Room: 202 Craig Mair
Phone: 01248 382893
I graduated in Physical Oceanography from Gothenburg University in 1999 and undertook my PhD in physical oceanography at the same university between 2008-2004. I stayed in Gothenburg as a research associate for a further year before moving to Bangor to start as a post-doctoral researcher on the structure of turbulence in shelf seas. In 2008 I was awarded a NERC Advanced Fellowship investigating the effects of sea-level change on the dissipation of tidal energy in the past, present and future and how that may impact on climate. In 2013 Bangor offered me position as Senior Lecturer in Physical Oceanography, and in 2016 I was promoted to Reader
I am a physical oceanographer using models and observations to explore how the tides interact with other components of the Earth system and how these interactions change over long timescales. I especially focus on how tidally driven mixing influence large-scale ocean circulation and climate; effects of sea-level change (on short time scales) and continental drift (on geological time scales) on the tides; ice-ocean-climate interactions and how melting ice-sheets will affect the earth system; the influence of the tides to allow the ocean to evolve and host life, including tidal dynamics during extinction events.
I teach physical oceanography, numerical methods, and dynamics, with focus on masters level.
I have been lead supervisor for 3 PhD students to completion, and co-supervised a further 2. Currently, I am leading 4 PhDs and co-supervising a further 4:
David Hadley-Pryce, 2018--: Deep-time tides and their implications for Earth's ability to host life (self-funded).
Bradley Reed, 2018--: Ocean-ice interactions: determining the tipping points for the West Antarctic Ice Sheet (ENVISION DTP with British Antarctic Survey).
Julia Rulent, 2017-- : Coastal flood risk from extreme waves (CASE with NOC Liverpool; self-funded).
Hannah Davies, 2017-- (co-supervisor): Is there a super-tidal cycle? (at IDL, Lisbon; IDL funding).
Stacey Carless, 2017--: Long-term variability of internal wave energetics and its implication for Pacific Island Chain ecosystems (self-funded).
Bethanie Francis, 2016-- (co-supervisor): Biological implications of the Island Mass Effect (ENVISION DTP).
Anastasiia Domina, 2014-- (co-supervisor): Into the abyss: the fate of solitary internal waves at the European shelf break (at University of Liverpool; NOC quota).
Brian Scanell, 2014-- (co-supervisor): Dynamics of the surface mixed layer in shelf seas (ENVISION DTP).
Juliane Whisgott, 2013--2017 (co-supervisor): On the onset and breakdown of the seasonal stratification in shelf seas (at University of Liverpool; NERC Quota).
Sophie Wilmes, 2012--2016: Impact on tides by glacially mitigated sea-level rise (Fujitsu/HPC Wales).
Sebastian Rosier, 2011--2015: The interaction between tides and ice sheets (with BAS; NERC Quota).
Holly Pelling, 2009--2013: The impact of sea-level rise and tidal power plants on tides: observations and modelling (NERC Quota).
Ben Lincoln, 2008--2012 (co-supervisor): Internal mixing in shelf seas (NERC Quota).
I have a range of research interests in which PhD projects could be developed. Please contact me by email in the first instance regarding any of the following areas:
Earth system consequences of collapsing ice sheets; tides and mass extinction events; parameterising internal wave driven mixing in ocean models; ice-tide-ocean interactions.
Tidal mixing and ocean resonance over 22000 years (PI: NERC advanced fellowship, GBP480,000, 2008.)
Fluxes across sloping topography of the North East Atlantic (PI: NERC directed consortium Grant SAMS leading), GBP480,000 to Bangor 2011)
The Environment of the Arctic: Climate, Ocean and Sea Ice (Collaborative partner, NERC Consortium 2011).
Ocean Surface Mixing, Ocean Sub-mesoscale Interaction Study (CO-I: NERC directed consortium, GBP280,000 to Bangor 2011.)
A nutrient and carbon pump over mid-ocean ridges (CO-I: NERC standard grant led by University of Liverpool, GBP25,000 to Bangor 2014.)
Tidal mixing and the overturning circulation during the LGM (PP: NSF standard grant led by Oregon State University)
Measurable metrics for characterisation of large-scale turbulent structures in tidal races for the marine tidal energy industry (CO-I: EPSRC standard grant, GBP 145,000, 2017.)
Santander Mobility Award to visit IDL, Lisbon: £770 as PI (2018).
Fully funded PhD studentships to Bangor: £250,000 as PI, £140,000 as CO-I (2009--present).
Self-funded PhD studentships to Bangor: £26,000 as PI (2017--present).