Internationale Grünland-Konferenz/International Grassland Conference 2025 in Garmisch-Partenkirchen

Session

Biogeochemical cycling in grassland soils

1-BGC

15 Jul 2025, 09:10

Großer Seminarraum/ Large Seminar Room (Garmisch-Partenkirchen)

41. Keynote: Effects of different manure application techniques on the nitrogen balance of grassland (1-BGC)

Dr Michael Dannenmann (IMK-IFU - KIT)

15/07/2025, 09:10

Biogeochemical processes in grassland soils

Oral presentation (9:10 AM - 4:10 PM)

39. Nitrogen cycling processes in soil organic matter pools of grasslands as mediated by land use intensity and soil diversity (1-BGC)

Dr Steffen A. Schweizer (Technical University Munich, TUM School of Life Sciences, Research Department Life Science Systems, Chair of Soil Science)

15/07/2025, 09:40

Biogeochemical processes in grassland soils

Oral presentation (9:10 AM - 4:10 PM)

Soil organic matter (SOM) provides crucial storage for carbon but also contains a majority of soil nitrogen. Land use intensity (LUI) may affect the particulate and mineral-associated SOM pools having repercussions on the carbon and nitrogen storage and cycling. Soil organic matter dynamics and composition plays a key role for the extent of these processes, yet its interactions remain poorly...

42. TBD (1-BGC)

Dr Marcus Schlingmann (LAZBW)

15/07/2025, 09:55

Biogeochemical processes in grassland soils

Oral presentation (9:10 AM - 4:10 PM)

32. Climate Change Impacts on Water Fluxes in Montane Grassland: Insights from Lysimeter Experiments and Catchment-Scale Modeling (1-BGC)

Dr Markus Herndl (HBLFA Raumberg-Gumpenstein Institut für Pflanzenbau und Kulturlandschaft Abteilung Umweltökologie)

15/07/2025, 10:10

Biogeochemical processes in grassland soils

Oral presentation (9:10 AM - 4:10 PM)

Montane grasslands play a vital role in regional water cycling and agricultural productivity, yet their response to climate change remains insufficiently understood. This study presents findings from a multi-year climate manipulation experiment in the Austrian Alps, where high-precision lysimeters combined with warming (+3 °C) and elevated CO₂ concentrations (+300 ppm) were used to assess...