How many people live in timmins ontario

Timmins has five flights daily to Toronto. Rail, bus service, easy access to major highways and an exceptional telecommunications system, makes staying connected easier and more convenient in Timmins. With all the money you wil be saving on living expenses, traveling becomes second nature.

Housing costs, rental costs, and overall living expenses are lower in Timmins in comparison to other communities found throughout the province of Ontario. Skip to main content. Employment 's of available jobs including apprenticeships, youth internships, mining, forestry, retail, telecommunications, and business opportunities etc. Money Live within your means! Entertainment With an extensive and exciting nightlife, from the Symphony, Annual Festivals to Theatre productions, the City of Timmins has a variety of events scheduled throughout the year to fill you entertainment needs.

Urban Lifestyle Timmins offers the urban lifestyle of major Canadian metropolitan communities but at half the cost. Diversity The City of Timmins offers a culturally diverse atmosphere. To index and benchmark cities, please use our Benchmark Tool. Ideas for data? Reach out to us and try the live chat at the bottom. What is Townfolio? Where does the data come from?

How to use this data Request more info. Total Population 40, Median Household Income 73, Total Visible Minorities Median Age Total Labour Force 21, Employment Rate Participation Rate Unemployment Rate 8. Taxation View the Taxation tab for information such as and more. Federal General Corporate Tax Federal Small Business Corporate 9.

Federal Investment Corporate Tax Average Yearly Rainfall mm Average Yearly Snowfall cm Highest Temperature Celsius Lowest Temperature Celsius Number of Renters 5, Number of Home Owners 12, Most Popular Dwelling Size 3 Bedrooms.

Most Used Transportation Vehicle Driver. Residents Who Work Locally 16, Vehicle Drivers Dominant Level of Education High School. Most Popular Field of Study Engineering. Most Popular Educational Destination Canada. Least Popular Field of Study Other.

Utilities View the Utilities tab for information such as and more. Companies View the Companies tab for information such as and more. Smallest Industry by Business Count Utilities. The population of Central Ontario is projected to grow by 1. The region's share of provincial population is projected to rise slightly from Dufferin is projected to see its population increase by 39, from to , a Three other census divisions of Central Ontario are projected to continue experiencing population growth above the provincial average over the projection period: Wellington at The population of Eastern Ontario is projected to grow Ottawa is projected to grow fastest All other Eastern Ontario census divisions are also projected to grow, but below the provincial average, with growth ranging from 8.

The population of Southwestern Ontario is projected to grow from 1. Growth rates within Southwestern Ontario vary, with Oxford and Middlesex growing fastest The population of Northern Ontario is projected to grow slowly over the projection horizon, with a slight increase of 3. Within the North, the Northeast is projected to see population growth of 23, or 4.

The Northwest is projected to experience growth of 7, or 2. In the past, Northern Ontario's positive natural increase offset part of the losses it experienced through net migration. However, while the North has recently seen modest net migration gains, its natural increase has turned negative.

All regions are projected to see a continuing shift to an older age composition of their population. The largest shifts in age structure are projected to take place in census divisions, many in northern and rural areas, where natural increase and net migration are projected to become or remain negative.

The GTA is expected to remain the region with the youngest age structure, a result of strong international migration and positive natural increase. The Northeast is projected to remain the region with the oldest age structure. In , the share of seniors aged 65 and over in regional population ranged from a low of Among census divisions, it ranged from By , the share of seniors in regions is projected to range from Among census divisions, it is projected to range from Even as the share of seniors in census divisions located in and around the suburban GTA is projected to remain lower than the provincial average, the increase in the number of seniors will be highest in this area.

The number of seniors is projected grow by 97 per cent in the suburban GTA. Conversely, the number of seniors grows most slowly less than 30 per cent in Timiskaming, Algoma, Thunder Bay, Cochrane and Sudbury. The number of children aged 0—14 is projected to decline in the Northeast and the Northwest, but to increase in all other regions over the projection period.

However, by the share of children in every region is projected to be slightly lower than it is today. In , the highest share of children among regions was in the Northwest at By , the Northeast is projected to remain the region with the lowest share of children at Peel, Dufferin, Halton, Wellington and Waterloo are projected to record growth of over 40 per cent in the number of children aged 0—14 over the — period, with Peel seeing the most growth at 53 per cent.

Conversely, the majority of rural and northern census divisions are projected to have significantly fewer children by , with the largest declines in the North. However, most census divisions are projected to see only a slight decrease in the share of children in their population.

In , the highest share of children was found in Kenora at By , Kenora is projected to still have the highest share of children at The share of population aged 15—64, which ranged from The share of this age group is projected to range from While the share of population aged 15—64 is projected to decrease in every census division of the province, the number of people in this age group is projected to increase in 38 of the 49 census divisions.

The census divisions where a decline in the number of people in this age group is projected are located in the North and in rural areas of Southern Ontario. The highest share of people aged 15—64 in was in Toronto By , Toronto is projected to remain the region with the highest share of population in this age group Prince Edward is projected to have less than 50 per cent of its population aged 15—64 by The methodology used in Ministry of Finance long-term population projections is the cohort-component method, essentially a demographic accounting system.

The calculation starts with the base-year population distributed by age and sex. A separate analysis and projection of each component of population growth is made for each year, starting with births. Then, projections of deaths and the five migration components immigration, emigration, net change in non-permanent residents, interprovincial in- and out-migration, and intraprovincial in- and out-migration are also generated and added to the population cohorts to obtain the population of the subsequent year, by age and sex.

This methodology is followed for each of the 49 census divisions. The Ontario-level population is obtained by summing the projected census division populations. It should be noted that the population projections are demographic, founded on assumptions about births, deaths and migration over the projection period. Assumptions are based on the analysis of the long-term and the most recent trends of these components, as well as expectations of future direction.

For Ontario, the degree of uncertainty inherent in projections is represented by the range between the low- and high-growth scenarios, with the reference scenario representing the most likely outcome.

This report includes demographic projections released by the Ministry of Finance that use the latest population estimates based on the Census adjusted for net under-coverage. Specifically, the projections use Statistics Canada's preliminary July 1, postcensal population estimates as a base.

As well as providing a new starting point for total population by age and sex, updating the projections to a new base alters the projected age structure and population growth in each census division. It also has an impact on many components of population growth that are projected by using age-specific rates, such as births, deaths and several of the migration streams.

The projected number of births for any given year is obtained by applying age-specific fertility rates to cohorts of women in the reproductive age group, ages 15 to The projection model relies on four parameters footnote 2 [2] to generate the annual number of births.

The first of these parameters, the total fertility rate TFR , reflects the level of fertility while the other three parameters the mean age at maternity, the skewness and the variance of the distribution reflect the timing, or age, at which women have their babies. These parameters are calibrated to generate age-specific fertility rates that closely follow recent trends.

Assumptions are based on a careful analysis of past age-specific fertility trends in Ontario and a review of fertility trends elsewhere in Canada and in other countries. A general and common trend is that a growing proportion of women are giving birth in their 30s and early 40s. The overall decline in the fertility rate among young women is accompanied by a rise in fertility rates among older women.

Over the past 20 years, teenagers and women in their early 20s have experienced the sharpest declines in fertility rates. Fertility rates of women in their 30s and older, which were rising moderately over the s and more rapidly over most of the s, have shown a slower pace of increase in the most recent years.

These are the same cohorts of women who postponed births during their 20s and are now having children in their 30s and early 40s. Ontario's total fertility rate TFR , which stood at 3. Over the rest of the s, the TFR fell rapidly toward the 1. The latest data available show a TFR of 1. Fertility rates are unlikely to return to the highs observed in the s and early s. Rather, it is believed that relatively small fluctuations around values below the replacement level are more likely.

In the reference scenario, the TFR is assumed to decline initially to reach 1. In the low- and high-growth scenarios, fertility is assumed follow a similar pattern of initial decline followed by a slight increase.

By , the TFR reaches 1. The most recent data for census divisions shows that TFRs range from a high of 2. The projected parameters for fertility at the census division level are modelled to maintain regional differences. The census division-to-province ratio for mean age at fertility in the most recent period is assumed to remain constant.

The variance and skewness of fertility distributions at the census division level evolve over the projection period following the same absolute changes of these parameters at the Ontario level. The population of Ontario has one of the highest life expectancies in Canada and the developed world. The latest data shows that life expectancy at birth in Ontario was Deaths related to opioid use and the COVID covid 19 pandemic are having negative impacts on the pace of life expectancy improvement in the short term.

However, the generally accepted view is that life expectancy will continue to rise over the long term in Canada and around the world. Up to the mids, annual gains in life expectancy were becoming smaller and it was expected that future improvements would continue at this slowing speed.

The pace of annual gains in life expectancy then picked up over the next two decades, and the progression of life expectancy became more linear. Until the mids, average gains in life expectancy were in the order of 0. However, in recent years average life expectancy has not been increasing in Canada, partly due to an increase in opioid-related deaths, but mostly as a result of a slowdown in the improvement of survival rates from heart diseases, which was the main cause of increases in life expectancy over the past decades.

It is assumed that other factors, such as continued progress in fighting cancer, will drive increases in the average lifespan at a gradual pace over the projection period. The projected number of deaths each year is obtained by applying projected age-specific mortality rates to population cohorts of corresponding ages.

Projections of age-specific death rates are derived footnote 3 [3] from trends related to the pace of improvement in overall life expectancy and the age patterns of mortality. The three scenarios for Ontario all reflect a continuation of the gains recorded in the average duration of life. However, life expectancy is assumed to remain steady in the short term due to impacts of the pandemic and opioids and commences to increase at a gradual pace in — Male life expectancy is expected to progress at a faster pace than that of females under the long-term mortality assumptions for each of the three scenarios.

This is consistent with recent trends where males have recorded larger gains in life expectancy than females. This has resulted in a shrinking of the gap in life expectancy between males and females, a trend that is projected to continue.

Furthermore, reflecting current trends, future gains in life expectancy are modelled to be concentrated at older ages and to be smaller for infants. In the reference scenario, life expectancy in Ontario is projected to continue increasing, but slower than the average observed over the last two decades, with the pace of increase gradually diminishing over the projection period.

By , life expectancy is projected to reach This represents total life expectancy gains of 4. In the low-growth scenario, life expectancy increases at a slower pace, to In the high-growth scenario, life expectancy reaches At the census division level, the mortality assumptions were developed using a ratio methodology.

The Ontario-level mortality structure was applied to each census division's age structure over the most recent six years of comparable data and the expected number of deaths was computed.

This was then compared to the actual annual number of deaths for each census division over this period to create ratios of actual-to-expected number of deaths. These ratios were then multiplied by provincial age-specific death rates to create death rates for each census division. These were then applied to the corresponding census division population to derive the number of deaths for each census division. An analysis of the ratio of actual-to-expected deaths for each census division did not reveal a consistent pattern or movement toward a convergence or divergence among regions over time.

For this reason, the most recent six-year average ratio for each census division was held constant over the projection period. The following sections discuss assumptions and methodology for the components of net migration, including immigration, emigration, non-permanent residents, interprovincial migration and intraprovincial migration.

Immigration levels in Canada are determined by federal government policy. The federal Minister of Immigration, Refugees and Citizenship Canada IRCC sets the national target and target-range for the level of immigration to be achieved over the following year s. For calendar year , the target is set at ,, with a plan for , in and , in These represent a significant increase from the targets set in recent years.

The share of immigrants to Canada settling in Ontario has been increasing over the past few years, from These higher shares are projected to continue in the future. However, IRCC has been implementing measures to achieve its immigration target, including lowering the threshold scores for invitation through Express Entry in categories where most applicants are already in Canada, holding larger draws, and setting up new temporary immigration pathways for non-permanent residents.

The reference scenario assumes a long-term immigration rate of 1. However, immigration rates are assumed to be higher over the next few years, reflecting the current federal targets. Immigration levels are projected to reach , in Ontario by , resulting in an immigration rate of 1.

Over the rest of the projection period, the number of immigrants increases slowly over time as population grows, such that annual immigration is projected to reach , by — The long-term immigration rate is set at 0.

In the high-growth scenario, the long-term rate of immigration is set at 1. Projected immigration shares for each census division are based on the trends observed in the distribution of immigrants by census division over the recent past.

These shares evolve throughout the projection period following established trends. The average age-sex distribution pattern for immigrants observed over the past five years is assumed to remain constant over the entire projection period.

Nearly 90 per cent of immigrants coming to Ontario in —20 were aged 0— Total emigration is defined as the gross flow of international emigration, minus returning emigrants, plus the net variation in the number of Ontarians temporarily abroad. The level of total emigration from Ontario averaged about 17, over the three years before the COVID covid 19 outbreak.

However, the number of Ontarians moving abroad fell to about 9, in —20, as a result of the pandemic. The number of emigrants is difficult to estimate with a high degree of accuracy because of incomplete information.

Statistics Canada publishes annual estimates of these flows based on a variety of sources, such as administrative data and immigration statistics published by agencies of other countries.