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Decentralised water systems: emotional influences on resource decision making
1CSIRO Ecosystem Sciences, Water for a Healthy Country Flagship, Brisbane, QLD 4001, Australia. aditi.mankad@csiro.au
Environment International
|February 10, 2012
Summary
Understanding community emotions like risk and threat perception is key to promoting decentralized water systems. Tailoring messages effectively can boost acceptance and adoption of these vital environmental solutions.
Area of Science:
- Environmental Science
- Environmental Psychology
Background:
- Community resource decision-making is increasingly influenced by emotional factors.
- Decentralised water systems (e.g., rainwater tanks, greywater systems) offer sustainable solutions but face adoption challenges.
- Understanding the psycho-social drivers of acceptance is crucial for widespread implementation.
Purpose of the Study:
- To review the influence of emotion, risk, and threat perception on the acceptance of decentralised water systems.
- To examine the role of message framing in decision-making regarding water technologies.
- To identify key predictors for community acceptance of on-site water sources.
Main Methods:
- Literature review synthesizing research on emotion, risk perception, and message framing in environmental decision-making.
- Analysis of psychological concepts influencing community acceptance of decentralised water systems.
- Exploration of trust and framing as mediators in adoption processes.
Main Results:
- Emotion, risk, and threat perceptions significantly impact individuals' decisions to adopt decentralised water systems.
- Message framing strategies can be tailored to influence acceptance rates.
- Trust and framing are important psychological constructs in understanding community adoption.
Conclusions:
- Targeting emotion-based concepts like risk and threat can facilitate the adoption of decentralised water systems.
- Further theoretical development is needed to advance social science research in this area.
- Exploring diverse emotional influences is recommended for future studies on on-site water solutions.
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