Figure S5

Computed age model from OxCal v4.26 for the seismic events recorded in the trench.

LeFevre et al. (2018)

Master Seismic Events Table

Charts, Plots, Maps, Images, etc.

Taybeh Trench

Image	Description	Source
Figure S4 Age model computed for the trench stratigraphy using OxCal v4.2 and IntCal13 calibration curve. Dark grey indicates modeled ages including stratigraphic information and red are the modeled age for seismic events. Phases indicate subsets of samples where no stratigraphic order is imposed. LeFevre et al (2018)	Age Model	Lefevre et al (2018)
Figure S4 Age model computed for the trench stratigraphy using OxCal v4.2 and IntCal13 calibration curve. Dark grey indicates modeled ages including stratigraphic information and red are the modeled age for seismic events. Phases indicate subsets of samples where no stratigraphic order is imposed. LeFevre et al (2018)	Age Model - big	Lefevre et al (2018)
Figure 1 (a) Detailed log of the southern wall of the trench. Units are differentiated according to facies. White dots indicate locations of ¹⁴C samples collected from both walls (the samples collected from the northern wall are represented at a stratigraphically and structurally equivalent location on the southern wall log). (b) Simplified stratigraphic section of the trench, only the four main units are represented, in dark brown the unstratified unit associated to push-up, in light brown the coarse alluvial unit, in white the channelized unit, and in yellow the succession of flat sandy layers. Inset map shows the Levantine area with the entire Dead Sea fault, tectonic features are derived from Garfunkel et al. (1981), the red square highlights the Wadi Araba and correspond to the location of Fig. 2, the site of Taybeh is marked (T). LeFevre et al (2018)	Trench Log	Lefevre et al (2018)
Figure S2 Photomosaic of the trench southern wall (top) and mapping of stratigraphic 1058 layers, faults, and earthquakes (bottom). The event horizons associated to the seismic 1059 events recorded in the trench are indicated in red on the stratigraphic log. LeFevre et al (2018)	Annotated Trench photomosaic	Lefevre et al (2018)
Figure S3 Stratigraphic log of the trench, on the left simplified log with the limits of the four main units, and then the complete log is represented. Letters A to M names the different stratigraphic layers. The layers are quite continuous laterally along the trench, the ¹⁴C samples dated in each layer are indicated. LeFevre et al (2018)	Stratigraphic Column	Lefevre et al (2018)
Figure S3 Stratigraphic log of the trench, on the left simplified log with the limits of the four main units, and then the complete log is represented. Letters A to M names the different stratigraphic layers. The layers are quite continuous laterally along the trench, the ¹⁴C samples dated in each layer are indicated. LeFevre et al (2018)	Stratigraphic Column - big	Lefevre et al (2018)

References

References

Lefevre, M., et al. (2018). "Slip deficit and temporal clustering along the Dead Sea fault from paleoseismological investigations." Scientific Reports 8(1): 4511.