The aim of this study was to estimate the determinants of residential water demand for chief towns of every Italian province, in the period 2007–2009, using the linear mixed-effects model estimated with the restricted-maximum-likelihood method. Results confirmed that the applied tariff had a negative effect on residential water consumption and that it was a relevant driver of domestic water consumption. Moreover, income per capita had a positive effect on water consumption. Among measured climatic and geographical features, precipitation and altitude exerted a strongly significant negative effect on water consumption, while temperature did not influence water demand. Further, data show that small towns in terms of population served were cha...
This article examines a water demand equation for Milan for the second half of the 20th century: 195...
This study analyses water prices and residential water consumption using micro data for three differ...
The real amount of drinking water available per capita is a topic of great interest for human health...
The aim of this study was to estimate the determinants of residential water demand for chief towns o...
This paper investigated factors affecting household water consumption in major Italian towns. Specif...
This paper investigated factors affecting household water consumption in major Italian towns. Specif...
The management of domestic water demand is a relevant issue to enhance the sustainable approach to w...
This paper presents empirical evidence on the determinants of water demand for domestic use in one I...
We present empirical evidence on the determinants of residential water demand for one Italian region...
A panel of 240 Sardinian towns in a 6-years' period is analyzed in order to identify ...
We present empirical evidence on the determinants of residential water demand for one Italian region...
Owing to the growing importance of efficient water management, it has become crucial to understand w...
Water is the driving force in nature. We use water for washing cars, doing laundry, cooking, taking ...
In the design of a water supply network, the use of traditional formulas of the peak factor may lead...
This paper examines a water demand equation for Milan for the second half of the twentieth century: ...
This article examines a water demand equation for Milan for the second half of the 20th century: 195...
This study analyses water prices and residential water consumption using micro data for three differ...
The real amount of drinking water available per capita is a topic of great interest for human health...
The aim of this study was to estimate the determinants of residential water demand for chief towns o...
This paper investigated factors affecting household water consumption in major Italian towns. Specif...
This paper investigated factors affecting household water consumption in major Italian towns. Specif...
The management of domestic water demand is a relevant issue to enhance the sustainable approach to w...
This paper presents empirical evidence on the determinants of water demand for domestic use in one I...
We present empirical evidence on the determinants of residential water demand for one Italian region...
A panel of 240 Sardinian towns in a 6-years' period is analyzed in order to identify ...
We present empirical evidence on the determinants of residential water demand for one Italian region...
Owing to the growing importance of efficient water management, it has become crucial to understand w...
Water is the driving force in nature. We use water for washing cars, doing laundry, cooking, taking ...
In the design of a water supply network, the use of traditional formulas of the peak factor may lead...
This paper examines a water demand equation for Milan for the second half of the twentieth century: ...
This article examines a water demand equation for Milan for the second half of the 20th century: 195...
This study analyses water prices and residential water consumption using micro data for three differ...
The real amount of drinking water available per capita is a topic of great interest for human health...