Who we are

 
 
 

We are a group of comparative physiologists interested in linking physiology to species distribution

Dr. Katie Marshall   Twitter : @ke_marshall  Email : kmarshall@zoology.ubc.ca

Dr. Katie Marshall

Twitter: @ke_marshall
Email: kmarshall@zoology.ubc.ca

 
Skye Butterson, BSc (Honours)   Twitter : @skyebutterson  Email : butterson@zoology.ubc.ca

Skye Butterson, BSc (Honours)

Twitter: @skyebutterson
Email: butterson@zoology.ubc.ca

 
Jarrett Blair, BSc (Honours)   Email:  blair@zoology.ubc.ca

Jarrett Blair, BSc (Honours)

Email: blair@zoology.ubc.ca

Katie Marshall

Assistant Professor, UBC (2018 - )
Assistant Professor, University of Oklahoma (2016 - 2018)

NSERC Postdoctoral Fellow, UBC (2015 - 2016)
Killam Postdoctoral Fellow, UBC (2013 - 2016)
Postdoctoral Fellow, Wilfrid Laurier University (2013)
PhD, University of Western Ontario (2007 - 2013)
BSc. (Hons), Acadia University (2003 - 2007


I fill in forms, and play with data any chance I get.


Skye Butterson

BSc (Honours), Stellenbosch University (2015)
BSc, Stellenbosch University (2014)

For my Honours, I worked with Prof. Susana Clusella-Trullas associated with the Centre of Excellence in Invasion Biology. My thesis focused on transgenerational thermal plasticity in the invasive Harlequin ladybeetle, Harmonia axyridis.

Current research:

Broadly, I’m interested in the role of thermal stress in shaping species distributions. For my Masters, I’m studying the physiological mechanisms underlying local adaptation to cold stress as well as transgenerational plasticity in cold hardiness. This work uses the eastern spruce budworm, a North American boreal pest caterpillar, as a model. CV


Jarrett Blair

BSc (Honours), University of Guelph (2018)

As an undergrad, I worked with Dr. Robert Hanner and Dr. Steven Crookes on a project that used environmental DNA (eDNA) to predict habitat occupancy of Jefferson salamander (Ambystoma jeffersonianum). For my thesis, I assessed the viability of using sedimentary eDNA sampling protocols to detect Jefferson salamander populations. I also developed a novel approach for predicting Jefferson salamander habitat occupancy using a cumulative probability matrix.

Current research:

In general, I am interested in using machine learning and computer vision models to solve biological problems. For my Masters, I am working with the National Ecological Observatory Network Invertebrate Bycatch Project (NEONIB) to develop machine learning models that can identify invertebrates from pitfall trap images. I hope to be able to use this data to find spatiotemporal patterns in invertebrate morphology and predict how invertebrate community structure might change in response to climate change.