Rösel, Stefan
IGB, Dep 3, Experimental Limnology
Alte Fischerhütte 2
OT Neuglobsow
16775 Stechlin
Location NG, room 5203
Alte Fischerhütte 2
OT Neuglobsow
16775 Stechlin
Location NG, room 5203
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| Phone | : | +49 (0)33082 699 57 |
| Fax | : | +49 (0)33082 699 17 |
| : | sroesel@igb-berlin.de |
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| Curriculum Vitae | |||
| 08/1991-06/2000 | Werdenfels-Gymnasium, Garmisch-Partenkirchen | ||
| 10/2001-07/2007 | Study of Biology at the Ludwig-Maximilans-University (LMU), Munich | ||
| 10/2006-07/2007 | Diploma thesis: "Strategien zur Kultivierung bisher unkultivierter Actinobakterien aus limnischen Habitaten" (Strategies for the cultivation of not-yet-cultured Actinobacteria from limnic habitats), Institute for Microbiology, Department Biology I, LMU München | ||
| since 08/2007 | PhD student at the IGB Neuglobsow, Group for Aquatic Microbial Ecology (Prof. Dr. H.-P. Grossart), Department of Limnology of Stratified Lakes of the Leibniz-Institute of Freshwater Ecology and Inland Fisheries | ||
| 05/2012 | Dissertation "Seasonal dynamics and changes in community composition of pelagic bacteria in differing freshwater ecosystems" (Carl von Ossietzky Universität Oldenburg) | ||
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| Research Topics | |||
| Project: "Veränderungen in der Struktur und Funktion pelagischer Bakterien während und nach der Restauration des Tiefwarensees" - Molekularbiologische und physiologische Charakterisierung von limnischen Actinobakterien (Changes in the structure and function of pelagic bacteria during and after the restoration of Lake Tiefwaren – Molecular and physiological characterisation of limnic Actinobacteria) Research Interests: - Analysis of the changes and variances of the Lake Tiefwaren over the period and after the restoration in relation to microbial diversity and the composition of the bacterial community - Isolation and cultivation of dominant limnic Actinobacteria and previously not-yet-cultured Actinobacteria from different lakes of the Brandenburg-Mecklenburg Lake District - Molecular, biological and physiological characterisation of the isolates Research strategies: Research on microbial ecology with traditional and classical microbiological techniques (isolation, cultivation, microscopy) and modern molecular methods (PCR, RT-PCR, DGGE, sequencing, FISH, CARD-FISH, phylogenetic analysis) for studies of the bacterial community. The cultivation combines "dilution series" and a "high-throughput screening". Research activities take place in a combination of field work (different sampling sites) and laboratory experiments. | |||
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