Research subject Nutrients and Eutrophication

The research is performed in the coastal areas of the Baltic Sea.

This research project evaluates basin wide monitoring data from the Swedish Meteorological and Hydrological Institute (SMHI). The aim of the research project is understanding basin wide nutrient and oxygen transformation processes based on long-term monitoring data.

The Baltic Sea ecosystem and marine life are exposed to many different impact factors at the same time. The BalticCAT research project further develops a food web model that will calculate the effects of a large number of natural and human impact factors.

This project will investigate the contribution of cyanobacterial blooms to fish production and contaminant bioaccumulation in the Baltic Sea.

Global climate change mitigation through the preservation of natural biological carbon sinks is of the highest importance to face the threats to our planet but poses ample challenges for society, governments and policy makers around the world.

identification of hotspot environments for coastal blue carbon sequestration and guidance for sustainable management of the Baltic coastal landscapes under global change (CLIM-SCAPE)

for Food Security, Adapting to Climate Change, Sustainable Resource Management and Inclusive Development

Pollution Load Compilations (PLC) have been an integral part of The Baltic Marine Environment Protection Commission (HELCOM) assessments since 1987, focusing on annual and periodic assessments of inputs of nutrients and selected hazardous substances. PLC-8 provides assessments of nutrient and contaminant inputs to the Baltic Sea.

In this project the goal is to develop new knowledge about how horse-dense and trampled horse paddocks affect the aquatic environment, and to contribute with a scientific basis for measures on horse farms to reduce the nutrient losses from horse husbandries.

The purpose of the project is to give advice to the Swedish marine monitoring groups regarding measurements of optical properties in Swedish waters, compare measurements of chlorophyll, coloured dissolved organic matter, suspended particulate matter and turbidity (turbidity), and to harmonise the measurements protocols between the Swedish monitoring groups.

Nutrients that accumulate in soils and in the bottom sediments of lakes and streams have a long-term impact on eutrophication in the Baltic Sea. The modeling project “Legacy nutrient dynamics in the Baltic Sea catchment: implications for managing eutrophication” will estimate the magnitude of these legacies and suggest appropriate measures.

The NASA Aerosol Robotic Network (AERONET) is a global network of about 600 autonomous ground-based remote sensing validation and aerosol monitoring stations that measure aerosol optical properties, such as Aerosol optical thickness and the Ångström coefficient.

Pollution Load Compilations (PLC), have been an integral part of The Baltic Marine Environment Protection Commission (HELCOM) assessments since 1987, focusing on assessments of inputs of nutrients and selected hazardous substances.

Stockholm University's new graduate school in marine, climate and environmental issues is directed towards students from diverse disciplines, interested in understanding their own research in a broad and interdisciplinary context.

This project will investigate possibilities and remediation methods to reverse the negative environmental development taking place in many shallow bays of the Baltic Sea. It aims to contribute to new knowledge that clarify and quantify various influencing factors and effective methods to address them.

The "Cell differentiation and coordination in tissues" group investigates the formation and organization of the plant carbon biomass that is accumulated in plant cell walls.