OET / Lilla Sa / Constance1 Lilla Sa / Limnology and Oceanography Inc. / Thermo Electron Corporation / /
Country
Germany / Switzerland / Netherlands / Jordan / Finland / / /
Event
Environmental Issue / Natural Disaster / /
Facility
Swiss Federal Institute of Technology Zu¨rich / Swiss Federal Institute of Aquatic Science / Institute of Biogeochemistry / International Institute / At laboratory Tiberias Central Ishungu Site LS / /
IndustryTerm
amorphous metal oxides / gas-tight butyl-rubber stopper / oil precursors / humic-rich systems / oxygen-free solution / shallow site / chemical composition / gas chromatograph / sealed immediately using a gas-tight butyl-rubber stopper / /
NaturalFeature
Alps / Lake Zug / Lake Kinneret / Selenga River / Lake Brienz / Lake Kivu / Rhine River / Jordan River / Aare River / Lake Constance / Lake Wohlen / Indian Ocean / Lake Lugano / Lake Baikal / /
OperatingSystem
Kinneret / /
Organization
Institute for Water Education / International Institute for Hydraulic and Environmental Engineering / American Society of Limnology and Oceanography / Swiss Federal Institute of Aquatic Science and Technology / Institute of Biogeochemistry and Pollutant Dynamics / Swiss Federal Institute of Technology Zu¨rich / Switzerland Technische Hochschule / US Federal Reserve / Institute for Lake Research / United Nations Educational / Scientific and Cultural Organization / /
Person
Natacha Pasche / Sebastian Sobek / Bernhard Wehrlia / Martin Wessels / Edith Durisch-Kaiser / / /
Sobek, S., E. Durisch-Kaiser, R. Zurbrügg, N. Wongfun, M. Wessels, N. Pasche, and B. Wehrli. Organic carbon burial efficiency in lake sediments controlled by oxygen exposure time and sediment source. Limnol. Oceanogr.,