Greenland / France / Japan / United States / Australia / United Kingdom / Denmark / /
Currency
pence / / /
Event
Environmental Issue / /
Facility
National Institute of Polar Research / Institute of Biogeosciences / NOAA Earth System Research Laboratory / University of Copenhagen / Dome C / University of East Anglia / Niels Bohr Institute / /
IndustryTerm
multi-gas / trace gas / gas/air/trace gas concentration / parameterized initial solution / proposed trace gas transport model / gas concentration / final solution / reference solution / trace gas velocity / proposed multi-gas optimization goal / gas dynamics / gas mixture firn/ice/close-off density / gas mass exchange / relative gas/air/trace gas advection velocity / firn drilling site / trace gas mixing ratios / similar solutions / gas inverse diffusivity model results / trace-gas mixing ratios / reference gas datasets / air/trace gas concentration profile / air/trace gas molar mass / gas isotopes / gas trapping region / steady-state trace gas velocity / open and closed networks / gas diffusivity / variation law / air/trace gas advection velocity / minimization algorithm / gas constant / trace gas non-homogeneous transport / greenhouse gas changes / closed porosity network / gas equilibrium / gas transport / gas mixing ratios / reference gas / number gas / /
NaturalFeature
Devon Island / /
Organization
Scientific and Industrial Research Organisation / Centre for Ice / School of Environmental Sciences / Natural Environment Research Council / Niels Bohr Institute / National Institute of Polar Research / Centre for Ice and Climate / NOAA Earth System Research Laboratory / European Union / University of Copenhagen / Institute of Biogeosciences / University of East Anglia / /
FirnModel_Supp_121129.dvi