Techno-economic approaches largely avoid delineating necessary energy uses or questioning how excessive lifestyle expectations may curtail attempts to achieve ambitious climate change targets. In this Perspective, I present data suggesting a general trend of increasing domestic floor area per capita globally and argue that this ought to be a key focus in future energy research, considering that house size is the largest determinant of domestic energy consumption. Particular attention should be directed at the confluence of factors that influence floor area per capita and questions of lifestyle expectations, energy sufficiency and invisible energy policies that have enabled the rise in floor area per capita both deliberately and inadvertentl...
Indoor climate control forms a major share of residential energy demand. Policy measures to curb thi...
Energy consumption is at the core of economic development, but its severe impacts on resources depl...
The reasons for high carbon emissions from domestic buildings are complex, and have both social and ...
Techno-economic approaches largely avoid delineating necessary energy uses or questioning how excess...
This paper analyses the impact that dwelling characteristics and characteristics and behaviours of h...
AbstractThis paper analyses the impact that dwelling characteristics and characteristics and behavio...
Understanding social trends such as shrinking household sizes plays an important role for designing ...
As part of the UK government sustainability agenda a target of 80% reduction in CO2 emissions by 205...
Residential energy consumption is one of the main contributors to CO2 emissions in the UK. One strat...
This research was funded by a PhD studentship at the University of St Andrews.This paper draws on a ...
Residential electricity consumption is responsible for approximately 30% of global electricity consu...
Understanding and reducing domestic energy usage is seen as key to achieving national greenhouse gas...
This paper draws on a study of Scottish householders living in “zero-carbon” homes. It explores how ...
House size has significantly increased over the recent decades in many countries. Larger houses ofte...
Analysis of fuel expenditure statistics indicates that for the majority of householders, more fuel e...
Indoor climate control forms a major share of residential energy demand. Policy measures to curb thi...
Energy consumption is at the core of economic development, but its severe impacts on resources depl...
The reasons for high carbon emissions from domestic buildings are complex, and have both social and ...
Techno-economic approaches largely avoid delineating necessary energy uses or questioning how excess...
This paper analyses the impact that dwelling characteristics and characteristics and behaviours of h...
AbstractThis paper analyses the impact that dwelling characteristics and characteristics and behavio...
Understanding social trends such as shrinking household sizes plays an important role for designing ...
As part of the UK government sustainability agenda a target of 80% reduction in CO2 emissions by 205...
Residential energy consumption is one of the main contributors to CO2 emissions in the UK. One strat...
This research was funded by a PhD studentship at the University of St Andrews.This paper draws on a ...
Residential electricity consumption is responsible for approximately 30% of global electricity consu...
Understanding and reducing domestic energy usage is seen as key to achieving national greenhouse gas...
This paper draws on a study of Scottish householders living in “zero-carbon” homes. It explores how ...
House size has significantly increased over the recent decades in many countries. Larger houses ofte...
Analysis of fuel expenditure statistics indicates that for the majority of householders, more fuel e...
Indoor climate control forms a major share of residential energy demand. Policy measures to curb thi...
Energy consumption is at the core of economic development, but its severe impacts on resources depl...
The reasons for high carbon emissions from domestic buildings are complex, and have both social and ...