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  1. Lynn Margulis (gebürtig: Lynn Petra Alexander; * 5. März 1938 in Chicago, Illinois; † 22. November 2011 in Amherst, Massachusetts [1]) war eine US-amerikanische Biologin und Hochschullehrerin an der University of Massachusetts Amherst . Inhaltsverzeichnis. 1 Leben und Werk. 2 Ehrungen. 3 Buchpublikationen. 4 Literatur. 5 Weblinks. 6 Einzelnachweise

  2. Lynn Margulis (born Lynn Petra Alexander; [1] [2] March 5, 1938 – December 22, 2011) [3] was an American evolutionary biologist, and was the primary modern proponent for the significance of symbiosis in evolution. Historian Jan Sapp has said that "Lynn Margulis's name is as synonymous with symbiosis as Charles Darwin 's is with ...

  3. 2. März 2018 · Sieben Jahre nach dem Tod von Lynn Margulis erscheint nun ihr Buch „Der symbiotische Planet“ erstmals auf Deutsch. Eine Art späte Anerkennung, die zeigt, dass diese wegweisende Biologin ...

  4. 21. Dez. 2011 · 8 Citations. 91 Altmetric. Metrics. Biologist who revolutionized our view of early cell evolution. Lynn Margulis was an independent, gifted and spirited biologist who learned as early as the...

    • James A. Lake
    • lake@mbi.ucla.edu
    • 2011
  5. 1. Mai 2024 · Lynn Margulis (born March 5, 1938, Chicago, Illinois, U.S.—died November 22, 2011, Amherst, Massachusetts) was an American biologist whose serial endosymbiotic theory of eukaryotic cell development revolutionized the modern concept of how life arose on Earth. Margulis was raised in Chicago.

    • Amy Tao
  6. Some researchers answered no. Evolutionist Lynn Margulis showed that a major organizational event in the history of life probably involved the merging of two or more lineages through symbiosis. Symbiotic microbes = eukaryote cells? Image by Jerry Bauer. In the late 1960s Margulis (left) studied the structure of cells. Mitochondria, for example ...

  7. 5. Mai 2017 · The 1967 article “On the Origin of Mitosing Cells” in the Journal of Theoretical Biology by Lynn Margulis (then Lynn Sagan) is widely regarded as stimulating renewed interest in the long-dormant endosymbiont hypothesis of organelle origins.