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| Research Unit 571 (DFG-FOR 571)
Geobiology of organo- and biofilms: Coupling of the geosphere and the biosphere by microbial processes |
| Research Unit 571 (DFG-FOR 571) Biodiversity and DNA-Taxonomy of Algae and Cyanobacteria in calcifying Biofilms |
| Research Unit 571 (DFG-FOR 571) Control of Mineralization Processes by heterotrophic and autotrophic Prokaryotes in high-pCO2-Biofilms of tufa systems |
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Aerobic and anaerobic methane turnover in the water column of the central Baltic Sea (Gotland- and Landsort-Deep; DFG; 2011—2014) |
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(BL 971/1-1 and follow-up project BL 971/1-3) Biosynthesis and geochemical fate of hopanoids in anoxic environments (DFG; ‘Eigene Stelle’; 2007—2013) |
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Microbial life at hydrothermal vents and in sulfide deposits (DFG; SPP 1144; 2008—2011) |
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2008—2011 (co-applicant of Mi 157/23-1): Identification of carbon and nitrogen assimilating microbial populations in anaerobically methane oxidising mats by stable isotope probing (SIP) |
Prof. Dr. Thomas Friedl, CRC (EPSAG University of Göttingen) |
| Research Unit 571 (DFG-FOR 571) Biodiversity and DNA-Taxonomy of Algae and Cyanobacteria in calcifying Biofilms |
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| (CRC) Entwicklung und Test einer Methode zur Datierung fossiler Methanquellen-Karbonate mittels Strontium-Isotopie |
| Research Unit 571 (DFG-FOR 571) Microbial Biomineralization, Biogeochemistry and Biodiversity of chemolithotrophic Microorganisms in the Tunnel of Äspö (Sweden) |
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| Aufbau internationaler Kooperation zum Thema “Nutzbarkeit von Spurenelementen in frühontogenetischen Molluskenschalen zur Rekonstruktion der Wanderwege von Larven in der Tiefsee” (DFG-KI 802/7-1) |
| (CRC) Entwicklung und Test einer Methode zur Datierung fossiler Methanquellen-Karbonate mittels Strontium-Isotopie |
| Effects of oceanographic changes on the evolution of the deep-sea methane-seep fauna |
Dr. Thomas Neu, UFZ Magdeburg |
| Research Unit 571 (DFG-FOR 571) In situ Structure and Function of Biofilm-Systems during Mineralisation of Carbonates |
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| Research Unit 571 (DFG-FOR 571) Control of Mineralization Processes by heterotrophic and autotrophic Prokaryotes in high-pCO2-Biofilms of tufa systems |
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Struktur und Funktionszusammenhänge von Metabolismus und Biomineralisation in mikrobiell anaerob Methan-oxidierenden Lebensgemeinschaften
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| 2008—2011: J. Reitner, V. Thiel, B. Hansen, K. Simon (Teilprojekt von FOR 571, s. u.): Research Unit 571 (DFG-FOR 571) Mikrobielle Biomineralisationsprozesse, Biogeochemie und Biodiversität chemolithotropher Mikroorganismen im Tunnel von Äspö (Schweden) |
| Unit 571 (DFG-FOR 571) Microbial BiomineResearch ralization, Biogeochemistry and Biodiversity of chemolithotrophic Microorganisms in the Tunnel of Äspö (Sweden) |
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2011—2014:
Aerobic and anaerobic methane turnover in the water column of the central Baltic Sea (Gotland- and Landsort-Deep; DFG; 2011-2014) |
2008—2011:
Research Unit 571 (DFG-FOR 571) 'Geobiology of organo- and biofilms', subproject 6 - V. Thiel: ToF-SIMS imaging mass spectrometry of microbial systems. |
2005—2011:
Research Unit 571 (DFG-FOR 571) 'Geobiology of organo- and biofilms', subproject 1 - V. Thiel: Microbial Biomineralization, Biogeochemistry and Biodiversity of chemolithotrophic Microorganisms in the Tunnel of Äspö (Sweden) |
| Lipid biomarkers in Cold Seeps of the Pacific Northwest ( USA ): Origin, Heterogeneity and Molecular Fossils (2007—2011) |
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| Borolithochrome - phenolische Borfarbstoffe aus fossilen Rotalgen (DFG-WO 1491/4-1) |
