‘Spanish Stonehenge’ only seen four times before emerges from depleted dam

The dolmen of Guadalperal is seen due to the receding waters of the Valdecanas reservoir (REUTERS)
The dolmen of Guadalperal is seen due to the receding waters of the Valdecanas reservoir (REUTERS)

The Dolmen of Guadalperal, also known as Spain’s Stonehenge, has emerged in a drought-stricken dam where the waterline has receded.

The circle of megalithic stones has been exposed in the corner of the Valdecanas reservoir, in the province of Caceres, where authorities say water levels have dropped to 28 per cent capacity. The stones are believed to date back to 5000 BC.

“It’s a surprise, it’s a rare opportunity to be able to access it,” said archaeologist Enrique Cedillo from Madrid’s Complutense University.

It was discovered by German archaeologist Hugo Obermaier in 1926, but the area was flooded in 1963 in a rural development project under Francisco Franco’s dictatorship. Since then it has only become fully visible four times.

Dolmens are vertically arranged stones usually supporting a flat boulder. Although there are many scattered across Western Europe, little is known about who erected them. Human remains found in or near many have led to an often-cited theory that they are tombs.

 (REUTERS)
(REUTERS)
 (REUTERS)
(REUTERS)

Local historical and tourism associations have advocated moving the Guadalperal stones to a museum or elsewhere on dry land.

Their presence is also good news for Ruben Argentas, who owns a small boat tours business.

“The dolmen emerges and the dolmen tourism begins,” he told Reuters after a busy day spent shuttling tourists to the site and back.

But there is no silver lining for local farmers.

“There hasn’t been enough rain since the spring... There is no water for the livestock and we have to transport it in,” said Jose Manuel Comendador. Another, Rufino Guinea, said his sweet pepper crop had been ravaged.

Climate change has left the Iberian peninsula at its driest in 1,200 years, and winter rains are expected to diminish further, a study published by the Nature Geoscience journal showed.