Extinction data from: The potential of Stratospheric Aerosol Injection to reduce the climatic risks of explosive volcanic eruptions

Data from Quaglia et al. (2024): The potential of Stratospheric Aerosol Injection to reduce the climatic risks of explosive volcanic eruptions, https://doi.org/10.1029/2023GL107702 Files name are organized as b.e21.BWSSP245.f09_g17.release-cesm2.1.3.WACCM-MA-1deg.<EXPERIMENT_NAME>.<ENSEMBLE_MEMBERS>.cam.h0.<VARIABLE_NAME>.<SIMULATED_YEARS>.nc VARIABLE_NAME are: EXTINCTdn, EXTINCTNIRdn, EXTINCTUVdn EXPERIMENT_NAME are: 2055_Pina_10Tg (in the paper is Volc10Tg): medium (10 Tg-SO2) volcanic eruption simulated under SSP2-4.5 2055_Pina_50Tg (in the paper is Volc50Tg): large (50 Tg-SO2) volcanic eruption simulated under SSP2-4.5 2055_PinaSAI_10Tg (in the paper is Volc10Tg + SAI_nhoff): medium (10 Tg-SO2) volcanic eruption simulated under SAI. SAI is immediately stopped everywhere when the eruption occurs. 2055_PinaSAIr_10Tg (in the paper is Volc10Tg + SAI_nhoff): medium (10 Tg-SO2) volcanic eruption simulated under SAI. It follows the 2055_PinaSAI_10Tg simulation after the end of 2026, with SAI restarted in the Northern Hemisphere. 2055_PinaSAISP_10Tg (in the paper is Volc10Tg + SAI_off): medium (10 Tg-SO2) volcanic eruption simulated under SAI. SAI is immediately stopped everywhere when the eruption occurs. 2055_PinaSAI_50Tg (in the paper is Volc50Tg + SAI_off): large (50 Tg-SO2) volcanic eruption simulated under SAI. SAI is immediately stopped everywhere when the eruption occurs. There are 3 ENSEMBLE_MEMBERS for each experiment: 001, 002, 003 SIMULATED_YEARS depends on the EXPERIMENT_NAME