This article explores the impact that SSP 1-2.6 and 5-8.5 have on near
surface temperature across Canada. This is achieved through the use of
model ensembles, made up of CMIP5 data, to establish both the historic
record of near surface temperature across Canada, as well as how this is
predicted to change in the future given the two SSP emission scenarios.
The conclusions drawn from this modelling and analysis is valuable in
the context of sustainable development and both climate mitigation and
climate adaptation discussions. Specifically, an understanding of the
spatial extent of warming trends, across Canada, will allow for a more
specific and tailored approach to be taken towards adaptation and can
ensure appropriate measures are taken in good time.