Participatory research maximises community and lay involvementBMJ 1999; 319 doi: http://dx.doi.org/10.1136/bmj.319.7212.774 (Published 18 September 1999) Cite this as: BMJ 1999;319:774
- Ann C Macaulay, associate professor ()a,
- Laura E Commanda, policy adviser2,
- William L Freeman, directorc,
- Nancy Gibson, chairwomand,
- Melvina L McCabe, associate professore,
- Carolyn M Robbins, community advocatef,
- Peter L Twohig, research associate, for the North American Primary Care Research Groupg
- a Department of Family Medicine, McGill University, Herzl Family Practice Centre, SMBD Jewish General Hospital, 3755 Cote Ste Catherine, Montreal, Quebec, Canada H3T 1E2
- b PO Box 37, Serpent River First Nation, Cutler, Ontario, Canada P0P 1BO
- c Research Program, Indian Health Service, Public Health Service, 5300 Homestead Road NE, Albuquerque, NM 87110-1293, USA
- d Department of Human Ecology, 3-02 Human Ecology Building, University of Alberta, Edmonton, Alberta T6G 2N1, Canada
- e University of New Mexico, Department of Family and Community Medicine, 2400 Tucker Ave NE, Albuquerque, NM 87131, USA
- f 2400 Rio Grande Blvd NW PMB#1-138, Albuquerque, NM 87104-3243, USA
- g Department of Family Medicine, Dalhousie University, 8th Floor, Abbie J Lane Building, 5909 Jubilee Road, Halifax, Nova Scotia, Canada B3H 2E2
- Correspondence to: Dr Macaulay
- Accepted 19 August 1999
Participatory research attempts to negotiate a balance between developing valid generalisable knowledge and benefiting the community that is being researched and to improve research protocols by incorporating the knowledge and expertise of community members. For many types of research in specific communities, these goals can best be met by the community and researcher collaborating in the research as equals.
The knowledge, expertise, and resources of the involved community are often key to successful research
Three primary features of participatory research include collaboration, mutual education, and acting on results developed from research questions that are relevant to the community
Participatory research is based on a mutually respectful partnership between researchers and communities
Partnerships are strengthened by joint development of research agreements for the design, implementation, analysis, and dissemination of results
Results of participatory research both have local applicability and are transferable to other communities
This integrative review is based on a search of medical, nursing, and social science databases and ethical research codes. The material selected had to be significant theoretical works, source documents, or concrete examples of participatory research. We assessed the texts on the basis of our own experiences as members of Native communities (LEC, MLMcC, CMR) and researchers (WLF, NG, ACM, MLMcC, PLT) in participatory research projects. The preliminary draft was reviewed by a wide range of researchers and community members. The members of the North American Primary Care Research Group reviewed and accepted the final draft as a ploicy statement for participatory research This article summarises that document (the full document can be found at http://views.vcu.edu/views/fap/napcrg98/exec.html).
Why participatory research?
Participatory research began as a movement for social justice in international development settings.1 It was developed to help improve social and economic conditions, to effect change, and to reduce the distrust of the people being studied.2 Although different applications and labels include “action research” and “participatory action research,”1–3 all provide a framework to respond to health issues within a social and historical context.
Collaboration, education, and action are the three key elements of participatory research. Such research stresses the relationship between researcher and community, the direct benefit to the community as a potential outcome of the research, and the community's involvement as itself beneficial. “When people form a group with a common purpose, investigate their situation, and make decisions … [they] are transformed—losing fear, gaining confidence, self-esteem, and direction.”3 A goal is that research subjects should “own” the research process and use its results to improve their quality of life.
A community is a group of people sharing a common interest—for example, cultural, social, political, health, economic interests—but not necessarily a particular geographic association1
Participatory research is the process of producing new knowledge by “systematic inquiry, with the collaboration of those affected by the issue being studied, for the purposes of education and taking action or effecting social change”1
Collaboration in participatory research is a partnership among equals with complementary knowledge or expertise
A partnership is a mutually respectful relationship based on sharing responsibilities, costs, and benefits leading to outcomes that are satisfactory to all partners
Although participatory research uses familiar qualitative and quantitative research methods, it can itself be health promoting by enhancing resiliencies that exist in all communities.4 Especially in disadvantaged communities, it assists with self empowerment by removing barriers and promoting environments within which communities can increase their capacity to identify and solve their own problems.5
Collaborating with communities
Participatory researchers in North America have partnered with unions, women's organisations, and disadvantaged or disempowered peoples such as American Indian, Alaska Native, Canadian First Nations, and Inuit peoples.6 7 They have also partnered with groups not usually considered to be communities, such as people in hazardous work environments, astronauts, and people with a specific disease.8
Research can entail varying degrees of participation. Much conventional research limits interactions between researchers and subjects to instrumental relationships prescribed in the protocol. Other research has more involvement of subjects but does not share power in decision making and thus is not “participatory.” Even multicentred, randomised clinical trials can be done in true partnership with communities—to maximise community benefits, minimise community harms, and incorporate the social context—while preserving the trials' scientific rigour.16
The Royal Society of Canada outlined the nature of collaborative relationships and steps to achieve them and offered guidelines and categories for classifying participatory research projects.1 Attributes of researchers and community members contributing to successful partnership and outcome include ability to build respectful relationships and engender trust; awareness of political issues; self awareness of biases and perspectives; tolerance for complexity, unpredictability, and conflict; seasoned group process skills and commitment to equality of relationships and conflict resolution.12 17
Until recently, ethical codes have concerned individuals primarily as passive subjects of research. Community harms and benefits, and active community participation in research, are increasingly recognised.18 Australian and Canadian codes describe the ethical conduct of research with Native communities in participatory research terms.19 20 Universities and Native organisations and communities have developed ethical guidelines and checklists.7 10 13 21 22 Most guidelines cover all four phases of research—design, implementation, analysis, and dissemination—and have underlying principles and obligations similar to covenantal or familial ethics.18 23
Participatory research is strengthened by local, jointly negotiated, ethical codes or agreements that ensure the sharing of leadership, power, and decision making from design to dissemination.24 These local codes should identify the ethical and political issues; reflect local culture, needs, and interests; and maximise close collaboration between the researcher and community partners.10 The partners should agree on their roles and responsibilities, desired outcomes of the research, measures of validity, control of the use of data and funding, and channels to disseminate findings.1 7 10 12 13 24 Some communities, for example, have requested—and researchers have agreed—that publications will include dissenting views of both researchers and community, if the partners cannot agree on the interpretation.10
Discussing all results with the community allows for joint interpretation of the data. This increases the cultural and internal validity of the results and so strengthens the science; minimises harms (for example, external stigmatisation of individuals and the community, self stigmatisation, and community disruption); and maximises benefits.7 10 13 21 25 26 Important outcomes of ethically sound participatory research have included ongoing capacity building of collaborators—for example, training, and better infrastructure, data collection, and storage—stronger receptivity to collaboration by researchers, stronger community voice in policy, and greater mutual trust.
Examples of participatory research projects
Kahnawake schools diabetes prevention project, Canada9
This participatory research project is being conducted with a Mohawk community (population 7000) in Canada. The long term goal is primary prevention of type 2 diabetes, by promoting healthy eating and increased physical activity among 6-12 year old children. Kahnawake is represented through a community advisory board of 25 volunteers from the health, educational, political, recreational, social, spiritual, economic, and private sectors and the full time project staff.
The community is a full partner. It participated in (a) developing the goal and objectives, (b) planning and implementing the intervention and evaluation, (c) outlining the obligations of researchers and community in the code of research ethics,10 (d) collecting and interpreting data, (e) reviewing lay and scientific publications, and (f) disseminating results. Their collective wisdom adds a perspective that broadens interpretations, increases the project's effectiveness, helps to decrease harm and improves the credibility of oral and written results, which saves the community from potential stigmatisation. The community had substantial influence by requesting that the project focus on children (which matched the scientific theory that lifestyles are learnt at an early age); by reaffirming to the funding agency that the two community schools should be analysed together, because comparisons by schools would be contrary to community values; and by convincing researchers to postpone a food services intervention until there was greater community acceptance. The community was responsible for implementing and enforcing a schools healthy nutrition policy, increasing physical resources by building a recreation path, and expanding social resources with a dozen new yearly events Finally board members ensure cultural relevance, promote the objectives, and are community role models for healthier lifestyles.
Early evaluation described baseline measures from Kahnawake and the comparison community.9 The board and researchers are currently analysing data from the four year evaluation. This project, however, has demonstrated Kahnawake's self empowerment, increase of physical and social capacity, and how the participatory model improved the research to benefit the community. In turn, the community sustained the project with its own funds for one year, when grants were not available, and is using the newly acquired knowledge, skills, and experiences for continuing healthcare planning.
Nutrition education for low income, urban women, Halifax, Canada11
The study, based on participatory research with a community organisation, addressed nutritional inequities, empowering a group of socially disadvantaged women to initiate collective action to improve their nutrition.
Boston healthy start initiative, United States12
This federally funded project was associated with a decrease in infant mortality and showed that communities had a major role in redefining services and power relationships in health programmes.
Wai'anae cancer research project, Hawaii13
The community participated in all phases, from the development of a grant proposal through to data interpretation. Culturally appropriate interventions increased breast and cervical cancer screening among Native Hawaiian women, improved health services, increased the women's research skills, and produced economic benefits.
Injury prevention programme, Motala, Sweden14
This project doubled the use of infant car seats. The municipality formed a safety board and continued the project after the researchers handed it over to local practitioners.
Primary care health facilities, Soweto, South Africa15
This project involved all stakeholders in the process of developing primary health facilities.
Solving problems and resolving conflicts
The roles, responsibilities, and contributions of researchers and community members may shift during the lifetime of the project. Partners may change their agendas, with an adverse effect on the research Membership of the team may change; people with different experiential, theoretical, or methods skills and knowledge may be recruited. Such events are managed best in an established atmosphere of mutual respect. Disagreements and conflict should be anticipated by also having mechanisms in place to address changes of research design, of personnel, and of mind.7 11–24
What the researcher and participating community should negotiate
Research goals and objectives
Methods and duration of the project
Terms of the community-researcher partnership
Degree and types of confidentiality
Strategy and content of the evaluation
Where the data are filed, current interpretation of data, and future control and use of data and human biological material
Methods of resolving disagreements with the collaborators
Incorporation of new collaborators into the research team
Joint dissemination of results in lay and scientific terms to communities, clinicians, administrators, scientists, and funding agencies
Research traditionally considers individuals and communities as passive subjects. Current developments in health partnerships, ethics, and research methods, plus an expanding recognition of what constitutes expert knowledge needed for research, support the active participation of community members.25 26 Results of a participatory research project, which are transferable and applicable elsewhere, include new findings and theoretical models, design, procedures for developing community advisory committees and partnerships, and data format and methods of collection. Community specific results include increased local knowledge and capacity, self empowerment, improved health outcomes, and community planning.
Participatory research also has potential problems. Researchers may inadvertently collaborate with a minority section of the population that does not represent the collective interests of the entire community. The time needed for a project may exceed what the researcher can give. Researchers may be left with nothing if a community changes its priorities, as may communities if the researcher leaves for a career change. Another problem is unrealistic expectations for community based projects; a one year project may not produce measurable changes in markers of conditions that developed over generations—for example, HbA1c for diabetes.27 Participatory research, like all research, is not guaranteed to succeed, but nevertheless it is often rewarding for all partners. Funding agencies and researchers increasingly recognise that important potential benefits of participatory research exceed its potential costs. Moreover, the lessons learnt in participatory research are applicable to primary health care as it increases lay involvement, encourages community development, and promotes mutually respectful partnerships between researchers and the community.28
The North American Primary Care Research Group can be contacted at PO Box 8729, Kansas City, MO 64114, USA (http://views.vcu.edu/napcrg/napcrg.html). The views in this paper do not necessarily represent the views of Indian Health Services, United States.) and at their website (
We thank the many people who reviewed the document for the North American Primary Care Research Group and offered suggestions and criticisms, including A Adelman, C Ballew, J Borkan, K Borre, AJ Cave, M Carew, P Cochran, M Daniel, MJ DuBois, B Ewigman, G Feldberg, M Fetters, G Gibson, T Gilbert, A Gillies, K Gjeltema, K Glass, R Goins, I Grava-Gubins, LA Green, LW Green, T Greenhalgh, T Groves, S Gryzbowski, K Guthrie, J Haggerty, N Hansel, S Harris, CP Herbert, M Holliday, K Kandola, AL Kinmonth, M Labrecque, EB Leibow, L Levesque, M Malus, LM Marquez, B Masuzumi, LH Miike, W Miller, A Nichols, W Norcross, P Nutting, G Paradis, A Pasternak, D Pathman, W Phillips, J Reading, L Potvin, M Saulis, A Schofield, SM Shinagawa, T Stephens, M Stewart, S Tatemichi, M Tangimana, K Raine Travers, L Voakes, J Ward, C Weijer, P Woolfson, and D Wrightson.
We also thank the graduate students in PHS 540 at the University of Alberta, who reviewed the article and contributed to the references, especially S Barnsley, S Hulme, L Marquez, J Mignone, K Patzer Finally, we thank M Turnbull who checked and formatted the many references.
Funding PLT was funded in part by the North American Primary Care Research Group.
Competing interests None declared.