Few studies investigating the psychological determinants of water consumption and conservation use metered household water data. Studies that have used metered consumption have found that individual-level motivations are often weak predictors. This may be due to the psychological determinants being measured at the individual level and metered consumption at the household level. This article contributes to the water consumption literature by (a) identifying the determinants of change in water consumption over time and (b) testing effects in single-person households where levels of analysis are equivalent. We applied models to data from South Australia (N = 410) and Victoria (N = 205) and found that variables at the individual, household, dwelling, and regional levels predict the initial level of consumption and/or its rate of change. Some individual-level variables were not significant predictors of household consumption but did predict individual consumption. We discuss these results in light of previous research and offer avenues for future research.
The paper outlines water conservation behaviours and assesses the level of congruity between the stated water use of householders against their actual metered consumption. A profile of high water users in three parts of South Australia is offered: two metropolitan areas differing in socio‐economic characteristics and a regional town. The research used a postal questionnaire, a follow‐up telephone interview and corresponding household water meter readings. Location, household size and annual household income have significant predictive qualities for high per capita water use. The number of times gardens were watered in a week, watering the garden more often than was permitted under the restrictions, and the manner in which conservation behaviours were carried out helped predict high per capita water use. Participants had an accurate idea of the magnitude of their water use and how it compared with that of other households. High water users knew that they were high consumers of water. Implications of the findings for water demand management are briefly outlined.
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