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<br />.. <br />" <br /> <br />" <br /> <br />b,L <br />~ <br /> <br />i ~ <br />" <br />I <br />,) <br />~ <br />I'~ <br />~ <br />, <br />~. <br />~. <br /> <br />ISl.Z <br /> <br />Table 4.--Cor.cer.tra~ior.s~ in tcr.s pe~ acra-foot~ for s;atior.s in t~e Gr~d Velley c~eaJ usir4 several methods 0: co~utatior. <br /> <br />[Method A.--Cor.1;>uted f;-o:":'l cor;pos1te analyses, 1952 through 1969 "'Iater years. t'lethod B.--CO;:.Duted f;-o:TI daily specific concuctance and <br />daily specific conductance versus dissolved sol ids reg~ession. Meth~d C.--Co~puted fro~ daily discnarge using daily discharge versus <br />daily sp~cific conductance and daily specific co~d:.!cr.;nce \,.;:"su~. dissolved solids regrcssio:'1s. Method C.--Co~?uced by su~trc:cting <br />load of Dolores River fror.1 load of Colorado River near Cisco, Utah; load co~~utcc fro~ daily s~ccific conGuc~~ncc. N~t~od E.--Co~puted <br />by sL.;;,:.racti;;g IO<Jd of Dolores P,i"vcr fror.l lead of Colorudo River ne.Jr Cisco, Ut.<Jh; lo<:ld cO:7lputc.d fro.ll G.Jily dischurgc] <br /> <br />',.{.3ter <br />"(car <br /> <br />1952 <br />1953 <br />1954 <br />1355 <br /> <br />N <br /> <br />i356 <br />J557 <br />1958 <br />1959 <br />1960 <br /> <br />1901 <br />1361 <br />1963 <br />1904 <br />1905 <br /> <br />1956 <br />1967 <br />"1968 <br />1969 <br />1970 <br /> <br />1971 <br />1972 <br />1973 <br />'974 <br /> <br />Stat ion <br />03095500 <br /> <br />~.ethod <br /> <br />A <br /> <br />0.,8 <br />.60 <br />.84 <br />.71 <br /> <br />O.~8 <br />.58 <br />.84 <br />.69 <br /> <br />.58 <br />.42 <br />.53 <br />.60 <br />.57 <br /> <br />B <br /> <br />c <br /> <br />Station <br />09105000 <br /> <br />!-',ethod <br />8 C <br /> <br />O. )6 <br />.43 <br />.53 <br />.51 <br /> <br />.58 <br />.)) <br />. )7 <br />.60 <br />.53 <br /> <br />0.55 <br />.38 <br />.56 <br /> <br />.65 <br />.42 <br />.68 <br />.54 <br />.46 <br /> <br />.54 <br />.65 <br />.52 <br />.~8 <br />.4) <br /> <br />.46 <br />.60 <br />.37 <br />.55 <br /> <br />Stat io;; <br />09151500 <br /> <br />A <br /> <br />Me-::hoC <br />8 <br /> <br />0.64 <br />1. 05 <br />1. 66 <br />1. 10 <br /> <br />0.54 <br />.95 <br />1. 59 <br />:.15 <br /> <br />1.04 <br />.45 <br />.59 <br />1.1) <br />.92 <br /> <br />C <br /> <br />'0.61 <br />'.3) <br />11. )9 <br />1.97 <br /> <br />1.8) <br />1.61 <br />1.76 <br />11.03 <br />1.86 <br /> <br />1].12 <br />'.65 <br />'1.24 <br />1. 04 <br />.71 <br /> <br />A <br /> <br />'0.65 <br /><95 <br />21 . ~9 <br />21.09 <br /> <br />2.9~ <br />2.60 <br />2.78 <br />'1. 09 <br />2.86 <br /> <br />-~ 1 . 20 <br />'.6) <br />1.11 <br />1. 00 <br />.70 <br /> <br />1. 1 0 <br />1. 16 <br />.95 <br />'.86 <br /> <br />Station <br />0916)530 <br /> <br />B <br /> <br />Method <br />C <br /> <br />0.53 <br />.91 <br />1. 4 t <br />1. 11 <br /> <br />.96 <br />.52 <br />.63 <br />1. 08 <br />.92 <br /> <br />1. 15 <br />.65 <br />1.13 <br />1.0) <br />.6S <br /> <br />1. 14 <br />1. 1) <br />.96 <br />.89 <br />.74 <br /> <br />.78 <br />1.0) <br />.74 <br />.86 <br /> <br />o <br /> <br />0.65 <br />.95 <br />1. 49 <br />1. 09 <br /> <br />0.59 <br />.9) <br />1. 46 <br />1. 15 <br /> <br />E <br /> <br />Stut iO:l <br />0913cooo <br /> <br />A <br /> <br />/-'.ethod <br />a <br /> <br />0.5) <br />1. )2 <br />1. 67 <br />1. 06 <br /> <br />0.5) <br />1. 3.3 <br />1.69 <br />1. i 5 <br /> <br />c <br /> <br />Stat ion <br />09~S050C <br /> <br />Metred <br /> <br />A <br /> <br />0.6! <br />.85 <br />1. )9 <br />.96 <br /> <br />.8~ <br />.60 <br />.75 <br />1. 1) <br />.85 <br /> <br />1.11 <br />.66 <br />1.2.7 <br />1.05 <br />.66 <br /> <br />1.07 <br />1. 22 <br />.89 <br />.86 . <br /> <br />g <br /> <br />c <br />o <br /> <br />.59 <br />.45 <br />.54 <br />.6) <br />.57 <br /> <br />.69 <br />.'5 <br />.75 <br />.68 <br />.52 <br /> <br />.66 <br />. 6~ <br />.60 <br />.60 <br /> <br />0.42 <br />.57 <br />.81 <br />.63 <br /> <br />.58 <br />.40 <br />.52 <br />.6) <br />.60 <br /> <br />.68 <br />.45 <br />.76 <br />.67 <br />.50 <br />.67 <br />.64 <br />.59 <br />.57 <br />.50 <br />.49 <br />.59 <br />.48 <br />.52 <br /> <br />.71 <br />.44 <br />. ,-6 <br />.68 <br />.50 <br /> <br />.71 <br />.65 <br />.60 <br />.59 <br />.50 <br /> <br />.50 <br />.60 <br />.51 <br />.54 <br /> <br />0.66 <br />1.03 <br />1. 69 <br />1. 13 <br /> <br />.98 <br />.59 <br />.72 <br />1. 30 <br />.S5 <br /> <br />1. 14 <br />.64 <br />1.18 <br />.97 <br />.65 <br /> <br />1.11 <br />1. 39 <br />.98 <br />.87 <br /> <br />.95 <br />-53 <br />.65 <br />1.25 <br />.81 <br /> <br />1.06 <br />.56 <br />1. 2) <br />.87 <br />.57 <br /> <br />1. 16 <br />.65 <br />1. 29 <br />.93 <br />.57 <br /> <br />1. 09 <br />J.09 <br />1. 0) <br />2.86 <br />2.67 <br /> <br />2. 6~ <br />2.92 <br />2.7) <br />2.78 <br /> <br />.9~ <br />.60 <br />.78 <br />1. 09 <br />.86 <br /> <br />1. 01 <br />.54 <br />.70 <br />1. 1) <br />.97 <br /> <br />0.55 <br />1. 10 <br />1. 43 <br />.90 <br /> <br />1. 01 <br />.55 <br />.70 <br />1. 97 <br />.79 <br /> <br />1. 01 <br />.81 <br />1. 58 <br />1.17 <br />.66 <br /> <br />.99 <br />1. 65 <br />.90 <br />.86 <br /> <br />1. 26 <br /> <br />1.) 1 <br />.55 <br />.56 <br />1. 94 <br />.91 <br /> <br />0.63 <br />.S8 <br />1. 5 J <br />1. 09 <br /> <br />0.58 <br />.96 <br />1. 48 <br />1. 15 <br /> <br />1. 17 <br />1. )6 <br />.96 <br />.8~ <br />.7) <br /> <br />1. 18 <br />1. )1 <br />.96 <br />.81 <br />.71 <br /> <br />1.10 <br />.6) <br />1. 16 <br />.94 <br />.67 <br /> <br />1. 20 <br />.66 <br />1.18 <br />1. 09 <br />.66 <br /> <br />.57 <br /> <br />.57 <br /> <br />1. 15 <br />.88 <br />1. 5 'l <br />1.25 <br />.68 <br /> <br />0' <br />,,0 <br />.fO <br />.74 <br />1. 14 <br />.87 <br /> <br />1. 03 <br />.54 <br />.63 <br /> <br />1. 1 7 <br />.96 <br /> <br />.65 .75 <br />.94 1. 11 <br />.66 .74 <br />.86 .86 <br /> <br />1.00 <br />1. 05 <br />.86 <br />.86 <br />.67 <br /> <br />1.15 <br />1. 18 <br />.99 <br />.91 <br />. is <br /> <br />1. oL.. <br /> <br />.96 <br />1.55 <br />.90 <br />.8) <br />.89 <br /> <br />.65 <br />1. 19 <br />.97 <br />.66 <br /> <br />1. 19 <br />.68 <br />1. 30 <br />1. iO <br />.66 <br /> <br />.64 <br />.91 <br />.7) <br />.78 <br /> <br />.30 <br />1. 09 <br />.77 <br />.91 <br /> <br />.79 <br />.80 <br />.90 <br /> <br />1.0) <br />1. 70 <br />.52 <br />1.10 <br /> <br />1.0) <br />1.60 <br />.50 <br />1. 1) <br /> <br />1. 01 <br />1. 09 <br />.85 <br />.85 <br />.69 <br /> <br />.67 <br />.97 <br />.69 <br />.81 <br /> <br />1. 12 <br />1.11 <br />.98 <br />.90 <br />.77 <br /> <br />.82 <br />1. 12 <br />.71 <br />.94 <br /> <br />IComputed using Method A by su;:;tracting annual lOud, in tons, of 091:30000 Dolores River near Cisco, Ut.;:ih, ,from annl.OCll load, in tons, <br />of 09180500 colorado River near Cisco, Utah, and dividing the an;;lJal acre-feet of 09180500 Colorado River near Cisco, Utah, r.1inus <br />the acre-feet of 0918000Q Dolores River near Cisco, Utah. <br /> <br />2Computed using Method D. <br />