Archive for the ‘behavioral change’ Tag

Exploring the Social Dynamics of Proenvironmental Behavior: A Comparative Study of Intervention Processes at Home and at Work

By Michael Nye and Thomas Hargreaves

Proenvironmental behavior is intrinsically related to the social contexts of interaction. Using theories of symbolic interaction, two team-based behavior change interventions are analyzed. This article highlights why policy studies should pay greater attention to the process of behavior change. The social dynamics and mechanisms of the intervention opens up opportunities for renegotiating environmentally friendly behaviors at home and in the workplace.

Behavior Change Programs:

  1. The Environment Champions Program (for workplace)
  2. The EcoTeams Program (for home)

The influence of social dynamics in shaping behavior has been studied by Geog (1999). Communities collectively negotiate new standards and expectations on how others should behave. It would then influence individual community members to adopt those behavior for two reasons; because because they think it is expected of them, and also because they expect others to behave similarly (Georg 1999, p 462).

1) The Environment Champions Program

The initiative was run from December 2006 to November 2007 by an environmental global charity, Global Action Plan. Promotes . Participants formed a team to discuss about environmental problems and actions in a construction company. It comprised of people from different departments, age, gender, and seniority in the company.

Framing Truths
An audit in January 2007 revealed that company’s office produced 11.7 tonnes of waste, 58% of which could have been recycled. Results from the audit provided verifiable justification and motivation to re-examine office practices to reduce environmental impact. However, it was met with resistance from the facilities team. While previously results from the audit was seen as a motivating factor because of it’s numeric nature, it was because of this numerical reason that the facilities team were able to easily contest campaign ideas without being seen as insensitive about the environment.

Positive changes of habits towards the environment was only achieved through collective social means. The Champion initiative worked by policing new social expectations and establishing informal proenvironmental rules.  For example, people “caught each other out” for leaving electrical appliances on, or when printing is done on a single sided page.

Outcome
29% decrease in waste and 5.4% decrease in electricity usage

2) The EcoTeams Program

The EcoTeams Program brings together 4 to 8 individuals within the same neighborhood to discuss about environmental problems and practical ideas for change. Participants measure their household wastage, energy usage and recycling for  4-6 months and send the figures to a team facilitator, who would give feedback on the achievements in that neighborhood.

Participants have prior interest on a green lifestyle. The program gave them the opportunity to see how well they “stacked up” against those who hold similar views and live similarly. The program also offered a sense of legitimization and social support, and as a safe forum for generation and exchange of green knowledge without being labeled “tree-huggers”.

Outcome
7% waste reduction and successful changes of environmental behavior across several areas of daily activity.

Conclusion

Social support, discussion and feedback are known drivers of environmentally positive behavior. However this article  highlights that those mechanisms work differently when used in different social contexts. I personally think that the social factor in influencing behavioral change can result in either compliance or resistance and that ultimately, it is up to how an individual sees and evaluates himself through others that will push them into action.

References: 

Nye, M. and Hargreaves, T. (2009). Exploring the Social Dynamics of Proenvironmental Behavior Change – A Comparative Study of Intervention Processes at Home and Work. Journal of Industrial Ecology 14(1): 137-149.

– glassleaves

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