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EcoChange at Umeå University

Strategic research area The strategic research area Ecochange focuses on effects of climate change on marine ecosystems. Research is conducted in different areas, with the Baltic Sea ecosystem as a common denominator. The research programme is a collaboration between Umeå University and Linnaeus University. This web site presents the ongoing research at Umeå University.

Find more information on the EcoChange web site:

Smältande isflak i vattnet.
The research programme EcoChange

EcoChange is a part of the government's strategic research initiative on marine environmental research.

Shelves with publications
Scientific publications

Scientific publications produced within EcoChange.

provtaging från forskningsfartyg på vintern
Reportages

Meet the people, read about what has been done within EcoChange.

The changing climate has a major impact on the oceans. In the Baltic Sea, the water is not only becoming warmer. The salinity is changing, as well as the nutrient content of the water. The amount of carbon that flows into the sea with river water is increasing, which has major consequences for the food web. In the base of the food web, bacteria are favoured in relation to phytoplankton. This makes the food web less effective, which in turn can lead to poorer fish production and more environmental toxins in the ecosystem.

These issues are studied in the strategic research area EcoChange. The Baltic Sea, with its gradients in salinity, temperature, and other factors, serves well as a model system for studying the effects of climate change on ocean ecosystems.

Scientific coordinator

Overview

EcoChange research projects at Umeå University

Where does the carbon stored in Baltic Sea sediments come from?
Research area: Marine science
Duration 1 January 2024 until 31 December 2025
Type of project Research project
Nutrients and eutrophication in the Gulf of Bothnia
Research area: Marine science
Duration 1 March 2022 until 29 February 2024
Type of project Research project
Mechanistic principles of methylmercury formation in anaerobe microbial biofilms
Duration 1 January 2022 until 31 December 2025
Type of project Research project
Importance of pathogenic fungi for the marine carbon cycle
Research area: Ecology, Marine science
Duration 1 January 2021 until 31 December 2023
Type of project Research project
Adaptation of coastal bacteria to environmental change
Research area: Marine science
Duration 1 January 2020 until 31 December 2022
Type of project Research project
Effects of browning of coastal waters on marine food web function and quality
Research area: Ecology, Marine science
Duration 1 January 2020 until 31 December 2022
Type of project Research project
Climate control of biological oxygen consumption in the Baltic Sea
Duration 1 June 2019 until 31 December 2023
Type of project Research project
Adaptive strategies of Arctic prokaryotes at extremely low growth rates
Duration 1 June 2019 until 31 December 2024
Type of project Research project
DNA-metabarcoding of marine phytoplankton
Duration 1 January 2019 until 31 December 2024
Type of project Research project
Assessing the effects of direct measures to reduce eutrophication in a northern Baltic Sea bay
Duration 1 January 2019 until 31 December 2021
Type of project Research project
Aquatic ecosystems at risk for occurrence of pathogenic bacteria
Research area: Ecology, Marine science
Duration 26 November 2018 until 26 November 2023
Type of project PhD project
How do stoichiometry and nutritional quality of plankton communities in coastal ecosystems alter with climate change?
Research area: Ecology
Duration 1 January 2018 until 31 December 2021
Type of project Research project
Halogenated natural products (HNPs) in Nordic marine ecosystems
Duration 1 January 2016 until 31 December 2025
Type of project Research project
The stoichiometry of food webs
Research area: Ecology
Duration 1 June 2013 until 31 December 2021
Type of project Research project
UMF utför provtagning för miljöövervakningsprogram Fria vattenmassan med kustbevakningens fartyg KBV 181. I bild: Martina Jeuthe och Siv Huseby.
Researchers discover major ecological shift in the Gulf of Bothnia

After 30 years of data, researchers are seeing a major shift in the nutrient balance of the Gulf of Bothnia.

Provtagning av vatten med håv för miljöövervakning.
DNA boosts marine monitoring but cannot stand alone

DNA methods add powerful insight to marine monitoring, but need to be combined with established approaches.

Forskarna Daniel Cerveny och Marcus Michelangeli från SLU i Umeå samlar i unglaxar i Daläven. Unglaxarna lade grunden till studien som publicerats i Science. 

The researchers Daniel Cerveny and Marcus Michelangeli from SLU in Umeå are collecting juvenile salmon in the Dal River. The juvenile salmon formed the foundation of the study published in Science.
Largest study to date shows pharmaceutical pollution alters migration in Atlantic salmon

Pharmaceutical used for sleep disorders influences the migration success of juvenile salmon in the wild.

Latest update: 2024-09-11