Geophysical methods are powerful tools to investigate the properties of ice and determine the characteristics of subglacial environments. As such examples from terrestrial ice masses provide insight into possible exploitation of such methods for the exploratio of extraterrestrial ice bodies like the icy moons in the solar system. This talk gives an overview of the main applications of geophysical methods in cryospheric sciences and highlights ongoing efforts to improve our understanding of ice properties in the future
• How best to access (for sampling/analysis) the material embedded in or underneath icy layers on th...
Determining the microphysical location of impurities in natural ice from the polar regions is necess...
During the last century, the presence of icy particles throughout the universe has been con:rmed by ...
For the investigation of terrestrial ice layers different kinds of penetration devices exist. Exampl...
International audienceGeophysics-focused missions and improved geophysical data sets are critical fo...
The paper presents the available experimental data on ice 0 and the assumed objects of the cryospher...
Ices are observed throughout the universe: in other galaxies, star-forming regions, in the Interstel...
The Science of Solar System Ices The role of laboratory research and simulations in advancing our un...
Frozen regions of the earth are known as the cryosphere. The arctic, Antarctica, permafrost, ice she...
International audienceThe surfaces of many objects in the Solar System comprise substantial quantiti...
Some of the icy moons of the solar system with a subsurface ocean, such as Europa and Enceladus, are...
We look ahead from the frontiers of research on ice dynamics in its broadest sense; on the structure...
The surface of ice exhibits the swath of phase-transition phenomena common to all materials and as s...
The Earth is partially covered by ice, which provides answers to important scientific questions in i...
Potential mechanisms for creating cavities in icy extraterrestrial bodies have been tentatively expl...
• How best to access (for sampling/analysis) the material embedded in or underneath icy layers on th...
Determining the microphysical location of impurities in natural ice from the polar regions is necess...
During the last century, the presence of icy particles throughout the universe has been con:rmed by ...
For the investigation of terrestrial ice layers different kinds of penetration devices exist. Exampl...
International audienceGeophysics-focused missions and improved geophysical data sets are critical fo...
The paper presents the available experimental data on ice 0 and the assumed objects of the cryospher...
Ices are observed throughout the universe: in other galaxies, star-forming regions, in the Interstel...
The Science of Solar System Ices The role of laboratory research and simulations in advancing our un...
Frozen regions of the earth are known as the cryosphere. The arctic, Antarctica, permafrost, ice she...
International audienceThe surfaces of many objects in the Solar System comprise substantial quantiti...
Some of the icy moons of the solar system with a subsurface ocean, such as Europa and Enceladus, are...
We look ahead from the frontiers of research on ice dynamics in its broadest sense; on the structure...
The surface of ice exhibits the swath of phase-transition phenomena common to all materials and as s...
The Earth is partially covered by ice, which provides answers to important scientific questions in i...
Potential mechanisms for creating cavities in icy extraterrestrial bodies have been tentatively expl...
• How best to access (for sampling/analysis) the material embedded in or underneath icy layers on th...
Determining the microphysical location of impurities in natural ice from the polar regions is necess...
During the last century, the presence of icy particles throughout the universe has been con:rmed by ...