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Evolution's bite : a story of teeth, diet, and human origins /Peter S Ungar

By: Contributor(s): Material type: TextTextPublisher number: Brijwasi Book Distributors | ;H-87,Lalita Park,Laxmi Nagar,Delhi-110092Publication details: Princeton, New Jersey : Princeton University Press , 2017Description: ix, 236 pages ; 25 cmISBN:
  • 9780691182834
Subject(s): Genre/Form: DDC classification:
  • 599.943 UNG
Contents:
Introduction -- How teeth work -- How teeth are used -- Out of the garden -- Our changing world -- Foodprints -- What made us human -- The Neolithic revolution -- Victims of our own success.
Summary: Ungar describes how a tooth's "foodprints"--Distinctive patterns of microscopic wear and tear--provide telltale details about what an animal actually ate in the past. These clues, combined with groundbreaking research in paleoclimatology, demonstrate how a changing climate altered the food options available to our ancestors, what Ungar calls the biospheric buffet. When diets change, species change, and Ungar traces how diet and an unpredictable climate determined who among our ancestors was winnowed out and who survived, as well as why we transitioned from the role of forager to farmer. By sifting through the evidence--and the scars on our teeth--Ungar makes the important case for what might or might not be the most natural diet for humans.
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Item type Current library Call number Status Barcode
Books Books SNU LIBRARY 599.943 UNG (Browse shelf(Opens below)) Available 27080
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Introduction --
How teeth work --
How teeth are used --
Out of the garden --
Our changing world --
Foodprints --
What made us human --
The Neolithic revolution --
Victims of our own success.


Ungar describes how a tooth's "foodprints"--Distinctive patterns of microscopic wear and tear--provide telltale details about what an animal actually ate in the past. These clues, combined with groundbreaking research in paleoclimatology, demonstrate how a changing climate altered the food options available to our ancestors, what Ungar calls the biospheric buffet. When diets change, species change, and Ungar traces how diet and an unpredictable climate determined who among our ancestors was winnowed out and who survived, as well as why we transitioned from the role of forager to farmer. By sifting through the evidence--and the scars on our teeth--Ungar makes the important case for what might or might not be the most natural diet for humans.

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