Under embargo until: 2021-06-28We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of southern Greece. A regional palaeoclimate record from stable isotope and trace element geochemical proxies in an early Holocene (~12.4 ka to 6.7 ka) stalagmite is compared to the timing of palaeosol (entisol) development on an early Holocene alluvial fan located <100 km from the stalagmite site. Radiocarbon dated entisol development records fan abandonment surfaces, which can be coupled to the stalagmite climate signal. Variations in δ13C best record the main elements of palaeoclimatic change, more negative values indicating soil carbon input to karst groundwater under wetter conditions. The wettest conditions begin...
This study presents the first high-resolution speleothem-based hydrological reconstruction for much ...
This work was supported by the Earth and Biosphere Institute, University of Leeds and the Deutsche F...
The climatic perturbation at ca. 8.2 kyr B.P. is the strongest short-term climate anomaly within the...
We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of sout...
We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of sout...
We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of sout...
In this thesis, new Holocene palaeoclimate information from speleothems is presented from three regi...
To better understand how fluvial systems respond to late Quaternary climatic forcing OSL and U-serie...
This thesis contributes increased knowledge about climate variability during the late Quaternary in ...
Palaeoclimatic reconstruction in N. Greece has been investigated in this study, using stable isotope...
Despite mounting evidence of the anthropogenic influence on the Earth's climate, underlying mechanis...
A stalagmite from Dim Cave in southern Turkey contains a climate record documenting rapid and signif...
We explore Holocene climatic changes recorded by geochemical proxies in a single, well-dated, stalag...
International audienceThe study was conducted in the southern part of the lower Strymon valley, in n...
This paper offers new high-resolution oxygen and carbon isotope data from Stalagmite S1 from Mavri T...
This study presents the first high-resolution speleothem-based hydrological reconstruction for much ...
This work was supported by the Earth and Biosphere Institute, University of Leeds and the Deutsche F...
The climatic perturbation at ca. 8.2 kyr B.P. is the strongest short-term climate anomaly within the...
We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of sout...
We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of sout...
We explore the expression of early Holocene climatic change in the terrestrial Mediterranean of sout...
In this thesis, new Holocene palaeoclimate information from speleothems is presented from three regi...
To better understand how fluvial systems respond to late Quaternary climatic forcing OSL and U-serie...
This thesis contributes increased knowledge about climate variability during the late Quaternary in ...
Palaeoclimatic reconstruction in N. Greece has been investigated in this study, using stable isotope...
Despite mounting evidence of the anthropogenic influence on the Earth's climate, underlying mechanis...
A stalagmite from Dim Cave in southern Turkey contains a climate record documenting rapid and signif...
We explore Holocene climatic changes recorded by geochemical proxies in a single, well-dated, stalag...
International audienceThe study was conducted in the southern part of the lower Strymon valley, in n...
This paper offers new high-resolution oxygen and carbon isotope data from Stalagmite S1 from Mavri T...
This study presents the first high-resolution speleothem-based hydrological reconstruction for much ...
This work was supported by the Earth and Biosphere Institute, University of Leeds and the Deutsche F...
The climatic perturbation at ca. 8.2 kyr B.P. is the strongest short-term climate anomaly within the...