Tsunami variability from stochastic earthquake models: Tests against fourteen tsunamis at Australian tide gauges. Data and code.

Supplementary files for the manuscript "Davies, G. (2025) Tsunami variability from stochastic earthquake models: Tests against fourteen tsunamis at Australian tide gauges" which at the time of writing was submitted to Journal of Geophysical Research: Solid Earth<br>The files are:1. source_inversions_and_top3_scenarios_all_tide_gauges.tarA tarred folder with figures showing the modelled tsunamis and data for all events at all tide gauges, using the source inversion, and the "overall best" three scenarios from each SETM using the $G_0$ statistic (i.e. scenarios with the three smallest median $G_0$ statistics over all tide gauges), and similarly for the $G_1$ statistic. Extract with (e.g.) <code>tar -xf source_inversions_and_top3_scenarios_all_tide_gauges.tar</code> <br>2. nearshore_testing_ptha_2025.tarSnapshot of the code and data files used for the study, which actually come from github here: https://github.com/GeoscienceAustralia/ptha/tree/master/misc/nearshore_testing_ptha_2025 If you are looking to reuse code, it will probably better to use the version on github, which may be updated if we notice issues (e.g. documentation errors). If you only want a subset of the data (e.g. just tide gauges, or just elevation), note they are available for separate download via the github repository (links in README documentation for each folder) so might be smaller than this 16GB file. Please ignore statements in the documentation here suggesting you should download key datasets. The datasets are provided here in the same folders as the corresponding documentation. The latter was written for viewing on github (where separate download is needed). Extract with (e.g.) <code>tar -xf nearshore_testing_ptha_2025.tar</code>3. README.txt Same information as here.<br>