What is it about?

Policy and processes are interconnected instruments that can help achieve household water efficiency. This paper presents a new approach to evaluating public engagement carried out by water utilities in relation to reducing household water demand. Grounded in the use of the Message-Actor and Channel of communication (MAC) elements of engagement, the MAC model of communicative water practices positions as a tri-focal analytical lens for the systematic review of theoretical engagement standards discussed in the literature and household water efficiency plans discussed in water resources management plans developed by water utilities operating in areas under serious water stress.

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Why is it important?

I take a novel approach by juxtaposing three key elements discussed in the literature and policy for demand management and customer engagement; and use these to develop the form the MAC (Message Actor Channel) model of communicative water practices; and I also demonstrate the application of the model in the examination of water resources management plans developed by UK water utilities - this has not been studied elsewhere. Findings indicate that whilst public engagement is gaining traction as a pack of measures for promoting water efficiency in 'meter-oriented' or 'engagement-oriented' or 'flexibly-driven' water utilities seeking appealing to people's individual interest in saving water bills and/or their communal interest to protect water, the identity and understanding of the composition of the public is still ambiguous.

Perspectives

Writing this paper has been a rewarding experience. It is my hope that this paper will contribute towards bringing public engagement to the forefront of contemporary water demand management. More importantly, I hope that it spurs 'new thinking' around the planning, implementation and examination of public engagement in water utilities.

Fatima Ajia
University of Sheffield

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This page is a summary of: Examining adaptation using the Message Actor Channel (MAC) model of communicative water practices, Water Science & Technology Water Supply, October 2017, IWA Publishing,
DOI: 10.2166/ws.2017.200.
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