Moose Jaw

Community Assessment & Adaptation Options:

Moose Jaw is located in south-central Saskatchewan along the Moose Jaw River within the Moist Mixed Grassland Ecoregion (Figure 1). Moose Jaw has a diverse economy as an agricultural service centre, health and education services centres (Palliser Campus of the Saskatchewan Institute of Applied Sciences and Technology), a major rail transportation node, home of the NATO Flying Training Canada Program and as a major tourism destination. Tourist attractions include museums, casino, mineral spa, festivals, golf courses and parks. The Wakamow Valley Authority is found along the Moose Jaw River and provides opportunities for both summer and winter recreation (Figure 2).

Figure 1 Location of Moose Jaw Moist Mixed-Grassland Ecoregion

The Moist Mixed Grassland Ecoregion is home to over 55% of the provincial population, and encompasses other major urban centres including Saskatoon, Regina, Weyburn and Estevan. The ecoregion is dominated by agriculture, being approximately 80% cultivated. Numerous dams and reservoirs are present. Other economic activity includes production of oil and gas, potash, sodium sulphate and coal. Natural vegetation is primarily mid-grasses and short-grasses with aspen woodlands restricted to sloughs. Aspen stands have been expanding as a result of a reduced incidence of wildfire. The ecoregion supports more species of birds than areas further southwest. Native habitat and cropland are important wildlife habitat for upland mammals and waterfowl.

(Photo Courtesy of John Vandall) Figure 2 Moose Jaw River Wakamow Valley Authority

Climate Normals (1971-2000)

  • The average daily temperature ranges from -13.7°C in January to 19.4°C in July with 5 months being below 0°C (November to March). The lowest average daily minimum temperature is -19.1oC experienced in January and the highest average daily maximum temperature of 26.3°C is experienced in July.
  • Annual average precipitation is 365.1 mm of which 74% is rainfall and the remainder is snow. 56% falls in the months of May, June, July and August.
  • The average monthly wind speed is between 15.2 km/hr (August) and 19.2 km/hr (January).
  • An indication of the demand for cooling and heating is provided by the number of degree days above 18°C – 177.3; and the number of degree days below 18°C - 5276.2.
  • There are a total of 2376.1 sunshine hours per year with a minimum of 23.5 days of measurable sunshine in December and over 30 days in July and August.

Future Climate

Over the next century to 2100 climate scenarios suggest:

  • A warmer climate - temperatures may generally rise 2 to 4 degrees.
  • A longer growing season – but drier, despite an increase in precipitation to about 365 to 440 mm. This is a result of increased summer temperatures and increased evapotranspiration.
  • The demand for summer cooling could increase almost 2 to 4.5 times.
  • A shorter, milder winter. Heating requirements may be reduced by 7% to 22%.
  • Expect more frequent and more intense extreme events (e.g. heavy precipitation or drought). Droughts will likely increase in intensity and frequency.
  • Expect an increase in the number of freeze/thaw days.

Regional Adaptation Options

  • Under climate change, the primary issue for communities will be water and sewer management to handle both flood and drought situations.
  • Xeriscaping (low water use landscaping) and urban forest retention should be priorities. This may require introducing new plant species, changes to irrigation schedules, and pest management adjustments.
  • Adopt appropriate road maintenance type and scheduling to minimize surface deterioration associated with more frequent freeze-thaw cycles, and address more frequent icy road conditions.
  • Monitor park vegetation and manage for potential increased use.
  • Ensure emergency preparedness plans address extreme weather events (such as heat waves) and associated health risks. The city should have a drought management protocol in place.
  • Agricultural priorities in the region will continue to be soil and moisture conservation and stocking rates and/or grazing periods may have to be adjusted.
  • The outdoor ice rink season will shorten. On the other hand, a longer warm season increases tourism and cultural opportunities.

Sources of additional information on Community Adaptation Guides are available in the section.


  1. Acton, D.F., Padbury,G.A., Stushnoff,C.T., 1998. The Ecoregions of Saskatchewan. Canadian Plains Research Center, University of Regina and Saskatchewan, Environment and Resource Management.
  2. Barrow, E. 2009 Climate Scenarios for Saskatchewan PARC Summary Document 09-01
  3. Barrow, E. 2009 Climate Scenarios for Saskatchewan
  4. Canadian Plains Research Centre. 2005. Encyclopedia of Saskatchewan,
  5. Environment Canada, Climate Normals
  6. Federation of Canadian Municipalities (2009): Municipal Resources for Adapting to Climate Change. Partners for Climate Protection, 19 p. [accessed March 18, 2010]
  7. ICLEI Local Governments for Sustainability, 2010. Changing Climate, Changing Communities - Guide and Workbook for Municipal Climate Adaptation. [accessed December 1, 2010]
  8. Mehdi, Bano, 2006 Adapting to Climate Change: An Introduction for Canadian Municipalities. Canadian climate impacts and adaptation research network (C-CIARN) <>
  9. Saskatchewan, 2010. Saskbiz, Community Profiles at
  10. Wittrock, V. (2005): How Adaptable are Prairie Cities to Climate Change? Current and Future Impacts and Adaptation Strategies. PARC Summary Document No. 05-03, 12 p. [accessed March 18, 2010]
  11. Wittrock, V., E.E. Wheaton, C.R. Beaulieu. 2001. Adaptability of Prairie Cities: The Role of Climate Current and Future Impacts and Adaptation Strategies. Saskatchewan Research Council (SRC), Saskatoon, Saskatchewan. SRC Publication No 1196-1E01.