Understanding social preferences for land use in wastewater treatment plant buffer zones

• Published in: Landscape and urban planning Vol. 178; pp. 208 - 216
• Main Authors: Iftekhar, M.S., Burton, M., Zhang, F., Kininmonth, I., Fogarty, J.
• Format: Journal Article
• Language: English
• Published: Elsevier B.V 01.10.2018
• Subjects: Choice experiment; decision making; Environmental planning; land use; natural resources conservation; Non-market values; Odor buffer zone; people; Urban and land use planning; wastewater treatment; Wastewater treatment plant; Western Australia; Willingness to pay; Western Australia; Odor buffer zone; Urban and land use planning; Wastewater treatment plant; Non-market values; Willingness to pay; Environmental planning; Choice experiment
• ISSN: 0169-2046; 1872-6062
• DOI: 10.1016/j.landurbplan.2018.05.025

•The first choice experiment study of land uses within treatment plant buffer zones.•A between-subject design to test effect presenting information visually.•A clear, consistent preference for nature conservation.•Presenting information visually is associated with use of more information. This study explores community preferences regarding alternative land uses in wastewater treatment plant buffer zones in Western Australia. The study uses the choice experiment method, and is the first study to apply this method to the context of wastewater treatment plant buffer zone management. In the study there are two information conditions and four land use options. In the first information condition different land use options were presented using text and tables only. In the second information condition land use options were presented visually as maps alongside the text and table information. A between-subject design is used to test how the presentation of information influences people’s preferences for different land use options. For both information conditions the most preferred land use option is nature conservation. Presenting visual information was found to reduce the tendency of respondents to select the status quo option, and was also associated with evidence of increased use of information for decision making. Comparing the value of the optimal land use mix to current real world buffer zone land uses identified the possibility of material welfare gains from reallocating land in buffer zones towards nature based land uses.