RECLESS

Understanding recycling versus loss in the marine nitrogen cycle

Our Synergistic Approaches

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Photo: Alex Ingle, Schmidt Ocean Institute

How does nitrogen cycling in oxygen minimum zones work?

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Photo: Alex Ingle, Schmidt Ocean Institute

Why does it work this way?

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Photo: Alex Ingle, Schmidt Ocean Institute

How will marine oxygen minimum zones develop?

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About RECLESS

RECLESS studies oxygen depleted areas in the ocean, which play a major role in the Earth’s climate by influencing the uptake and release of greenhouse gases. However, gaps in our understanding of the underlying microbial dynamics prohibit robust predictions of how this will evolve in the future ocean.

 

RECLESS uses a novel multidisciplinary approach combining oceanographic, biogeochemical, microbiological, and modelling studies to create the first comprehensive global microbial ecosystem model for oxygen depleted marine systems.

 

The model will help scientists predict how ongoing deoxygenation impacts nitrogen cycling, nitrogen loss, greenhouse gas emissions, and the overall carbon cycle.

Contact

RECLESS Project Management

Kimberly Rogers – Project ?

Department of Marine Sciences
University of Gothenburg
Medicinaregatan 7B
413 90 Göteborg
kimberly.rogers@gu.se

Principle Investigators

Dr. Laura Bristow

University of Gothenburg

 

Dr. Bo Thamdrup

University of Southern Denmark

 

Dr. Katharina Kitzinger

University of Vienna

 

Dr. Emily Zakem

Carnegie Science

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This project has received funding from the European Union’s Horizon Europe ERC Synergy Grant programme under grant agreement No 101118693 – RECLESS. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or European Research Council Executive Agency. Neither the European Union nor the granting authority can be held responsible for them.

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RECLESS is a project funded by the European Research Council (ERC) to support excellent frontier research.