Considering the four different RI discussed above, the complete set of possible net slip rate values would range from 0.06 to 0.25 mm/yr, being the range of 0.12 to 0.17 mm/yr our preferred estimation, and 0.15 mm/yr the mean.
These values provide a range of possible net slip rate from 0.06 to 0.25 mm/yr, being our preferred estimation in the range 0.12-0.17 mm/yr.
A 3 m net slip
has been calculated along this fault which extends from Balakot to Bagh.
The paper describes the full course of the fault, defining the net slip
across it, and shows its relationship to other major tectonic features of central California, helping to clarify the evolution of the San Andreas system.
5a results from obliqueness between the trench and the mean fault strike) and the measured pitch of the dominant fault striation is 75[degrees] S, a net slip of 6.5 m can be approached.
Considering an average measured dip of 68[degrees] and pure normal displacement, that implies a net slip of 215-235 m and an average slip rate of about 0.06 mm/y.
This would result in an average net slip rate of 0.12-0.18 mm/y for the whole period of recent activity of the fault.
Garcia-Mayordomo and Martinez-Diaz (2006) also estimated an average net slip rate of 0.23 mm/yr for the Bajo Segura Fault.
The extreme recurrence estimates arise from considering the extreme net slip rate values.
It includes the following fields: Geomorphic evidence, age of the youngest deposits affected by the fault, vertical (VSR), horizontal (HSR) and net slip rate (NSR), maximum slip per event, number of seismic events, and whether there is evidence of aseismic creep.
When the net slip rate field is filled, source is addressed very differently: 14%, 5% and 76%, respectively.