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. Author manuscript; available in PMC: 2009 Sep 1.
Published in final edited form as: Prev Med. 2008 May 16;47(3):309–312. doi: 10.1016/j.ypmed.2008.05.007

Table 1.

Study characteristics for each category of dog ownership/walking.

Variable Non-owners (n = 1578) Owners/Non-walkers (n = 183) Owners/Walkers (n = 429) Significant Differences
% Female 49% 45% 45% NS
% Non-White 28% 22% 15% OW<ONW<NO
Education NS
  Less than college 34% 41% 35%
  College graduate 35% 31% 34%
  Graduate school 30% 28% 31%
Household Income
  Low 16% 7.5% 9% NO> OW>ONW
  Middle 41% 31% 30% NO> OW=ONW
  High 43% 61.5% 61% NO< OW=ONW
Neighborhood Income (% High) 49% 55% 61% NO<ONW<OW
Age (years) 45 ± 11 47 ± 9 46 ± 10 OW=ONW>NO
Accelerometer MVPA (minutes/day) 33 ± 24 27 ± 21 35 ± 24 OW>ONW=NO
Meeting MVPA Recommendations (% Yes) 46% 33% 53% OW>NO>ONW
Weight Classification
  % Overweight 34% 34% 43% NO<ONW<OW
  % Obese 22% 28% 17% OW<NO<ONW
Neighborhood Walkability (% High) 53% 32% 47% NO>OW>ONW

Participants were recruited from 32 neighborhoods in the Seattle, WA and Baltimore, MD regions during 2002 – 2005. Data are presented as means ± standard error for continuous variables and as percentage (number of participants) for categorical variables. Omnibus F and overall Chi Squared tests were significant at p ≤ .002. Post-hoc differences between categories of dog ownership/walking are significant at < .05. NS = not significant; NO =non-owner; OW = owner/walker; ONW = owner/non-walker