A verified instrumental calibration of annually resolved δ18O for a stalagmite from Gümüşhane in northeast Turkey is presented and cross-validated using a ‘leave-one-out’ technique. The amount of late autumn to winter precipitation is negatively correlated with stalagmite δ18O between AD 1938 and 2004. The observed relationship is extrapolated back to ~ AD 1500 leading to the first long winter precipitation reconstruction for this region. Modern day October to January precipitation is linked to pressure fields in Western Russia. Anomalously lower reconstructed rainfall is recorded in AD 1540–1560 at which time higher pressure over the Caspian Sea region is inferred
In this study, a climatological analysis of daily new snow cover data from 93 meteorological station...
In this thesis, new Holocene palaeoclimate information from speleothems is presented from three regi...
A high resolution proxy record of precipitation and evaporation variability through the past 1700 yr...
An oxygen isotope record from a stalagmite that grew between 77 ka and 6 ka in northeast Turkey cont...
Stalagmite records of oxygen (δ18O) isotopes, sampled at sub-annual resolution by micro-mill techniq...
A stalagmite from Dim Cave in southern Turkey contains a climate record documenting rapid and signif...
International audienceThe meteorological observational period in Turkey, which starts ca. 1930 CE, i...
Central Asia is located at the confluence of large-scale atmospheric circulation systems. However, t...
The meteorological observational period in Turkey, which starts ca. 1930 CE, is too short for unders...
Electron spin resonance (ESR) and Th/U ages of speleothem samples collected from karstic caves locat...
A reconstruction of April-August precipitation (1689-1994) was developed for the region by using Pin...
A May-June precipitation reconstruction (AD 1097-2000) has been developed for southwestern Anatolia ...
Speleothem-based stable isotope records are valuable in sub-humid and semi-arid settings where many ...
Abstract. Stalagmites can be dated very precisely with Th/U. The growth rate of stalag-mites is gene...
We developed a high quality reconstruction of May-June precipitation for the interior region of sout...
In this study, a climatological analysis of daily new snow cover data from 93 meteorological station...
In this thesis, new Holocene palaeoclimate information from speleothems is presented from three regi...
A high resolution proxy record of precipitation and evaporation variability through the past 1700 yr...
An oxygen isotope record from a stalagmite that grew between 77 ka and 6 ka in northeast Turkey cont...
Stalagmite records of oxygen (δ18O) isotopes, sampled at sub-annual resolution by micro-mill techniq...
A stalagmite from Dim Cave in southern Turkey contains a climate record documenting rapid and signif...
International audienceThe meteorological observational period in Turkey, which starts ca. 1930 CE, i...
Central Asia is located at the confluence of large-scale atmospheric circulation systems. However, t...
The meteorological observational period in Turkey, which starts ca. 1930 CE, is too short for unders...
Electron spin resonance (ESR) and Th/U ages of speleothem samples collected from karstic caves locat...
A reconstruction of April-August precipitation (1689-1994) was developed for the region by using Pin...
A May-June precipitation reconstruction (AD 1097-2000) has been developed for southwestern Anatolia ...
Speleothem-based stable isotope records are valuable in sub-humid and semi-arid settings where many ...
Abstract. Stalagmites can be dated very precisely with Th/U. The growth rate of stalag-mites is gene...
We developed a high quality reconstruction of May-June precipitation for the interior region of sout...
In this study, a climatological analysis of daily new snow cover data from 93 meteorological station...
In this thesis, new Holocene palaeoclimate information from speleothems is presented from three regi...
A high resolution proxy record of precipitation and evaporation variability through the past 1700 yr...