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Description: Release published in The Daily – Statistics Canada’s official release bulletin

Description: Response mobility in the Indigenous population of Canada refers to responses changing between Indigenous and non-Indigenous identity categories from one census cycle to the next. This study uses linked data from the Census of Population to examine how response mobility affected the size and composition of the Indigenous identity population from 2016 to 2021, as well as how these changes varied by province or territory. The impacts of response mobility on demographic and socioeconomic trends of Indigenous peoples are also explored.

Description: Release published in The Daily – Statistics Canada’s official release bulletin

Description: This study provides an overview of how minority official languages are integrated into child care services across Canada, using data from three sources. Data from the 2022 Survey on the Official Language Minority Population (SOLMP) provides information on the participation in minority official language child care among children eligible for instruction in the minority official language and their educational pathways from early childhood to primary school. Data from the 2022 Canadian Survey on the Provision of Child Care Services (CSPCCS) is used to highlight the use of minority official languages within child care facilities, while data from the 2021 Census of Population offers insights into language use among child care workers.

Description: A central concern surrounding recent advances in generative artificial intelligence (AI) technologies is their potential to replace human labour, especially in the domain of content creation, such as the production of music, videos, images and text in the cultural industries. However, there is a lack of information regarding how AI may impact workers in these industries. This article attempts to fill this information gap by examining potential occupational exposure to and complementarity with AI in selected cultural industries in Canada.

Description: The Pan-Canadian Education Indicators Program (PCEIP) draws from a wide variety of data sources to provide information on the school-age population, elementary, secondary and postsecondary education, transitions, and labour market outcomes.

PCEIP products include data tables, fact sheets, an interactive dashboard, a data explorer, and a handbook. They present indicators for all of Canada, the provinces, the territories, and include year over year comparisons.

The PCEIP is an ongoing initiative of the Canadian Education Statistics Council, a partnership between Statistics Canada and the Council of Ministers of Education, Canada that provides a set of statistical measures on education systems in Canada.

Description: Using linked data from the Census of Population and the Integrated Criminal Court Survey, this article examines court decisions, sentencing outcomes, case lengths and selected sociodemographic characteristics of Black adult accused persons in Canadian criminal courts. Where relevant, comparisons by type of offence, fiscal year and province or territory are made. The analysis focuses on adult criminal court cases completed between 2016/2017 and 2022/2023.

Description: Release published in The Daily – Statistics Canada’s official release bulletin

Description: The Canadian Social Environment Typology (CanSET) is a geographic classification tool to compare neighbourhoods across Canadian Census Metropolitan Areas and Census Agglomerations. The CanSET was developed by the Centre for Population Health Data (CPHD) at Statistics Canada. It provides three levels of neighbourhood classifications based on combinations of 30 socioeconomic, demographic and ethnocultural variables from the Census of population 2016. Each social environment cluster is a group of similar dissemination areas and represents a unique neighbourhood type. The CanSET data comes with definitions of each neighbourhood type so that users can compare health and social outcomes by neighbourhood characteristics. The CanSet classification includes the data, user guide and methodology guide.

Description: The Canadian Social Environment Typology (CanSET) is a geographic classification tool to compare neighbourhoods across Canadian Census Metropolitan Areas and Census Agglomerations. It provides three levels of neighbourhood classifications based on combinations of 30 socioeconomic, demographic, ethnocultural and housing variables from the Census of population. Each social environment cluster is a group of similar dissemination areas and represents a unique neighbourhood type. The CanSET data comes with definitions of each neighbourhood type so that users can compare health and social outcomes by neighbourhood characteristics. The CanSET classification includes data and user guide for the 2016 and 2021 versions. Select the version closest to the year of the outcome data. The 2016 CanSET classification is not directly comparable to the 2021 CanSET classification.

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This table details population 15 years and over by age groups and sex, showing work activity in 1990, for canada, provinces, territories, census divisions and census subdivisions, 1991.

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This table details population 15 years and over by age groups and sex, showing work activity in 1990, for canada, provinces, territories, federal electoral districts and enumeration areas, 1991 census.

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This table details population 15 years and over by age groups and sex, showing work activity in 1990, for census metropolitan areas, tracted census agglomerations and census tracts, 1991 census.

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This table details population 15 years and over by age groups and school attendance, showing labour force activity and sex.

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This table details population 15 years and over by age groups and highest level of schooling, showing labour force activity and sex.

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This table details females 15 years and over in private households by age groups, marital status and presence of children, showing labour force activity.

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This table details experienced labour force 15 years and over by sex and occupation major groups, showing age groups.

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This table details experienced labour force 15 years and over by sex and occupation major groups, showing industry divisions.

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This table details experienced labour force 15 years and over by sex and occupation major groups, showing industry divisions.

Description: This table details population 15 years and over by age groups and marital status, showing labour force activity and sex.

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Statistics Canada's interest in a common delineation of the north for statistical analysis purposes evolved from research to devise a classification to further differentiate the largely rural and remote areas that make up 96% of Canada's land area. That research led to the establishment of the census metropolitan area and census agglomeration influenced zone (MIZ) concept. When applied to census subdivisions, the MIZ categories did not work as well in northern areas as in the south. Therefore, the Geography Division set out to determine a north-south divide that would differentiate the north from the south independent of any standard geographic area boundaries.

This working paper describes the methodology used to define a continuous line across Canada to separate the north from the south, as well as lines marking transition zones on both sides of the north-south line. It also describes the indicators selected to derive the north-south line and makes comparisons to alternative definitions of the north. The resulting classification of the north complements the MIZ classification. Together, census metropolitan areas, census agglomerations, MIZ and the North form a new Statistical Area Classification (SAC) for Canada.

Two related Geography working papers (catalogue no. 92F0138MPE) provide further details about the MIZ classification. Working paper no. 2000-1 (92F0138MPE00001) briefly describes MIZ and includes tables of selected socio-economic characteristics from the 1991 Census tabulated by the MIZ categories, and working paper no. 2000-2 (92F0138MPE00002) describes the methodology used to define the MIZ classification.

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The purpose of this document is to report on the reasoning for continuing to use the digital planimeter for calculating land area for the 1996 Census. Despite the fact that the data are subject to a number of errors and logical inconsistencies, the Geography Division does not yet have a digital database in place to support the automated calculation of land area.

This report first provides an historical background on the treatment of land area. It then presents the results of some land area tests based on 1991 data. The tests include the actual use of the digital planimeter, as well as logical consistency checks that compare land area with total area. Finally, a description of the 1996 Digital Cartographic File of enumeration areas (EA/DCF) demonstrates the reason why that file is not employed to calculate land area in an automated fashion.

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Prior to the 2001 Census, the Geography Division manually calculated land area using a planimeter. The manual approach was necessary since the division did not have a national digital database to support an automated method. The manual land area calculation was a labour intensive process as well as very time consuming, expensive and very prone to error. With the anticipation of having a national digital base for the 2001 Census (to be called the National Geographic Base or NGB), the automated land area calculation becomes a simple GIS process.

The objectives of this paper are to show the effects of data aggregation and different map projections on automated land area calculation. The testing is a two- staged process; the first stage uses the 1996 Digital Cartographic Files (DCFs) and the second stage will use the NGB. Although the DCFs are not ideal for testing land area, this two-staged approach is necessary since the NGB will not be completed until Autumn 1998. This report presents results on the first stage using the 1996 DCFs.

The results reveal that the effects of data aggregation are minimal; thus land area can be stored at the census block level and then aggregated to higher level geographic entities without any serious ramifications for the 2001 Census. The results also indicate that an equal-area projection, specifically the Albers Equal-Area Conic projection, is more appropriate for calculating land area.

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The Geographic Attribute File contains information at the dissemination block level, based Census standard geographic areas. The data available include population counts, dwelling counts, and land area. In addition, the Geographic Attribute File contains higher level standard geographic codes, names and, where applicable, types and classes. Data for higher level standard geographic areas can be derived by aggregating dissemination block level data. The dissemination area representative point coordinates are also included in the Geographic Attribute File.

Description: This reference guide is intended for users of the Population Ecumene Boundary Files (92-159-X) from the Census of Population. It provides an overview of the general methodology used to create these files, as well as important technical information.

Description: These geographic files represent a generalised population ecumene based on census population density data, as well as the generalised versions of the "Census Divisions Boundary File" and the "Provinces and Territories Boundary File". They are designed to facilitate small-scale thematic maps of statistical data.

A reference guide is available (Population Ecumene Boundary Files, Reference Guide, 92-159-G).

Description: This reference guide is intended for users of the Census of Population Boundary Files (92-160-G). It provides an overview of the general methodology used to create these files, as well as important technical information.

Description: This geographic file represents the designated place boundaries used for the dissemination of the Census of Population data.

A reference guide is available (Boundary Files, Reference Guide, 92-160-G).

Description: These geographic files represent the population centre (POPCTR) boundaries used for the dissemination of the Census of Population data.

Two files are available: the "Population Centre Boundary File" and the "Population Centre Boundary File: Parts".

The "Population Centre Boundary File" contains all POPCTRs, whereas "Population Centre Boundary File: Parts" contains only the provincial portions of POPCTRs that cross a provincial boundary.

A reference guide is available (Boundary Files, Reference Guide, 92-160-G).

Description: This geographic file represents the census tract boundaries used for the dissemination of the Census of Population data.

A reference guide is available (Boundary Files, Reference Guide, 92-160-G).

Description: This document presents the geographic concepts of the Census of Population, offers tutorials for some complex concepts, and provides links to detailed definitions.

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This product provides information about the geographic products and services offered by Statistics Canada. It contains short descriptions of the products and services, along with the most current information on availability.

Description: This video is the first one of a series of videos related to census geography, concepts and products in the context of the activities of the 2021 Census and previous censuses. The objective of this first video is to describe the role of geography. The remaining videos from this series, that will be released at later dates, will aim to provide an overview on the geographic regions of Canada, some of the products offered by Statistics Canada, and the census data visualization tools.