What impact does agriculture have on natural competition and human well-being?

  • Thread starter Loren Booda
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    Equilibrium
In summary, the conversation discusses the idea of artificial adaptations outpacing natural adaptations. The participants agree that there is no such thing as "de-evolution" and that artificial adaptations, such as agriculture, have already greatly outpaced natural selectional pressures. They also discuss the potential consequences of this, including dependence on artificial supports and potential harm to the health of crops and humans.

Which artifice will fastest outpace inborn adaptations?

  • Population control

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  • Asexuality

    Votes: 0 0.0%
  • Automation

    Votes: 0 0.0%
  • Mass destruction

    Votes: 1 25.0%
  • Artificial intelligence

    Votes: 2 50.0%
  • Genetic engineering

    Votes: 3 75.0%
  • Enhanced longevity

    Votes: 1 25.0%
  • Eugenics law

    Votes: 0 0.0%
  • Pharmacopoeia

    Votes: 1 25.0%
  • Virtual reality

    Votes: 1 25.0%

  • Total voters
    4
  • #1
Loren Booda
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Which artifice will fastest outpace inborn adaptations?
 
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  • #2
None of them. You can't reverse natural adaptation. You can have continued adaptation in the opposite direction (like if it suddenly became desirable to be a lump of primordial slime) but there is no such thing as deevolution.
 
  • #3
The reversal of natural adaptation is imposed maladaptation. Such de-evolution would lead to the extermination of the species without artificial supports.
 
  • #4
But that is not deevolution. Evolution is movement towards local highs of survivability. All you do is change the landscape of survivability. You do not reverse the process itself. Do you see the difference?
 
  • #5
Yes, I think I see. What I would differentiate is not evolution from de-evolution, but "natural" (inborn) from "unnatural" (artificial) adaptation.

Which artifice will fastest outpace inborn adaptations?
 
  • #6
Agriculture.
 
  • #7
Please explain - junk food, hybrid corn, radiated meat?
 
  • #8
Not quite. I am saying that the discovery of agriculture itself has already greatly outpaced natural selectional pressures. With agriculture, man is immediately freed from the typical requirement to evolve lean, mean hunters, and with time, the high sense of reliability agriculture provides lessens the requirement for tolerant physiques. If after a few million years of agriculture, we decide to suddenly stop, we would not be able to survive in the same competitive niche that we once did, that we would still be in if we didn't begin farming.
 
  • #9
It seems ironic that agriculture, an immediate adaptation toward man's prosperous civilizations and increased survival, would cause him to alienate natural competition, the health of his crops and eventually his own well being.
 

What is evolutionary equilibrium?

Evolutionary equilibrium, also known as genetic equilibrium, is a state in which the genetic makeup of a population remains stable over generations. This means that the frequency of alleles (alternative forms of a gene) and genotypes (combination of alleles) in the population does not change.

What factors contribute to evolutionary equilibrium?

There are several factors that contribute to evolutionary equilibrium, including natural selection, genetic drift, gene flow, and mutation. These processes can either increase or decrease the frequency of alleles in a population, but ultimately balance out to maintain equilibrium.

How does natural selection affect evolutionary equilibrium?

Natural selection is a major driving force of evolutionary change. It acts on the genetic variation within a population, favoring certain traits that increase an organism's chances of survival and reproduction. This can lead to a shift in allele frequencies, disrupting equilibrium.

What is the difference between Hardy-Weinberg equilibrium and evolutionary equilibrium?

Hardy-Weinberg equilibrium is a mathematical model that describes the expected allele and genotype frequencies in a population that is not evolving. In contrast, evolutionary equilibrium is the state of a population that has reached a balance between the forces of evolution. While Hardy-Weinberg equilibrium is a theoretical concept, evolutionary equilibrium can be observed in natural populations.

Why is evolutionary equilibrium important for understanding evolution?

Evolutionary equilibrium is important because it helps us understand how populations change over time. By studying the factors that influence equilibrium, we can gain insight into the mechanisms of evolution and how new species arise. It also allows us to make predictions about the future of a population and how it may adapt to changing environments.

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