Position: Research Assistant
Felix joined the group at the beginning of 2020 after completing his Erasmus Mundus Joint Master’s degree in Marine Spatial Planning at Universidade dos Açores, Università Iuav di Venezia and Universidad de Sevilla in autumn 2019. After a year a GIS technician on the iCRAG funded WindEaZ project on Developing Offshore Wind Energy Seabed Zonation tools, collaborating with Eirwind, he now assists on the MaREI Western Atlantic Mussels (WAM) and iAtlantic projects.
His Master’s thesis addressed the role of marine protected areas in the resilience and recovery of tropical coral ecosystems following the 2016 pan-global bleaching event across shallow to upper-mesophotic depths. To study this, Felix investigated atoll and fringing reefs in Pohnpei, Micronesia. Previously, Felix had been awarded the 2016 European Rolex Scholarship for aspiring marine scientists and SCUBA divers, and a BSc (Hons) from the Scottish Association for Marine Science. For his BSc project, Felix studied the last glacial maximum and post glacial quaternary history of a strait in western Svalbard, the Norwegian Arctic.
Felix’s research interests include sedimentology, paleoceanography and paleoecology to understand climate change, the conservation of marine ecosystems threatened by global warming as well as blue solutions to halt anthropogenic greenhouse gas emissions.
As more and more activities move offshore, the use, exploitation and conservation of marine resources becomes an increasingly important challenge. Targets to decarbonize our economy, protect marine biodiversity and establish long term food-security can only be met through a sustainable blue economy.
In developing seabed zonation tools for offshore wind developments and marine spatial planning, Felix tries to optimize the allocation of space at sea by maximizing renewable energy generation while minimizing costs to the industry and environment as well as conflicts with existing maritime activities.
WindEaZ integrates concepts of marine spatial planning and multi-criteria decision aid in a GIS model to assess where offshore wind projects are best placed to become strategic pillars of the Irish renewable energy strategy. Marine geological, biological, physical, engineering and cultural data are weighted based on an analytical hierarchy process and Monte Carlo simulations are used to understand model variability and identify areas of seabed most likely to be suitable for offshore wind development.
Awards & Honors
FLAD-UAc ’Crossing the Atlantic’ mobility research grant (2019) East-West Center Affiliate Scholar Award (2019) Erasmus Mundus Joint Master Degree Scholarship (2017-2019) Our World-Underwater European Rolex Scholarship (2016-17) SAMS Council Price for Academic Excellence (2016) SUT Undergraduate Scholarship (2014-2016) Erasmus+ Undergraduate Exchange Scholarship (2014-2015) UHI Student Development Fund Award for training to become a scientific diver (2013) Government of Canada Scholarship to Pearson College UWC (2009-2011)
Wheeler, A.J., Lim, A., Butschek, F., O’Reilly, L. & O’Driscoll, P. (2021). The “Little MonSta” deep-sea benthic, precision deployable, multi-sensor and sampling lander array. Sensors, 21, 3355. doi: 10.3390/s21103355
Peters JL, Butschek F, O’Connel R, Murphy J, Cummings V, Wheeler A (2020) ‘Geological seabed stability model for informing Irish offshore renewable energy opportunities’ in Advances in Geosciences
Butschek F, Arosio R, Noormets R, Austin WEN & Howe JA (2018) ‘Late Weichselian glacial history of Forlandsundet, western Svalbard: an inter-ice-stream setting’ in arktos doi: 10.1007/s41063-018-0063-x