Silicone is a Python package which can be used to infer emissions from other emissions data. It is intended to ‘infill’ integrated assessment model (IAM) data so that their scenarios quantify more climate-relevant emissions than are natively reported by the IAMs themselves. It does this by comparing the incomplete emissions set to complete data from other sources. It uses the relationships within the complete data to make informed infilling estimates of otherwise missing emissions timeseries. For example, it can add emissions of aerosol precurors based on carbon dioxide emissions and infill nitrous oxide emissions based on methane, or split HFC emissions pathways into emissions of different specific HFC gases.
Silicone is free software under a BSD 3-Clause License, see LICENSE.
- Database crunchers API
- Closest RMS cruncher API
- Constant ratio cruncher API
- Equal quantile walk cruncher API
- Interpolate specified scenarios and models cruncher API
- Latest Time Ratio API
- Linear interpolation cruncher API
- Quantile rolling windows cruncher API
- Time dependent quantile rolling windows cruncher API
- Time dependent ratio cruncher API
- Multiple infillers API
- Time projectors API
- Stats API
- Utils API