Ice cores are a fantastic tool to study the past climate of our planet. Recently, the European Project for Ice Coring in Antarctica (EPICA) allowed to extract the Dome Concordia ice core (75◦06′ S; 123◦21′ E). The first studies show that the last 740000 years of our climatic history are recorded. In this manuscript, a study on the microstructure (grain boundaries network) evolution along the Dome concordia ice core is presented. In a first part, we study the mean grain size evolution along the core which is showing sharp variations during climatic transitions. The analysis of the grain size distribution parameters as well as correlations between mean grain size and impurities content show that the dust particles decrease the normal grain gr...
Abstract: New measurements of ice texture made along the EPICA Dome C ice core, together with a revi...
AbstractA simple quasi-empirical model is presented to calculate the deformation rate and age scale ...
New measurements of ice texture made along the EPICA Dome C ice core, together with a review of prev...
Ice cores are a fantastic tool to study the past climate of our planet. Recently, the European Proje...
The ice microstructure (grain boundaries) is a key feature used to study ice evolution and to invest...
We present a detailed analysis of the microstructure in the shallow part (100-580 m) of the European...
Analysis of the microstructural parameters of ice has been an important part of ice core analyses so...
The study of the distribution of crystallographic orientations (i.e., the fabric) along ice cores pr...
On the basis of a detailed study of the ice microstructure of the European Project for Ice Coring in...
International audienceThe study of the distribution of the crystallographic orientations (the fabric...
In order to study the climate variations recorded by ice cores, it is necessary to have precise chro...
International audienceThe study of the distribution of crystallographic orientations (i.e., the fabr...
We are hereby presenting a new dating method based on inverse techniques, which aims at calculatingc...
The 3623 m long, 5G core collected at Vostok station, Antarctica, contains alternating layers of met...
Abstract: New measurements of ice texture made along the EPICA Dome C ice core, together with a revi...
AbstractA simple quasi-empirical model is presented to calculate the deformation rate and age scale ...
New measurements of ice texture made along the EPICA Dome C ice core, together with a review of prev...
Ice cores are a fantastic tool to study the past climate of our planet. Recently, the European Proje...
The ice microstructure (grain boundaries) is a key feature used to study ice evolution and to invest...
We present a detailed analysis of the microstructure in the shallow part (100-580 m) of the European...
Analysis of the microstructural parameters of ice has been an important part of ice core analyses so...
The study of the distribution of crystallographic orientations (i.e., the fabric) along ice cores pr...
On the basis of a detailed study of the ice microstructure of the European Project for Ice Coring in...
International audienceThe study of the distribution of the crystallographic orientations (the fabric...
In order to study the climate variations recorded by ice cores, it is necessary to have precise chro...
International audienceThe study of the distribution of crystallographic orientations (i.e., the fabr...
We are hereby presenting a new dating method based on inverse techniques, which aims at calculatingc...
The 3623 m long, 5G core collected at Vostok station, Antarctica, contains alternating layers of met...
Abstract: New measurements of ice texture made along the EPICA Dome C ice core, together with a revi...
AbstractA simple quasi-empirical model is presented to calculate the deformation rate and age scale ...
New measurements of ice texture made along the EPICA Dome C ice core, together with a review of prev...