The Extended Energy-Growth Nexus: Theory and Empirical Applications advances the established bivariate econometric relationship which inextricably links energy consumption to economic growth. The book extends this "nexus" to accommodate variables such as globalization, institutional variables, financial variables and the energy "mix." Rooted firmly in the modern literature, it covers empirical applications such as the evaluation of renewable energy incentives, the electricity generation mix, and sustainable development. Each application area incorporates modern econometric methodologies, including VAR, panel VAR, ARDL, panel ARDL, Asymmetric panel ARDL, and Panel Quantile Regression. Throughout chapters are accompanied by illustrative Stata and EViews code, demonstrating their uses in applied research.
1. Introduction - p. xv 2. Chapter One. Energy–growth nexus and economic development: a quantile regression for panel data - p. 1 3. Chapter Two. The electricity generation, waste, and CO2 emissions in Latin America and the Caribbean countries: a panel autoregressive distributed lag approach - p. 27 4. Chapter Three. Income inequality, globalization, and economic growth: a panel vector autoregressive approach for Latin American countries - p. 57 5. Chapter Four. The impacts of China’s effect and globalization on the augmented energy–nexus: evidence in four aggregated regions - p. 97 6. Chapter Five. The effect of fiscal and financial incentive policies for renewable energy on CO2 emissions: the case for the Latin American region - p. 141 7. Chapter Six. Energy–growth nexus, domestic credit, and environmental sustainability: a panel causality analysis - p. 173 8. Chapter Seven. The relationship between financial openness, renewable and nonrenewable energy consumption, CO2 emissions, and economic growth in the Latin American countries: an approach with a panel vector auto regression model - p. 199 9. Chapter Eight. The interactions between conventional and alternative energy sources in the transport sector: a panel of OECD countries - p. 231 10. Chapter Nine. Daily management of the electricity generation mix in France and Germany - p. 253 11. Index - p. 303
The Extended Energy-Growth Nexus: Theory and Empirical Applications advances the established bivariate econometric relationship which inextricably links energy consumption to economic growth. The book extends this "nexus" to accommodate variables such as globalization, institutional variables, financial variables and the energy "mix." Rooted firmly in the modern literature, it covers empirical applications such as the evaluation of renewable energy incentives, the electricity generation mix, and sustainable development. Each application area incorporates modern econometric methodologies, including VAR, panel VAR, ARDL, panel ARDL, Asymmetric panel ARDL, and Panel Quantile Regression. Throughout chapters are accompanied by illustrative Stata and EViews code, demonstrating their uses in applied research.
1. Introduction - p. xv 2. Chapter One. Energy–growth nexus and economic development: a quantile regression for panel data - p. 1 3. Chapter Two. The electricity generation, waste, and CO2 emissions in Latin America and the Caribbean countries: a panel autoregressive distributed lag approach - p. 27 4. Chapter Three. Income inequality, globalization, and economic growth: a panel vector autoregressive approach for Latin American countries - p. 57 5. Chapter Four. The impacts of China’s effect and globalization on the augmented energy–nexus: evidence in four aggregated regions - p. 97 6. Chapter Five. The effect of fiscal and financial incentive policies for renewable energy on CO2 emissions: the case for the Latin American region - p. 141 7. Chapter Six. Energy–growth nexus, domestic credit, and environmental sustainability: a panel causality analysis - p. 173 8. Chapter Seven. The relationship between financial openness, renewable and nonrenewable energy consumption, CO2 emissions, and economic growth in the Latin American countries: an approach with a panel vector auto regression model - p. 199 9. Chapter Eight. The interactions between conventional and alternative energy sources in the transport sector: a panel of OECD countries - p. 231 10. Chapter Nine. Daily management of the electricity generation mix in France and Germany - p. 253 11. Index - p. 303
