A Guide to Econometric Methods for the Energy-Growth Nexus

A Guide to Econometric Methods for the Energy-Growth Nexus presents, explains and compares all the available econometrics methods pertinent to the energy-growth nexus. Chapters cover methods and applications, starting with older econometric methods and moving toward new ones. Each chapter presents the method and facts about its applications, providing step-by-step explanations about the ways the method meets the demands of the field. In addition, applied case studies and practical research steps are included to enhance the learning process. By touching on all relevant econometric methods for the energy-growth nexus, this book gives energy-growth researchers and students all they need to tackle the subject matter.

Presents econometric methods for short- and long-term forecastingProvides methods and step-by-step explanations on the ways the method meets the demands of the fieldContains applied case studies and practical research steps

1. Introduction to the econometrics of the "Variable X-growth" nexus 2. Stationarity and an alphabetical directory of unit roots often used in the energy-growth nexus 3. An A-Z guide for complete research when using the Autoregressive Distributed Lag (ARDL) bounds test approach in the broader energy-growth nexus 4. A note on the VECM approach in applications of the energy growth nexus 5. Adjustment speeds, elasticities and semi-elasticities; their importance in the energy-growth nexus 6. Quantiles regression approach: A new approach in the energy-growth nexus with substantial benefits in asymmetry accounting 7. Time varying fourier analysis in the energy-growth nexus or the x-variable-growth nexus 8. Ways of treatment of cross-sectional dependence in the energy-growth-nexus and the X-variable Growth nexus 9. The low profile of simultaneous equations modeling in the energy-growth nexus 10. The Johansen cointegration method and several others during the evolution of the energy-growth nexus and the broader "X-variable"-growth nexus 11. How does the wavelet approach satisfy the required deliverables in the energy-growth nexus studies? 12. Variance decomposition approaches and impulse response functions in the energy-growth nexus 13. A note on non-parametric and semi-parametric strategies in the energy-growth nexus 14. Making the energy-growth nexus useful through a meta-analysis 15. An a-z guide for the energy-growth nexus studies 16. A conclusion to the guide in energy-growth nexus