Research interests
I am a marine benthic ecologist with an interest in understanding how species communities interact with environmental changes to determine the wider implications for ecological processes that are important for ecosystem functioning, such as the cycling of nutrients.
Anthropogenic and environmental change, such as warming and CO
2
are modifying ecosystems, changing community dynamics and the web of interacting species.
Using sophisticated laboratory experiments, my current research investigates how different aspects of microplastics and additive pollutants interact under future climate change conditions to affect benthic invertebrate species behaviour, bioturbation processes and associated ecosystem functions.
A key part of my research has focused on exploring the role of species compensatory responses, a fundamental aspect of biodiversity change, and how these influence biodiversity-ecosystem function relations in natural systems. To do this, I develop ecological theory that can be tested in empirical studies and trait-based models.
My work adopts a range of approaches, including large-scale mesocosm experiments, field observation and trait-based models to examine biodiversity and ecosystem response patterns.
In addition, I have two years of industry experience as a Senior Scientist in the energy and water industry.
Research group
Marine Biology and Ecology
Research project(s)
Dr Matthias Schmidt Thomsen
Ocean and Earth Science
National Oceanography Centre Southampton
University of Southampton Waterfront Campus
European Way
Southampton SO14 3ZH
UK
Room Number: NOCS/676/19
Dr Matthias Schmidt Thomsen's
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