Verbundprojekt „Organische Böden“ – Ermittlung und Bereitstellung von Methoden, Aktivitätsdaten und Emissionsfaktoren für die Klimaberichterstattung LULUCF/AFOLU - Teilprojekt Eddy

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Biosphere–Atmosphere Exchange of CO2 and CH4 of a Natural and a Drained Bog Forest Ecosystem in southern Germany

Doktorandin	Dr. rer. nat. Janina Hommeltenberg
Wissenschaftlich betreuende Person HSWT	Prof. Dr. Matthias Drösler
Einrichtungen	Fakultät Landschaftsarchitektur Fakultät Landschaftsarchitektur
Wissenschaftlich betreuende Person (extern)	Technische Universität München | Prof. Dr. Hans Peter Schmid
Zeitraum	21.09.2009 - 31.07.2014

Peatlands are hotspots in terms of the global carbon cycle. Depending on land use they can be long-term carbon sinks or sources. In the present study the CO2 and CH4 exchange of an afforested and drained bog forest and a natural bog-pine ecosystem were investigated by eddy-covariance measurements. Currently, the drained forest is a stronger net carbon sink, because the carbon fixation of the afforested spruces can offset carbon losses from the peat. However, this balance is very sensitive tow... mehr

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