Forecasting the evolution of the 2021 Tajogaite eruption, La Palma, with satellite derived SO2 emission rates - supporting data
These are the supporting data for the paper "Forecasting the evolution of the 2021 Tajogaite eruption, La Palma, with satellite derived SO2 emission rates" by Esse et al. The data are organised as below.
CumbreVieja_emission_intensity.nc
This is a netCDF4 file containing the calculated SO2 emission intensity throughout the eruption.
ModelResults.csv
This holds the results of the magma ascent modelling.
PlumeTraj
This fold holds the PlumeTraj results for each TROPOMI orbit included in the analysis in the form of netCDF files. These are split into two files:
Emissions
These hold the individual SO2 emission intensity results for each orbit.
Satdata
These hold the pixel results generated by PlumeTraj, including the plume altitude, injection altitude and plume age.
SupplementaryTables.xlsx
Contains supplementary tables of magma ascent model coefficients.
create_figures.ipynb
This is a Jupyter notebook used to generate all figures in the paper.
Funding
Volcanic plume understanding and forecasting: Integrating remote-sensing, in-situ observations and models (V-PLUS)
Natural Environment Research Council
Find out more...NSFGEO-NERC Quantifying disequilibrium processes in basaltic volcanism
Natural Environment Research Council
Find out more...laboratory Experiments, Numerical moDellinG and field observAtions of basaltic Magma fragmEntation
European Commission
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