Applying the Sprengel/Liebig principle of the minimum to human food production & nutrition, a society can be protein-rich, and thus limited by its carbohydrate & fat intake (i.e. calorie-limited), or it can be rich in carbohydrates or fats, thus limited by its protein intake. /2
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Our hunter-gatherer ancestors had poor social scalability because they were roving bandits, frequently at war with each other. Their typical diets, compared to ours, were heavier in meat, & thus more limited in energy (carbohydrates & fats) and less limited in proteins. /3
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Stationary agriculture was carbohydrate heavy -- abundant in energy but relatively scarce in protein. Permanent food sources enabled stationary bandits, an innovation that allowed social scaling to far greater population sizes and densities than roving banditry. /4
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The downside to stationary agriculture: the protein-limited grain diets of typical farmers were unnatural & poor compared to the protein-rich diets of their hunter-gatherer forebears. Genetic adaptation was only partial. /5
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Alongside the stationary carbohydrate-rich (and thus protein-limited) cultures were the nomadic protein-rich cultures, far more limited in social scale, except when, as with Mongols, Arabs, etc. they conquered & led the social scaling institutions of stationary societies. /6
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The frequency with which sparsely populated nomads conquered populous stationary societies seems paradoxical until we realize that nomads diets were much closer to our foraging forebears', giving more muscle & brain power, offsetting the poor scaling of roving societies. /7
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Stationary pastoralism https://unenumerated.blogspot.com/2011/05/lactase-persistence-and-quasi.html … combines the social scalability of stationary ag with a diet much closer to the protein-rich diet of nomads & hunter-gatherers. The ag & industrial revolutions happened first in regions most advanced towards stationary pastoralism.
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I feel like phosphorous is a theme that comes up frequently in your writings. Its noticeable because nowhere else do I encounter people talking about phosphorous
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It's one of the three (N,P,K) elements relatively more needed but less available to life, and typically one of Liebig's minimum plant nutrients has one of these three (albeit of course water can be the minimum in a desert). This thread is more about nitrogen (in protein).
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Here's me on N & P: https://unenumerated.blogspot.com/2010/10/elements-evolution-and-nitrogen-crisis.html … Here's a recent thread that was more about phosphorous: https://twitter.com/NickSzabo4/status/1011735897291649024 … See also: https://unenumerated.blogspot.com/2009/10/our-greatgrandmother-was-proton-powered.html … Currently researching potash (K-rich) imports to Britain from Russia & the Americas. Meanwhile let's crush some bones! .pic.twitter.com/fw4Un6dfcF
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Here is a steam-powered version in action:https://twitter.com/NickSzabo4/status/1105199208250802177 …
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The principle of the minimum explains why AI needs smart contracts, i.e. what's the use of a million buying decision insights from the best AI if human accountants still hit a bottleneck manually invoicing to execute those insights?https://medium.com/@rogerfeng/how-boeing-toyota-caterpillar-and-other-oems-can-double-their-current-net-profit-by-using-smart-68361865c085 …
Thanks. Twitter will use this to make your timeline better. UndoUndo
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How about sailors being limited by the amount of vitamin C being stored on board? Locked in the form of citrus fruits and fermented vegetables. (I assume)
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Maybe I'm just a nerd but his is fascinating.
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