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Physical oceanography / Aquatic ecology / Atmospheric thermodynamics / Inorganic solvents / Oxides / Mixed layer / Thermocline / Thermistor / Potential temperature / Chemistry / Water / Matter


Wüest, Alfred, Thomas M. Ravens, Nikolai G. Granin, Otti Kocsis, Michael Schurter, and Michael Sturm. Cold intrusions in Lake Baikal: Direct observational evidence for deep water renewal. Limnol. Oceanogr., 50(1), 2005,
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Document Date: 2004-12-31 01:00:00


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City

Kastanienbaum / /

Company

Limnology and Oceanography Inc. / /

Country

Switzerland / /

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Event

Environmental Issue / Natural Disaster / /

Facility

Swiss Federal Institute / Limnological Institute / station S / Switzerland Nikolai G. Granin Limnological Institute / /

IndustryTerm

minimum energy / mechanical energy / kinetic energy / potential energy estimates / potential energy / energy content / Potential energy barrier / energy / /

NaturalFeature

Selenga River / Lake Baikal / /

Organization

Siberian Division / Switzerland Nikolai G. Granin Limnological Institute / Russian Academy of Sciences / Royal Society of London and the Siberian Branch / Michael Sturm Limnological Research Center / British National Environmental Research Council / Swiss Federal Office for Education and Science / American Society of Limnology and Oceanography / Wu¨est1 and Thomas M. Ravens Limnological Research Center / Limnological Institute / Swiss National Science Foundation / Swiss Federal Institute for Environmental Sciences and Technology / /

Person

Ruslan Gnadovsky / Lorenz Moosmann / Eliane Scharmin / Rolf Kipfer / Michael Sturm Limnological / Martin Vollmer / Martin Schmid / Nikolai G. Granin / Michael Schurter / Thomas M. Ravens Limnological / Alfred Wu / /

Position

Walker / Corresponding author / /

Technology

GPS / /

SocialTag