Biennial Challenger Conference: Liverpool
First of all I would like to say thank you for the travel award; it gave the great opportunity of attending the 17th Biennial Challenger Conference held in Liverpool and presenting my poster on “Transparent Exopolymer Particles (TEPs) dynamics in the continental shelf seas”.
The first conference event I attended was the Icebreaker, held in the wonderful Victoria Gallery and Museum, which created a nice and friendly environment to meet all the conference attendees (PhD students and other scientists). The Icebreaker was an effective and informal way to meet scientists from different institutions and universities, and to find out about their current research and common research interests.
The conference was opened with a very interesting talk by Prof. Tim Lenton, and continued in the following days with a series of relevant talks from guest lecturers. All the talks were extremely interesting and with a high level of science, ranging from physical oceanography, marine biogeochemistry, observations and earth system models, up to biological processes.
Posters were displayed in the G-Flex room and main Atrium and were available for viewing during lunch breaks and at the allocated presenting slot. I presented a poster with the data collected during several cruises in the North Sea (Cefas) and Celtic Sea (SSB programme), along with some modelling work, using the European Regional Seas Ecosystem Model (ERSEM).I was also selected to give a one minute oral presentation of my poster during the lunchtime. This was a great chance to meet and interact with other PhD students interested in my research and with similar research aims.
On the Wednesday evening a social dinner was held at Liverpool’s Anglican Cathedral. It was another great opportunity to interact with other conference attendees and share delicious food along with a glass of good wine.
In conclusion, the conference helped me to meet other scientists from the UK and discuss my results in a nice and friendly environment.Furthermore it gave me the chance to get in touch with scientists (from the SSB programme and modelling community) and establish relationships for future scientific collaborations.
I studied marine biology at the Marche Polytechnic University (UNIVPM), where I completed my master’s degree studying therole of local climate changes on organic matter inputs to the seafloor of the Catalan continental margin.
Following this I moved to Plymouth (UK) at the Plymouth Marine Laboratory (PML) where I worked on modelling. I used the coupled biogeochemical/hydrodynamic model(GOTM-ERSEM) to predict the seasonal evolution of biogeochemical variables and fluxes through theassimilation of in situ and remote sensed data.
In January 2014 I moved to Norwich (UK), where I started my Ph.D. in Environmental Sciences at the University of East Anglia (UEA),funded by Cefas, the Centre for Environment, Fisheries and Aquaculture Science. My goal is to address unknown keys in the continental shelf carbon pump (CSCP) related to the condition of “carbon overconsumption”. In particular I am investigating the role played by dissolved organic matter (DOM) and transparent exopolymer particle (TEP) production in the continental shelf seas during “carbon overconsumption”.
Challenger Medal Awarded 2020 and 2022
The Challenger Society is delighted to announce the delayed award of the 2020 Challenger Medal to Prof. Alberto Naveira Garabato, and of the 2022 Challenger Medal to Prof. Carol Robinson. We are absolutely delighted to honour these two fantastic scientists in this way, and look forward to hearing their Award Lectures at the forthcoming Challenger 150 meeting at the Natural History Museum. For more information about the Challenger Conference 2022 please click here.
International Digital Twins of the Ocean Summit #DITTO22
You are warmly invited to join on-line the International Digital Twins of the Ocean Summit #DITTO22, which takes place on Wednesday and Thursday the 4th and 5th of May.
Vacancy MASTS Marine Social Science Lead
MASTS has a vacancy for a 0.5FT Marine Social Science lead.