Konstanz / Dübendorf / Lake Lucerne / Heidelberg / Lake Zug / Zürich / /
Company
Bayer / Oceanography Inc. / /
Country
Germany / Switzerland / /
Facility
Limnological Institute / University of Konstanz / Swiss Federal Institute of Environmental Science / University of Heidelberg / Swiss Federal Institute of Technology / Institute of Environmental Physics / /
IndustryTerm
gas exchange / gas solubility / nonstandard equipment / respective noble gas / sample gas / gas flow / chemical stratification / past noble gas concentrations / reduced noble gas concentrations / gas reservoirs / gas quantities / noble gas / gas reequilibration / gas composition / noble gas concentration / gas bubbles / noble gas extraction / porewater noble gas concentrations / gas concentration / gas amounts / noble gas temperatures / gas distributions / noble gas diffusivity decreases / gas amount / aqueous systems / atmospheric noble gas concentrations / entrapped dry gas / Noble gas analysis / Noble gas extraction system / noble gas sampling / gas data / noble gas temperature / aquatic systems / atmospheric noble gas tracer methodology / reproducible and interpretable noble gas concentrations / chemical reactions / noble gas record / expected noble gas equilibrium concentrations / gas extraction / gas analysis / gas stripping / long-term mean noble gas concentrations / noble gas depletion / metal trap / Noble gas samples / extent noble gas signals / porewater noble gas concentration profiles / empty metal trap / gas bubble / noble gas data / higher noble gas concentrations / noble gas concentrations / gas leakage / atmospheric noble gas equilibrium concentrations / metal cold trap / gas-filled peeper chambers / measured noble gas concentrations / gas purification system / noble gas archive / possible gas residues / /
NaturalFeature
Lake Zug / Swiss lakes / /
Organization
University of Heidelberg / Swiss Federal Institute of Environmental Science and Technology / Swiss Federal Institute of Technology / Swiss Science Foundation / Limnological Institute / Department of Environmental Physics / American Society of Limnology / Department of Isotope Geology / University of Konstanz / Water Resources Department / Institute of Environmental Physics / /
Matthias S. Brennwald, Markus Hofer, Frank Peeters, Werner Aeschbach-Hertig, Kuno Strassmann. Analysis of dissolved noble gases in the porewater of lacustrine sediments. Limnol. Oceanogr.: Methods 1, 2003, 51–62