Sitemap
- Home
- Research
- Christa Schleper Lab
- Ecology and Evolution of Archaea, Environmental Genomics
- The Ammonia oxidation process in Archaea
- Research Action Network for Reducing Reactive Nitrogen Losses from Agricultural Ecosystems
- Pipeline for Development and Commercialization of Biological Nitrification Inhibitors to mitigate GHG Emissions from Cultivated Soils
- The molecular network of archaeal argonautes
- Former Projects
- TACK and Lokiarchaeota Evolution
- Human skin-associated Archaea
- DK plus: Microbial Nitrogen Cycling
- Microbial nitrogen transformation during waste degradation
- Thaumarchaeota in Marine Sediments
- Archaea as novel tumor homing therapeutics
- Habitability of Enceladus
- Investigation of CRISPR-mediated RNA interference in the hyperthermophilic Archaeon Sulfolobus solfataricus
- Evolutionary history and ecological adaptations of ammonia oxidizing Thaumarchaeota
- Oxidizing Archaea in Arctic Tundra Soils
- RuMEn MEthanoplasmatales as target for MEthane mitigation
- Meta-transcriptomics to study the function and structure of complex microbial communities
- Microbial Oceanography of Chemolithoautotrophic Planktonic Communities – MOCA
- InflammoBiota
- Functional Metagenomics to Study Prokaryotes from Arctic/Sub-Arctic Springs of Hydrothermal Origin
- Sulfolobus solfataricus under temperature variation – Sysmo
- Sponges as nutrient sources and sinks in the marine ecosystem
- Silvia Bulgheresi Lab
- Simon Rittmann Lab
- Flexible acide ex-situ Methanisierung von Biogas mit erneuerbarem Wasserstoff
- Geomicrobiology of the Kraubath magnesite deposit
- Cell Division Dynamics in cell-walled Archaea
- Former Projects
- Artificial microbial consortium for food waste utilization
- Prototypenentwicklung zur mikrobiologischen Stickstofffixierung
- Model system mimicking the cell envelope of archaea
- Joint project with Borealis
- Analyse der Biozönose während der mikrobiellen Umsetzung von Kohlenmonoxid zu Methan
- Entwicklung mikrobiologischer Bioraffineriekonzepte
- BioHyMe: Entwicklung eines Hochdruckproduktionsverfahrens für die gekoppelte biologische Wasserstoff- und Methanproduktion
- H2.AT: Extremophile mikrobielle Zellfabriken zur hocheffizienten Produktion von Biowasserstoff
- Entwicklung eines Verfahrens zur mikrobiologischen Nutzung von CO2 und H2 zur Gewinnung von Ethanol
- Filipa Sousa Lab
- Christa Schleper Lab
- Team
- Publications
- News & Events
- Teaching
- Sustainability
- Interdisciplinary lecture series
- 290109 VO Climate Change and Climate Crisis. Staying within Planetary Boundaries. WS2022
- 290105 VO Climate Change and Climate Crisis. Transformative concepts and innovation. WS2021
- 290055 VO Climate Change and Climate Crisis. Future concepts and innovations. WS2020
- 180184 VO Climate Change and Climate Crisis. Interdisciplinary Perspectives. WS2019
- Green Labs Austria
- Economy for the Common Good
- Talks
- Interdisciplinary lecture series
- climate