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SHIFT:
Study of Health In Families in Transition:
A Multi-Site Pilot Study
Background
Integrating walking and bicycling into the daily travel
routines of Americans is a practical way to attain the health
benefits of regular physical activity. Walking and cycling
in place of driving also help alleviate traffic congestion,
save energy, reduce air and noise pollution, conserve land,
and produce various other environmental benefits. Enhancing
community environments to support safe walking and bicycling
serve as a promising approach to increase physical activity
and help the environment. However, nearly all research to
date uses cross-sectional study designs that limit understanding
about the causal relationship between the built environment
and health-related outcomes. Therefore a team of researchers
from universities across the country will compare changes
in physical activity levels, eating behavior, and body mass
index among children and adults who move into newly constructed,
neo-traditional neighborhoods† and those who move
into newly constructed conventional neighborhoods.‡
Research Aims
- Examine the feasibility of collecting pilot data to
study the effect of moving to neo-traditional and conventional
neighborhoods on families’ eating and physical activity
behaviors.
- Demonstrate the feasibility of working with developers
and builders to obtain relevant outcome and exposure data
related to physical activity, eating behavior, and obesity
among families moving into the target neighborhoods.
Methods
Families will be recruited for the study before and after
they move to either a newly constructed conventional neighborhood
or a newly-constructed neo-traditional neighborhood. These
neighborhoods have been selected from diverse areas across
the country including St. Louis, MO, San Diego, CA, Sacramento,
CA, Denver, CO and Atlanta, GA. Instruments and Geographic
Information Systems (GIS) data bases will be developed for
assessing outcome and exposure data related to physical
activity behavior and eating behavior among adults and children.
In addition, observations of the food environment in a sample
of stores and restaurants will be collected in pre- and
post-move neighborhoods.
Innovation and Use of Findings
This pilot study will lead to further prospective research
that will address current gaps through its control of temporal
relationships and examination of multiple community and home
environmental influences associated with physical activity,
diet, and obesity. Furthermore, by including high-risk, low-income
families within geographically diverse environments, the study
promotes greater generalizability of the research findings.
Funding
This study is funded by the Robert Wood Johnson Foundation.
For more information contact: Cheryl Carnoske, RD, Saint
Louis University School of Public Health, 3545 Lafayette
Avenue, St. Louis, MO 63104; 314.977.8255; carnoske@slu.edu
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†Neo-traditional
neighborhoods are compact communities designed to encourage
bicycling and walking for short trips by providing sidewalks
and destinations close to home and work . The grid-like
street networks promote connectivity and short walking distances.
‡Conventional
neighborhoods tend to segregate commercial and residential
land uses. Blocks and streets are often wide and long, generating
higher speed traffic, particularly on commercial streets.
The street networks often involve cul-de-sacs and a hierarchical
system in which minor streets feed into collector streets
which then funnel into large arterials.
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Project Team
Ross C. Brownson, PhD
Saint Louis University
Principal Investigator
Christine Hoehner, PhD
Saint Louis University
Co-Principal Investigator
Cheryl Carnoske, RD
Saint Louis University
Research Coordinator
Nicholas Ruthmann
Saint Louis University
Research Assistant
Larry Frank, PhD
Lawrence Frank and Company, Inc.
Co-Principal Investigator
James Hill, PhD
University of Colorado
Co-Principal Investigator
Nicole Edwards
University of Colorado
Professional Research Assistant
Sherry Ryan, PhD
San Diego State University
Co-Principal Investigator
James Sallis, PhD
San Diego State University
Advisor
Susan Handy, PhD
University of California, Davis
Co-Principal Investigator
Karen Glanz, PhD
Emory University
Consultant
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