Future anthropogenic climate forcing is forecast to increase storm intensity and frequency over Northern Europe, however understanding the significance of such a change is difficult because the natural variability of storminess beyond the range of instrumental data is poorly known. Here we present a decadal-resolution record of storminess covering the Late Holocene, based on analysis of a core taken from the peat bog of Cors Fochno in mid-Wales, UK, in 2010. Storminess is indicated by variations in the minerogenic content (aeolian sand deposits) as well as bromine deposited from sea spray. A 4 m long peat core was sampled using a Russian corer from the centre of the bog (52°30'9''N; 4°0'39''W). Chronological constraints were provided by AMS...
Four continuous high-resolution peat records for the Holocene have been reconstructed across a ~300k...
Cores of peat taken from two raised bogs in the near-coastal part of Halland, SW Sweden, were examin...
Understanding the ecohydrological responses of peatlands to climate change is particularly challengi...
Future anthropogenic climate forcing is forecast to increase storm intensity and frequency over Nort...
Storminess in northern Europe varies over annual and decadal timescales, however little is known abo...
A 4 m long peat core was sampled using a Russian corer from the centre of the bog (52°30'9''N; 4°0'3...
Storminess in northern Europe varies over annual and decadal timescales, however little is known abo...
A 4 m long peat core was sampled using a Russian corer from the centre of the bog (52°30'9''N; 4°0'3...
Severe winter windstorms have become an increasingly common occurrence over the last decades in nort...
Over annual to decadal timescales changes in the storm track influences regional climate in Europe, ...
International audienceSevere extratropical winter storms are a recurrent feature of the European cli...
North Atlantic storminess can affect human settlements, infrastructure and transport links, all of w...
Over annual to decadal timescales changes in the storm track influences regional climate in Europe, ...
ArticleAuthor's post-print draft released under Creative Commons Attribution Non-Commercial No Deriv...
Cores taken from an ombrotrophic peat bog in the coastal zone of Halland, southwest Sweden, were exa...
Four continuous high-resolution peat records for the Holocene have been reconstructed across a ~300k...
Cores of peat taken from two raised bogs in the near-coastal part of Halland, SW Sweden, were examin...
Understanding the ecohydrological responses of peatlands to climate change is particularly challengi...
Future anthropogenic climate forcing is forecast to increase storm intensity and frequency over Nort...
Storminess in northern Europe varies over annual and decadal timescales, however little is known abo...
A 4 m long peat core was sampled using a Russian corer from the centre of the bog (52°30'9''N; 4°0'3...
Storminess in northern Europe varies over annual and decadal timescales, however little is known abo...
A 4 m long peat core was sampled using a Russian corer from the centre of the bog (52°30'9''N; 4°0'3...
Severe winter windstorms have become an increasingly common occurrence over the last decades in nort...
Over annual to decadal timescales changes in the storm track influences regional climate in Europe, ...
International audienceSevere extratropical winter storms are a recurrent feature of the European cli...
North Atlantic storminess can affect human settlements, infrastructure and transport links, all of w...
Over annual to decadal timescales changes in the storm track influences regional climate in Europe, ...
ArticleAuthor's post-print draft released under Creative Commons Attribution Non-Commercial No Deriv...
Cores taken from an ombrotrophic peat bog in the coastal zone of Halland, southwest Sweden, were exa...
Four continuous high-resolution peat records for the Holocene have been reconstructed across a ~300k...
Cores of peat taken from two raised bogs in the near-coastal part of Halland, SW Sweden, were examin...
Understanding the ecohydrological responses of peatlands to climate change is particularly challengi...