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His current research is in developing and using advanced quantitative analysis and modeling tools to analyse the dynamics of marine systems. Blenckner focuses on further developing theoretical thinking of resilience, tipping points, novelty and ocean health through quantitative analysis of system responses to changes in climate and human activities.
He has experiences in field sampling (physical to biological parameters), quantitative experiments (large-scale mesocosm), laboratory (background lab technician), long-term statistical data analysis and ecosystem modeling in combination with synthesis and integration of social and ecological research findings and analysis in an overarching systems and management perspective.
Blenckner applies methods and techniques such as: time-series analysis (like Generalized Additive Modelling and its threshold variant), tipping point analyses (e.g. change point analysis), novelty analysis (dissimilarity methods), food-web modelling (e.g. Ecopath) and ocean health analysis (Ocean Health Index).
Blenckner holds a MSc in Biology and a PhD and docent in limnology. He is leading or involved in many international projects such as the EU project COMFORT on climate-induced tipping points, the Baltic Health Index and a FORMAS project on cumulative impacts in the Baltic Sea.
Blenckner has published over 70 peer-reviewed articles in both natural and interdisciplinary science journals. He is a Visiting Fellow of the National Center for Ecological Analysis & Synthesis (NCEAS) University of California, US. Since January 2021 he is a member of the European Marine Board of coastal resilience and the IMBeR Science Steering Committee.
Research news | 2021-01-20
Health check-up shows both better and worse status than expected
Research news | 2020-09-28
Scale of current challenges requires scientists to take on a greater responsibility
Research news | 2020-09-21
A comprehensive assessment of the social, economic, and environmental condition of the Baltic Sea reveals mixed results
Research news | 2020-09-08
No one agrees on what a healthy ocean looks like. That is bad news in a time when tough decisions on conservation are needed