description: transition from hunter gatherer to settled peoples
70 results
by Michael Pollan · 15 Dec 2006 · 467pp · 503 words
of the plants and animals that take part in the grand coevolutionary bargain with humans we call agriculture. Though we insist on speaking of the "invention" of agriculture as if it were our idea, like double-entry bookkeeping or the lightbulb, in fact it makes just as much sense to regard agriculture as
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for world domination, by helping it outcompete the shrubs and trees.) The second phase of the marriage of grasses and humans is usually called the "invention of agriculture," a self-congratulatory phrase that overlooks the role of the grasses themselves in revising the terms of the relationship. Beginning about ten thousand years ago
by Francis Fukuyama · 11 Apr 2011 · 740pp · 217,139 words
impact was enormous. Depending on climatic conditions, hunter-gatherer societies have a population density from 0.1 to 1 person per square kilometer, while the invention of agriculture permits densities to rise to 40–60 per square kilometer.25 Human beings were now in contact with one another on a much broader scale
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made the transition from band-level to tribal societies, except to say that it was historically associated with the increased productivity made possible by the invention of agriculture. Agriculture made possible higher population densities, which in turn created a need for organizing societies on a larger scale. Agriculture also created the need for
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increases in labor productivity (output per person) as the result of technological innovation and change. But before 1800, productivity gains were much more episodic. The invention of agriculture, the use of irrigation, the invention of the printing press, gunpowder, and long-distance sailing ships all led to productivity gains,7 but between them
by Robert J. Gordon · 12 Jan 2016 · 1,104pp · 302,176 words
about 100,000 years ago. For the next 99,800 years or so, nothing happened. Well, not quite nothing. There were wars, political intrigue, the invention of agriculture—but none of that stuff had much effect on the quality of people’s lives. Almost everyone lived on the modern equivalent of $400 to
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The transition of American agriculture between 1870 and 1940 to much higher levels of output per person and per acre relied on more than the invention of agricultural machinery by private entrepreneurs such as Cyrus McCormick and John Deere. The government played a major role in making modern agriculture possible through the Agricultural
by Nicholas A. Christakis · 26 Mar 2019
significantly shape their physical and biological environments—by damming rivers, domesticating plants and animals, generating air pollution, using antibiotics, and so on. Prior to the invention of agriculture and cities, humans did not build their physical environments; they simply chose them. By contrast, humans have always made their social environments. Living socially places
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enhance fluency in such languages may be selected for.62 Innovations in farming or material technology can also have effects. It’s possible that the invention of agriculture may have made the ability to be patient (and wait for crops to grow) more adaptive and that it affected the utility of genes undergirding
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mutations are more likely to occur somewhere in the population simply by chance; these larger populations of our species may have been facilitated by the invention of agriculture. However, it is also the case that cultural impacts can cease or reverse, which would mean that the genetic changes would be incomplete (a “partial
by Carl Benedikt Frey · 17 Jun 2019 · 626pp · 167,836 words
to connect two large bodies of scholarly research to put the Gates paradox in historical perspective. It tracks the expanding frontiers of technology from the invention of agriculture to the rise of AI, tracing the fates of humans as technology has progressed. I should warn the reader that this is not a balanced
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that concern preindustrial technologies and their effects on people’s standard of living. Chapter 1 gives a succinct summary of advances in technology from the invention of agriculture some 10,000 years ago up until the dawn of the Industrial Revolution. It shows that many significant technologies emerged before the eighteenth century, but
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, in the absence of any technology for storing meat, instant consumption was inevitable, and no significant food surplus was attainable. It was only after the invention of agriculture that food could be stored, land could be owned, and individuals could accumulate a surplus of significance—which in turn introduced the concept of property
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disease, in addition to other distinguishing features of wealth such as ornaments and gold hair clips.9 The notion that political inequality stems from the invention of agriculture, as the philosopher Jean-Jacques Rousseau suggested, thus seems to hold.10 Of course, the price of inequality might be low if the commoner also
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suggests that the post-Neolithic rise in inequality was accompanied by a fall in average standards of living. While it was long believed that the invention of agriculture dramatically improved the life of the commoner—relieving humanity of the burden of constant movement in the search for food—the body of data that
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in machinery were few. Before the Industrial Revolution, political power was firmly held by the landed classes. The structure of power was shaped by the invention of agriculture, which meant that for the first time food could be stored, land could be owned, and individuals could accumulate a surplus of significance. This, in
by David Graeber and David Wengrow · 18 Oct 2021
of social equality. For Diamond and Fukuyama, as for Rousseau some centuries earlier, what put an end to that equality – everywhere and forever – was the invention of agriculture, and the higher population levels it sustained. Agriculture brought about a transition from ‘bands’ to ‘tribes’. Accumulation of food surplus fed population growth, leading some
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of language (in which he includes most of the modern inhabitants of North America and other actually observable ‘savages’); then finally, civilization, which followed the invention of agriculture and metallurgy. Each marks a moral decline. But, as Rousseau is careful to emphasize, the entire parable is a way to understand what made it
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complicate this picture, but the overall pattern of seasonal congregation for festive labour seems well established. Such oscillating patterns of life endured long after the invention of agriculture. To take just one example, they may be key to understanding the famous Neolithic monuments of Salisbury Plain in England, and not just because the
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being. As we’ve also seen, this idea is very much still with us. But so is Rousseau’s argument that it was only the invention of agriculture that introduced genuine inequality, since it allowed for the emergence of landed property. This is one of the main reasons people today continue to write
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can now put a final nail in the coffin of the prevailing view that human beings lived more or less like Kalahari Bushmen, until the invention of agriculture sent everything askew. Even were it possible to write off Pleistocene mammoth hunters as some kind of strange anomaly, the same clearly cannot be said
by Greg Woolf · 14 May 2020
in the Holocene a one thousand-year-long cold snap, known as the Younger Dryas, may have provided the stimulus for one of the first inventions of agriculture. It happened in the Near East. From preserved plant and animal remains it is possible to reconstruct changes in the environment of a broad sweep
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degradation might have retreated to better territory, or simply collapsed in number. Our ancestors could do better than that. They stayed and farmed. The Natufian invention of agriculture is a very local story. Agriculture was invented many times around the globe, in radically different ecologies. Each local story must have been different, but
by Michael Spitzer · 31 Mar 2021 · 632pp · 163,143 words
historical clock. Mapping contemporary hunter-gatherer music over the prehistorical timeline involves speculation of a rather higher order, however. From the Ice Age to the invention of agriculture between 12,000 and 9,000 years ago there was a gradual climatic warming, interrupted by a cold snap (12,900–9700 bc) called the
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Ice Age, and it may mark an important advance towards the social complexity entailed by Neolithic sedentary culture, and the cognitive revolution associated with the invention of agriculture. We must not forget that the Inuit are a modern culture. Drums are, perhaps surprisingly, a modern instrument: the technology to bake ceramics, or to
by Geoffrey West · 15 May 2017 · 578pp · 168,350 words
change with our discovery of fire, which is the chemical process that releases the sun’s energy stored in dead wood. When coupled with the invention of agriculture, this began the transition to the Anthropocene as we emerged from a purely biological organism to our present state as an urbanized socioeconomic creature no
by Norman Davies · 1 Jan 1996
’, which is now usually taken to be just one vital part, or one stage, of the overall process. ‘No change in human life since the invention of agriculture, metallurgy, and towns in the New Stone Age has been so profound as the coming of industrialisation.’4 By general consent, modernization was first experienced
by Matt Ridley · 17 May 2010 · 462pp · 150,129 words
by Michael Pollan · 27 May 2002 · 273pp · 83,186 words
by Deirdre N. McCloskey · 15 Nov 2011 · 1,205pp · 308,891 words
by Jeffrey D. Sachs · 2 Jun 2020
by J. Bradford Delong · 6 Apr 2020 · 593pp · 183,240 words
by Ian Morris · 11 Oct 2010 · 1,152pp · 266,246 words
by Stewart Brand · 15 Mar 2009 · 422pp · 113,525 words
by Aaron Finkel · 21 Mar 1945 · 1,402pp · 369,528 words
by Martin Caparros · 14 Jan 2020 · 684pp · 212,486 words
by Charles C. Mann · 8 Aug 2005 · 666pp · 189,883 words
by William Davidow and Michael Malone · 18 Feb 2020 · 304pp · 80,143 words
by Oded Galor · 22 Mar 2022 · 426pp · 83,128 words
by David S. Landes · 14 Sep 1999 · 1,060pp · 265,296 words
by Jeffrey Sachs · 1 Jan 2008 · 421pp · 125,417 words
by David Reich · 22 Mar 2018 · 372pp · 110,208 words
by Carl Sagan · 11 May 1998 · 272pp · 76,089 words
by Bertrand Russell · 1 Jan 1935 · 12pp · 5,028 words
by Joseph Henrich · 7 Sep 2020 · 796pp · 223,275 words
by Gaia Vince · 22 Aug 2022 · 302pp · 92,206 words
by Michael Bhaskar · 2 Nov 2021
by Pierre Desrochers and Hiroko Shimizu · 29 May 2012 · 329pp · 85,471 words
by Ronald Wright · 2 Jan 2004 · 225pp · 54,010 words
by Angus Deaton · 15 Mar 2013 · 374pp · 114,660 words
by Alvin Toffler · 1 Jun 1984 · 286pp · 94,017 words
by Byron Reese · 23 Apr 2018 · 294pp · 96,661 words
by Gary Taubes · 25 Sep 2007 · 936pp · 252,313 words
by Mark Stevenson · 4 Dec 2010 · 379pp · 108,129 words
by Nick Bostrom and Milan M. Cirkovic · 2 Jul 2008
by Simon Baron-Cohen · 14 Aug 2020
by James Suzman · 2 Sep 2020 · 909pp · 130,170 words
by Edward Slingerland · 31 May 2021
by John Cassidy · 12 May 2025 · 774pp · 238,244 words
by Matt Ridley · 14 Aug 1993 · 474pp · 136,787 words
by George Zarkadakis · 7 Mar 2016 · 405pp · 117,219 words
by Laurence C. Smith · 22 Sep 2010 · 421pp · 120,332 words
by Mark W. Moffett · 31 Mar 2019 · 692pp · 189,065 words
by Tom Standage · 1 Jan 2005 · 231pp · 72,656 words
by Daniel Markovits · 14 Sep 2019 · 976pp · 235,576 words
by Sandra Kahn,Paul R. Ehrlich · 15 Jan 2018
by David Quammen · 30 Sep 2012 · 669pp · 195,743 words
by John Michael Greer · 30 Sep 2009
by James Suzman · 10 Jul 2017
by Richard Baldwin · 14 Nov 2016 · 606pp · 87,358 words
by David Wallace-Wells · 19 Feb 2019 · 343pp · 101,563 words
by Robert W. McChesney · 5 Mar 2013 · 476pp · 125,219 words
by Robert Wright · 8 Jun 2009
by Bruce Schneier · 14 Feb 2012 · 503pp · 131,064 words
by Matt Simon · 24 Jun 2022 · 254pp · 82,981 words
by James D. Miller · 14 Jun 2012 · 377pp · 97,144 words
by Steven Pinker · 1 Jan 1997 · 913pp · 265,787 words
by Douglas Rushkoff · 21 Mar 2013 · 323pp · 95,939 words
by Jerry Kaplan · 3 Aug 2015 · 237pp · 64,411 words
by Nicholas A. Christakis · 27 Oct 2020 · 475pp · 127,389 words
by Mitch Feierstein · 2 Feb 2012 · 393pp · 115,263 words
by Alvin E. Roth · 1 Jun 2015 · 282pp · 80,907 words
by Steven Pinker · 1 Jan 2002 · 901pp · 234,905 words
by Clay Shirky · 28 Feb 2008 · 313pp · 95,077 words
by Jerry Mander · 1 Jan 1977
by Calum Chace · 28 Jul 2015 · 144pp · 43,356 words
by Charles Murray · 14 Jun 2021 · 147pp · 42,682 words