Data products for research paper titled "Characteristics of slow slip events explained by rate-strengthening faults subject to periodic pore fluid pressure changes" by Andrea Perez-Silva, Yoshihiro Kaneko, Martha Savage, Laura Wallace and Emily Warren-Smith

The files contain the data used to create the figures shown in the manuscript: "Characteristics of slow slip events explained by rate-strengthening faults subject to periodic pore fluid pressure changes" by Andrea Perez-Silva, Yoshihiro Kaneko, Martha Savage, Laura Wallace and Emily Warren-Smith. Description of content We provide the data used to create Figures 2 to 10 from the main text, and Figures S1 to S6 from the supplementary information. We also provide MATLAB scripts to plot them (.m files) 1. Simulation output for representative models (Figures 2 to 6 and Figures S1 to S2): Representative models are identified by the suffix _rep_type_I or rep_type_II. The information of each file is explained in the following. var_evol_at_center_rep_type_ : Temporal evolution of slip rate, pore pressure and shear stress at the fault centre (Figures 2b to 2d and Figures 5b to 5d) sliprate_movie_rep_type_ : Slip rate evolution on the fault (Figure 3) porePressure_movie_rep_type_ : Pore pressure evolution on the fault (Figure 3) spatial_stress_change_rep_type_ : Stress change on the fault (Figure 4) Vmax_rep_type_ : Temporal evolution of maximum slip rate on the fault (Figures 2a and 5a) profiles_rep_type_ : Evolution of field variables along depth (Figures 6, S1and S2) 2. Simulation output of cases shown in Figures 7 to 10 and Figures S3 to S6: Each simulation case has an identifier, given in the name of the file (e.g., _sim1234). The spreadsheet Tables.xlsx contains the parameters assumed for each simulation identifier. The information contained in each file is explained in the following: evtime_sim1234: start time (in seconds) of each induced SSE evEndtime_sim1234: end time (in seconds) of each induced SSE SSEproperties_sim1234: Properties of induced SSEs, by column: 1. Stress drop (in Pa). 2. Area (in m^2). 3. Moment (in Nm) 4. Maximum slip (in meters) SSEvmax_sim1234.txt: Peak slip rate of induced SSEs 3. MATLAB scripts: The .m files contain MATLAB scripts to plot the data provided