The stress transfer calculations presented in the main text reports only our preferred
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1 GS R ITEM L.S. Wlh e l. GS T REPOSITORY COULOM STRESS CHNGE PRMETER INPUT TESTS The re rfer lul preee he e repr ly ur preferre el. lhugh he geerl per ue re rbu, he el f he reul ul hge f el preer ere hge. The evy el preer llure here fr he e f he Ger erhque by hg lerve el hh he ure ful preer, reever ful geery, r effeve effe f fr re fe. Ule pefe, hee lul ue he NP2 ple f he Ger erhque he ure ful, he ful preer f he CF he reever ful. ll reul eep Fgure R2 re preee pl ve p 7 eph. The effe h he vr f pu preer preee here fr he Ger erhque h he per f Culb re hge re lr fr he Merl erhque. I geerl, lrge vr he re f he ure reever ful ue he lrge uery r hge he l f re rgger ze re h. Se he Merl erhque h lrger gue h he Ger erhque, ue hge Culb flure re ver lrger gegrph reg. Thu, he reul erpre f he Culb re hge preer pu e h here fr he Ger erhque be pple rely he effe ffere preer ul hve ur Culb re hge lul fr he Merl erhque. Sure ful I he e, NP1 fr he Ger erhque fl eh ue he ure ful fr CF lul. Hever, ug eher rupure ple he ure ful e hge he per f CF (Fgure R1. The l ple fr he erhque Pge 1 f 5
2 GS R ITEM L.S. Wlh e l. fl eh hve uery f ± 1 (b Herr, 21, perl u.. Fgure R1 l h he effe f C g 1 he re f NP1-195, 67, 123, g 1 he p f NP1-195, 67, 123. The uery f he l ple re prue ly r hge he CF per prue h ly (Fgure R1. The ful preer f CF (re 163, p 68, re 93 re ue fr he reever ful eh e. The hypeer eph, 7, ell re. Fgure R2 h he fluee f ug ffere prpe eph fr he Ger erhqu3, 5, 7, 18 per f CF. The eph f he erhque h ere effe he epre f CF er he urfe here here re ppe ful. Reever ful The re f he reever ful eere he per f CF. Re vry ue uere e h lulg he P, N, T e. Sre p vry ue uery fr fel euree. Sre p vlue fr ful ye ere ere fr he gelg p fr he SFS FS, here he re fr he CF regze eure he fel. Uere fr re, p, re vry up le 1. Fgure R3 hrugh R7 llure vr he per f CF prue by hgg eh f hee vrble he NP1 ue he ure ful. Sre Fr ply, he ure ful hee el hyphel hru ful rg rh ( ppg 45 E. Fgure R3 llure fferee he CF per fr hru ful ppg 45 h re rgg fr 36 ree f 45. Sller vr re, he rer f ± 1, gh be epee fr errr euree f re he fel r euree fr gelg p. Fgure R4 h he reul f vryg he re f he Pge 2 f 5
3 GS R ITEM L.S. Wlh e l. CF fr 1 1 ree f 2. N eble vr he per f CF fr re vre ± 1 relvble. Vr greer h ± 15 re h r hge he CF per. Mre eble hge re pper h vr ± 2 (e.g., re = 183. Vr re greer h 45 hge he l ze f re rgger ze re h he CF per. p Fgure R5 h he hyphel hru ful rg fr he prevu e g pre fferee he CF per ree he p vry fr 1 9 ree f 1. p h uh greer fluee h re he per f CF pl ve. Vr p ± 1 hge he l ze f he re h rgger ze re h ± 45 hge re. Slrly, ller vr re ffe he per f CF r-e ve. Sller vr p, he rer f ± 1, hh gh be epee fr errr euree f re he fel r euree fr gelg p re preee Fgure R6. Here e pree fferee CF ree by ll vr he p f he reever ful. The el e h r vr p, vryg fr 1 1 ree f 2, geere ly uble fferee he per f CF (Fgure R6. Re Fgure R7 h CF pue fr eh f he e-eber f lp (hru: re = 9, rl: re = 9, lef-lerl: re =, rgh-lerl: re = 18. Sller vr re, he rer f ± 1, hh gh be epee fr errr lulg he epee lp ver re l preee Fgure R7. The el h vr he re ree f 2 fr ± 1 1. Ne here gf vr he CF per ree fr Pge 3 f 5
4 GS R ITEM L.S. Wlh e l. re vryg by ± 9, hever here ly r vr ree by ll hge re (Fgure R7. Sury p h uh greer fluee h re he per f CF pl ve. Vr re prue greer effe he per f CF r-e ve. The re f re, p, re rl he per f CF. Hever, hee e h h ll vr re, p, r he rer f ± 1 fr re, ± 5 fr p, ± 5 fr re, epee fr euree uery he fel r gelg p, hve lle effe per f CF. Sre, p, re rgg 1 1 fr preferre p prue lr vr re, p, re rgg Ceffe f fr (µ ffere effe f fr (µ prue eble fferee per f CFS bh pl ve r-e ve. We ugge CFS lul h ue µ =.8 re re repreeve f re rfer urrg rple reg (Crer e l., 211; Ellrh e l., 211; Veg, 212. Hever, e lue CFS reul fr µ =.4, hh e effe f fr fr pr (Fgure R8. GS T REPOSITORY FIGURE CPTIONS Fgure R1. Cpr f CF per lule ug NP1 NP2 fr he erhque fl eh fr he ure ful. CF geere by ± 1 vr f NP1. C g 1 he re f NP1, g 1 he p f NP1. The per f CF he e regrle heher NP1 r NP2 elee he ure ful. Slr reul re prue he ubrg 1. The CF ue he reever ful. Pge 4 f 5
5 GS R ITEM L.S. Wlh e l. Fgure R2. Effe f erhque eph CF per fr CF reever ful. eph = 3 (hller, eph = 5 (USGS, C eph = 7 (LCSN, eph = 18 (b Herr fl eh lu. =.8 Fgure R3. CF geere fr hyphel reever hru ful ppg 45 h re rgg fr 36. Fgure R4. Effe f ll vr he reever ful rrgg 2 45 fr preferre re - he CF per. Sre rgg 1 1 fr he preferre re prue lr vr. Fgure R5. CF geere fr hyphel hru ful rg h p rgg fr 1 9. Fgure R6. Effe f ll vr he reever ful p (rgg fr 1 1 fr preferre p - he CF per. p rgg 1 1 fr he preferre p prue lr vr. Fgure R7. CF fr re e-eber: rl (re = 9, hru (re = 9, C lef-lerl (re =, rgh-lerl (re = 18. E - J Effe f ll vr he reever ful rrgg 1 1 fr preferre re - E CF per. Re rgg 1 1 fr preferre p prue lr vr. Fgure R8. Pl ve f Culb re hg CFS pefe ful h effe f fr f.4.8. Pge 5 f 5
6 78.5 re rgger ze WV V 1 1 C.8 NP1 (195 / 57 /123 Mh ferh M Culb re hgbr.6.4 P ( p e re h NP1 (195 / 57 / NP2 (325 /45 /5 p 5 NP2 (325 /45 / C NP1 (25, 57, 123 h re +1 p 5 C NP1 (25, 57, 123 h re NP1 (195, 67, 123 h p +1 NP1 (195, 67, 123 h p +1 p Fgure R1 (Wlh e l.
7 78.5 NP1 (195 / 57 /123 h eph 3 Mh ferh 76 4 p re rgger ze Culb re hgbr.6 NP1 (195 / 57 /123 h eph re h NP1 (25, 57, 123 h eph 5 p NP1 (25, 57, 123 h eph C NP1 (195, 67, 123 h eph 7 PREFERRE EPTH p C NP1 (195, 67, 123 h eph PREFERRE EPTH NP1 (195, 67, 123 h eph 18 p NP1 (195, 67, 123 h eph Fgure R2 (Wlh e l.
8 Hyphel ful ( /45 / re rgger ze 76 4 p Culb re hgbr.6 Hyphel ful ( /45 / re h Hyphel ful (45 /45 /9 p Hyphel ful (45 /45 / C Hyphel ful (9 /45 /9 p C Hyphel ful (9 /45 / Hyphel ful (135 /45 /9 p E Hyphel ful (18 /45 /9 p E Hyphel ful (18 /45 / F Hyphel ful (225 /45 /9 p F Hyphel ful (225 /45 / G Hyphel ful (27 /45 /9 p G Hyphel ful (27 /45 / Hyphel ful (135 /45 /9 H Hyphel ful (315 /45 / H Hyphel ful (315 /45 /9 p Fgure R3 (Wlh e l.
9 re rgger ze 1 1 Culb re hgbr re h 76 4 CF (163 /68 / p CF (163 /68 / CF (165 /68 /93 p CF (165 /68 / C CF (169 /68 /93 p E CF (177 /68 /93 p E CF (177 /68 / F CF (183 /68 /93 p -5 F CF (183 /68 / C CF (169 /68 /93 G CF (197 /68 / G CF (197 /68 /93 p CF (173 /68 /93 p CF (173 /68 / H CF (28 /68 /93 Fgure R4 (Wlh e l. p H CF (28 /68 /
10 Sure ful - NP1 (195 / 57 /123 µ =.4 Reever ful - hyphel ful ( /1 / p Reever ful - hyphel ful ( /1 / Sure ful - NP1 (195 / 57 /123 µ =.4 F Reever ful - hyphel ful ( /6 / p F Reever ful - hyphel ful ( /6 / Sure ful - NP1 (195 / 57 /123 µ =.4 Reever ful - hyphel ful ( /2 / p Reever ful - hyphel ful ( /2 / Sure ful - NP1 (195 / 57 /123 µ =.4 G Reever ful - hyphel ful ( /7 / p G Reever ful - hyphel ful ( /7 / Sure ful - NP1 (195 / 57 /123 µ =.4 C Reever ful - hyphel ful ( /3 / p C Reever ful - hyphel ful ( /3 / Sure ful - NP1 (195 / 57 /123 µ =.4 H Reever ful - hyphel ful ( /8 / p H Reever ful - hyphel ful ( /8 / Sure ful - NP1 (195 / 57 /123 µ =.4 Reever ful - hyphel ful ( /4 / p Reever ful - hyphel ful ( /4 / Sure ful - NP1 (195 / 57 /123 µ =.4 I Reever ful - hyphel ful ( /9 / p I Reever ful - hyphel ful ( /9 / Sure ful - NP1 (195 / 57 /123 µ =.4 E Reever ful - hyphel ful ( /5 / p E Reever ful - hyphel ful ( /5 / re rgger ze Fgure R5 (Wlh e l Culb re hgbr re h
11 re rgger ze Culb re hgbr re h Sure ful - NP1 (195 / 57 /123 µ =.4 Reever ful - CF (163 /68 / Reever ful - CF (163 /7 /93 Sure ful - NP1 (195 / 57 /123 µ = C Reever ful - CF (163 /72 /93 Sure ful - NP1 (195 / 57 /123 µ = p p p Reever ful - CF (163 /68 / Reever ful - CF (163 /7 / C Reever ful - CF (163 /72 / Sure ful - NP1 (195 / 57 /123 µ = Sure ful - NP1 (195 / 57 /123 µ = Sure ful - NP1 (195 / 57 /123 µ =.4 Reever ful - CF (163 /74 /93 E Reever ful - CF (163 /76 /93 F Reever ful - CF (163 /78 / Fgure R6 (Wlh e l p p p Reever ful - CF (163 /74 / E Reever ful - CF (163 /76 / F Reever ful - CF (163 /78 /
12 E-eber f re Nrl (re = -9 P re rgger ze Thru (re = Culb re hgbr re h C Lef-lerl (re = 5 Rgh-lerl (re = 18 5 WV M Mh ferh V C 78.5 N Sll vr f re E Reever ful - CF (163 /68 /93 p 5 E Reever ful - CF (163 /68 / H Reever ful - CF (163 /68 /99 p H Reever ful - CF (163 /68 / F Reever ful - CF (163 /68 /95 F Reever ful - CF (163 /68 /95 I Reever ful - CF (163 /68 /11 I Reever ful - CF (163 /68 /11 p p G Reever ful - CF (163 /68 /97 p 5 1 G Reever ful - CF (163 /68 /97 J Reever ful - CF (163 /68 / Fgure R7 (Wlh e l. p J Reever ful - CF (163 /68 /
13 re rgger ze µ = Culb re hgbr (re / p / re 1 re h µ =..8 1 P 76 4 Reever ful - CF (163 /68 /93 2 WV FS Mh ferh M V CF C SFS Reever ful - SFS (212.5 /84 /138 2 C1 C Reever ful - FS (28 /61 /141 C2 1 Reever ful - NP1 (195 /57 /123 2 Pl ve f le f Culb re fel 7 eph Fgure R8 (Wlh e l.
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