Based on separate simulations, we investigate the sensitivity of vTEC perturbations to the background ionospheric plasma state. The Figure supports the discussion of simulation uncertainties in Section 5.1 of the manuscript

Inchin, P. A.

Snively, J. B.

Zettergren, M. D.

Embry-Riddle Aeronautical University

Inferring the Evolution of a Large Earthquake from its Acoustic Impacts on the Ionosphere Datasets 2021 Comparison of vTEC perturbations from simulations without coseismic rupturing process on Papatea fault P. A. Inchin J. B. Snively M. D. Zettergren Follow this and additional works at: https://commons.erau.edu/dm-earthquake-acoustic-impacts-ionosphere This Article is brought to you for free and open access by the Datasets at Scholarly Commons. It has been accepted for inclusion in Inferring the Evolution of a Large Earthquake from its Acoustic Impacts on the Ionosphere by an authorized administrator of Scholarly Commons. For more information, please contact commons@erau.edu. Comparison of observed and simulated vTEC perturbations00.15-0.150.00.15-0.150.0PRN20-AVLN PRN20-PAEK0.15-0.150.0PRN20-WGTN 00.1-0.150.0PRN20-CMBL00.15-0.150.0PRN20-OKOHModel 2 with ionospheric state at 00:02:57 LTModel 2 with ionospheric state at 18:16:57 LTObservationsModel 2 with ionospheric state at 22:16:57 LTdVTEC (TECu)dVTEC (TECu)11.08.59.5VTEC (TECu)Absolute vTEC proles for PRN20-AVLN14.212.813.516.514.015.2T  + 0 min0 2412 186 T  + 0 min0 2412 186T  + 0 min0 2412 186T  + 0 min0 2010 155 T  + 0 min0 2010 155 T  + 0 min0 2010 155

Comparison of vTEC perturbations from simulations without coseismic rupturing process on Papatea fault

https://commons.erau.edu/cgi/viewcontent.cgi?article=1019&amp;context=dm-earthquake-acoustic-impacts-ionosphere

Comparison of vTEC perturbations from simulations without coseismic rupturing process on Papatea fault

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