Canadian youth choosing transit-rich urban cores over suburbs, new study finds

December 16, 2013

Young adults want to live close to transit, high-density housing, and urban amenities, says research out of the University of Waterloo appearing in an upcoming issue of the Canadian Geographer.

Contrary to traditional ideas of neighbourhood gentrification defined along class lines, this research examines a new division of space, in urban core areas increasingly populated by young adults who have delayed child-bearing and increased educational attainment with a decline in economic prospects and the extension of a youthful phase.

Professor Markus Moos of the Faculty of Environment at Waterloo authored the paper entitled, "Generationed" space: Societal restructuring and young adults' changing residential location patterns. The paper uses Statistics Canada census data from 1981 and 2006, and focuses primarily on young adults between the ages of 25 and 34 in Montreal and Vancouver.

"The research shows that young adults are living in urban neighbourhoods that are in line with planners' sustainability goals, such as walkability and higher density," said Moos, a professor in the School of Planning at Waterloo. "Even after accounting for demographic changes, young adults in Vancouver today are more likely to live in higher-density housing than in the past, which indicates a shift toward mor¬e sustainable location patterns. These trends are influenced by ."

This research complements Professor Moos' findings that young adults today are earning less for doing the same jobs than previous generations. Sharp earnings declines are sometimes dismissed as resulting from longer periods in post-secondary education delaying entry to the workforce. However, even adjusting for this fact and inflation, Professor Moos still concludes that young adults are earning less than they did 25 years ago.

"Part of the reason are residing in higher-density locations is the lower incomes in a context of rising housing costs," said Professor Moos. "They are residing in higher-density neighbourhoods that cost less because of the small size of apartments. The data still shows households moving away from central areas when they have children. The young-adult stage of life is now the defining characteristic of many downtowns."

The study is part of a larger effort by Professor Moos to provide a more nuanced appreciation of the geography of our metropolitan areas, and joins his well-known, resource-rich online project called Atlas of Suburbanisms, mapping the characteristics of Canada's most populated areas.

Explore further: Less family homes, more high density needed

Related Stories

Less family homes, more high density needed

November 22, 2013

Australia may have enough large family homes and now needs smaller, more flexible, higher density housing, according to one of the nation's leading demographers.

'Obamacare' helping young adults get health insurance: report

December 11, 2013

(HealthDay)—More young adults have health insurance now than three years ago. And many of them are getting that coverage under a provision of the Affordable Care Act that allows them to stay on their parents' health policies ...

Recommended for you

Clues to ancient past—baby mummy, dinosaur skulls scanned

September 22, 2017

The mummified remains of a 7-month-old baby boy and pieces of skull from two teenage Triceratops underwent computed tomography (CT) scans Saturday, Sept. 16, at Washington University School of Medicine in St. Louis, in hopes ...

Neanderthal boy's skull grew like a human child's: study

September 21, 2017

The first analysis of a Neanderthal boy's skull uncovered in Spain suggests that he grew much like a modern boy would, in another sign that our extinct ancestors were similar to us, researchers said Thursday.

Early trilobites had stomachs, new fossil study finds

September 21, 2017

Exceptionally preserved trilobite fossils from China, dating back to more than 500 million years ago, have revealed new insights into the extinct marine animal's digestive system. Published today in the journal PLOS ONE, ...

0 comments

Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

Click here to reset your password.
Sign in to get notified via email when new comments are made.