Historical dataset of population level and growth rate for the Winnipeg, Canada metro area from 1950 to 2025.

Comprehensive demographic dataset for Winnipeg, MB, CA including population statistics, household income, housing units, education levels, employment data, and transportation with year-over-year changes.

Historical and Forecast population levels for the City of Winnipeg and the City of Winnipeg CMA. City of Winnipeg forecast population is based on a regression of relative growth rates between the City and the surrounding Census Metropolitan Area.

Annual population estimates as of July 1st, by census metropolitan area and census agglomeration, single year of age, five-year age group and gender, based on the Standard Geographical Classification (SGC) 2021.

Population of neighbourhoods, neighbourhood clusters, wards, community areas, and custom areas including downtown and the entire city, by age in 5 and 10 year ranges, and by gender.

The City of Winnipeg Diversity Dashboard data conform to Statistics Canada anonymization standards.

For anonymization - when there are fewer than 10 employees who self-declare belonging to an equity group (15 in the case of Persons with Disabilities), the exact percentage of individuals in that category is redacted for privacy and the "Too few to report" column flag is set to "TRUE".

The "Too few to report" column flag is also set to "TRUE" when data was not yet collected (e.g. for 2SLGBTQQIA+ Peoples before 2020).

The City of Winnipeg has updated its terminology through community consultation and is committed to refining it as needed. Because of this, our terminology in this open data set may change.

On our journey towards greater inclusion, the City of Winnipeg understands the importance of language and it will embrace new terminology as it evolves and is recommended and / or determined by the equity groups at the City.

External references:

Population level statistics for Persons with Disabilities are taken from Statistics Canada, Table 13-10-0750-01, Persons with and without disabilities aged 15 years and over, census metropolitan areas.

Population level statistics for 2SLGBTQQIA+ Peoples are taken from Statistics Canada, Table 13-10-0876-01, Socioeconomic characteristics of the LGB+ population, 2019 to 2021, Prairie provinces.

Population level statistics for Indigenous Peoples, Racialized Peoples, and Newcomers (2016-2021) adapted from Statistics Canada Census:

Statistics Canada, 2023. Census Profile, 2021 Census, Statistics Canada Catalogue number 98-316-X2021001, Ottawa. Released March 29, 2023.

Statistics Canada, 2017. Census Profile, 2016 Census, Statistics Canada Catalogue number 98-316-X2016001, Ottawa. Released February 8, 2017.

This does not constitute an endorsement by Statistics Canada of this product.

Historical and Forecast population levels for the City of Winnipeg, the City of Winnipeg CMA and the Province of Manitoba. City of Winnipeg forecast population is based on a regression of relative growth rates between the City and the surrounding Census Metropolitan Area.

Total population, land area, and population density of neighbourhoods, neighbourhood clusters, wards, community areas, and custom areas including downtown and the entire city beginning with the 1971 census.

Total population, land area, and population density of neighbourhoods, neighbourhood clusters, wards, community areas, and custom areas including downtown and the entire city beginning with the 1971 census.

To better understand patterns of temporal and spatial variation of fish assemblages in offshore waters of Lake Winnipeg (Manitoba, Canada), pelagic trawl tows were conducted at lakewide monitoring stations since 2002. Trawl samples collected during spring, summer, and fall from the south basin, channel, and north basin were used to study effects of season and geographic region within the lake on species biomass estimates.

The number of deaths in Manitoba were 13,030 people in 2023. Between 1971 and 2023, the deaths rose by 5,010 people, though the increase followed an uneven trajectory rather than a consistent upward trend.

Population of visible minority groups living in neighbourhoods, neighbourhood clusters, wards, community areas, and custom areas including downtown and the entire city.

Canada's largest metropolitan area is Toronto, in Ontario. In 2022. Over 6.6 million people were living in the Toronto metropolitan area. Montréal, in Quebec, followed with about 4.4 million inhabitants, while Vancouver, in Britsh Columbia, counted 2.8 million people as of 2022.

Contained within the 1st Edition (1906) of the Atlas of Canada is a plate that has three maps. The first map is of the city of Quebec, the second map is of the city of St. John and the third map is of the city of Winnipeg. At this time these cities had a population over 25, 000. The map indicates the location of city wards, electric railways, and churches symbolized as crosses.

We used twelve microsatellite loci to resolve genetic diversity and structure of sauger (n= 872) across nine waterbodies in the Nelson-Churchill watershed. Five waterbodies contained low numbers of walleye × sauger hybrids. Overall, genetic diversity were highest in Lake Winnipeg, the largest lake in the watershed, and lowest in Lakes Manitoba and Winnipegosis. Despite their close geographic proximity, genetic differentiation between Lake Winnipeg and Lake Manitoba/Lake Winnipegosis were moderately high and were found to have low levels of historical and on-going gene flow. On the other hand, high connectivity, based on low levels of genetic differentiation and high estimates of on-going gene flow were found between Lake Winnipeg and the Red River, Assiniboine River, Lac du Bonnet, and Stephens Lake, which span a larger geographic area but are more connected in the watershed. Clustering and genetic differentiation-based methods indicated that fish in Lake Winnipeg and Lake Manitoba/Lake Winnipegosis belong to different genetic groups, but most individuals from all sites exhibited some level of ancestral admixture, particularly fish sampled in the river systems.

Contained within the 1st Edition (1906) of the Atlas of Canada is a plate that has three maps. The first map is of the city of Quebec, the second map is of the city of St. John and the third map is of the city of Winnipeg. At this time these cities had a population over 25, 000. The map indicates the location of city wards, electric railways, and churches symbolized as crosses.

An interactive web map illustrating the future state of Emergency Medical Service (EMS) Facilities in Manitoba outside the Winnipeg Regional Health Authority. An interactive web map illustrating the future state of Emergency Medical Service (EMS) Facilities in Manitoba outside the Winnipeg Regional Health Authority. The map includes points representing the future locations of EMS facilities. Polygons representing drive time catchment areas (9, 15, and 30 minutes) for each EMS facility are also shown, including the approximate population served (Statistics Canada 2011 census data) and incident responses (2015/16 data) within each catchment area . Note that this information is only available for rural Manitoba and areas south of 53°N. Pop-ups for the future EMS Facilities display the following information: Community Name Facility Name Pop-ups for the future catchment areas display the following information: Community Name Facility Name Total Population in 9, 15, and 30 minute night time catchment areas (south of 53°N only) Total Incidents ((2015/16) in 9, 15, and 30 minute night time catchment areas (south of 53°N only)

Fast-growing and slow-growing downstream sub-groups assigned as per Fig 2.

An interactive web map illustrating the current state of Emergency Medical Service (EMS) Facilities in Manitoba outside the Winnipeg Regional Health Authority. An interactive web map illustrating the current state of Emergency Medical Service (EMS) Facilities in Manitoba outside the Winnipeg Regional Health Authority, as well as both the daytime and night time catchment areas of rural EMS Facilities south of 53°N. The map includes points representing the current locations of EMS facilities. Polygons representing daytime or night time drive time catchment areas (9, 15, and 30 minutes) for each EMS facility are also shown, including the approximate population served (Statistics Canada 2011 census data) and incident responses (2015/16 data) within each catchment area . Note that this information is only available for rural Manitoba and areas south of 53°N. Pop-ups for the current EMS Facilities display the following information: Community Name Facility Name Pop-ups for the current catchment areas display the following information: Community Name Facility Name Total Population in 9, 15, and 30 minute night time catchment areas (south of 53°N only) Total Incidents ((2015/16) in 9, 15, and 30 minute night time catchment areas (south of 53°N only)

The invasive emerald ash borer (Agrilus planipennis Fairmaire; Coleoptera: Buprestidae) has killed tens of millions of ash (Fraxinus spp.) trees across North America. A. planipennis was first detected in Winnipeg, Manitoba in 2017 and has the potential to become a serious threat to the city's ash canopy which accounts for ~30% of the public tree inventory. The goal of this study was to predict when adult A. planipennis emergence and peak activity would occur in Winnipeg to help logistical planning for the implementation of a city-wide management program. The management program would focus on detection and limiting the spread of the beetle with the objective of preserving ash trees as long as possible allowing for more proactive management of the EAB infestation. To predict adult emergence and peak activity of A. planipennis, we used local weather station data to calculate the number of degree-days accumulated in each year for the 1970–2019 period using three different degree-day accumulation models. Developmental thresholds for A. planipennis were derived from previous North American studies. The estimated mean emergence dates for the 50-year period were June 14 ± 8.5 days (double sine model), June 14 ± 8.5 days (single sine model), and June 19 ± 9.1 days (standard model) whereas the peak activity dates were July 16 ± 8.8 days (double sine model), July 17 ± 8.7 days (single sine model), and July 21 ± 9.4 days (standard model). Meteorological records indicate that temperatures in the Winnipeg region have increased over the study period. However, our predicted emergence dates do not significantly differ over the 50 years examined in the study, although estimated peak activity dates are significantly earlier, suggesting that EAB movement may benefit from climate change. The results from this study will provide managers with information regarding the temporal behavior of A. plannipennis in Winnipeg allowing for improved timing of control measures and monitoring, thereby extending the projected life span of a significant ash tree population within the Winnipeg urban region. The management model developed for Winnipeg could serve as an example for other locations in the prairie region of North America.