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  1. The Dual Nature of Mimicry: Organismal Form and Beholder’s Eye.Karel Kleisner & S. Adil Saribay - 2019 - Biosemiotics 12 (1):79-98.
    Mimicry is often cited as a compelling demonstration of the power of natural selection. By adopting signs of a protected model, mimics usually gain a reproductive advantage by minimising the likelihood of being preyed upon. Yet while natural selection plays a role in the evolution of mimicry, it can be doubted whether it fully explains it. Mimicry is mediated by the emergence of formally analogous patterns between unrelated organisms and by the fact that these patterns are meaningfully perceived as similar. (...)
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  • Repetitive order and the human walking apparatus: Prussian military science versus the Webers' locomotion research.Mary Mosher Flesher - 1997 - Annals of Science 54 (5):463-487.
    Summary The addition of ‘fire’ to the European battle repertoire resulted in the close-order drill for manoeuvres of the line. Begun in late sixteenth-century Netherlands and perfected in eighteenth-century Prussia under Frederick the Great, the drill's precision marching evolved into a military science which conceived what infantry acquired through rigorous training as a lawful ‘second nature’ of men. In contrast, the liberal Webers' 1836 locomotion research orientation was, as was that of French skirmishing, one of natural self-regulation. Later Prussian military (...)
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  • Artistic Notion of Mimicry, a Case Study: Does Triatoma maculata (Hemiptera: Reduviidae: Triatominae) Plagiarize Bees, Tigers or Traffic Signals?Elis Aldana & Fernando Otálora-Luna - 2019 - Biosemiotics 12 (1):157-174.
    What we observe, through our usually limited lens, is that differential growing of space determines forms -characterized by their shape, size and coloration. As non-Euclidean geometrical mathematics have proclaimed: forms are manifestations of the curvature of space. Physics and other natural laws impose mathematical structural restrictions to biological forms. The molecules comprising any living form become arranged in specific ways in response to physical forces as well as chemical and biochemical conditions. Over time, such forms inherit additional historical restrictions that (...)
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