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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
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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
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…
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'.…
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…
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…
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…
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…
Project: Picocyanobacteria, significant primary producers but largely overlooked players in coastal waters Tiny single-celled photosynthetic bacteria, picocyanobacteria, contribute significantly to…
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.
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.…
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…
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…
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.
Marine microbiology The research group Marine microbiology carries out research on the biodiversity, ecology, physiology, genomics and genetics of marine bacteria.