SPP 2322:  Systems ecology of soils – Energy Discharge Modulated by Microbiome and Boundary Conditions (SoilSystems)

• Subject Area: Agriculture, Forestry and Veterinary Medicine ; Medicine
• Term: since 2021
• Project identifier: Deutsche Forschungsgemeinschaft (DFG) - Project number 441899689

No abstract available

• DFG Programme: Priority Programmes
• International Connection: Austria, Sweden

Projects

• A synthetic community approach to test how energy and matter fluxes are modulated by trophic interactions and the primary energy substrate in soil (Applicants Huber, Katharina ;  Neumann-Schaal, Meina ;  Pester, Michael )
• Carbon and energy flow in the soil microbiome – functional groups, activity and interactions in trophic networks (Applicants Kolb, Steffen ;  Rueß, Liliane )
• Carbon and energy use efficiency of soil microorganisms unfolding over time (Applicant Blagodatskiy, Sergey )
• Coordination Funds (Applicant Thiele-Bruhn, Sören )
• Economic and bioenergetic implications of microbial cooperation in soil systems (EcoEnergeticS) (Applicants Dippold, Michaela ;  Mason-Jones, Ph.D., Kyle )
• Energy Structures - Energy sustains dissipative structures in soil systems (Applicants Maskow, Thomas ;  Schaumann, Gabriele ;  Thiele-Bruhn, Sören )
• EPS or necromass? Disentangling the role of microbial residues in plant-soil systems (Applicants Dyckmans, Jens ;  Jörgensen, Rainer Georg )
• Galactosamine can be used as an indicator for microbial extracellular polymeric substances (EPS), an important source of stable organic matter in agricultural soils (Applicants Dyckmans, Jens ;  Jörgensen, Rainer Georg )
• Impact of predatory Myxobacteria on soil microbiome complexity, energy flux and necromass quality. (Applicant Urich, Tim )
• Implications of energy and matter fluxes on microbial diversity and complexity in soil systems (Applicant Tebbe, Ph.D., Christoph )
• Live/Dead: Contribution of soil protists to carbon cycles through microbe predation and necromass (Applicants Chatzinotas, Antonis ;  Jurburg, Stephanie )
• Locating microbial metabolite hotspots to resolve soil energy and organic carbon dynamics (SoilEnergySpots) (Applicants Minceva, Mirjana ;  Schweizer, Steffen ;  Strittmatter, Ph.D., Nicole )
• Microbial growth and respiration kinetics – bridging microbial activity and bioenergetics in soil (Applicants Blagodatskiy, Sergey ;  Bonkowski, Michael )
• Microheat-2: Carbon and energy turnover for complex substrates and intact soils (Applicants Blagodatskaya, Evgenia ;  Reitz, Thomas ;  Schlüter, Steffen )
• Minerals and their interactions with dissolved organic matter as regulators of microbial necromass stabilization in soil (Applicants Mikutta, Robert ;  Schrumpf, Marion )
• MUltiscale Spatially explicit modeling of coupled carbon, nitrogen and Energy flows in soil systems (MUSE) (Applicants Pagel, Holger ;  Streck, Thilo )
• Novel ultra-high resolution mass spectrometric approaches to decipher structural and physico-chemical drivers of soil organic matter stabilization (Applicant Lechtenfeld, Oliver )
• Probing microbial carbon use efficiency in soil as a function of substrate chemistry, redox heterogeneity and soil aggregate structure (Applicant Lüders, Tillmann )
• Sorption thermodynamics and aggregation as controls of substrate use and mineralization 2: Response to complex boundary conditions (Applicants Lang, Friederike ;  Mulder, Ines ;  Siemens, Jan ;  Stutz, Kenton )
• Spatially explicit modeling of energy and matter fluxes in soils (MicroMod) (Applicant Ray, Nadja )
• The role of microorganisms for carbon and energy turnover in soil microhabitats (MicroHabits) (Applicants Kandeler, Ellen ;  Marhan, Sven ;  Poll, Christian )
• The significance of saprobic fungi for energy and matter turnover under varying substrate conditions - from individuals to soils (Applicant Camenzind, Tessa )
• Thermodynamic modelling of matter and energy dynamics at the aggregated soil system perspective (SysPer) (Applicants Kleidon, Axel ;  Wutzler, Thomas )
• Thermodynamics of microbial turnover of organic compounds in soil – matter and energy fluxes under varying redox conditions, biomass-substrate ratios, and availability of biomass building blocks (TherMic-II) (Applicants Maskow, Thomas ;  Miltner, Anja )
• Train SpaTEn: Transport enhances the energy return on investment in the spatially and temporally heterogeneous soil environment (Applicants Razavi, Bahar S. ;  Spielvogel, Sandra )

• Spokesperson: Professor Dr. Sören Thiele-Bruhn