Experts previously believed this divergence
happened in the Mesolithic era - at a time when humans were transforming from
hunters into farmers. But the new of research suggests the first domestic dogs
may have dated back more than 20,000 years earlier, during the Late Stone Age. Scientists
from Swedish Museum of Natural History analysed the DNA of a canine bone
discovered in the Taimyr Peninsula, Siberia. They believe the bone, which has
been radiocarbon dated to 35,000 years ago, belonged to a domesticated wolf -
in effect one of the early dogs. Given the divergence between its DNA and wild
wolves, they estimate its earliest domesticated ancestors could have lived
5,000 years before. And they say the
animal represents the most recent common ancestor of modern wolves and dogs and
could have been man's best friend between 27,000 and 40,000 years ago. May 21; http://dailym.ai/1PECgxE
The Swedish
Museum of Natural History in Stockholm, is one of two major museums of natural
history in Sweden, the other one being located in Gothenburg. A chart for the
Crescent Moon phase of May 21 drawn for Stockholm is shown here. The Moon forms
aspects to the angles as well as the Uranus-Pluto square. Uranus [19ar] is conjunct epsilon Reticulum
[19ar] – a constellation that Nick Fiorenza associates with the DNA.
Reticulum,
in the very southern heavens, is the rhomboid or diamond, which embodies the
essence of our DNA, that of carbon based-life forms, which we are. Reticuli is sometimes
referred to as "the net"--which we might also consider as our
neural-net.
If we remember
that a keyphrase for Uranus-Pluto is “transformation – the end of an old order
and the beginning of a new one” and combine that with the understanding that
Uranus is with the stars of Reticulum, we have here a study which traces the
origins of the transformation of the
wolf DNA to that of the dog.
But why a
dog? The Crescent Moon [15cn] is conjunct the star Sirius [14cn]. Alpha (α)
Canis Major, Sirius, is a binary brilliant white and yellow star in the Greater
dog [2].
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