
Some of the world’s oldest structures have survived for 5,000 years in the Orkney Islands. Kitchens. Forges. Round houses. Now they face dire threats from climate change.
Collateral damage to cultural heritage may seem less pressing than the future human lives at risk, but it is worth taking note of and adding it to the ledgers:
Saving Scotland’s Heritage From the Rising Seas
Jim Dwyer, a New York Times reporter, and Josh Haner, a Times photographer, traveled to a Scottish archipelago in the North Atlantic to see how people are trying to save thousands of ancient structures.
Off the north coast of Scotland, Orkney’s soft green landscapes hold a trove of things from everyday life before history was written.
More than 3,000 archaeological sites — among them standing stone circles, Norse halls and a Neolithic tomb graffitied by Vikings — have endured for millenniums, scattered across the roughly 70 islands that make up the Orkney archipelago.
By Sarah Almukhtar | Source: Historic Environment Scotland Canmore. Note: Archaeological sites date from prehistoric times through the 20th century.
At Skara Brae, one of Europe’s best-preserved Stone Age villages, kitchens built around 3180 B.C. are fitted with hearths and cupboards, bedsteads and doors that could be bolted shut.
Today, in forays to remote spits of land, people are working to save some of these places for posterity from the climate changes accelerated by human activity.
About half of Orkney’s 3,000 sites, many built before Stonehenge or the pyramids, are under threat from those changes, according to the county archeologist. Some are already being washed away.
Tresness, a Neolithic chambered tomb on Sanday Island.
Since 1970, Orkney beaches have eroded twice as fast as in the previous century. Others that had been stable are now shrinking. Rains, falling heavier and more often, are dissolving the crusts of soil and sand packs that protect remnants of civilizations.
These threats, now familiar at world heritage sites around the globe, are being answered in Scotland by archaeologists, citizen-scientists, students, government agencies and academics. Continue reading →






























Our models indicate that a full-scale system roll-out could clean up 50% of the 
