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Learnings: Bioarchaeology: Difference between revisions
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imported>Wagnike2 Created page with "{{Imageneed}} One way that bioarchaeologists study the past is through stable isotope analysis. Stable isotopes are atoms with the same amount of protons and electrons, but d..." |
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[[File:DTVA - Human skull.jpg|thumb|250px|A human skull under analysis / c. Viking Age]] | |||
One way that {{Wiki|Bioarchaeology|bioarchaeologists}} study the past is through stable isotope analysis. Stable isotopes are atoms with the same amount of protons and electrons, but different numbers of neutrons. Their components do not decay oer time. By studying stable isotope ratios in [[human]] bones such as this skull, bioarchaeologists can learn about the eating habits and migration patterns of ancient humans. | |||
One way that bioarchaeologists study the past is through stable isotope analysis. Stable isotopes are atoms with the same amount of protons and electrons, but different numbers of neutrons. Their components do not decay oer time. By studying stable isotope ratios in human bones such as this skull, bioarchaeologists can learn about the eating habits and migration patterns of ancient humans. | |||
[[Category:Discovery Tour: Viking Age]] | [[Category:Discovery Tour: Viking Age]] | ||
Latest revision as of 17:19, 10 April 2022
One way that bioarchaeologists study the past is through stable isotope analysis. Stable isotopes are atoms with the same amount of protons and electrons, but different numbers of neutrons. Their components do not decay oer time. By studying stable isotope ratios in human bones such as this skull, bioarchaeologists can learn about the eating habits and migration patterns of ancient humans.