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These codes produce the results of the corresponding published article.

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The Methodology

I develop a hybrid decomposition approach called input-output logarithmic mean Divisia index (IO-LMDI) decomposition method. With this methodological approach, we can provide an allocation diagram scheme for assigning the responsibility of primary energy requirements and carbon-dioxide emissions to the end-use sectors, including both economic and non-productive sectors. In addition, we analyze more potential influencing factors than those typically examined, we proceed in a way that reconciles energy intensity and energy efficiency metrics, and we are able to distinguish between technical and observed end-use energy efficiency taking into account potential rebound effects and other factors.

</> Coding Languages

  • Stata (100%)

The File Structure

% There are 20 ordered routines needed for the process in folder:
Codes

[!] Data Disclaimer

The data I use in my work is open from Eurostat, ODYSSEE, and IPCC. Therefore, I do not provide here the data. Feel free to contact me if you need some guidance.

Contact

If you want to contact me you can reach me here.

License

2020 Darío Serrano-Puente | This code is open for the research community. Please, cite my work accordingly.