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  1. en.wikipedia.org › wiki › OngendusOngendus - Wikipedia

    Ongendus (perhaps Angantyr in Danish) was a king of the Danes, reigning c. 710, the first Danish king known from contemporary literature. Historical background. He was presumably king of a stronger and more unified Denmark that rose at the end of the 7th century.

    • c. 710 – 738
    • ? (perhaps king Harald ? - briefly mentioned in a few sources)
  2. Jun 25, 2015 · Ongendus – The Danish King. When the Dannevirke was begun Ongendus was the king of the Danes. We know that he was ‘more savage than a wild beast and harder than a rock.’. This is what the missionary Willibord, who tried unsuccessfully to convert him to Christianity, says about him. Perhaps Ongendus was the man behind the Dannevirke.

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  4. The history of life on Earth traces the processes by which living and fossil organisms evolved, from the earliest emergence of life to present day.

  5. en.wikipedia.org › wiki › OngentheowOngentheow - Wikipedia

    Ongentheow (Old English: Ongenþeow, Ongenþio, Ongendþeow; Old Norse: Angantýr) (died ca. 515) was the name of a semi-legendary Swedish king of the house of Scylfings, who appears in Old English sources. He is generally identified with the Swedish king Egil Vendelcrow mentioned in Ynglingatal, Historia Norwegiae and in Ynglinga saga.

  6. In this article, we'll examine scientific ideas about the origin of life on Earth. The when of life's origins ( 3.5 ‍ billion years ago or more) is well-supported by fossils and radiometric dating.

  7. Ongendus (perhaps Angantyr in Danish) was a king of the Danes, reigning c. 710, the first Danish king known from contemporary literature. (en) Ongendus (début du VIIIe siècle), peut-être nommé en vieux norrois Angantyr, est un roi des danois qui règne vers 710, le premier souverain mentionné par les sources. (fr)

  8. Replicating molecules evolved and began to undergo natural selection. All living things reproduce, copying their genetic material and passing it on to their offspring. Thus, the ability to copy the molecules that encode genetic information is a key step in the origin of life — without it, life could not exist.

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