- Please introduce yourself.
I’m a physical oceanographer working in the Marine Systems Modeling group at the National Oceanography Centre in Southampton. I develop models, mainly of the Arctic Ocean across different components of the system. Projects I have worked on so far range from fundamental physics to practical applications and climate scales. BIOPOLE has got me more involved in biogeochemistry and the connection between land and ocean.
- What do you do within BIOPOLE?
I am part of WP1 and WP3. In work package 1 we look at nutrient inputs and I have calculated nutrient inputs from coastal erosion specifically. We made a model based erosion rate estimate, which should serve both for the historical period and future projections. I also check our existing biogeochemistry models against observational data, including from the BIOPOLE cruises. This has already highlighted some areas where improvements can be made. For work package 3 I’ll be investigating the connectivity of nutrient fluxes from the Arctic into the North Atlantic. The North Atlantic is expected to become more stratified in the future, hindering access to nutrients. So, a nutrient boost from the Arctic could be good for the ecosystem and support future fisheries.
- What have you enjoyed about BIOPOLE so far?
The best thing about BIOPOLE is that it is such a well-integrated project across the centres. It is fun to hear about other people’s research in completely different areas every month. I have learned a lot about hydrology just by joining the meetings, though the complexity of molecular analysis in the lab still blows my mind! We are working together with observationalists and modellers across the fields on climate variability and missing processes in our NOC model.
- Tell us about a skill or trait unique to you that you would like to share?
I like swimming so I try to make use of the pool nearby NOC to go swimming over lunchtime with a colleague.