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- Sabina Arnautovic Laboratory engineer
- +46 480-44 62 63
- sabinaarnautoviclnuse
- Sigitas Šulčius Postdoctoral fellow
- sigitassulciuslnuse
- Jenny Olofsson Senior lecturer
- +46 480-44 73 99
- jennyolofssonlnuse
- Songjun Li Doctoral student
- +46 480-49 70 15
- +46 70-211 63 08
- songjunlilnuse
- Magnus Ståhle Laboratory engineer
- +46 480-44 62 39
- magnusstahlelnuse
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Project: Syntrophy and symbiosis as mechanisms for growth and survival in deep terrestrial biosphere fracture systems Despite being separated from the sun’s energy, life exists deep underground in…
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Project: Cell-to-cell-signaling in microbial communities of pyrite-oxidizing acidophiles Microorganisms preferentially grow on surfaces in a mixed community of different species, termed 'biofilms'.…
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Project: Constraining past variations in the global biogeochemical silica cycle Silica biomineralization in the oceans has affected evolutionary competition for dissolved Si, and this has resulted in…
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Project: Migratory connectivity of Pallas’s Fish Eagle populations in Asia The Pallas’s Fish Eagle (Haliaeetus leucoryphus) is a globally threatened species that occurs in wetlands in parts of…
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Project: Algoland – Cleaning the water The Algoland project finds sustainable solutions to societal challenges. With Linnaeus University at its core, Algoland encompasses a community of knowledge from…
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Project: Algoland – Mussel farming and sustainable feed from algae and mussels The Algoland project "Mussel farming and sustainable feed from algae and mussels" finds sustainable solutions to societal…
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Project: Picocyanobacteria, significant primary producers but largely overlooked players in coastal waters Tiny single-celled photosynthetic bacteria, picocyanobacteria, contribute significantly to…
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Project: Multi-Use Offshore Platform This project examines the feasibility of developing a pilot-scale multi-use offshore platform (MUOP) at the wind farm nearshore Kårehamn in the Baltic Sea.
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Project: Will the microbial filter prevent methane emissions from Baltic Sea coasts in a warmer future? In a warmer future, there will be more methane production in sediments in coastal areas.…
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Doctoral project: How are carbon flows in coastal ecosystems influenced by climate change? A major knowledge-gap in science is how climate change will affect biochemical processes, biodiversity, and…
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Project: Virus control on Baltic Picocyanobacteria Viruses are the most abundant biological entity in marine environments and influence the abundance and evolution of microbes. Here, we explore the…
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Linnaeus University Centre for Ecology and Evolution in Microbial model Systems (EEMiS) EEMiS is a centre for research excellence studying ecological and evolutionary interactions from land to sea.
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Marine microbiology The research group Marine microbiology carries out research on the biodiversity, ecology, physiology, genomics and genetics of marine bacteria.