Ted Scott


PhD student, Geography, UBC

     CV

I joined the Climate Dynamics group in 2024 after a prior PhD in Geophysics (adv: David L Kohlstedt, U of MN, USA), over a decade at Microsoft, and several years teaching high school science and math. I am co-supervised by Simon Donner in the UBC Geography department. My current research aim is to understand the evolution of seasonal heat and changing seasonal patterns in a warming climate, with an emphasis on coastal urban areas. I use climate modelling and data science tools (Python, R) to understand these changes and how they are experienced by humanity and ecosystems. I also communicate with policymakers through my role on the Whatcom County Climate Impact Advisory Committee.

Research


Linear trends for the growth in the length of summer conditions for the midlatitudes over 1990-2023. Red indicates areas with increasing length and blue decreasing. © Ted Scott 2025.

Using a relative surface air temperature threshold for each grid location in ERA5, I can define the start and end of the warmest season of the year, a.k.a. summer. Building on the prior works in this line of inquiry (Park et al 2018, Weller & Park 2020, Wang et al 2021, Lin & Wang 2022), I've found that the rate of increase in summer length is higher for recent decades. This work is currently in prep for publication.

FUN




When not doing research, I like to run, rock climb, and ride my bicycle. I'm a huge fan of the burrito.

me at the finish of the Finlayson 50k in 2024
After finishing the Finlayson 50k on Vancouver Island, 2024.

Publications and Presentations

  • T Scott, RH White, SD Donner (in prep). Evolution of the summer season over land and ocean in the midlatitudes: 1961-2023
  • T Scott, RH White, SD Donner (2024), A global analysis of the changing summer season length under global warming: land, ocean, and coasts. Oral Presentation: Graduate Climate Conference 2024 (Washington, USA)
  • J Hustoft,T Scott, DL Kohlstedt (2007) Effect of metallic melt on the viscosity of peridotite. Earth and Planetary Science Letters 260 (1-2), 355-360.
  • T Scott, DL Kohlstedt (2006) The effect of large melt fraction on the deformation behavior of peridotite. Earth and Planetary Science Letters 246 (3-4), 177-187.
My ORCID: 0000-0002-3053-4746

Contact

If you would like to contact me, please reach out via email: ted dot scott at ubc dot ca.