Compilation of an open-source traffic and CO2 emissions dataset for commercial aviation
Keywords:Open-data, Emissions, Air Traffic
The study of the environmental transition of the aviation sector calls for prospective traffic scenarios.
Detailed traffic and emissions inventories are often needed to refine the available analyses and to enable
the simulation of regionalised scenarios. In the past studies, these are generally based on commercial,
proprietary traffic data, making their dissemination problematic and reducing the reproducibility of the
science produced. Open-source alternatives do exist, but with limited geographical coverage. This paper
presents a method to aggregate different sources of flight information, in order to obtain an open-source
air traffic dataset for 2019. Then, missing flight information is identified and completed using an airline
route database built from Wikipedia parsing and related socio-economic data. After that, several reference
datasets are used to evaluate the accuracy of the extended open-source dataset. Despite varying accuracy
for different routes, major traffic flows are reasonably well estimated at the country and continental levels.
Finally, the CO2 emissions are obtained using an existing aircraft performance surrogate model, and the
accuracies are examined compared to the results from previous studies.
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Copyright (c) 2023 Antoine Salgas, Junzi Sun, Scott Delbecq, Thomas Planès, Gilles Lafforgue
This work is licensed under a Creative Commons Attribution 4.0 International License.