Sensitivity analysis of the SHERPA air quality model : reliability evaluation & key variables assessment

Uncertainty and sensitivity analysis was conducted on the SHERPA model, predicting air quality improvement linked to emission reduction scenarios. Major responsible of output uncertainty (PM2.5 concentration reductions in g/m3) stems from the uncertainty in the policy options followed by the uncertainty in the emissions (kTon/year) of PPM, NOX, and NH3.

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Year of publication:	2018
Other Persons:	Albrecht, D. (contributor) ; Mara, T.A. (contributor) ; Pisoni, E. (contributor) ; Rosati, R. (contributor) ; Tarantola, S. (contributor)
Institutions:	European Commission / Joint Research Centre (issuing body)
Publisher:	Luxembourg : Publications Office
Subject:	Sensitivitätsanalyse \| Sensitivity analysis \| Luftverschmutzung \| Air pollution \| Luftreinhaltung \| Air pollution control