Research project NordSalt: Climate Change Impacts and Biodiversity Interactions in Nordic Salt Marshes
Saltmarshes are some of the most efficient carbon sinks, but climate warming and altered land use threatens to diminish their diversity and turn them into sources of the potent greenhouse gas methane.
In this BiodivERsa project we assess the nature, diversity and extent of the remarkably understudied Nordic coastal marshes, to evaluate their role in regulating net greenhouse gas emissions under future climate warming scenarios, local environmental pressures and management. We i) together with stakeholders coproduce knowledge on the biodiversity, spatial extent and dynamics of coastal marshes, ii) estimate their carbon uptake and methane release potential at 5 core sites, iii) link these roles to plant diversity as a function of local abiotic conditions and grazing regimes, iv) experimentally test if plant diversity regulates impacts of warming on their role as carbon sinks, and v) assess the feasibility of NordSalt habitats as nature-based solutions for climate change mitigation.
Project members
Project managers
Johan Eklöf
Professor

Members
Sara Cousins
Professor of Physical Geography
Christoffer Boström
Associate Professor

Gary Banta
Associate Professor
