Ice cores have now become established as one of the primary archives of paleoclimatic information, covering timescales from seasonal up to 100,000 years or more. In the polar ice sheets, where there is little or no melting, snow layers build up year by year. Included in them are samples of the atmosphere: trace gases in air bubbles, particles and adsorbed gases, and the water molecules themselves. By drilling into the ice at suitable places, we can collect cores that give profiles of chemical content and physical properties of the ice. These are then used to infer the state of the atmosphere in the past
ATMOSPHERIC AEROSOL COMPOSITION IS DETERMINED FROM PIXE ANALYSIS OF ICE CORE SAMPLES TO SUPPORT PA...
The composition of air in bubbles of ice reveals important information on the composition of the atm...
Since the start of the ice core drilling some 30 years ago, a whole zoo of species and parameter hav...
Ice cores have now become established as one of the primary archives of paleoclimatic information, c...
Ice cores are an excellent way of finding out how the atmosphere has changed because climate signals...
are unique sedimentary environments which offer valuable information on the climate and atmospheric ...
Ice cores provide the most direct evidence available about the past atmosphere. For long-lived trace...
Chemical and isotopic records obtained from polar ice cores have provided some of the most iconic da...
Since the pioneering attempts by Scholander et al. (1961), the observation that the porous spaces in...
Polar ice caps preserve information about atmospheric composition over the past tens of thousands to...
Analyses of air extracted from polar ice cores are the most straightforward method of reconstructing...
Analyses of air extracted from polar ice cores are the most straightforward method of reconstructing...
The trapped air bubbles in ice contain a record of the past atmosphere and past changes. A major nat...
Ice cores at a fist glance are almost ideal paleoclimate archives. They not only record temperatures...
International audienceThe wealth of testimony about past variations in our climate and environment f...
ATMOSPHERIC AEROSOL COMPOSITION IS DETERMINED FROM PIXE ANALYSIS OF ICE CORE SAMPLES TO SUPPORT PA...
The composition of air in bubbles of ice reveals important information on the composition of the atm...
Since the start of the ice core drilling some 30 years ago, a whole zoo of species and parameter hav...
Ice cores have now become established as one of the primary archives of paleoclimatic information, c...
Ice cores are an excellent way of finding out how the atmosphere has changed because climate signals...
are unique sedimentary environments which offer valuable information on the climate and atmospheric ...
Ice cores provide the most direct evidence available about the past atmosphere. For long-lived trace...
Chemical and isotopic records obtained from polar ice cores have provided some of the most iconic da...
Since the pioneering attempts by Scholander et al. (1961), the observation that the porous spaces in...
Polar ice caps preserve information about atmospheric composition over the past tens of thousands to...
Analyses of air extracted from polar ice cores are the most straightforward method of reconstructing...
Analyses of air extracted from polar ice cores are the most straightforward method of reconstructing...
The trapped air bubbles in ice contain a record of the past atmosphere and past changes. A major nat...
Ice cores at a fist glance are almost ideal paleoclimate archives. They not only record temperatures...
International audienceThe wealth of testimony about past variations in our climate and environment f...
ATMOSPHERIC AEROSOL COMPOSITION IS DETERMINED FROM PIXE ANALYSIS OF ICE CORE SAMPLES TO SUPPORT PA...
The composition of air in bubbles of ice reveals important information on the composition of the atm...
Since the start of the ice core drilling some 30 years ago, a whole zoo of species and parameter hav...