5th International Symposium on Soil Organic Matter: Special Issues
Containing approximately 2000 billion tons of organic carbon (C). This huge terrestrial C sink as well as spatial variability of properties and processes secure long term stability of soils and their functions. To better predict soil organic matter (SOM) storage, turnover and functions, but also to. Safeguard the productivity of soils as a natural resource,. In summary, this special issue aims to link. Structure with functions of SOM and to include transformation processes. Submission deadline: January 1...
5th International Symposium on Soil Organic Matter: Scientific Program
22 Priming effects: Interactions between living and dead organic matter. 23 SOM stabilization by organic mineral interactions. 24 SOM turnover in hotspots. 25 SOM under reduced conditions. 26 Linking pools with fluxes. 27 From terrestrial to aquatic ecosystems. 28 Top-down: SOM in subsoil. Session 3: Relevance and Functions. 31 C dynamics and sequestration under Global Change. 32 Climate extremes, SOM transformations and biogeochemical cycles. 33 SOM physical functions.