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There is a diversity of manufacturing activity that contributes to Canada's regional economies. The spatial distribution of these activities is far from symmetrical, with most activity being concentrated within the Québec City - Windsor corridor. In 1997, the provinces of Ontario and Québec accounted for approximately 76% of Canada's value of shipments. Using data from the Annual Survey of Manufactures, two maps have been created to highlight the predominant manufacturing activity by census division in 1983 and 1997. Employing advanced mapping software, it is possible to accurately make maps which show the correspondence between manufacturing activity and the ecumene. The brief discussion herein will help readers to interpret the enclosed maps.

A population needs-based health care resource allocation model was developed and applied using age, sex and health status of populations to measure population need for health care in Ontario. To develop the model, provincial data on self-assessed health and health service utilization by age and sex from 62,413 respondents to the 1990 Ontario Health Survey (OHS) were used in combination with provincial health care expenditure data for the fiscal year 1995/96 by age and sex. The model was limited to the services that were covered in the OHS (general practitioner, specialist physician, optometry, physiotherapy, chiropractic and acute hospital). The distribution of utilization and expenditures between age-sex-health status categories was used to establish appropriate health care resource shares for each age-sex-health status combination. These resource shares were then applied to geographic populations using age, sex and health status data from the OHS together with more recent population estimates to determine the needs-based health care resource allocation for each area. Total dollar allocations were restricted to sum to the 1995/96 provincial budget and were compared with 1995/96 allocations to determine the extent to which Ontario allocations are consistent with the relative needs of the area populations.

The geographical and temporal relationship between outdoor air pollution and asthma was examined by linking together data from multiple sources. These included the administrative records of 59 general practices widely dispersed across England and Wales for half a million patients and all their consultations for asthma, supplemented by a socio-economic interview survey. Postcode enabled linkage with: (i) computed local road density; (ii) emission estimates of sulphur dioxide and nitrogen dioxides, (iii) measured/interpolated concentration of black smoke, sulphur dioxide, nitrogen dioxide and other pollutants at practice level. Parallel Poisson time series analysis took into account between-practice variations to examine daily correlations in practices close to air quality monitoring stations. Preliminary analyses show small and generally non-significant geographical associations between consultation rates and pollution markers. The methodological issues relevant to combining such data, and the interpretation of these results will be discussed.

With this working paper, Statistics Canada is releasing 1991 Census data tabulated by a new geographic classification called "census metropolitan area and census agglomeration influenced zones", or MIZ. This classification applies to census subdivisions (municipalities) that lie outside census metropolitan areas and census agglomerations. This part of Canada covers 96% of the country's total land mass and contains 22% of its population, yet up to now we have been limited in our means of differentiating this vast area. The MIZ classification shows the influence of census metropolitan areas (CMA) and census agglomerations (CA) on surrounding census subdivisions as measured by commuting flows based on 1991 Census place of work data. This version of the MIZ classification also incorporates a preliminary version of a north concept that flags census subdivisions according to their location in the north or south of Canada.

The series of tables presented here show detailed demographic, social and economic characteristics for Canada as a whole, for the six major regions of Canada, and for individual provinces and territories. Within each table, the data are subdivided into five categories: census metropolitan area or census agglomeration, strong MIZ, moderate MIZ, weak MIZ and no MIZ. Within each of these categories, the data are further subdivided into north and south.

Readers are invited to review and use the data tables to assess whether this combined MIZ and north/south classification of non-CMA/CA areas provides sufficient detail to support data analysis and research. The intent of this MIZ classification is to reveal previously hidden data detail and thereby help users address issues related to this vast geographic area.

This is the first of three related Geography working papers (catalogue no. 92F0138MPE). The second working paper (no. 2000-2, 92F0138MPE00002) provides background information about the methodology used to delineate the MIZ classification. The third working paper (no. 2000-3, 92F0138MPE00003) describes the methodology used to define a continuous line across Canada that separates the north from the south to further differentiate the MIZ classification.

This working paper provides an overview of census metropolitan and census agglomeration influenced zones, or MIZ, their background and the methodology used to define them. The MIZ classification is an approach to better differentiate areas of Canada outside of census metropolitan areas (CMA) and census agglomerations (CA). Census subdivisions that lie outside these areas are classified into one of four zones of influence ranging from "strong" to "no" influence according to the degree of influence that CMA/CAs have on them. The MIZ classification fills a gap in Statistics Canada's geographic framework and promotes data integration since we expect it will be possible to obtain survey data as well as census data based on the same geographic structure. Studies done with a preliminary version of MIZ showed the potential of MIZ to reveal the diversity of non-metropolitan Canada. Based on feedback received on that initial research, this working paper reports on more recent work that has been done to refine the number and data breakpoints for MIZ categories and to examine the additional variables of distances between census subdivisions (CSDs), physical adjacency and a north-south allocation.

This is the second in a series of three related Geography working papers (catalogue no. 92F0138MPE) that describe a new statistical area classification that includes census metropolitan areas/census agglomerations, MIZ and the North concept. The first working paper (no. 2000-1, 92F0138MPE00001) briefly describes MIZ and provides tables of selected socio-economic characteristics from the 1991 Census tabulated by the MIZ categories. The third working paper (no. 2000-3, 92F0138MPE00003) describes the North concept and the methodology used to define a continuous line across Canada that separates the north from the south to further differentiate the MIZ classification.

This article examines the location of First Nations communities whose well-being is above average, average and below average. It then compares the living conditions of these First Nations communities with those of other Canadian communities.

This report deals with sampling and weighting, a process whereby certain characteristics are collected and processed for a random sample of dwellings and persons identified in the complete census enumeration. Data for the whole population are then obtained by scaling up the results for the sample to the full population level. The use of sampling may lead to substantial reductions in costs and respondent burden, or alternatively, can allow the scope of a census to be broadened at the same cost.

This compendium of vital statistics includes summary data on births, deaths, marriages and divorces. The introduction covers the data sources, data quality, and methods pertaining to each event, and includes a glossary defining the terms used. The first chapter is a brief overview of vital statistics for 1996. Subsequent chapters treat marriage, divorce, birth, fetal and infant mortality, total mortality, causes of death, vital statistics by census division, and international comparisons. Most charts and tables show Canada data for 1986 though 1996, while the charts and tables for causes of death show Canada data for 1979 through1996. Data for the provinces and territories are usually shown for 1995 and 1996. Appendices include population denominator data, age-standardized mortality rate (ASMR) calculation methods, and leading causes of death methodology.

This study amalgamates many existing methods of delineating the northern boundary to propose a new, more universal concept of Canada's northern regions.

This catalogue is the first stop when searching for census products and services. This final edition of the 1996 Census Catalogue provides definitive product descriptions including information on the release date, price, medium, table titles and catalogue numbers. Also included in the catalogue are descriptions of the various services available to census data users.

Labels identifying NEW products or CANCELLED products are used in this edition to highlight the differences between the First Edition and the Final Edition. The Final Edition is also available on Internet.

Using 2001 Census data, this profile provides a statistical overview of the age and sex variables for census metropolitan areas, tracted census agglomerations and census tracts.

On each of the days of release, profile component data will be available for particular topics at the Canada, province/territory, census division and census subdivision levels. Profile component data for all other standard areas, including census metropolitan areas, census agglomerations, census tracts, federal electoral districts (based on the 1996 Representation Order), dissemination areas and forward sortation areas, will be available approximately four weeks after the initial release.

In the census product line, groups of variables, such as this one, are referred to as electronic components of profiles. These are made available in each of the eight major releases of variables of the census cycle. Together, they will form a complete cumulative profile of all the variables for each level of geography, plus one cumulative profile for the dissolved census subdivisions.

Using 2001 Census data, this profile provides a statistical overview of the age and sex variables for census metropolitan areas, census agglomerations and census subdivisions.

On each of the days of release, profile component data will be available for particular topics at the Canada, province/territory, census division and census subdivision levels. Profile component data for all other standard areas, including census metropolitan areas, census agglomerations, census tracts, federal electoral districts (based on the 1996 Representation Order), dissemination areas and forward sortation areas, will be available approximately four weeks after the initial release.

In the census product line, groups of variables, such as this one, are referred to as electronic components of profiles. These are made available in each of the eight major releases of variables of the census cycle. Together, they will form a complete cumulative profile of all the variables for each level of geography, plus one cumulative profile for the dissolved census subdivisions.

Using 2001 Census data, this profile provides a statistical overview of the age and sex variables for Canada, provinces, territories and federal electoral districts (1996 Representation Order).

On each of the days of release, profile component data will be available for particular topics at the Canada, province/territory, census division and census subdivision levels. Profile component data for all other standard areas, including census metropolitan areas, census agglomerations, census tracts, federal electoral districts (based on the 1996 Representation Order), dissemination areas and forward sortation areas, will be available approximately four weeks after the initial release.

In the census product line, groups of variables, such as this one, are referred to as electronic components of profiles. These are made available in each of the eight major releases of variables of the census cycle. Together, they will form a complete cumulative profile of all the variables for each level of geography, plus one cumulative profile for the dissolved census subdivisions.

Using 2001 Census data, this profile provides a statistical overview of the age and sex variables for designated places.

On each of the days of release, profile component data will be available for particular topics at the Canada, province/territory, census division and census subdivision levels. Profile component data for all other standard areas, including census metropolitan areas, census agglomerations, census tracts, federal electoral districts (based on the 1996 Representation Order), dissemination areas and forward sortation areas, will be available approximately four weeks after the initial release.

In the census product line, groups of variables, such as this one, are referred to as electronic components of profiles. These are made available in each of the eight major releases of variables of the census cycle. Together, they will form a complete cumulative profile of all the variables for each level of geography, plus one cumulative profile for the dissolved census subdivisions.

Using 2001 Census data, this profile provides a statistical overview of the age and sex variables for urban areas.On each of the days of release, profile component data will be available for particular topics at the Canada, province/territory, census division and census subdivision levels. Profile component data for all other standard areas, including census metropolitan areas, census agglomerations, census tracts, federal electoral districts (based on the 1996 Representation Order), dissemination areas and forward sortation areas, will be available approximately four weeks after the initial release.In the census product line, groups of variables, such as this one, are referred to as electronic components of profiles. These are made available in each of the eight major releases of variables of the census cycle. Together, they will form a complete cumulative profile of all the variables for each level of geography, plus one cumulative profile for the dissolved census subdivisions.

This table is part of the topic "Age and Sex,"which shows the structure of the Canadian population by age group and also provides age and sex distributions for the entire population.

This table can be found in Topic Bundle: Age and Sex, 2001 Census , Catalogue No. 97F0003XCB2001000.

It is also possible to subscribe to all the day-of-release bundles. Refer to Catalogue No. 97F0023XCB for more information.

This table is available FREE on the Internet , Catalogue No. 97F0003XIE2001001.

This table shows 2001 Census data for the following levels of geography: Canada, provinces, territories, census metropolitan areas and census agglomerations.

This table is part of the topic "Age and Sex," which presents 2001 Census data on age and sex distributions for the entire population of Canada. The 2001 Census data show the structure of the Canadian population by age group and are used to calculate indicators of aging for each province and territory.

This data table can also be found in Topic Bundle: Age and Sex, 2001 Census , Catalogue No. 97F0003XCB2001000.

It is also possible to subscribe to all the day-of-release bundles. Refer to Catalogue No. 97F0023XCB for more information.

This table is available FREE on the Internet, Catalogue No. 95F0300XIE2001004.

This table shows 2001 Census data for the following levels of geography: Canada, provinces, territories and forward sortation areas.

This table is part of the topic "Age and Sex," which presents 2001 Census data on age and sex distributions for the entire population of Canada. The 2001 Census data show the structure of the Canadian population by age group and are used to calculate indicators of aging for each province and territory.

It is also possible to subscribe to all the day-of-release bundles. Refer to Catalogue No. 97F0023XCB for more information.

Using 2001 Census data, this profile provides a statistical overview of the age and sex variables for Canada, provinces, territories, census divisions and census subdivisions.

On each of the days of release, profile component data will be available for particular topics at the Canada, province/territory, census division and census subdivision levels. Profile component data for all other standard areas, including census metropolitan areas, census agglomerations, census tracts, federal electoral districts (based on the 1996 Representation Order), dissemination areas and forward sortation areas, will be available approximately four weeks after the initial release.

In the census product line, groups of variables, such as this one, are referred to as electronic components of profiles. These are made available in each of the eight major releases of variables of the census cycle. Together, they will form a complete cumulative profile of all the variables for each level of geography, plus one cumulative profile for the dissolved census subdivisions.

These tables provide population and dwelling counts established by the 2001 Census of Canada. The following levels of geography are covered: Canada, provinces, territories, and other geographic areas including census subdivisions (municipalities), census metropolitan areas and census agglomerations.

For selected geographies, the tables provide percentage change in the population counts between 1996 and 2001. Data are also provided for land area and population density. Various tables allow the data in a column to be sorted in descending or ascending order. Geographic boundaries are those in effect on January 1, 2001.

An interactive reference-mapping tool, called GeoSearch, is available on the Statistics Canada website for identifying places and geographic units presented in these tables.

This article reports experimental estimates for the impact of flooding in B.C. on local economies. The paper uses a firm level dataset to geographically determine firm locations that are likely to have been affected by flooding due to heavy rains during November 13th to November 15th 2021.

This paper examines the role of firm characteristics in accounting for the between-firm average employment earnings dispersion in the Canadian business sector between 2002 and 2015. It uses two decomposition methods to analyze the level of and changes in the between-firm average employment earnings dispersion by firm characteristics, such as productivity, globalization status (importing, exporting, foreign ownership), technology intensity, firm size, firm age, industry and geographic region.

This article examines the dwelling satisfaction of Canadian households using data from the 2018 Canadian Housing Survey (CHS). In order to provide a high-level overview, the results are presented using geographic area of residence, housing tenure, and dwelling type as an organizing framework.

This Juristat article examines the nature and extent of police-reported hate crime in Canada. Key topics include motivations for hate crime (e.g. race/ethnicity, religion, and sexual orientation), types of offences, geographical comparisons and accused/victim characteristics. The article uses data from the Incident-based Uniform Crime Reporting Survey which gathers data from police records.

This Juristat article examines the nature and extent of police-reported hate crime in Canada. Key topics include motivations for hate crime (e.g. race/ethnicity, religion, and sexual orientation), types of offences, geographical comparisons and accused/victim characteristics. The article uses data from the Incident-based Uniform Crime Reporting Survey which gathers data from police records.

An emerging area of subjective well-being (SWB) research is centered on the differences in the levels of SWB both across countries and among geographic regions within a country. The consideration of geographic differences would extend our knowledge about the determinants of SWB from "internal" factors of personality traits and individuals' socio-demographic characteristics to "external factors" embedded in individuals' environments. An issue with important theoretical and policy implications is whether the income of others in the same geographic area is associated with individuals' SWB. The association could be positive if people benefit from the improved resources, amenities, and social capital in high-income areas. The association could also be negative if people tend to emulate the lifestyles of their more affluent neighbours. Related empirical studies so far have not come to a consensus on this question.

The present study attempts to contribute to this issue in two significant ways. First, this study examines whether the effect of the average income in a geographic area (locality income) on SWB is sensitive to the scale of geographic units. With a very large sample of survey respondents nested within three hierarchical levels of geographic areas, this study provides reliable estimates of the association of SWB with average incomes in immediate neighbourhoods (defined as "census dissemination areas"), local communities ("census tracts"), and municipalities ("census subdivisions"). Second, this study examines how the choice of control variables influences the estimated effect of locality income. By considering the effects of individual demographic and socioeconomic characteristics, self-evaluated general health, and area-level attributes in a sequential manner, it is possible to discuss the likely mechanisms through which locality income is related to individuals' SWB.

This National Household Survey (NHS) analytical document presents key trends emerging from the analysis of data on the composition of income in Canada in 2010. The analysis focuses on the sources of income of Canadian households by various levels of geography including Canada, the provinces and territories, and some census metropolitan areas (CMAs).

This National Household Survey (NHS) analytical document presents key trends emerging from the analysis of data on homeownership and shelter costs in Canada in 2011. The analysis focuses on various levels of geography including Canada, provinces and territories, and some census metropolitan areas (CMAs).

This study uses an area-based approach to identify acute myocardial infarction hospital patients who live in Dissemination Areas with relatively high percentages of First Nations residents. Within the patient cohort, procedures received during the hospital admission were identified.

This Juristat article examines the nature and extent of police-reported hate crime in Canada. Key topics include motivations for hate crime (e.g. race/ethnicity, religion, and sexual orientation), types of offences, geographical comparisons and accused/victim characteristics. The article uses data from the Incident-based Uniform Crime Reporting Survey which gathers data from police records.

The 1997 Geography Catalogue provides information about the geographic products and services produced by Statistics Canada. It contains short descriptions of the products and services, including information on price, medium and catalogue numbers.

A population needs-based health care resource allocation model was developed and applied using age, sex and health status of populations to measure population need for health care in Ontario. To develop the model, provincial data on self-assessed health and health service utilization by age and sex from 62,413 respondents to the 1990 Ontario Health Survey (OHS) were used in combination with provincial health care expenditure data for the fiscal year 1995/96 by age and sex. The model was limited to the services that were covered in the OHS (general practitioner, specialist physician, optometry, physiotherapy, chiropractic and acute hospital). The distribution of utilization and expenditures between age-sex-health status categories was used to establish appropriate health care resource shares for each age-sex-health status combination. These resource shares were then applied to geographic populations using age, sex and health status data from the OHS together with more recent population estimates to determine the needs-based health care resource allocation for each area. Total dollar allocations were restricted to sum to the 1995/96 provincial budget and were compared with 1995/96 allocations to determine the extent to which Ontario allocations are consistent with the relative needs of the area populations.

The geographical and temporal relationship between outdoor air pollution and asthma was examined by linking together data from multiple sources. These included the administrative records of 59 general practices widely dispersed across England and Wales for half a million patients and all their consultations for asthma, supplemented by a socio-economic interview survey. Postcode enabled linkage with: (i) computed local road density; (ii) emission estimates of sulphur dioxide and nitrogen dioxides, (iii) measured/interpolated concentration of black smoke, sulphur dioxide, nitrogen dioxide and other pollutants at practice level. Parallel Poisson time series analysis took into account between-practice variations to examine daily correlations in practices close to air quality monitoring stations. Preliminary analyses show small and generally non-significant geographical associations between consultation rates and pollution markers. The methodological issues relevant to combining such data, and the interpretation of these results will be discussed.

This report deals with sampling and weighting, a process whereby certain characteristics are collected and processed for a random sample of dwellings and persons identified in the complete census enumeration. Data for the whole population are then obtained by scaling up the results for the sample to the full population level. The use of sampling may lead to substantial reductions in costs and respondent burden, or alternatively, can allow the scope of a census to be broadened at the same cost.

This catalogue is the first stop when searching for census products and services. This final edition of the 1996 Census Catalogue provides definitive product descriptions including information on the release date, price, medium, table titles and catalogue numbers. Also included in the catalogue are descriptions of the various services available to census data users.

Labels identifying NEW products or CANCELLED products are used in this edition to highlight the differences between the First Edition and the Final Edition. The Final Edition is also available on Internet.

This report highlights the results of the geography portion of the 2001 Census consultation process. At the June 1998 federal-provincial conference session on the 2001 Census, geography was described as the "cornerstone" of the census. Based on the submissions received in the past year, many users feel the same way. It is the standard geographic areas that determine the framework in which the data will be released. It is the users, through the consultation process, who influence the changes to the standard geographic areas that are recommended for each census.

The Geography Divisions of Statistics Canada and the U.S. Bureau of the Census have commenced a cooperative research program in order to foster an improved and expanded perspective on geographic areas and their relevance. One of the major objectives is to determine a common geographic area to form a geostatistical basis for cross-border research, analysis and mapping.

This report, which represents the first stage of the research, provides a list of comparable pairs of Canadian and U.S. standard geographic areas based on current definitions. Statistics Canada and the U.S. Bureau of the Census have two basic types of standard geographic entities: legislative/administrative areas (called "legal" entities in the U.S.) and statistical areas.

The preliminary pairing of geographic areas are based on face-value definitions only. The definitions are based on the June 4, 1991 Census of Population and Housing for Canada and the April 1, 1990 Census of Population and Housing for the U.S.A. The important aspect is the overall conceptual comparability, not the precise numerical thresholds used for delineating the areas.

Data users should use this report as a general guide to compare the census geographic areas of Canada and the United States, and should be aware that differences in settlement patterns and population levels preclude a precise one-to-one relationship between conceptually similar areas. The geographic areas compared in this report provide a framework for further empirical research and analysis.

This working presents the nature and uses of the geographic structure used by the Survey of Labour and Income Dynamics (SLID) and explains how statistics on low income are dependent on geographical concepts. It also describes the methodology for deriving geographic data for the Wave 1 (1993 reference year) SLID files, and improvements made for the Wave 2 (1994 reference year) release.