Switzerland / Germany / Italy / Sweden / Norway / United States / / /
Facility
Friedrich Schiller University / Rheinische Friedrich Willhelms University / University of Berne / Karlsruhe Institute of Technology / Institute Correspondence / e.g. plant / Institute of Geography / /
IndustryTerm
layer solutions / stemflow solutions / chemical qualities / chemical surroundings / forest site / chemical nature / chemical structural studies / aquatic systems / chemical compositions / chemical properties / project infrastructure / chemical shifts / respective chemical shift regions / energy fluxes / spruce forest site / chemical shift regions / sample solutions / aqueous solutions / chemical soil properties / lignin-degradation products / throughfall solution / acid forest floor solutions / /
Organization
European Geosciences Union / German Research Foundation / Institute of Geography / United Nations / Institute of Technology / University of Berne / Food and Agricultural Organisation / Institute for Crop Science and Resource Conservation / /
Person
Andrews / Weissen Praag / Simone Pfeiffer / Ingo Schöning / Van Breemen / Katrin Hartwich / Ernst-Detlef Schulze / Elisabeth Kalko / Swen Renner / HAI OM PE POM SCH / Daniel Prati / Kerstin Wiesner / François Buscot / Fontaine / Christiane Fischer / Jens Nieschulze / Christ Alpha / Van Stan / Michael Owonibi / Dominik Hessenmöller / Martin Gorke / Harris / Sonja Gockel / Kirsten Reichel-Jung / Markus Fischer / Wolfgang W. Weisser / Van Praag / Eduard Linsenmair / /
Position
representative / /
Product
BP / /
ProgrammingLanguage
TOM / /
ProvinceOrState
Sicily / California / Colorado / /
Region
Central Europe / southern Sweden / Southwest Germany / Central Germany / Mediterranean / Northeast Germany / /
Biogeosciences, 12, 2695–2706, 2015 www.biogeosciences.netdoi:bg © Author(sCC Attribution 3.0 License. Properties of dissolved and total organic matter in throughfall,