December 10, 2003

More on the "German Stonehenge"

There's an article in Scientific American on what appears to be an ancient observatory at Goseck (discovery announced in August):

A vast, shadowy circle sits in a flat wheat field near Goseck, Germany. No, it is not a pattern made by tipsy graduate students. The circle represents the remains of the world's oldest observatory, dating back 7,000 years. Coupled with an etched disk recovered last year, the observatory suggests that Neolithic and Bronze Age people measured the heavens far earlier and more accurately than scientists had imagined. . .

First spotted by airplane, the circle is 75 meters wide. Originally, it consisted of four concentric circles--a mound, a ditch and two wooden palisades about the height of a person--in which stood three sets of gates facing southeast, southwest and north, respectively. On the winter solstice, someone at the center of the circles would see the sun rise and set through the southern gates. . .

Although aerial surveys have demarcated 200-odd similar circles scattered across Europe, the Goseck structure is the oldest and best preserved of the 20 excavated thus far, and it is the first circle whose function is evident. Though called the German Stonehenge, it precedes Stonehenge by at least two millennia. The linear designs on pottery shards found within the compound suggest that the observatory was built in 4900 B.C.

Perhaps the observatory's most curious aspect is that the roughly 100-degree span between the solstice gates corresponds with an angle on a bronze disk unearthed on a hilltop 25 kilometers away, near the town of Nebra

Posted by David on December 10, 2003 10:37 AM

Comments

This new fine is part of an extended family of artifacts showing the existence of "solar calendars' which enabled early man to keep track not only of the solstices, but of the days in between. This is best shown in an analysis of marks on the elephant tibia, one of the bones of Bilzingsleben, where the marks on the bone are made in regular 14-day intervals as the sun moves along the horizon. The so called "oars" and celestrial boat are a refinement of the marks on the tibia and are a time scale. I have a much fuller description.

Posted by: William Tennis on January 26, 2004 10:51 PM

This new find is part of an extended family of artifacts showing the existence of "solar calendars' which enabled early man to keep track not only of the solstices, but of the days in between. This is best shown in an analysis of marks on the elephant tibia, one of the bones of Bilzingsleben, where the marks on the bone are made in regular 14-day intervals as the sun moves along the horizon. The so called "oars" and celestrial boat are a refinement of the marks on the tibia and are a time scale. I have a much fuller description.

Posted by: William Tennis on January 26, 2004 10:58 PM

The names for the 26 two-week periods identified on the Bilzingsleben bones survive in the ancient Chinese calendar describing weather conditions for each of the 14-day periods

Posted by: William Tennis on August 11, 2007 8:33 PM
Post a comment




  Remember Me?


(For bold text to display correctly, please use <strong>, not <b>)




Google