.) that indicate to passing females that his chromosomes will make good offspring.
Subjects #2,3, and 4 |
Subject #2 |
Subject #3 |
Subject #4 |
Subjects #2, 3, and 4 have a desperate need to copulate, but are inhibited by their biology. There are, however, several viable options for these subjects to take.
1. Take a female by force and copulate.
This isn’t a preferable option considering it will probably result in incarceration, further limiting their chance of mating.
2. Flaunt their monetary credentials.
This is a human female attractant as potent as any pheromone in the Animal Kingdom. It is akin to providing a stable and secure nest for the female in which to rear her young.
Subjects #2 – 4 opt for option 2. They purchase the “top habitat” on the beach in an effort to make their economic assets readily apparent. Now, the only missing step in the strategy is to actually find females to publicize their wealth too; a difficult task when females are repulsed by the mere sight of them.
This is where all four Subjects become engaged in a symbiotic relationship. Subject #1 lacks wealth; the 3 subjects of advanced age can provide him with this; or at least an appearance of wealth.
Subjects #2, 3 and 4 lack the youth and vitality to attract a mate; this is where Subject #1 can provide assistance in the form of skill development, and using himself as bait. In a sense, inflating their stock in the Natural Selection market.
Inhibitions are often loosened at youthful gatherings |
Herd mentality used to draw in potential mates |
Phase 1: Awkward and uncomfortable. Female is inhibited. |
Phase 2: Females gather, uncomfortableness is lessened |
Phase 3: GroupThink begins to set in; females start to lose inhibitions |
Phase 4: Herd mentality is in full swing; inhibition factor = 0 Click image to view NSFW version |
Unfortunately, this system cannot run indefinitely. Consider this analogy:
There are 40 sheep in a flock grazing down in a valley. For several years, a lone fox has been making his meals on them with his only obstacle being a sheepdog. Until one day, three elderly wolves arrive. They are hungry and desperate for food, but too feeble to hunt. They offer the fox a deal: if he will nurse them back to health and teach them how to hunt the sheep, they will kill the sheepdog.
Both fox and wolves make good on their promises. The wolves kill the sheepdog and the fox restores their health and teaches them to hunt the sheep. Unfortunately, the flock quickly begins to thin. Soon, the most plump and succulent sheep are going to the bigger and more experienced wolves, while the fox sits empty handed.
Subject #4 begins to acquire mates |
Even the morbidly obese Hebraic Subject #3 begins to acquire mates |
In other words, Subjects #2, 3 and 4 develop the needed to skills to acquire mates; thereby rendering Subject #1 outnumber and outfoxed (parden the pun).
Ultimately, the two warring parties must reconcile the matter through force. There's no room for compromise in this Darwinian sexual landscape. In this case, Subject #1 is able to triumph through a series of ingenious maneuvers. Is this a testament to the theory that the most intelligent individuals will prevail in finding mates over those of lesser intelligence in the human community; thereby, creating a gene pool where the generations progressively become smarter? That is a topic for another study.
Dr. Gilligan, Ph.D., M.D., M.S., R.N., L.P.A.