Finns prioritize urban centers despite contradicting happiness findings, says Migration Institute survey

A recent survey by the Migration Institute of Finland reveals a significant contradiction in domestic migration patterns: many Finns do not move to regions where they could experience greater happiness and life satisfaction. The findings, presented by researcher Tomas Hanell, indicate that most relocations are directed toward growing urban centers, despite evidence showing the highest satisfaction levels among those who move to sparsely populated rural areas.

The study, which involved over 4,000 participants and covered 82 percent of municipalities in mainland Finland, focused on the housing satisfaction and perceived meaningfulness and happiness experienced after moving. Surprisingly, around half of the respondents relocated from areas associated with high life quality to those deemed to have lower quality.

Even when their quality of life did not improve, movers often rationalized their decisions positively, a phenomenon Hanell describes as “post-hoc rationalization.” Individuals leaving larger cities for smaller ones or rural areas reported the highest levels of satisfaction and happiness. While proximity to city services is appealing, many desire the benefits of urban life without its downsides.

Younger individuals moving to the countryside are particularly struggling with a perceived reduction in their social networks, contrary to the expectation that rural life would foster a stronger sense of community. Johanna Niilivuo, a migration expert, acknowledges this challenge and emphasizes the need for rural community initiatives to cater to these newcomers’ desires.

The report also suggests that remote work could facilitate rural migration, but it’s still more prevalent in urban areas due to better infrastructure and job availability. Ultimately, the study dispels the myth that moving within Finland guarantees employment, with only three percent of migrating respondents being unemployed at the time of their move.