SoilSystems

[SoilSystems @SPP_SoilSystems]

Are you working on bioenergetics of soil systems? Please consider submitting an abstract to our session at the next #EGU24.

[SoilSystems @SPP_SoilSystems]

Happy to have so many contributions of our priority program #EGU23 @EuroGeosciences

[SoilSystems @SPP_SoilSystems]

We had a great meeting in a wonderful atmosphere @UniHohenheim last week! Thanks to all participants and our two keynotes @stefan_geisen from @WUR and Anke Herrmann from @_SLU.

[SoilSystems @SPP_SoilSystems]

Working on bioenergetics of soil systems? Check out our two sessions at the EGU 2023 in Vienna. Subission deadline is already 10th January at 13:00 CET. We look forward to your contributions. #EGU2023

[SoilSystems @SPP_SoilSystems]

Working on bioenergetics of soil systems? Check out our two sessions at the EGU 2023 in Vienna. We look forward to your contributions. #EGU2023

[SoilSystems @SPP_SoilSystems]

We look forward to our upcoming webinar with Théodore Bouchez about "The microbial transition state theory for linking microbial growth rates to energy balances" on 14th Dec, 10am CET. @INRAE_PROSE @INRAE_Intl
https://t.co/6sH5ykPb8C

[SoilSystems @SPP_SoilSystems]

P16: Sorption and Aggregation
"Sorption thermodynamics and aggregation as controls of substrate use and mineralization" @jlugiessen @UniFreiburg
https://t.co/mLi198IqjM

[SoilSystems @SPP_SoilSystems]

Working on bioenergetics of soil systems? Check out our two sessions at the EGU 2023 in Vienna. We look forward to your contributions. #EGU2023

[SoilSystems @SPP_SoilSystems]

Many thanks to Arjun Chakrawal for his great talk in our SoilSystems Webinar Series @ArjunChakrawal @Stockholm_Uni
https://t.co/6sH5ykxzK2

[SoilSystems @SPP_SoilSystems]

P15: C-timing
"Carbon and energy use efficiency of soil microorganisms unfolding over time" @UniCologne @endressmg
https://t.co/CXf9iHsWWw

[SoilSystems @SPP_SoilSystems]

P14: EcoEnergeticS
"Economic and bioenergetic controls on microbial metabolism of complex substrates in soils" @uni_tue @MichaelaDippold @
https://t.co/s9frp21RUF

[SoilSystems @SPP_SoilSystems]

P13: MADDOMS
"Novel ultra-high resolution mass spectrometric approaches to decipher structural and physico-chemical drivers of soil organic matter stabilization" @UFZ_de
https://t.co/pxyTyE7JdW

[SoilSystems @SPP_SoilSystems]

Project 12: Galactosamine as Indicator for EPS
"Galactosamine can be used as an indicator for microbial extracellular polymeric substances (EPS), an important source of stable organic matter in agricultural soils" @uniGoettingen
https://t.co/TJewb9snUC

[SoilSystems @SPP_SoilSystems]

Project 11: MINDNESS
"Minerals and their INteractions with Dissolved organic matter as regulators of microbial NEcromass Stabilization in Soil" @MPI_BGC @UniHalle
https://t.co/zDvDt1clOQ

[SoilSystems @SPP_SoilSystems]

Project 10: CueNosc
"Probing microbial carbon use efficiency in soil as a function of substrate chemistry, redox heterogeneity and soil aggregate structure" @unibt @LuedersLab
https://t.co/5Ztx8FYUjr

[SoilSystems @SPP_SoilSystems]

Project 9: MYXED-UP
"Predatory myxobacteria in soil food webs: modulation of microbiome, energy and matter fluxes assessed by quantitative metatranscriptomics and modelling" @uni_greifswald
https://t.co/BRINoOZ7kC

[SoilSystems @SPP_SoilSystems]

Project 8: Saprobic Fungi
"The significance of saprobic fungi for energy and matter turnover under varying substrate conditions – from individuals to soils" @FU_Berlin @t_camenzind
https://t.co/OmgqtMB0HJ

[SoilSystems @SPP_SoilSystems]

Project 7: Synthetic Soil Community
"A synthetic community approach to test how energy and matter fluxes are modulated by trophic interactions and the primary energy substrate in soil" @Leibniz_DSMZ_en
https://t.co/3CVOPnJwB0

[SoilSystems @SPP_SoilSystems]

Project 6: TraiMErgy
"Integrated trait-based modeling of carbon and energy flows in soil systems" @UniHohenheim
https://t.co/GROuKizu2f

[SoilSystems @SPP_SoilSystems]

Project 5: MICROHEAT
"Heat dissipation and matter turnover in the course of microbial succession constrained by substrate and oxygen availability" @UFZ_de
https://t.co/zpkxnarpaq