By Tony Stebbing
Maia is the tale of an concept, and its improvement right into a operating speculation, that offers a cybernetic interpretation of the way progress is managed. development on the lowest point is managed by means of regulating the speed of development. entry to the output of regulate mechanisms is supplied via perturbing the transforming into organism, after which filtering out the implications to development fee. The output of the expansion keep watch over mechanism is then available for interpretation and modeling. Perturbation experiments were used to supply interpretations of hormesis, the neutralization of inhibitory load and bought tolerance to poisonous inhibition, and catch-up development. The account starts off with an creation to cybernetics overlaying the legislation of development and inhabitants raise in animals and guy and describes this new method of entry the regulate of development strategies. This ebook is appropriate for postgraduate scholars of organic cybernetics and researchers of organic progress, endocrinology, inhabitants ecology and toxicology.
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Extra resources for A Cybernetic View of Biological Growth: The Maia Hypothesis
4), it can be seen how the relative rate declines and generation time increases in approximate order of size. The graph of relative growth rate against generation time produces a remarkable result: the fastest-growing animals, with the shortest generation time, tend to be smaller and simpler organisms, while the slower-growing animals with longer generation times tend to be larger and more complex organisms. 4. 5). progress from small to large, from simple to complex, and from shortlived to long-lived.
These precious samples were among the ﬁrst to be brought up from the ocean deeps, and provided an early glimpse of life in the abyss. The samples were passed to Huxley for microscopic analysis. He was soon able to show that for 1,700 miles across the North Atlantic, the abyssal plain at 3,000 metres deep was covered by ﬁne calcareous sediments packed with the shells of globigerinae, such that the mud – known as ‘globigerine ooze’ – was found to cover nearly 50% of the deep-sea ﬂoor. It consisted almost exclusively of calcium carbonate derived from the remains of planktonic life forms that had settled after the death of the plankton living in the surface waters far above.
The Plague of Frogs that followed may have been caused by rotting ﬁsh driving the amphibians from the water. The Plague of Flies is thought to have been Stomoxys calcitrans, which multiplied rapidly on the accumulated ﬁsh and frog corpses. The Plague of Gnats were likely to have bred in the ﬂooded ﬁelds in late autumn, while the Plague of Livestock Death was a disease of domesticated animals, possibly due to the ﬂies of the earlier plague acting as carriers of the Anthrax bacillus. The Plague of Boils that followed may have been due to skin anthrax in both humans and animals.