Background
Over the past two decades, obesity rates have nearly doubled and physical activity levels have decreased among Canadian youth and adults causing concern among public health practitioners [
1]. According to measured height and weight data from the 2008 Canadian Community Health Survey (CCHS), 62.1% of adult Canadians are overweight or obese, with 25.4% classified as obese [
1]. The Community Health Measures Survey data from 2007–2009 indicates that only 15% of Canadian adults and 7% of children and youth aged 6 to 19 years of age meet the recommended physical activity guidelines [
2,
3]. In 2009–2010, 45.2% of Canadians reported that they were inactive, with physical activity decreasing with age [
4]. In rural settings, residents have been found to have significantly higher obesity rates and lower physical activity rates than their urban counterparts [
5-
8]. This is significant as the rural population in Canada in the 2011 Census was 19% of the total population [
9].
To address physical inactivity and obesity, public health practitioners are increasingly looking to complement individual and family level interventions with more population-based or community level interventions targeting determinants of health to improve population health [
1,
10]. The built environment is one such environmental determinant of health. The built environment includes physical structures of human-made environments such as housing, schools and commercial centres; parks and public spaces; transportation infrastructure such as streets and highways, paths, and sidewalks; and neighbourhoods [
11]. This study focused solely on the built environment as it relates to physical activity.
Most reviews and meta-analyses conclude that built environment characteristics and policies may encourage, provide opportunities, present barriers, or constrain physical activity, as it can influence whether a person engages in physical activity and the frequency in which they do so [
12-
16]: For a full review of the literature refer to [
17-
20]; However, much of the literature focuses on urban and suburban settings. There is a paucity of information related to the built environment in rural settings. One systematic review by Frost et al. [
21] specifically addressed built environment and physical activity in rural locations by examining barriers to and motivators of physical activity among rural populations. Research in rural contexts has been repeatedly noted to be a research gap [
16,
22,
23].
In the past decade there has been an explosion of interest regarding the potential contribution of built environments particularly land use planning and transportation, on levels of physical activity and to a lesser extent, on weight/obesity [
24,
25]. In the province of Ontario in Canada, the important link between the built environment and healthy communities has been recognized at a provincial level with incorporation of the built environment into the Ontario Public Health Standards (OPHS) policies.
There are 36 public health units in Ontario each serving a distinct geographic region that are individually responsible for serving the population within their borders [
26]. They are staffed by public health nurses, public health inspectors, public health physicians, health promoters, dietitians and epidemiologists, typically with a medical officer of health (MOH) as head of management. The OPHS outline core functions of public health units and expectations for boards of health, which are responsible for providing public health programs and services in Ontario [
27]. Public health units deliver health promotion and disease prevention programs designed to improve population health. Programs and services include: chronic diseases and injuries; family health; infectious diseases; environmental health; and emergency preparedness. Public health units are now legislated through the OPHS to incorporate the built environment into their Chronic Disease Prevention (CDP) and Environmental Health Hazard Programming [
27], yet little is known about how health units who service rural settings are integrating built environment interventions into their programs.
Three reports and case studies outline some initiatives that public health agencies are involved with in the areas of land use planning and the built environment to promote healthy communities [
25,
28,
29]. Malatest & Associates Ltd. [
28] completed an environmental scan in Ontario to determine the involvement of public health agencies in the area of land use planning and the built environment [
28]. Two-thirds of the twenty-eight health units that participated stated they were involved in developing policies, programs and initiatives related to land use planning and the built environment [
28]. However, little detail is provided on the types of interventions being employed.
Tucs & Dempster [
25] examined seven community case studies focused on promising practices to create healthier communities through community design, land use planning and planning policy development in Ontario [
25]. A few of these case studies includes health unit participation.
Perrotta [
29] examined how ten public health units in Ontario, three of which are rural, were working to influence land use and transportation planning processes to help create healthy and sustainable communities. The report outlined interventions and strategies employed to influence land use and transportation planning, the expertise needed to address this, and the tools and research that health unit staff require to be more effective in this field. However, none of the reports are specific to rural settings or physical activity.
The purpose of this study was to explore how rural health units in Ontario are integrating the built environment into public health interventions related to physical activity. The unique challenges addressing the built environment in rural settings and the lack of research in this area were the impetus for investigating this topic.
Methods
This exploratory research study employed a fundamental descriptive, qualitative approach, which provides a thorough summary of events or phenomenon in everyday language and is the method of choice when straight descriptions of phenomenon are desired [
30]. True to the tenets of fundamental qualitative description, the researcher did not utilize a conceptual or philosophical framework to describe the events or phenomenon [
30].
This study employed two stage purposeful sampling. Of 36 health units in Ontario, 13 are considered ‘rural northern’ or ‘mainly rural’ based on Statistics Canada’s 2007 peer groups [
26]. All thirteen health units were recruited. An email requesting participation was sent to each health unit’s MOH or Director. Once a response was received from the MOH, the MOH’s assistant, or Director, a recruitment e-mail was sent to the staff members within the health unit who were identified as having in-depth knowledge about the topic. They included public health practitioners and managers identified by the MOH or Director as the most knowledgeable about program planning, implementation, and policy development in relation to physical activity and the built environment. In two instances, two staff members were identified by the MOH or Director; therefore, both participants were included at the health unit’s request. A letter of consent was signed by each participant.
In-depth 60–90 minute telephone interviews were conducted by the first author and audio-taped with one exception of a participant who did not provide consent for audio-taping. A semi-structured interview guide was used (see Additional file
1). The researcher made field notes after each interview noting insights and reflections [
31]. They served as a back-up in the event of audio-recording failure [
32] as well as captured reflections to assist analysis.
Data collection and analysis were done concurrently. Transcripts were transcribed verbatim by the first author and a paid transcriptionist. The work conducted by the paid transcriptionist was carefully reviewed by the first author to ensure accuracy. Interviews were stripped of identifying information to protect confidentiality. Qualitative content analysis was used to analyze the data.
Using the qualitative software program NVivo9, an initial coding structure was constructed by the first author as patterns and themes were identified [
33,
34]. Analysis was inductive and themes were built from the bottom up. To minimize interpretation and stay as close to the data as possible, the initial coding structure was constructed using words and sentences directly from the transcripts [
33]. Data was then collapsed into larger categories or ‘chunks’, moving towards broader generalizations [
33,
34]. Broader generalizations and themes aided in summarizing and answering the primary research questions. The final coding structure and coding for a selected set of interview transcripts were reviewed by a second researcher (RV) to increase confirmability of results. Data saturation was achieved, as no new themes or concepts emerged.
To ensure descriptive validity, member checking was conducted. It involved sending summarized results in tables to participants to ensure they accurately reflected their experiences and thoughts. Feedback provided validated the themes.
Ethics approval was received from the Faculty of Health Sciences Research Ethics Board in March 2012 prior to the commencement of the study. Ethics approval was also sought from each participating health unit’s internal review board when required.
Discussion
This study demonstrated that there is much work being conducted in health units serving rural communities in Ontario.
Participants focused a lot of their discussion around two highly interconnected themes: policy related activities and establishing and working with community partners. Policy work was often done in collaboration with community committees and coalitions and involved the public health sector working with non-traditional partners, such as municipal planners and engineers. It also involved reviewing and providing feedback on official and master plans regarding active transportation and planning and design of healthy, sustainable communities. Historically, public health practitioners and planners collaborated in the 19
th century to address public health concerns, such as infectious diseases associated with overcrowding and poor living conditions [
11,
18]. Many researchers and policy makers have called on public health officials to reconnect and work with land-use planners, builders and engineers to address the built environment, particularly around physical activity and active communities, to ensure that health impacts are considered when planning and making decisions about the built environment [
11,
16,
36]. This study clearly indicates that the relationship between public health and planning is being reestablished, as planners and public health professionals now partner in designing healthy communities to address chronic disease prevention and risk factors such as obesity and physical inactivity. The role of public health has become clearer for planners, engineers, municipalities and counties, as public health’s input has been sought for local planning decisions related to healthy communities. Formal mechanisms to improve intersectoral collaboration include: creating cross-sector committees to address community priorities; interprofessional conference attendance, and collaborative training sessions with public health practitioners and planners.
Recommendations have been made for public health practitioners to advocate for or participate in local planning processes to support and/or contribute to policies, master plans, smart growth principles, and planning and zoning meetings to create healthier environments [
13,
18,
37]. This has seemingly struck a chord, as the current study found health unit policy activity participation was primarily at the county and/or municipal level. The current study indicates public health and community partners are participating in the policy process through planning. Planners and public health staff are also collaborating successfully in rural areas. All respondents discussed their health unit’s involvement in influencing municipal or regional planning policies from a public health perspective. Participating in the development of local strategic policy documents enables health agencies to respond to local community needs and their unique contexts. However, no examples were found in the literature evaluating the effectiveness of public health’s input into municipal policies, such as planning documents. Public health input is being sought by municipalities, but in the absence of long term evaluation, the effectiveness of this input and whether this has improved health outcomes is unknown. Evaluation is needed to determine whether input into and participation in this process has measurable changes to municipal plans themselves and whether these changes translate into any long term health outcomes.
The Rural Communities Impacting Policy project found people living in rural communities are often excluded from policy decisions [
38,
39]. Dukeshire & Thurlow [
38] reported rural communities face significant challenges in the policy arena such as: lack of understanding of the policy process; lack of community resources, education and training; and lack of access to information such as research. Further, Aytur et al. [
40] found public health practitioners were less involved in rural planning processes than urban ones. However, the current study suggests public health professionals and community partners are participating in the policy process as it relates to planning documents in rural settings. The current study did not compare urban with rural health units, but examined the degree of rurality of participating rural health units. It would be valuable to compare urban and rural health units in Ontario to determine the extent to which they are participating in the policy process, if the above mentioned challenges exist in more urban settings, and to determine the successes and challenges regarding the policy process.
Participants discussed the need for information sharing among health units serving rural populations such as how-to documents and tools for practitioners to contribute to planning documents, such as standardized templates for reviewing planning applications and policy documents. A locally driven collaborative project titled, “Building Rural Health Communities Research Project”, is underway to identify evidence-informed strategies and models of practice for land use planning policies, procedures and designs for the built environment to improve population health outcomes . The aim is to develop a toolkit to advise public health professionals, land use planners, municipal staff and elected officials of effective strategies and models of practice.
The importance of developing partnerships and multi-sectoral collaboratives has been highlighted repeatedly [
11,
16,
29]. Working in collaboration with community partners, networks, governmental bodies both with and outside the health sector is a foundational principle in the OPHS [
27]. Hence, it is not surprising that all participants highlighted working with partners. In rural settings, with large geographic distances between points of interest and fewer resources (human and financial), the need for more comprehensive, collaborative efforts may be even more important. Aytur et al. [
40] found planners were more likely to collaborate on active transportation plans with more non-traditional interest groups, such as business groups and non-profit groups in rural settings than when developing urban plans. However, public health staff were less likely to be involved with planners in rural settings. The authors indicated there was greater collaboration and partnership building in rural settings but less public health involvement [
40]. Contrary to this work, the current study found public health staff were collaborating with many non-traditional partners, such as planners, on many interventions including transportation plans. This may be due to the public health shift towards more policy development activities. The OPHS have established requirements for fundamental public health programs and services, which includes health promotion and policy development [
27]. Half of the participants in the current study mentioned the OPHS as influencing their health unit in addressing the built environment.
The theme- gathering and providing evidence- confirms the need for evidence-based decision-making during program development and implementation. Participants acted as knowledge brokers providing evidence on the relationship between the built environment and health and local health status information. Most evidence was subjective in nature and based on community perceptions, which is important as perceived safety of one’s environment can play a major role in the decision to engage in active transport [
8,
18]. Data collection at the health unit level that is based on community perceptions may be of great significance in addressing local physical activity levels. Many studies have examined the perceived environment and found personal preferences and perceptions can impact active transportation and physical activity [
19,
23,
41]. Many participants noted that there were little to no evaluations being done of interventions coinciding with the work by Dunn [
19] who addresses complexities of evaluating built environment interventions in population health.
Although many interventions are being employed across Ontario to address built environment and physical activity, it is likely that comprehensive programming – including a combination of interventions – will be more successful than any one intervention alone. For example, approaches should combine health education and awareness raising to increase community support, as well as healthy public policies. Pucher, Dill & Handy [
42] summarized international case studies where comprehensive interventions in cities were successful at promoting active transportation. They included a wide range of policy interventions, infrastructure changes and marketing campaigns. The urban case studies indicate that individual interventions to promote cycling are effective, but substantial increases in bicycling require multi-faceted packages of many different and complementary approaches. The current study identified a myriad of interventions are being employed in rural settings such as: developing and implementing supportive policies around planning and design of healthy communities; partnership building, particularly intersectorally; gathering evidence on associations between built environments and physical activity levels; and social marketing campaigns. However, the current study did not evaluate the effectiveness of individual interventions or which combination of interventions would be most effective to improve physical activity levels. Future research is needed to explore complex multi-component interventions.
A number of limitations of this study are important to point out. As noted by many participants and supported by Dunn [
19], the importance of local context must be emphasized in studying public health interventions. The degree of rurality of each region in this study varied greatly. Thus the term ‘rural’ should not be used as a ‘catch all’ term. Interview questions in this study did not probe for differences in interventions with respect to these rural contexts. This study did not expose variability well and, therefore, limited analysis explored inter-rural differences. This is a gap found in the literature as well. Although there were no clear differences seen based on governance, geography (land mass), and population density in this study, future researchers should identify what constitutes variations of ‘rural’, and investigate what role these characteristics have on success of built environment interventions.
Also, limiting interviews to key informants from each health unit may have influenced the depth of data collected. Many health units service large geographic regions and respondents were only able to speak to knowledge of their specific community particularly where numerous satellite offices or multiple counties and/or districts existed. Focus groups may have provided more comprehensive representation of interventions being employed. Also, it was not always clear if interventions were occurring in more populated rural regions versus hamlets or villages. Further probing would have provided more contextual information that would have assisted transferability of findings and assisted in analyzing for inter-rural differences. Conducting case studies could overcome this limitation.
Research results were shared with participants in a research summary and fact sheets tailored to managers and practitioners. Participants were encouraged to share this information with colleagues, particularly within CDP or other relevant programs. Additionally results were communicated with and distributed to professional groups, including the Ontario Public Health Associations Built Environment Working Group and the project coordinator of the Public Health Ontario Locally Driven Collaborative Project on rural built environment. The latter is a rural best practices project which aims to fill an identified gap regarding best practices in these settings.
Despite these limitations, results highlight the breadth of work being conducted in rural Ontario that address the built environment and physical activity. They help to inform public health practitioners, managers, decision-makers, and policy-makers about the multiple ways to contribute to comprehensive built environment activities that include a mix of: policy work, intra and intersectoral partnerships, community assessments, program development and implementation and social marketing within their rural environments.
Competing interests
The authors declare that they have no competing interests.
Authors’ contributions
CC led the study, conducted all of the interviews, analyzed the data and wrote the first draft of the manuscript. RV helped to conceptualize the study, provided intellectual advice, contributed to data interpretation and helped to revise various drafts of the manuscript. JDE assisted with data analysis, interpretation of study findings and editing of the paper. All authors participated in the study design, helped to revise drafts of the manuscript and also read and approved the final manuscript.