Annual Capital Expenditures Survey Preliminary Estimate for 2017 and Intentions for 2018

Integrated Business Statistics Program (IBSP)

Reporting Guide

This guide is designed to assist you as you complete the Annual Capital Expenditures Survey Preliminary Estimate for 2017 and Intentions for 2018. If you need more information, please call the Statistics Canada Help Line at the number below.

Help Line: 1-877-604-7828

Table of contents

Reporting period information
Definitions
Industry characteristics

Reporting period information

For the purpose of this survey, please report information for your 12 month fiscal period for which the Final day occurs on or between April 1, 2017 - March 31, 2018.

  • May 1, 2016 - April 30, 2017
  • June 1, 2016 - May 31, 2017
  • July 1, 2016 - June 30, 2017
  • August 1, 2016 - July 31, 2017
  • September 1, 2016 - August 31, 2017
  • October 1, 2016 - September 30, 2017
  • November 1, 2016 - October 31, 2017
  • December 1, 2016 - November 30, 2017
  • January 1, 2017 - December 31, 2018
  • February 1, 2017 - January 31, 2018
  • March 1, 2017February 28, 2018
  • April 1, 2017 - March 30, 2018

Here are other examples of fiscal periods that fall within the required dates:

  • September 18, 2016 to September 15, 2017 (e.g., floating year-end)
  • June 1, 2017 to December 31, 2017 (e.g., a newly opened business)

Dollar amounts

  • all dollar amounts reported should be rounded to thousands of Canadian dollars (e.g., $6,555,444.00 should be rounded to $6,555);
  • exclude sales tax
  • your best estimates are acceptable when precise figures are not available;
  • if there are no capital expenditures, please enter '0'.

Definitions

What are Capital Expenditures?

Capital Expenditures are the gross expenditures on fixed assets for use in the operations of your organization or for lease or rent to others.

Include:

  • Cost of all new buildings, engineering, machinery and equipment which normally have a life of more than one year and are charged to fixed asset accounts
  • Modifications, acquisitions and major renovations
  • Capital costs such as feasibility studies, architectural, legal, installation and engineering fees
  • Subsidies
  • Capitalized interest charges on loans with which capital projects are financed
  • Work done by own labour force
  • Additions to work in progress

How to Treat Leases

Include:

  • assets acquired as a lessee through either a capital or financial lease;
  • assets acquired for lease to others as an operating lease.

Exclude

  • assets acquired for lease to others, either as a capital or financial lease.

Information for Government Departments

The following applies to government departments only:

Include

  • all capital expenditures without taking into account the capitalization threshold of your department;
  • Grants and/or subsidies to outside entities (e.g., municipalities, agencies, institutions or businesses) are to be excluded;
  • Departments are requested to exclude from reported figures budgetary items pertaining to any departmental agency and proprietary crown corporation as they are surveyed separately;
  • Federal departments are to report expenditures paid for by the department, regardless of which department awarded the contract;
  • Provincial departments are to include any capital expenditures on construction (exclude outlays for land) or machinery and equipment, for use in Canada, financed from revolving funds, loans attached to revolving funds, other loans, the Consolidated Revenue Fund or special accounts.

Industry characteristics

Report the value of the projects expected to be put in place during the year. Include the gross expenditures (including subsidies) on fixed assets for use in the operations of your organization or for lease or rent to others. Include all capital costs such as feasibility studies, architectural, legal, installation and engineering fees as well as work done by your own labour force. Include all additions to work in progress.

New Assets, Renovation, Retrofit, includes both existing assets being upgraded and acquisitions of new assets

The following explanations are Not applicable to government departments:

  • include - Capitalized interest charges on loans with which capital projects are financed
  • exclude - If you are capitalizing your leased fixed assets as a lessee in accordance with the Canadian Institute of Chartered Accountants' recommendations, please exclude the total of the capitalization of such leases during the year from capital expenditures

Purchase of Used Canadian Assets

Definition: Used fixed assets may be defined as existing buildings, structures or machinery and equipment which have been previously used by another organization in Canada that you have acquired during the time period being reported on this questionnaire.

Explanation: The objective of our survey is to measure gross annual new acquisitions to fixed assets separately from the acquisition of gross annual used fixed assets in the Canadian economy as a whole.

Hence, the acquisition of a used fixed Canadian asset should be reported separately since such acquisitions would not change the aggregates of our domestic inventory of fixed assets, it would simply mean a transfer of assets within Canada from one organization to another.

Imports of used assets, on the other hand, should be included with the new assets (Column 1) because they are newly acquired for the Canadian economy.

Work in Progress:
Work in progress represents accumulated costs since the start of capital projects which are intended to be capitalized upon completion.

Typically capital investment includes any expenditure on an asset in which its' life is greater than one year. Capital items charged to operating expenses are defined as expenditures which could have been capitalized as part of the fixed assets, but for various reasons, have been charged to current expenses.

Land
Capital expenditures for land should include all costs associated with the purchase of the land that are not amortized or depreciated.

Residential Construction
Report the value of residential structures including the housing portion of multi-purpose projects and of townsites with the following Exceptions:

  • buildings that have accommodation units without self-contained or exclusive use of bathroom and kitchen facilities (e.g., some student and senior citizen residences)
  • the non-residential portion of multi-purpose projects and of townsites
  • associated expenditures on services

The exceptions should be included in the appropriate construction (e.g., non-residential) asset.

Non-Residential Building Construction (excluding land purchase and residential construction)
Report the total cost incurred during the year of building construction (contract and by own employees) whether for your own use or rent to others. Include also:

  • the cost of demolition of buildings, land servicing and of site-preparation
  • leasehold and land improvements
  • townsite facilities, such as streets, sewers, stores, schools

Non-residential engineering construction

Report the total cost incurred during the year of engineering construction (contract and by own employees) whether for your own use or rent to others. Include also:

  • the cost of demolition of buildings, land servicing and of site-preparation
  • oil or gas pipelines, including pipe and installation costs
  • all preconstruction planning and design costs such as engineer and consulting fees and any materials supplied to construction contractors for installation, etc.
  • communication engineering, including transmission support structures, cables and lines, etc.
  • electric power engineering, including wind and solar plants, nuclear production plants, power distribution networks, etc.

Machinery and Equipment
Report total cost incurred during the year of all new machinery, whether for your own use or for lease or rent to others. Any capitalized tooling should also be included. Include progress payments paid out before delivery in the year in which such payments are made. Receipts from the sale of your own fixed assets or allowance for scrap or trade-in should not be deducted from your total capital expenditures. Any balance owing or holdbacks should be reported in the year the cost is incurred.

Include:

  • automobiles, trucks, professional and scientific equipment, office and store furniture and appliances
  • computers (hardware and software), broadcasting, telecommunication and other information and communication technology equipment
  • motors, generators, transformers
  • any capitalized tooling expenses
  • progress payments paid out before delivery in the year in which such payments are made
  • any balance owing or holdbacks should be reported in the year the cost is incurred

Software

Capital expenditures for software should include all costs associated with the purchase of software.

Include:

  • Pre-packaged software
  • Custom software developed in-house/own account
  • Custom software design and development, contracted out

Research and Development

Research and experimental development (R&D) comprise creative and systematic work undertaken in order to increase the stock of knowledge – including knowledge of humankind, culture and society – and to devise new applications of available knowledge.
For an activity to be an R&D activity, it must satisfy five core criteria:

  1. To be aimed at new findings (novel);
  2. To be based on original, not obvious, concepts and hypothesis (creative);
  3. To be uncertain about the final outcome (uncertainty);
  4. To be planned and budgeted (systematic);
  5. To lead to results to could be possibly reproduced (transferable/ or reproducible).

The term R&D covers three types of activity: basic research, applied research and experimental development. Basic research is experimental or theoretical work undertaken primarily to acquire new knowledge of the underlying foundations of phenomena and observable facts, without any particular application or use in view. Applied research is original investigation undertaken in order to acquire new knowledge. It is, however, directed primarily towards a specific, practical aim or objective. Experimental development is systematic work, drawing on knowledge gained from research and practical experience and producing additional knowledge, which is directed to producing new products or processes or to improving existing products or processes

Preliminary Estimate for 2017 and Intentions for 2018

Integrated Business Statistics Program (IBSP)

Reporting Guide

This guide is designed to assist you as you complete the Annual Exploration, Development and Capital Expenditures Survey
Petroleum and Natural Gas Industry

Preliminary Estimate for 2017 and Intentions for 2018

Table of contents

Reporting period information
Definition

Reporting period information

For the purpose of this survey, please report information for your 12 month fiscal period for which the final day occurs on or between April 1, 2017 — March 31, 2018.
Here are twelve common fiscal periods that fall within the targeted dates:

  • May 1, 2016 to April 30, 2017
  • June 1, 2016 to May 31, 2017
  • July 1, 2016 to June 30, 2017
  • August 1, 2016 to July 31, 2017
  • September 1, 2016 to August 31, 2017
  • October 1, 2016 to September 30, 2017
  • November 1, 2016 to October 31, 2017
  • December 1, 2016 to November 30, 2017
  • January 1, 2017 to December 31, 2017
  • February 1, 2017 to January 31, 2018
  • March 1, 2017 to February 28, 2018
  • April 1, 2017 to March 31, 2018

Here are other examples of fiscal periods that fall within the required dates:

  • September 18, 2016 to September 15, 2017 (e.g., floating year-end)
  • June 1, 2017 to December 31, 2017 (e.g., a newly opened business)

Definition

All participants in the Syncrude project should exclude their participation when filing this report. Arrangements have been made to collect data for this project on a consolidated report. When there are partnerships and joint venture activities or projects, report the expenditures reflecting this corporation’s net interest in such projects or ventures. Report all dollar amounts in thousands of Canadian dollars (‘000). Do not include sales tax. Percentages should be rounded to whole numbers. When precise figures are not available, please provide your best estimates. If there are no capital expenditures, please enter ‘0’.

1. Oil and gas rights acquisition and retention costs (exclude inter-company sales or transfers):

Include acquisition costs and fees for oil and gas rights (include bonuses, legal fees and filing fees), and oil and gas retention costs

2. Exploration and evaluation, capitalized or expensed (e.g., leases and licences, seismic, exploration drilling):

These expenditures include mineral rights fees and retention costs, geological, geophysical and seismic expenses, exploration drilling, and other costs incurred during the reporting period in order to determine whether oil or gas reserves exist and can be exploited commercially. Report gross expenditures, before deducting any incentive grants, incurred for oil and gas activities on a contracted basis and/or by your own employees. Exclude the cost of land acquired from other oil and gas companies.

3. Building construction (e.g., process building, office building, camp, storage building, and maintenance garage):

Include capital expenditures on buildings such as office buildings, camps, warehouses, maintenance garages, workshops, and laboratories. Fixtures, facilities and equipment that are integral parts of the building are included.

4. Other construction assets (e.g., development drilling and completions, processing facilities, natural gas plants, upgraders):

Include all infrastructure, other than buildings, such as the cost of well pads, extraction and processing infrastructure and plants, upgrading units, transportation infrastructure, water and sewage infrastructure, tailings, pipelines and wellhead production facilities (pumpjacks, separators, etc). Include all preconstruction planning and design costs such as development drilling, regulatory approvals, environmental assessments, engineering and consulting fees and any materials supplied to construction contractors for installation, as well as site clearance and preparation. Equipment which is installed as an integral or built-in feature of a fixed structure (e.g. casings, tanks, steam generators, pumps, electrical apparatus, separators, flow lines, etc.) should be reported with the construction asset; however, when the equipment is replaced within an existing structure, the replacement cost should be reported in machinery and equipment (sustaining capital).

5. Machinery and equipment purchases (e.g., trucks, shovels, computers, etc.):

Include transportation equipment for people and materials, computers, software, communication equipment, and processing equipment not included in the above categories.

Analysis 101: Steps of the analytical process

Overall course objective:

Introduce beginners to the fundamental steps of the analytical process and their practical applications, without delving into specific analytical techniques or tools.

Target audience:

Junior analysts, or those who have less experience with working with data.

Format:

Virtual instructor-led course over 3 half-days.

Abstract

How do you extract meaning from numbers? How do you turn data into information that is useful to decision makers? And how do you convey that information in a way that helps Canadians understand themselves?

Course Description: The objective of this instructor-led virtual course is for participants to gain a better understanding of the steps of the analytical process. This course can help participants whose work activities require them to write briefing notes, analytical papers or deliver presentations on analytical work. Best practices for developing relevant analytical questions, identifying key messages from results, reviewing analytical work, and disseminating findings to various audiences will be discussed. Participants will also engage in hands-on exercises that reinforce what they’ve learned about the analytical process.

Analysis 101 will take participants through the three main steps of the analytical process:

  1. Planning your analysis addresses how to define a relevant analytical question and how to create a formal analysis plan;
  2. Performing your analysis discusses how to best organize, examine, and interpret your data. Instructors will provide high-level analytical examples and tips for conducting analysis;
  3. Sharing your findings provides participants with best practices for reviewing their work and presenting their findings to an audience.

Instructors will also present a case study illustrating how the process was applied in a Statistics Canada analytical product.

Analysis 101 is a three half-days virtual course (2.5 hours per day) that includes a combination of live presentations and interactive activities/discussion among the instructors and course participants. Participants will be provided with activities to complete between each session that will be integrated into the following day’s discussion.

Price

$500 per participant

Upcoming sessions and contact information

Please see below for our upcoming dates.

To register, please contact: statcan.outreachontario-rayonnementontario.statcan@statcan.gc.ca

Analysis 101: Steps of the analytical process

English:
May 20-21-22, 2025, from 1 pm to 3:30 pm each day
September 3-4-5, 2025, from 1 pm to 3:30 pm each day

French:
December 9-10-11, 2025, from 1 pm to 3:30 pm each day

For general information about this course, contact the Analytical Studies and Modelling Branch: statcan.asbtraining-deaformation.statcan@statcan.gc.ca

Other visuals

Proportion of payroll employees in health care and social assistance and in hospitals, Canada, 1983 to 2016

Proportion of payroll employees in health care and social assistance and in hospitals, Canada, 1983 to 2016
Data table for the graph
Proportion of payroll employees in health care and social assistance and in hospitals, Canada, 1983 to 2016
  Payroll employees working in heath care and social assistance Payroll employees in health care and social assistance working in hospitals

Notes: Data from 1983 to 2000 use the Standard Industrial Classification (SIC) 1980, while data from 2001 to 2016 use the 2012 North American Industry Classification System (NAICS).

Sources: CANSIM table 281-0005 (data from 1983 to 2000) and CANSIM table 281-0024 (data from 2001 to 2016).

1983 9.7 54.4
1984 9.7 54.2
1985 9.7 53.5
1986 9.8 52.3
1987 9.8 51.4
1988 10.0 50.6
1989 9.9 50.1
1990 10.1 49.8
1991 10.8 49.9
1992 11.1 49.8
1993 11.1 49.0
1994 11.0 47.8
1995 11.2 45.1
1996 11.0 44.6
1997 10.8 43.0
1998 10.6 42.4
1999 10.4 42.0
2000 10.1 41.8
2001 10.2 39.1
2002 10.2 38.7
2003 10.3 38.4
2004 10.3 38.0
2005 10.2 38.0
2006 10.3 37.3
2007 10.3 37.1
2008 10.4 36.6
2009 11.0 36.2
2010 11.2 35.5
2011 11.2 35.0
2012 11.3 34.7
2013 11.3 34.5
2014 11.4 34.4
2015 11.5 34.1
2016 11.8 33.9

Response Rates

Table 1
Combined response rate (%) – Full sample
Table summary
This table displays the results of Table 1 Combined response rate (%) – Full sample (appearing as column headers).
  Combined response rate (%)
ages 3 to 5  
Both sexes 54.7
ages 6 to 11  
Males 54.6
Females 54.2
ages 12 to 19  
Males 56.2
Females 53.8
ages 20 to 39  
Males 51.4
Females 53.5
ages 40 to 59  
Males 53.6
Females 56.3
ages 60 to 79  
Males 54.1
Females 52.1
 
Table 2
Combined response rate (%) – Blood draw – Full sample
Table summary
This table displays the results of Table 2 Combined response rate (%) – Blood draw - Full sample (appearing as column headers).
  Combined response rate (%)
ages 3 to 5  
Both sexes 48.3
ages 6 to 11  
Males 51.1
Females 48.7
ages 12 to 19  
Males 53.4
Females 51.8
ages 20 to 39  
Males 50.5
Females 52.8
ages 40 to 59  
Males 52.7
Females 55.7
ages 60 to 79  
Males 53.4
Females 51.2
 
Table 3
Combined response rate (%) – Fasted subsample
Table summary
This table displays the results of Table 3 Combined response rate (%) – Fasted subsample (appearing as column headers).
  Combined response rate (%)
ages 6 to 11  
Males 36.2
Females 39.1
ages 12 to 19  
Males 43.4
Females 40.1
ages 20 to 39  
Males 40.4
Females 45.1
ages 40 to 59  
Males 44.0
Females 48.2
ages 60 to 79  
Males 49.2
Females 47.0
 
Table 4
Combined response rate (%) – Fatty Acids subsample
Table summary
This table displays the results of Table 4 Combined response rate (%) – Fatty Acids subsample (appearing as column headers).
  Combined response rate (%)
ages 20 to 39  
Males   49.5
Females   51.7
ages 40 to 59   
Males   52.4
Females   54.8
ages 60 to 79   
Males   51.1
Females   49.3
 
Table 5
Combined response rate (%) – Fluoride -person level subsample
Table summary
This table displays the results of Combined response rate (%) – Fluoride -person level subsample Combined response rate (%) – Fluoride -person level subsample (appearing as column headers).
  Combined response rate (%)
ages 3 to 5  
Both sexes   46.7
ages 6 to 11  
Males   49.4
Females   48.3
ages 12 to 19  
Males   52.3
Females   48.4
ages 20 to 39  
Males   47.3
Females   48.8
ages 40 to 59  
Males   51.6
Females   49.7
ages 60 to 79  
Males   50.3
Females   51.2
 
Table 6
Combined response rate (%) – Volatile Organic Compounds -person level subsample
Table summary
This table displays the results of Combined response rate (%) – Volatile Organic Compounds -person level subsample Combined response rate (%) – Volatile Organic Compounds -person level subsample (appearing as column headers).
  Combined response rate (%)
ages 12 to 19  
Males   49.0
Females   46.8
ages 20 to 39  
Males   47.5
Females   47.1
ages 40 to 59  
Males   49.4
Females   50.2
ages 60 to 79  
Males   51.1
Females   47.3
 
Table 7
Combined response rate (%) – Activity monitor subsample
Table summary
This table displays the results of Combined response rate (%) – Activity monitor subsample Combined response rate (%) – Activity monitor subsample (appearing as column headers).
  Combined response rate (%)
ages 3 to 5  
Both sexes   40.7
ages 6 to 11  
Males   43.9
Females   41.1
ages 12 to 17  
Males   35.7
Females   35.9
ages 18 to 39  
Males   32.4
Females   34.3
ages 40 to 59  
Males   41.2
Females   44.6
ages 60 to 79  
Males   39.8
Females   37.7
 
Table 8
Combined response rate (%) – Blood acrylamide subsample
Table summary
This table displays the results of Combined response rate (%) – Blood acrylamide subsample Combined response rate (%) – Blood acrylamide subsample (appearing as column headers).
  Combined response rate (%)
ages 3 to 5  
Both sexes 47.7
ages 6 to 11  
Males 49.3
Females 48.3
ages 12 to 19  
Males 53.6
Females 50.7
ages 20 to 39  
Males 50.6
Females 53.2
ages 40 to 59  
Males 52.2
Females 55.5
ages 60 to 79  
Males 53.6
Females 50.1
 
Table 9
Combined response rate (%) – Methyl mercury subsample
Table summary
This table displays the results of Combined response rate (%) – Methyl mercury subsample Combined response rate (%) – Methyl mercury subsample (appearing as column headers).
  Combined response rate (%)
ages 20 to 39  
Males 47.9
Females 51.8
ages 40 to 59  
Males 52.5
Females 54.9
ages 60 to 79  
Males 53.5
Females 51.2
 
Table 10
Combined response rate (%) – Urine environmental contaminants subsample
Table summary
This table displays the results of Combined response rate (%) – Urine environmental contaminants subsample Combined response rate (%) – Urine environmental contaminants subsample (appearing as column headers).
  Combined response rate (%)
ages 3 to 5  
Both sexes 50.8
ages 6 to 11  
Males 54.1
Females 53.0
ages 12 to 19  
Males 54.6
Females 52.0
ages 20 to 39  
Males 50.4
Females 51.6
ages 40 to 59  
Males 52.0
Females 55.2
ages 60 to 79  
Males 53.8
Females 51.0

Use of SEPH earnings data for contract escalation

Statistics Canada neither encourages nor discourages the use of SEPH data for contract escalation purposes, but can offer advice of a purely statistical nature on the limitations associated with the use of its data.

The Survey of Employment, Payrolls and Hours (SEPH) earnings statistics are sometimes used in the public and private sectors to index various types of labour costs, usually through contractually set pricing formulae.

SEPH publishes a wide range of earnings estimates, many of which are not advisable for pricing purposes. Generally speaking, it is preferable to avoid using series for highly disaggregated industry groupings (4 digit of the NAICS), as well as those estimates specific to class of worker, that is hourly, salaried or other employees, as these series are based on a relatively small sample. Canada trend and level estimates for a given industry are usually more stable than their Provincial/Territorial counterparts. Users should always consider available quality indicators and the number of employees relevant to the earnings series they are interested in.

It is important to note that changes in average earnings reflect a number of factors, including wage growth, changes in composition of employment by industry, occupation and level of job experience, as well as average hours worked per week – not to mention sampling variability. As an attempt to observe earnings over time while controlling for changes in hours and employment, Statistics Canada produces Fixed Weighted Index (FWI) data. This approach is closer to the concept of a labour or employment cost index as used in other countries, but does not control for other factors that can impact on earnings. The FWI is only available at higher levels of aggregation, does not include overtime earnings and does not include earnings data from employees on commission or paid by a piece rate.

In addition, the use of month-over-month changes to escalate costs should be avoided in favour of year-over-year movements based on annual averages. If monthly calculations are required, moving averages of several months should be strongly considered.

Any indexing formula should also take into account the fact that the survey data undergoes periodic revision. Users should always use current and complete data series.

For more information, contact us (toll-free 1-800-263-1136; infostats@statcan.gc.ca).

Data Accuracy

Canadian Health Measures Survey - Cycle 4 (2014-2015) – full sample

Average of the measured body mass index (kg/m2)
Table summary
This table displays the results of Average of the measured body mass index (kg/m2) Average(kg/m2) and c.v.(%) (appearing as column headers).
  Average(kg/m2) c.v.(%)
ages 3 to 5  
Both sexes 16.11 0.8
ages 6 to 11  
Males 17.76 1.6
Females 17.54 1.4
ages 12 to 19  
Males 22.25 1.4
Females 23.07 2.4
ages 20 to 39  
Males 27.37 1.5
Females 26.57 2.9
ages 40 to 59  
Males 28.40 1.3
Females 28.07 1.7
ages 60 to 79  
Males 28.39 0.9
Females 28.12 1.5
 
Average High-density lipoprotein cholesterol (HDL) (mmol/L).
Table summary
This table displays the results of Average High-density lipoprotein cholesterol (HDL) (mmol/L). Average (mmol/L) and c.v.(%) (appearing as column headers).
  Average (mmol/L) c.v.(%)
ages 3 to 5  
Both sexes 1.30 1.6
ages 6 to 11  
Males 1.46 2.1
Females 1.40 1.7
ages 12 to 19  
Males 1.25 1.7
Females 1.37 2.2
ages 20 to 39  
Males 1.17 1.7
Females 1.48 3.2
ages 40 to 59  
Males 1.17 2.0
Females 1.49 1.6
ages 60 to 79  
Males 1.23 1.7
Females 1.54 2.2
 

Canadian Health Measures Survey - Cycle 4 (2014-2015) - fasted subsample

For the fasted subsample selected among the 6 to 79 year old full sample participants, here are some estimation and accuracy measures for a selected variable (glucose).

Average Glucose (mmol/L)
Table summary
This table displays the results of Average Glucose (mmol/L) Average (mmol/L) and c.v.(%) (appearing as column headers).
  Average (mmol/L) c.v.(%)
ages 6 to 11  
Males 4.8 0.8
Females 4.7 0.7
ages 12 to 19  
Males 4.9 0.8
Females 4.7 0.6
ages 20 to 39  
Males 5.1 2.0
Females 4.8 0.7
ages 40 to 59  
Males 5.4 1.8
Females 5.0 1.2
ages 60 to 79  
Males 6.1 3.2
Females 5.6 0.9

Canadian Health Measures Survey - Cycle 4 (2014-2015) – fatty acids subsample

For the fatty acids subsample selected among the 20 to 79 year old full sample participants, here are some accuracy measures for a selected variable (omega-3 index measured in % weight of total fatty acids).

Average of Omega-3 Index (measured in % weight of total fatty acids)
Table summary
This table displays the results of Average of Omega-3 Index (measured in % weight of total fatty acids) Average (of %) and c.v.(%) (appearing as column headers).
  Average (of %) c.v.(%)
ages 20 to 39  
Males 4.17 2.8
Females 4.27 4.4
ages 40 to 59  
Males 4.40 2.1
Females 4.54 3.3
ages 60 to 79  
Males 5.09 3.1
Females 5.19 2.3
 
Geometric mean of Fluoride adjusted for urine creatinine (μmol/mmol)
Table summary
This table displays the results of Geometric mean of Fluoride adjusted for urine creatinine (μmol/mmol) Geometric mean and c.v.(%) (appearing as column headers).
  Geometric mean c.v.(%)
ages 3 to 5  
Both sexes 4.5 8
ages 6 to 11  
Males 3.1 8.8
Females 2.9 8.6
ages 12 to 19  
Males 1.9 8.8
Females 1.6 6.9
ages 20 to 39  
Males 1.8 14.2
Females 2.5 8.8
ages 40 to 59  
Males 2.1 8
Females 2.9 11.7
ages 60 to 79  
Males 2.2 11
Females 3.8 9.8
 
Geometric mean of Total xylenes (ng/l)
Table summary
This table displays the results of Geometric mean of Total xylenes (ng/l) Geometric mean and c.v.(%) (appearing as column headers).
  Geometric mean c.v.(%)
ages 12 to 19  
Males 0.1000 8.6
Females 0.0900 10.3
ages 20 to 39  
Males 0.1300 14.6
Females 0.1000 9
ages 40 to 59  
Males 0.1300 11
Females 0.1100 11.2
ages 60 to 79  
Males 0.1400 8.6
Females 0.1100 8.2
 
Average time spent sedentary (minutes per day)
Table summary
This table displays the results of Average time spent sedentary (minutes per day) Average and c.v.(%) (appearing as column headers).
  Average c.v.(%)
3 to 5 years  
Both sexes 455 1.5
6 to 11 years  
Males 467 1.6
Females 458 1.6
12 to 17 years  
Males 556 1.4
Females 551 1.1
18 to 39 years  
Males 570 1.1
Females 565 1.2
40 to 59 years  
Males 575 0.9
Females 575 1.3
60 to 79 years  
Males 594 1.4
Females 609 0.9
 
Ratio of forced expiratory volume in one second to forced vital capacity (FEV1/FVC) (number)
Table summary
This table displays the results of Ratio of forced expiratory volume in one second to forced vital capacity (FEV1/FVC) (number) Ratio and c.v.(%) (appearing as column headers).
  Ratio c.v.(%)
ages 6 to 11  
Males 0.839 0.5
Females 0.852 0.4
ages 12-19  
Males 0.824 0.8
Females 0.856 0.6
ages 20 to 39  
Males 0.783 0.8
Females 0.818 0.7
ages 40 to 59  
Males 0.759 0.9
Females 0.771 0.6
ages 60 to 79  
Males 0.734 0.6
Females 0.739 0.4

Canadian Health Measures Survey - Cycle 4 (2014-2015) – Environmental lab data

For the environmental lab data subsample selected among the 3 to 79 year old full sample participants, here are some accuracy measures for selected variables.

Geometric mean of Blood lead(μmol/Ll)
Table summary
This table displays the results of Geometric mean of Blood lead(μmol/Ll) Geometric mean and c.v.(%) (appearing as column headers).
  Geometric mean c.v.(%)
ages 3 to 5  
Both sexes 0.03 4.1
ages 6 to 11  
Males 0.03 3.9
Females 0.03 3.4
ages 12 to 19  
Males 0.03 3.6
Females 0.02 4.8
ages 20 to 39  
Males 0.05 5.5
Females 0.03 4.0
ages 40 to 59  
Males 0.06 4.2
Females 0.05 5.9
ages 60 to 79  
Males 0.07 3.7
Females 0.07 4.2
 
Geometric mean of Acrylamide hemoglobin adduct (pmol/g hemoglobin)
Table summary
This table displays the results of Geometric mean of Acrylamide hemoglobin adduct (pmol/g hemoglobin) Geometric mean and c.v.(%) (appearing as column headers).
  Geometric mean c.v.(%)
ages 3 to 5  
Both sexes 60.3 3.5
ages 6 to 11  
Males 66.2 2.8
Females 58.8 3.6
ages 12 to 19  
Males 65.2 5.0
Females 60.7 7.6
ages 20 to 39  
Males 72.1 8.7
Females 67.2 6.7
ages 40 to 59  
Males 74.0 9.6
Females 67.5 12.3
ages 60 to 79  
Males 64.0 6.2
Females 61.6 5.7
 
Geometric mean of Blood methyl mercury lead (nmol/L)
Table summary
This table displays the results of Geometric mean of Blood methyl mercury lead (nmol/L) Geometric mean and c.v.(%) (appearing as column headers).
  Geometric mean c.v.(%)
ages 20 to 39  
Males 2.0 10.9
Females 1.9 17.1
ages 40 to 59  
Males 3.5 11.1
Females 2.6 17.2
ages 60 to 79  
Males 3.5 14.9
Females 4.2 12.5
 
Geometric mean of Dimethylarsinic acid adjusted for urine creatinine (μmol/mmol)
Table summary
This table displays the results of Geometric mean of Dimethylarsinic acid adjusted for urine creatinine (μmol/mmol) Geometric mean and c.v.(%) (appearing as column headers).
  Geometric mean c.v.(%)
ages 3 to 5  
Both sexes 0.0092 4.2
ages 6 to 11  
Males 0.0068 6.4
Females 0.0063 5.3
ages 12 to 19  
Males 0.0036 7.7
Females 0.0046 9.2
ages 20 to 39  
Males 0.0043 7.4
Females 0.0051 12.4
ages 40 to 59  
Males 0.0045 11.8
Females 0.0052 7.9
ages 60 to 79  
Males 0.0047 11.3
Females 0.0064 10.6