Find me at https://nitter.gq/t.co/swVBZ5o3xJ Soil scientist exploring organic matter at the microscale & all biogeochemical adventures that go with it @TU_Muenchen
TU Munich, Germany
Joined March 2013
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Steffen Schweizer retweeted
The EGU 25 abstract deadline is 15th January. Please consider submitting to our session on soil carbon. We would love to have your contribution!!!
@MSchiedung @GeoSchweizer
@LuisCol8
meetingorganizer.copernicus.…
High time for #EGU25 submissions. Consider contributing to our interdisciplinary session on the spatial heterogeneity of soils influencing biogeochemical matter cycles and C dynamics.
👉meetingorganizer.copernicus.…👈
@Nele_Meyer1 @fietasotero @Mud_Maik @EdithCHammer
The spatial heterogeneity of soils influences biogeochemical matter cycles and carbon dynamics.
Four days to submit AND apply for support
Looking forward to a diverse #EGU25
🛰️🔬🍃🦠💦🪱⛰️🤹♀️🤎
👉meetingorganizer.copernicus.…👈
@EdithCHammer @Mud_Maik @fietasotero @Nele_Meyer1
Looking forward to discuss soil spatial heterogeneity and biogeochemistry @EGU_SSS 5.5 next Tuesday at 10:45 am in hall X3 and at 16:15 pm in room -2.21 at #EGU24 See you!
👉programme: meetingorganizer.copernicus.…
@Nele_Meyer1 @fietasotero @Mud_Maik @EdithCHammer M. Engel @soil_tycoon
Happy to contribute to @MADsoil's special issue of #JPNSS such as the method review on the 'Architecture of soil microaggregates' and by leading 'Impact of bare fallow management on soil carbon storage and aggregates across a rock fragment gradient'
👉onlinelibrary.wiley.com/doi/…👈
The first issue of #JPNSS is out, a @MADSoil special issue on the development of soil structure and its link with soil functions reflected in the editorial! We were happy to contribute to the interesting collection of studies. Read more at onlinelibrary.wiley.com/toc/…
@HJungkunst
Steffen Schweizer retweeted
🚨LAST CALL - jobs in Soil Biogeochemistry @UNIL 🚨
🔬Permanent Senior Scientist in Molecular Biogeochemistry
🦠Postdoc in Soil Microbial Dynamics
🌊PhD position in Coastal Biogeochemistry
Deadline: Jan 31!
Details: 👇
🚨Permanent Senior Scientist, 4-yr Postdoc, and 4-yr PhD positions in biogeochemistry available @FGSE_UNIL @unil. Focus on #soils, #rhizosphere, #microbes, #redox, #carbon, from 🦠to 🌲scale! Deadline Jan 31st. @earth_jobs @Research_Jobss #phdone #phdposition. Info👇
Fantastic job opportunity for a Postdoctoral Research Fellow in Soil Science with Peter Kopittke at the University of Queensland @UQ_News
👉uq.wd3.myworkdayjobs.com/uqc…
Great Postdoc opportunity at the University of Queensland. If you are interested in multi-nutrient fertiliser reactions in soil apply: uq.wd3.myworkdayjobs.com/uqc… (PS: this is not me hiring - read the advertisement properly ;) )
Soils harbor high spatial heterogeneity influencing biogeochemical matter cycles and carbon dynamics. Let's bring together different angles at @EGU_SSS session 5.5 - deadline 10th January at 1 pm CET!
👉meetingorganizer.copernicus.…👈
@Nele_Meyer1 @fietasotero @Mud_Maik @EdithCHammer
Steffen Schweizer retweeted
Spannende Einblicke von @SebDoetterl in die Bodenforschung in den Tropen. In den Tropen kann es sich nicht nur um Kohlenstoffsequestrierung drehen sondern ganzheitliche Forschung ist nötig, da der Boden entscheidend für viele sozioökonomische Faktoren ist.
Prof. @SebDoetterl nimmt uns mit in seine Forschung und spricht mit @KSchulzSoil über tropische Böden in Afrika und warum bodenkundliche Perspektiven immer Hand in Hand mit sozioökonomischen Perspektiven gehen sollten.
#Bodenkunde #Tropen #Wisskomm #Wissenschaft
Was a great pleasure to recently host @MegBar97 from #UQ and Svenja Roosch from @UniHannover to discuss intriguing data about the soil organic carbon storage in Australian Vertisols and prepare some exciting aggregates from a clay content gradient for upcoming #NanoSIMS @TUMsoil.
I recently returned from a rewarding visit to @tumsoil and @peth_lab, where I gained hands-on experience with NanoSIMS and received a crash course in CT and image analysis. A massive thank you to @GeoSchweizer, Svenja Roosch, and @VincentFelde for this invaluable opportunity! 🙏
Excited to kick off the #SoilPACMAN project in Paris on how soil pores influence soil organic C dynamics and its biogechemical microhabitats. Connecting @TUMsoil and @iEESParis at @Sorbonne_Univ_ & @CNRS. Thanks for support @dfg_public & ANR! Stay tuned for our upcoming results.
ALT Group picture with the SoilPACMAN members, from right to left: Haotian WU, Maëlle MAESTRALI, Naoise NUNAN, Xavier RAYNAUD, and Steffen SCHWEIZER
ALT An artistic depiction of the SoilPACMAN project and the collaboration between @iEESParis situated in Paris, France, and @TUMsoil situated in Freising, Germany.
Great postdoc position with the fantastic soil biogeochemistry group @Livermore_Lab and @NoahSokol. Exciting topic and an awesome opportunity I can highly recommend applying!
I’m hiring a soil biogeochemistry postdoc @Livermore_Lab to study soil-based strategies for carbon removal in the field, esp. interactions between soil organic C cycling and enhanced weathering. Work with an amazing, collaborative team! Salary: $108K/yr.
jobs.smartrecruiters.com/LLN…
Interesting article about how to define #carbon sequestration in soils and climate change mitigation by Axel Don et al. @Thuenen_SOM @JensLeifeld @ClaireChenu2 and others doi.org/10.1111/gcb.16983
ALT Graphical abstract of the article "Carbon sequestration in soils and climate change mitigation—Definitions and pitfalls" by Don et al. 2023 in Global Change Biology https://doi.org/10.1111/gcb.16983
Fantastic to have this study published @NatureComms about how calcium promotes the formation mineral-associated soil organic matter by mediating coupled biotic-abiotic mechanisms: doi.org/10.1038/s41467-023-4…
Congratulations @ItamarShabtai, @JLehmannCornell, @metarolism, and others!
ALT Conceptual schema visualizing various biotic-abiotic mechanisms mediating the formation of mineral-associated soil organic matter. Images CC from Shabtai et al. 2023, @NatureComms, https://doi.org/10.1038/s41467-023-42291-6
Here, @ItamarShabtai @metarolism @GeoSchweizer @JLehmannCornell expand the role of calcium in #SoilOrganicMatter #MAOM formation, by showing that Ca alters microbial conversion of plant #carbon into persistent mineral fractions
nature.com/articles/s41467-0…
Steffen Schweizer retweeted
Happy to share our new @NatureComms paper. We show that calcium changes how microbes process plant litter, increasing #soil #carbon persistence. Work by @JLehmannCornell @metarolism @GeoSchweizer
nature.com/articles/s41467-0…
Fantastic hosting a #SoilCarbon #Hackathon. Putting together soil-driven and data-driven minds over microscale #NanoSIMS images to improve our understanding of soil carbon storage. Great ideas & engaging discussions, stay tuned for papers from #SoilCarbonHack funded by @BMBF_Bund
Thanks for the great organization and collaboration, Yahan Hu (@TUMsoil) as well as Martin Werner and Max Zollner (both Professorship Big Geospatial Data Management of @ed_tum)!
New🔥review paper about method developments advancing our understanding of fine soil structures, microaggregates and their functions. Was happy to contribute @MadSoil. Here a summary of various aspects🧵For more details, see #openaccess Amelung, Tang etal. doi.org/10.1002/jpln.2023001…
Joint efforts are needed to correlate techniques and handle limitations of each. Integration of modeling approaches and upscaling are warranted. Isolation techniques are crucial whereas each structure may differ from its neighbor depending on soil architecture interactions. (4/5)
ALT Lessons Learned and Outlook. Image CC from Amelung, Tang et al. 2023 JPNSS https://doi.org/10.1002/jpln.202300149
Check out the study for more detailed comparisons & discussions of soil aggregate fractionation techniques and their evaluation using AFM, XPS, NanoSIMS, LA-IRMS, SEM-EDS, EPMA, fluorescence microscopy, synchrotron-based XRF & XANES, and µCT. Image: doi.org/10.1002/jpln.2023001… (5/5)
ALT Overview of different techniques to explore the morphology, surface properties, elemental and isotopic composition, different species, and the structure of microaggregates. Image CC from Amelung, Tang et al. 2023 JPNSS https://doi.org/10.1002/jpln.202300149