Evaluating the rate of deterioration at archaeological sites in the Arctic presents several challenges. In West Greenland, for example, increasing soil temperatures, perennial thaws, coastal erosion, storm surges, changing microbial communities, and pioneer plant species are observed as increasingly detrimental to the survival of organic archaeological deposits found scattered along the country’s littoral zones and extensive inner fjord systems. This article discusses recent efforts by the REMAINS of Greenland project for developing a standardised protocol that defines the archaeological state of preservation, the preservation conditions, and asset value of organic deposits. Special emphasis is given to the degradation of materials such as ...
The Arctic region is changing rapidly and dramatically as a result of climate change, perhaps two to...
Environments along the coast of Greenland are rapidly changing under the influence of a warming clim...
Climate change has irrevocable consequences for the otherwise well-preserved archaeological deposits...
Evaluating the rate of deterioration at archaeological sites in the Arctic presents several challeng...
Most pre-historical archaeological sites lack well-preserved organic artefacts because organic mater...
Across the Arctic, microbial degradation is actively destroying irreplaceable cultural and environme...
Climate change may accelerate the degradation of archaeological sites in the Arctic and lead to a lo...
The cold, wet climate of the Arctic has led to the extraordinary preservation of archaeological site...
How fast do archaeological deposits, soil features and artefacts degrade? Is it possible to preserve...
An enduring debate in the field of Arctic archaeology has been the extent to which climate change im...
Over the past decade, research on the impacts of climate change on immovable cultural heritage (ICH)...
There is no doubt that anthropogenic global warming is accelerating damage to cultural heritage. Ada...
There is no doubt that anthropogenic global warming is accelerating damage to cultural heritage. Ada...
This paper emphasises on degradation of wood in cultural heritage structures at Svalbard. Nowhere el...
The Arctic region is changing rapidly and dramatically as a result of climate change, perhaps two to...
Environments along the coast of Greenland are rapidly changing under the influence of a warming clim...
Climate change has irrevocable consequences for the otherwise well-preserved archaeological deposits...
Evaluating the rate of deterioration at archaeological sites in the Arctic presents several challeng...
Most pre-historical archaeological sites lack well-preserved organic artefacts because organic mater...
Across the Arctic, microbial degradation is actively destroying irreplaceable cultural and environme...
Climate change may accelerate the degradation of archaeological sites in the Arctic and lead to a lo...
The cold, wet climate of the Arctic has led to the extraordinary preservation of archaeological site...
How fast do archaeological deposits, soil features and artefacts degrade? Is it possible to preserve...
An enduring debate in the field of Arctic archaeology has been the extent to which climate change im...
Over the past decade, research on the impacts of climate change on immovable cultural heritage (ICH)...
There is no doubt that anthropogenic global warming is accelerating damage to cultural heritage. Ada...
There is no doubt that anthropogenic global warming is accelerating damage to cultural heritage. Ada...
This paper emphasises on degradation of wood in cultural heritage structures at Svalbard. Nowhere el...
The Arctic region is changing rapidly and dramatically as a result of climate change, perhaps two to...
Environments along the coast of Greenland are rapidly changing under the influence of a warming clim...
Climate change has irrevocable consequences for the otherwise well-preserved archaeological deposits...