Roskilde / Helsinki / Springer / Anglesey / Oxford / Handelshafen / L. A. / Bremerhaven / Tromsø / STEDMON ET / /
Company
L. R. S. A. / Leverhulme Trust / /
Continent
Antarctica / /
Country
Germany / Norway / United States / United Kingdom / Finland / Denmark / / /
Event
Environmental Issue / Music Album Release / /
Facility
Bangor University / Norwegian Polar Institute / Finnish Environment Institute / National Environmental Research Institute / Fram Centre / Alfred Wegener Institute / College of Natural Sciences / Aarhus University / Menai Bridge / /
IndustryTerm
chemical characteristics / clean stainless steel ladle / chemical characterization / chemical composition / residual hypersaline solution / microbial food web / /
Carlsberg Foundation / National Environmental Research Institute / Rutgers / Aarhus University / Fram Centre / Alfred Wegener Institute for Polar and Marine Research / Norwegian Polar Institute / Bangor University / College of Natural Sciences / Finnish Environment Institute / Department of Marine Ecology / Academy of Finland / American Geophysical Union / Danish Research Council / Greenland Climate Research Centre / School of Ocean Sciences / Royal Society / /
Person
Colin A. Stedmon / M. Søndergaard / G. M. Ruiz / L. Tranvik / Bada / M. Middelboe / Polar Res / C. A. Stedmon / L. Kronberg / T. Slätis / T. Kragh / S. Markager / W. Martinsen / T. D. Waite / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 116, G03027, doi:[removed]2011JG001716, 2011 Using fluorescence to characterize dissolved organic matter in Antarctic sea ice brines Colin A. Stedmon,1 David N. Thomas,2,3 Stathys Pa