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Results 1-18 of 64
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Marine Ecology Course 15 credits
- Autumn 2026
- Kalmar
- Bachelor’s level
- Half-time
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Chemistry, Master Programme Programme 60 credits
- Autumn 2026
- Kalmar
- Master’s level
- Full-time
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Freshwater Ecology, Advanced Level Course 7.5 credits
- Autumn 2026
- Kalmar
- Master’s level
- Half-time
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Freshwater Ecology Course 7.5 credits
- Autumn 2026
- Kalmar
- Bachelor’s level
- Half-time
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Freshwater Ecology Course 7.5 credits
- Autumn 2026
- Kalmar
- Bachelor’s level
- Half-time
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Marine Ecology, Advanced Level Course 15 credits
- Autumn 2026
- Kalmar
- Master’s level
- Half-time
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Fish Ecology, Advanced Level Course 7.5 credits
- Autumn 2026
- Kalmar
- Master’s level
- Half-time
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Marine Ecology, Advanced Level Course 15 credits
- Autumn 2026
- Kalmar
- Master’s level
- Half-time
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Fish Ecology Course 7.5 credits
- Autumn 2026
- Kalmar
- Bachelor’s level
- Half-time
-
Fish Ecology Course 7.5 credits
- Autumn 2026
- Kalmar
- Bachelor’s level
- Half-time
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Marine Ecology Course 15 credits
- Autumn 2026
- Kalmar
- Bachelor’s level
- Half-time
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Research Methodology in the Natural Sciences Course 15 credits
- Autumn 2026
- Kalmar
- Master’s level
- Full-time
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Doctoral project: Evolutionary ecology of the Baltic Sea The aim of this project is to investigate the effect that the temperature and hence climate change have on different organisms. For that,…
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Doctoral project: Deep Life in Deep Time The deep biosphere is Earth’s largest microbial habitat and hosts ancient evolutionary lineages. This project aims to unravel the unexplored history of…
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Doctoral project: Microbial ecology of Baltic Sea sediments exposed to 50 years of warming This project will study the microbiology of Baltic Sea sediments that have been exposed to 50 years of…
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Project: Focusing on Temperature and Salinity Changes in Cyanobacteria Rising water temperatures, due to global warming, has been suggested to be beneficial for phytoplankton, especially…
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Project: Wetlands, Algae, Biogas (WAB) The project examines the possibility of producing biogas using macroalgae and beach cast.
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Project: Decoding spatiotemporal predator impact The growing populations of seals and cormorants in the Baltic Sea are believed to contribute to the decline of coastal fish, increasing the pressure to…