Much work has recently been done to try to estimate the impact of population growth on global greenhouse gas emissions. The results of these studies vary, depending on the approach taken and the model used. For this reason, the authors decided to consider more broadly what variables should be included in such studies and how the choice of different models affects the results. In particular, emphasis is given to the role of changes in the number of households rather than changes only in population size. The calculations show that already this choice of a different demographic variable makes a considerable difference in study results
This paper analyses population effects of increase in world energy use and CO2 emissions between 199...
Demographic Impact (DI) models are multiplicative identities used to decompose environmental impacts...
This study adds to the emerging literature examining empirically the link between population size, o...
In this paper, the Income-Population-Affluence-Technology, or I=PAT, model is reformulated in terms ...
The model linking environmental impact to population, affluence, and technology, or I = PAT, is refo...
It is no surprise that population plays an important role in long-term models of greenhouse gas emis...
Substantial changes in population size, age structure, and urbanization are expected in many parts ...
Relations between demographic change and emissions of the major greenhouse gas carbon dioxide (CO2) ...
2013 Spring.Includes bibliographical references.This dissertation is comprised of five chapters disc...
This review summarizes the evidence from cross-country, macro-level studies on the way demographic f...
This paper analyses the impact of population growth on CO2 emissions in European Union countries. Tr...
We focus on three environmental impacts particularly influenced by population age-structure—carbon e...
As global warming intensifies, the accumulation of carbon dioxide (CO2) and other greenhouse gases h...
Demographic variables have tended to be ignored in many environment-development analyses. This paper...
This paper analyses the impact of population growth on CO2 emissions in European Union countries. Tr...
This paper analyses population effects of increase in world energy use and CO2 emissions between 199...
Demographic Impact (DI) models are multiplicative identities used to decompose environmental impacts...
This study adds to the emerging literature examining empirically the link between population size, o...
In this paper, the Income-Population-Affluence-Technology, or I=PAT, model is reformulated in terms ...
The model linking environmental impact to population, affluence, and technology, or I = PAT, is refo...
It is no surprise that population plays an important role in long-term models of greenhouse gas emis...
Substantial changes in population size, age structure, and urbanization are expected in many parts ...
Relations between demographic change and emissions of the major greenhouse gas carbon dioxide (CO2) ...
2013 Spring.Includes bibliographical references.This dissertation is comprised of five chapters disc...
This review summarizes the evidence from cross-country, macro-level studies on the way demographic f...
This paper analyses the impact of population growth on CO2 emissions in European Union countries. Tr...
We focus on three environmental impacts particularly influenced by population age-structure—carbon e...
As global warming intensifies, the accumulation of carbon dioxide (CO2) and other greenhouse gases h...
Demographic variables have tended to be ignored in many environment-development analyses. This paper...
This paper analyses the impact of population growth on CO2 emissions in European Union countries. Tr...
This paper analyses population effects of increase in world energy use and CO2 emissions between 199...
Demographic Impact (DI) models are multiplicative identities used to decompose environmental impacts...
This study adds to the emerging literature examining empirically the link between population size, o...