This paper uses suburb-level quarterly data to model residential water demand in Brisbane, Australia, from 1998 to 2003. In this system, residential consumption is charged using a fixed annual service fee with no water entitlement followed by a fixed volumetric charge per kilolitre. Water demand is specified as average quarterly household water consumption and the demand characteristics include the marginal price of water, household income and size, and the number of rainy and warm days. The findings not only confirm residential water as price and income inelastic, but also that the price and income elasticity of demand in owner-occupied households is higher than in rented households. The results also show that weather, particularly summer ...
The design of water and wastewater supply systems is traditionally based on maximum water demand whi...
This paper uses limited dependent variable techniques to model the decision-making process in a dual...
Forecasting supply and demand is fundamental to the sustainability of the water system. Demand for u...
This paper uses suburb-level quarterly data to model residential water demand in Brisbane, Australia...
Modelling residential water demand with fixed volumetric charging in a large urban municipality
Several studies published in the last few decades have demonstrated a low price-elasticity for resid...
Several studies published in the last few decades have demonstrated a low priceelasticity for reside...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
The main aim of this paper is to quantify the impact of a rate structure which includes a free allow...
Planning for future water demand and price paths requires a nuanced understanding of the impact of p...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
The main aim of this paper is to quantify the impact of a rate structure which includes a free allow...
The main aim of this paper is to quantify the impact of a rate structure which includes a free allow...
The design of water and wastewater supply systems is traditionally based on maximum water demand whi...
This paper uses limited dependent variable techniques to model the decision-making process in a dual...
Forecasting supply and demand is fundamental to the sustainability of the water system. Demand for u...
This paper uses suburb-level quarterly data to model residential water demand in Brisbane, Australia...
Modelling residential water demand with fixed volumetric charging in a large urban municipality
Several studies published in the last few decades have demonstrated a low price-elasticity for resid...
Several studies published in the last few decades have demonstrated a low priceelasticity for reside...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
The main aim of this paper is to quantify the impact of a rate structure which includes a free allow...
Planning for future water demand and price paths requires a nuanced understanding of the impact of p...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
This study uses panel data at suburb level to estimates the elasticity water demands in Perth, Austr...
The main aim of this paper is to quantify the impact of a rate structure which includes a free allow...
The main aim of this paper is to quantify the impact of a rate structure which includes a free allow...
The design of water and wastewater supply systems is traditionally based on maximum water demand whi...
This paper uses limited dependent variable techniques to model the decision-making process in a dual...
Forecasting supply and demand is fundamental to the sustainability of the water system. Demand for u...