2025-04-04

Department of Ecology, Environment and Plant Sciences

MSc. Project Opportunity – Toxicity Testing of PFAS Leachates

The Department of Ecology, Environment and Plant Sciences (DEEP) at Stockholm University is a multidisciplinary research environment where ecologists, toxicologists, and environmental chemists collaborate to address urgent sustainability challenges. We are currently offering an exciting MSc. thesis project within the research project “Immobilization of PFAS in landfills using activated biochars (ABC)”, funded by the TUFFO programme.

Climate and Environment - Theme page Plants, Animals and Nature - Theme page

2025-04-04

Department of Ecology, Environment and Plant Sciences

MSc. Project Opportunity – Toxicity Testing of PFAS Leachates

The Department of Ecology, Environment and Plant Sciences (DEEP) at Stockholm University is a multidisciplinary research environment where ecologists, toxicologists, and environmental chemists collaborate to address urgent sustainability challenges. We are currently offering an exciting MSc. thesis project within the research project “Immobilization of PFAS in landfills using activated biochars (ABC)”, funded by the TUFFO programme.

Climate and Environment - Theme page Plants, Animals and Nature - Theme page

2025-04-01

Department of Ecology, Environment and Plant Sciences

DEEP seeks PhD student in Ecology and Evolution – apply by 22 April!

The Department of Ecology, Environment and Plant Sciences invites applications for a four-year PhD position in the framework of the project “Harnessing evolutionary transitions, machine learning, and genomics to decode pollen evolution and unravel sexual selection mechanisms shared across kingdoms” led by Prof. Tanja Slotte in close collaboration with co-investigators Prof. John Fitzpatrick, Prof. Catarina Rydin, and Dr. Allison Hsiang at Stockholm University.

Plants, Animals and Nature - Theme page Climate and Environment - Theme page

2025-03-12

Stockholm University Baltic Sea Centre

Sheltered bays are significant carbon sinks in the Baltic Sea

Coastal zones are identified as important natural carbon sinks globally, especially habitats with abundant vegetation such as seagrass meadows and mangrove areas. In brackish environments like the Baltic Sea, knowledge of carbon sequestration in coastal habitats is limited, but a new study shows that shallow and partly enclosed Baltic bays are significant sinks for carbon and nutrients.

Climate and Environment - Theme page Oceans and Lakes - Theme page Plants, Animals and Nature - Theme page