SCAR Biology Symposium: Belgium
Leyre Villota Nieva
The 2017 SCAR Biology Symposium (SCARBio17) in Leuven, Belgium was a busy and information packed 6 day conference, covering a diverse range of Antarctic Biology related topics such as “Understanding Physiology (incluiding ‘-omics’ approaches)”, “Astrobiology”, “Adaptation and processes in top predators” amongst others. This year there were panel presentations from top physiologists and ecologists, a one day early career workshop organised by APECS (Association of polar early career scientists) and several lunch time and evening meetings. I was fortunate enough not only to attend the conference, but also to give an oral presentation on my current PhD research at the Physiology and omics” theme and attend the mARS meeting (Microbial Antarctic Resource System). This was only possible because of the generous funding by the Challenger Society for Marine Science.
SCAR Biology is held once every four years alternating between several destinations in the world and is the only conference specific to Antarctic Biologists. This is the only time Antarctic Biologists come together to discuss the state of the art and it’s an ideal conference for early career scientists to meet other researchers in the field and practice feeling comfortable presenting to a larger audience. This was a very important conference for me to attend, since it would not happen again during the course of my PhD. The conference was very well attended, with teams coming from all over the world: from Chile to New Zealand amongst others. This was an invaluable experience, particularly because although we all worked on Antarctic Biology, it is not often that we get to meet each other in person and share our research.
My oral presentation was titled “Heating up the ocean: effects of in situ oceanic warming on marine benthic recruitment and community development” and focused on one chapter from my PhD thesis: the heat shock response and acclimation in Romanchella perieri, an Antarctic benthic worm. I generated much interest in the topic and received some positive feedback from the presentation.
Most valuable to me however, were the connections I made outside my normal UK Antarctic network. It was very exciting to finally meet researchers such as Chris Cheng from the University of Illinois (USA), who’s work I have studied very extensively but not had the opportunity to meet in person. She also attended my talk to my surprise! I walked away from the conference with new projects, new ideas and the satisfaction feeling of having presented part of my PhD research to such an experienced audience. Thank you again to the Challenger Society for Marine Science for providing me with the funding to attend this amazing conference.
I am a third year PhD student at Bangor University and the British Antarctic Survey, studying the effects of in situ oceanic warming on marine benthic recruitment and community development in Antarctica. I am interested in understanding how organisms adapt to their environment. I look at how environmental stress affects organisms across many levels of biological organisation, from cellular to physiological responses and how this knowledge can help us predict future responses to climate change.
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.