Self-perpetuation, the capability of something to cause itself to continue to exist, is one of the main characteristics of life. Organisms' capability of reproduction leads to self-perpetuation of the species, if not to the individual. Populations self-perpetuate and grow. Entire ecosystems show homeostasis, and thus perpetuate themselves.[1][2] The slow modifying effect of succession and similar shifts in the composition of the system can, however, not be neglected in the long run.[3] Overall, life's object's capabilities of self-perpetuation are always accompanied by evolution, a perfect steady state of the biological system is never reached. Sexual reproduction is also a form of imperfect self-replication and thus imperfect self-perpetuation because of recombination and mutation. Organisms are not like self-replicating machine but amass random modifications from generation to generation. The property of self-perpetuation in the strict sense thus only applies to life itself.
In a social context, self-perpetuation is tied to reflexivity and (usually) positive feedback loops:
To overcome strong prior beliefs, strong evidence to the contrary is needed. If a person is predisposed to choosing a certain action, the advice from an advisor who sets a low threshold for recommending the alternative action is not of much use. The preference for like-minded advisors who supply coarse information implies that the advice a person receives is likely to reinforce his existing priors. This effect can lead to polarisation of opinion and the emergence of self-serving beliefs. The learning process is prolonged and the induced short run bias can become perpetual if information is costly
— Wing Suen[4]
Depending on the time scope or the context, self-perpetuation either depends on self-sustainability, or is equivalent to it. While we may talk about the self-sustainability of an ecosystem, this depends amongst other factor on the self-perpetuation of its constituting species.
In computer science, self-reproducing programs constitute an incomplete metaphor for self-perpetuation. A better analogue can be seen in computer viruses which are actually able to self-reproduce - given a suitable computing environment.
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References
- ^ Flanders, S. E. (1968). "Mechanisms of population homeostasis in Anagasta ecosystems". Hilgardia. 39 (13): 367–404. doi:10.3733/hilg.v39n13p367.
- ^ Koeslag JH. (1978). "Population homeostasis". S Afr Med J. 53 (6): 222–4. PMID 653514.
- ^ Radeloff, V. C.; Williams, J. W.; Bateman, B. L.; Burke, K. D.; Carter, S. K.; Childress, E. S.; Cromwell, K. J.; Gratton, C.; Hasley, A. O.; Kraemer, B. M.; Latzka, A. W.; Marin-Spiotta, E.; Meine, C. D.; Munoz, S. E.; Neeson, T. M.; Pidgeon, A. M.; Rissman, A. R.; Rivera, R. J.; Szymanski, L. M.; Usinowicz, J. (2015). "The rise of novelty in ecosystems". Ecol. Appl. 25 (8): 2051–68. doi:10.1890/14-1781.1. PMID 26910939.
- ^ Wing Suen (2004). "The Self-Perpetuation of Biased Beliefs". The Economic Journal. 114 (495): 377–396. doi:10.1111/j.1468-0297.2004.00213.x. S2CID 145732747.
See also
- self-stabilization, homeostasis
- self-replication
- self-reference
- recursion
- reproduction
- feedback loop
- cause and effect
- von Neumann universal constructor
This page was last edited on 1 August 2023, at 06:19