This year I will be attending the Challenger Society Conference in Oban.
After some hiking in sunny Scotland, I feel refreshed and ready to go to my first Challenger conference!
On the 11th July at 3pm UTC, I will be sharing my research on Southern Ocean ventilation as part of the SOFLUX webinar series. We will also all be celebrating the 3 year anniversary of this fantastic seminar series.
This year I will be returning to Vienna to presenting my work at the EGU 2024 conference.
I will be presenting some early work in the OceanBound projct (link here), an ambitious project to rediscover the global ocean through the lens of boundary pressures.
About a year ago, I had an idea for a Python package but I couldn’t quite find the time (probably because I was writing a thesis). Either way, I am glad to finally share neutralNEMO with the world.
After enjoying a bit of post-PhD relaxation, I have now started as a Physical Oceanographer at the British Antarctic Survey.
I am leading the adjoint component of OceanBound, an ambitious project to study the role of ocean boundary pressures in the global ocean.
After four years I have finally finished my PhD at the University of Oxford. An enormous thanks to my two fantastic supervisors, David Marshall and Mike Bell, for their guidance and support.
The second paper from my PhD has just been published in JGR: Oceans!
Use the link below to take a look!
https://doi.org/10.1029/2023JC019711
In this paper, we use an idealized model of the Weddell Gyre and find that it is extremely sensitive to horizontal resolution.
Tomorrow (Tuesday, 27th June) I will be visiting Southampton to give a seminar at 11am in the National Oceanography Centre. If you are in Southampton and would like to meet, let me know!
This week I will be visiting the British Antarctic Survey for two days (31st May - 1st June). If you are at BAS or Cambridge and would like to meet, let me know!
On Tuesday this week I will be presenting at the University of Liverpool as part of the Ocean seminar series.
The seminar is all about the idealized model of the Weddell Gyre that I created and have used throughout my PhD.