Sara Suárez-Fernández , María A. García-Valiñas , Roberto Martínez-Espiñeira
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引用次数: 0
Abstract
Water demand is often found to be relatively price-inelastic, with substantial percentages of water consumption irresponsive to price changes. This does not mean that households are insensitive to price changes or unresponsive to tariff reforms. In order to explore the latter, and using Latent Class Models, we classified households into a series of distinct types according to how they switch between consumption tiers in response to changes in their water tariff. We then identified key drivers of this switching behavior, proposing that not only tariff-related variables but also sociodemographic, attitudinal, and information conditions define switching profiles. Our empirical exercise exploits information on water consumption and tariffs from 878 households in Granada (Spain) for the years 2010 and 2011 (when a new tariff structure was implemented), as well as a survey that collected additional information about household characteristics.
期刊介绍:
Water Resources and Economics is one of a series of specialist titles launched by the highly-regarded Water Research. For the purpose of sustainable water resources management, understanding the multiple connections and feedback mechanisms between water resources and the economy is crucial. Water Resources and Economics addresses the financial and economic dimensions associated with water resources use and governance, across different economic sectors like agriculture, energy, industry, shipping, recreation and urban and rural water supply, at local, regional and transboundary scale.
Topics of interest include (but are not restricted to) the economics of:
Aquatic ecosystem services-
Blue economy-
Climate change and flood risk management-
Climate smart agriculture-
Coastal management-
Droughts and water scarcity-
Environmental flows-
Eutrophication-
Food, water, energy nexus-
Groundwater management-
Hydropower generation-
Hydrological risks and uncertainties-
Marine resources-
Nature-based solutions-
Resource recovery-
River restoration-
Storm water harvesting-
Transboundary water allocation-
Urban water management-
Wastewater treatment-
Watershed management-
Water health risks-
Water pollution-
Water quality management-
Water security-
Water stress-
Water technology innovation.