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Tun Jan Young

Tun Jan Young

Ph.D. Student in Polar Studies

TJ's research integrates electrical engineering and field glaciology to investigate the basal and englacial regimes of the Greenland Ice Sheet.


My interest in the polar landscape originated from my academic background in marine mammal science. As part of the Marine Conservation Ecology group at Duke University and the Duke Marine Lab in North Carolina, USA, my research focused on the foraging ecology and spatial modelling of endangered seals and whales. I became more involved with the physical aspects of climate change when I was invited to collaborate with the NOAA Pacific Marine Ecological Laboratory in Washington, USA, to re-evaluate temperature data and the associated metadata recorded aboard the HMS Plover which was stationed at Barrow, Alaska during the mid-1800s, and one of many ships assigned to the Franklin Rescue Mission.


  • 2013 – present: Ph.D. Candidate in Polar Studies. Scott Polar Research Institute, University of Cambridge (St. Edmund's College), UK.
  • 2012 – 2013: M.Phil. with Distinction in Polar Studies. Scott Polar Research Institute, University of Cambridge (St. Edmund's College), UK.
  • 2008 – 2012: B.S. with Distinction (Magna cum laude) in Biology with Marine Sciences; B.A. in Music with Clarinet Performance; Minor in Political Science. Duke University, North Carolina, USA.


My PhD research investigates the basal and englacial processes of glacier motion in Greenland and the mass loss induced through these processes. Specifically, my field research involves using phase-sensitive Radio Echo Sounders (pRES) to observe and measure glacier flow and deformation, and bed topography and basal melt rates to high (millimetre) accuracy on Store Glacier in the Uummannaq region in Greenland. Using these results, I hope to be able to provide insight into the basal and englacial environment of Store Glacier in 1, 2 and 3 dimensions. Thus, my research involves close collaborative work with those of Joe Todd, Nick Toberg, and Craig Stewart, who are fellow PhD students at SPRI, as well as maintaining collaborations between the British Antarctic Survey (BAS), University College, London (UCL), Aberystwyth University, and Stanford University.

My work is supported by a full scholarship from Chung Wei Yi Co. Ltd., a parent investment management company located in Taipei, Taiwan.

Research grants

Dynamical Model of Ice Transport and Evolution (DynaMITE)

PI and Co-Is: Poul Christoffersen, Joe Todd, Tun Jan Young, Nick Toberg
Funding: Partnership for Advance Computing in Europe (PRACE) DECI-12 Tier-1 Access, 600,000 CPU hours (2014-2015)

Antarctic Science – Breaking into the Public Domain

PI and Co-Is: As part of the UK Polar Network
Funding: Foreign & Commonwealth Office – British Antarctic Territories, £3,500 (2013 - 2014)


  • Demonstrator, Geography Tripos, Part 1B: Intermediate Statistics, University of Cambridge (2014 – 2016).
  • Supervisor and Demonstrator, Geography Tripos, Part 1B: Remote Sensing and the Climate System, University of Cambridge (2013 – 2016).
  • Graduate Teaching and Lab Assistant, ENVIRON 765: Intermediate Geospatial Analysis for Coastal and Marine Management, Nicholas School of the Environment, Duke University (2012).

External activities

  • Vice-President (2016 - 2017), Association of Polar Early Career Scientists (Executive Committee).
  • Vice-President (2016 - 2017), President (2014 - 2016), and Webmaster (2013 – 2014), UK Polar Network.
  • Returning Officer (2015 - 2017), Treasurer (2014 - 2015), and Environmental Officer (2012 – 2013), St. Edmund's College CR, University of Cambridge.
  • Scientific Steering Committee (as part of APECS; 2015 - present), Arctic Science Summit Week 2017.
  • Steering Committee (as part of UKPN; 2014 – 2016), UK Arctic and Antarctic Partnership.