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<br />sumsia~ hrJ.D f~voAana <br />• RP f'ROJECTi0AD116 PAEDICTIQA DATA gIPARIS01 <br />`«,:,~ <br />ta~aaaarnuuuuauwsaDlSSOI.VED IETAIS Ippslnnuw+aaaaasaaaaaauaaa <br />PfUUELT t METI® Al Cd Cu Fe Mn f'B Zn <br />26 iLLP-131E 0.5 0.005 1.I7 28.1 0.18 4.99 1.91 <br />26 1:20 N20 10sin.Bath 1.33 0.003 1.26 6.6 0.06 2.4 1.4 <br />26 Storswater 8.2 0.01 B.55 255 0.41 2 2.92 <br />26 1:11201hin.Baih 34 0.06 17 5t0 1.4 2 17 <br />26 1:1 120 30win.Bath 32 0.012 22 569 1.B3 2.07 18.9 <br />. <br />• The wain difererce is soli likely due to dilution differerces as e~os:ve tise does rot appear to be <br />the controlling fxtor. <br />T[SP-1312 is a F25D4 digestion with 20:1 dilution a:d is casparahle to a 20:1 12D bath. <br />The sites are xidic 112504 1 a:d dilution during stns events is based on si=e of stave , perseability ,etc. <br />1:1 1211 bath depends on sasple far xidiiy and world be like a swell to wediuw stun event. <br />E:2aao•e does rot appear to be criiial. <br />The slarswater sasple was taken during a prala:ged alas Brent and was a ca~irelian of direct rai:~all cantxt <br />rater a:d run-on water with winiwal cantxt lise. <br />Metal concentrations were effected l0 be between 1:1 and 20:1 dilutions. <br />tarclusian: <br />1:1 dilution exposure will predict estinted storwwter seta) carcentratians far sort situations. <br />E~eptians world be where ; runron water is present (flaw world be greater a:d canreniratians lessl. <br />graundwier is present. <br />precipitation raie eueeds infiliralion rate a:d ruroff rate is !1 (0 sin.. <br />• <br />- 15 - <br />