Christopher Marsh
chris.marsh@usask.ca chrismarsh.ca
Interests
Cryosphere-hydrology, numerical modelling, field work, programming, high-performance computing, the outdoors
Education
2012–present Ph.D. candidate in Physical Geography
University of Saskatchewan, Saskatoon, SK
Supervisors: Dr. John Pomeroy, Dr. Howard Wheater
Emergent Phenomena And Model Complexity In Simulating Cold Regions Hydrology
2009–2012 M.Sc. Physical Geography
University of Saskatchewan, Saskatoon, SK
Supervisors: Dr. John Pomeroy, Dr. Raymond Spiteri
Implication Of Mountain Shading And Topographic Scaling On Energy For Snowmelt
2005–2009 B.Sc. Honours Physical Geography, Minors: Math and Comp. Sci.
University of Saskatchewan, Saskatoon, SK
High Resolution Radiation Modelling In Complex Terrain
Awards & Grants
2014–2016 NSERC Alexander Graham Bell
Natural Sciences and Engineering Research Council of Canada (NSERC)
2014 CGU Stan Patterson award in Glaciology
Canadian Geophysical Union
2014 Saskatchewan Innovation and Opportunity
University of Saskatchewan and Gov. Saskatchewan research in a signature area
2013 J.H. Richards Graduate Award
University of Saskatchewan, highest average
2012 AGU Outstanding Student Paper Award in Cryosphere
American Geophysical Union, student presentation
2011 D.M. Gray Hydrology Award
CGU-HS, top student paper and presentation
2009–2012 Graduate Student Scholarship
University of Saskatchewan, academic performance
2009 Canadian Association of Geographers
Most distinguished geography undergraduate
2008 Honours scholarship
University of Saskatchewan, academic performance
Research Experience
2012–present Research assistant
Coordinated purchases, configuration, and on-going support of the shared workstations
used for numerical simulations
Center for Hydrology, University of Saskatchewan
2012–present Field work for PhD.
Canmore, AB; Whitehorse, YK
Snow surveys, meteorological site maintenance, ground control of historical sites
2012 CRHM Tools developer
Supervisor: John Pomeroy
Lead developer on the Cold Regions Hydrological Model (CRHM) Tools project at the Univer-
sity of Saskatchewan
2009–2012 Field work for M.Sc.
Canmore, AB
Installing radiometers and time lapse cameras, snow surveys, and meteorological site main-
tenance
2009 MITACS summer employment with Environment Canada
Supervisor: Bruce Davison and Raymond Spiteri
Improved MESH efficiency via parallelization and code optimization
2008 Modelling with the Cold Regions Hydrological Model (CRHM) for work in ungauged basins
Supervisor: John Pomeroy
Spring 2008 International Polar Year
Inuvik, NWT
Field assistant for instrument installation (water level recorders, snow surveys, vegetation
surveys, and surveying (Total Station)
Spring 2006 NHRC, Environment Canada
Inuvik, NWT
Field assistant for instrument installation of water level recorders and surveying
Teaching experience
2016 Lecturer
Geography 290, University of Saskatchewan
Delivered lectures for two weeks on remote sensing and GIS. Prepared material and taught
the associated labs, as well as providing 1-on-1 teaching
2016 Teaching assistant
Geography 225, University of Saskatchewan
2nd year general hydrological course. Lead labs and provided 1-on-1 teaching
2016 Teaching assistant
Geography 290, University of Saskatchewan
2nd year introduction to field methods. Assisted in the field with students
2014 Teaching assistant
Geography 225, University of Saskatchewan
2nd year general hydrological course. Lead labs and provided 1-on-1 teaching
Other Experience
2006–2009 Salesperson and customer service
Saskatoon, SK
Boomtown Outfitters
Scientific service
2016–present Young Hydrologic Society (YHS) Canada branch
Chair and founding member
2010–present CRYOLIST.org
Co-manager of the listserv
2012–present Global Institute for Water Security (GIWS) student group
Founding member and committee member
University of Saskatchewan
2012 Canadian Geophysical Union Hydrology Section (CGU-HS) student conference
Principal organizer
Saskatoon, SK
Skills
Languages
Native English
French immersion (Grade 12)
Technical skills
Programming: C, C++11, R, Matlab, Python, OpenMP, MPI, git
GIS: ArcGIS, SAGA GIS, QGIS
Office: MS Office, Photopshop, L
A
T
E
X
OS: Linux (Fedora, Ubuntu), Windows, MacOS
Field work
Dataloggers
Site maintenance
Meteorological site installation
Snow surveys
Instruction
CRCA Canoe Moving Water Level 1 and 2
CRCA Canoe Moving Water 1 Instructors
CSIA Downhill Skiing Level 1 Instructors
Safety
Rescue 3 International SwiftWater Rescue Technician Unit 1
OHS Standard Level First Aid and CPR Level C
Over 15 years of extensive remote outdoor experience such as wilderness camping and canoeing
Publications
Peer-reviewed journal
Marsh, C.B., J.W. Pomeroy, and R.J. Spiteri (2012b), Implications of mountain shading on calculating energy for
snowmelt using unstructured triangular meshes, Hydrological Processes 26(12), pp. 1767–1778, DOI: 10.1002/
hyp.9329, URL: http://doi.wiley.com/10.1002/hyp.9329.
Thesis
Marsh, C.B. (2012), Implications of mountain shading on calculating energy for snowmelt using unstructured triangular
meshes, M.Sc. University of Saskatchewan.
Technical report
Marsh, C.B., R.J. Spiteri, and B. Davison (2009b), Improved MESH efficiency via parallelization and code optimization,
tech. rep., Department of Computer Science, The University of Saskatchewan, URL: http://www.cs.usask.ca/
content/researchinfo/techreports/2009/TR-2009-02.pdf.
Posters
Headstrom, N., R. Granger, S. Miller, M. Marsh, and C.B. Marsh (2013), Effect of Buoy Motion on Eddy Flux Measure-
ments over Lakes, CGU-HS May 27-30; Saskatoon, SK, Canada.
Marsh, C.B. and J.W. Pomeroy (2013), Automated Hydrological Response Unit create for use with CRHM, CGU-HS
May 27-30; Saskatoon, SK, Canada.
Marsh, C.B., J.W. Pomeroy, and R.J. Spiteri (2011c), Implication of mountain shading and topographic scaling on
energy for snowmelt, CGU-HS Student conference, Jan 29; Calgary, Alberta, Canada.
Marsh, P., S. Endrizzi, C. Derksen, M. Russell, C. Onclin, H. Wilson, J. Pomeroy, and C.B. Marsh (2010), Factors
controlling the spatial variability in end of winter snowcover and spring melt at an arctic tundra site, AGU Dec 13-17;
San Francisco, California, USA.
Marsh, C.B., R.J. Spiteri, and B. Davison (2009a), Improved MESH efficiency via parallelization and code optimization,
P3/WC2N Annual conference, Oct 14-17; Lake Louise, Alberta, Canada.
Marsh, C.B., S. Pohl, and G.E. Liston (2007), Impact of increased shrub density on snow accumulation and melt in
the Arctic tundra, IUGG; Perugia, Italy.
Conferences (Oral presentation)
Marsh, C.B., J.W. Pomeroy, and H. Wheater (2016), Testing warranted model complexity using a multi-scale, variable-
complexity hydrological model, CGU-HS; May 29-June 2; Fredericton, NB, Canada.
(2015), Robustness in the spring surface energy balance in a mountain basin, CGU-HS; May 3-7; Montreal, QC,
Canada.
(2014), Impacts of spatial scaling of unstructured meshes on calculating surface irradiance, CGU-HS; May 4-8; Banf,
AB, Canada.
Marsh, C.B., J.W. Pomeroy, R.J. Spiteri, D. Marks, M. Hayashi, S. Munro, M. Demuth, and H. Wheater (2013), Impacts
of spatial scaling of unstructured meshes on calculating surface irradiance, CGU-HS; May 27-30; Saskatoon, SK,
Canada.
Marsh, C.B., J.W. Pomeroy, and R.J. Spiteri (2012a), Implication of mountain shading and topographic scaling on
energy for snowmelt, AGU Dec 3-7; San. Francisco, Calif. , USA.
(2011a), Implication of mountain shading and topographic scaling on energy for snowmelt, CGU-HS student con-
ference Jan 29; Calgary, Alberta, Canada.
(2011b), Implication of mountain shading and topographic scaling on energy for snowmelt, CGU-HS May 15-18;
Banff, Alberta, Canada.