In 1991, inspectors from the German government took aerial photographs of a small German town called Goseck and saw something strange. On the ground, there appeared to be a giant circular ridge hidden beneath a field. It would take archaeologists 12 years to realise that this ridge was the remains of an ancient solar observatory.
Archaeologists also found the remnants of ritual fires and human bones with cut marks on them indicating that the circle was not just for star gazing but also for human sacrifice. Curiously, a 3,600 year old bronze disc was discovered just 25 kilometers away from the site and is considered to be the oldest concrete representation of the cosmos. It shares a striking similarity with Goseck Circle.
Goseck Circle or Goseck Henge, is an early Neolithic Henge structure with entrances orientated to the rising and setting solstices. It was apparently created by Europe’s first civilisation, long before the cultures of Mesopotamia and the pyramids of Egypt. Dubbed the German Stonehenge, the structure has been radiocarbon dated to 4900 BC. Hundreds of similar wooden circular ridges just like it were built during a 200 year period around the same time. It is one of the best studied of the more than 250 ring ditches identified by aerial surveys throughout Germany, Austria, the Czech Republic, Slovenia and Croatia. Previously, archaeologists had thought that these henges might have simply been ancient fortifications.
Reconstruction of the wooden rings at Goseck
The people who built Goseck Circle are known only as the Stroke-Ornamented Ware Culture from the fragments of pottery they left behind. Various pottery shards belonging to this culture were dug out from the site and date back to around 4700 B.C. The discovery of the shards also suggests that the site was functional for a period of 200 years and then abandoned. They represent a transition from Neolithic linear pottery to Stroke-Ornamented Ware Culture. The jars and bowls had their decorations jabbed into the soft clay with a kind of fork to form zig-zag lines. Archaeologists know nothing about the appearance or language of the people who built Goseck and can only surmise what their religious beliefs might have been. Some claim the circle was a calendar that told ancient farmers in the area when it was time to begin counting the days until spring planting. However, excavations of the 6,000 square-meter site have also found the remains of headless skeletons, human and animal bones, decapitated oxen and ritual fires all pointing towards burial rituals or human sacrifice.
The original configuration and traces of Goseck Circle reveal that the structure once consisted of two wooden fences, one mound and four concentric circles. The site was approximately 75 meters (246 feet) in diameter. A narrow ditch enveloped the circular wooden wall and three gates – one facing north, one facing southwest and the last one facing southeast, were equally space out around the outer edge. Standing at the center of the structure during the winter solstice, December 21, a person could see the sun rise from the southeast gate and set through the southwest gate. It has been observed that the entrances get progressively smaller the closer to the center one gets, which would have concentrated the sun’s rays into a narrow path. The third gate at the site remains something of a mystery and points north, but not quite. It may have nothing to do with astronomy, for the compound was more than just a solar station.
Goseck Henge is considered to be the oldest official solar observatory in the world. It lies on the same latitude as Stonehenge, just over 1′ minute (approx. 1000m) longitude further north. Stonehenge and Goseck both lie on the exact latitude at which the midsummer sunrise and sunsets are at 90° of the moon’s northerly setting and southerly rising. This particular phenomena is only possible within a band of less than one degree of which Stonehenge and Goseck lies in the middle-third. The site also sits on one of two unique latitudes in the world where the full moon passes directly overhead on its maximum zeniths.
One of the most interesting aspects of Goseck Circle is the fact that the roughly 100 degree span between the solstice gates corresponds with an angle on a bronze disk unearthed 25 kilometers (15 miles) away, near the town of Nebra, Germany. The Nebra Sky Disk, measuring 32 centimeters in diameter, dates from 1600 BC and is the oldest portable representation of the cosmos found to date. It depicts a crescent moon, a circle that was probably a full moon and a cluster of seven stars interpreted to be the Pleiades constellation as it appeared 3,600 years ago (almost 2,000 years after the Goseck Circle). Scattered on the object are other stars, three arcs, all picked out in gold leaf from a violet-blue background.
The striking connection between Goseck and the Nebra Sky Disk is the fact that angle formed between the midsummer and midwinter sunrise at Goseck is 82 degrees, exactly the same angle as the horizon lines marked on the Nebra Disk. Two opposing arcs run along the rim of the disk. The lowest points are 97.5 degrees apart and signify the sunrise and sunset on the winter solstice in central Germany at the time. Likewise, the uppermost points mark the sunrise and sunset on the summer solstice. The sun’s position at solstice has shifted slightly over the past millennia, notes Wolfhard Schlosser of the Ruhr University in Bochum, so that the angle between sunrise and sunset is now slightly farther apart than when the Nebra disk and the Goseck circle were made (by 1.6 and 2.8 degrees, respectively).
A window into the life of Europe’s first farmers
Today, Goseck Circle is seen as a major archeologists discovery and gives scientists further insight into the spiritual-religious world of Europe’s first farmers. The sun was worshipped as the giver of life and the orchestrator of the changing seasons with the observatory likely playing a key role in ancient man’s understanding of nature. In 2005, a project was undertaken by the town of Goseck to rebuild the circular ridge from scratch. The reconstruction, estimated at a cost of 100,000 euros, has joined a growing list of increasingly popular “Sky Way” attraction sites across Europe related to the study of astronomy.