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<br /> <br />~TOl <br /> <br />Table 6. - Significant long-term trends in concentration (mg/(L 'a)) by semilog regression. Associated trends (kg/(s-a)) <br />for solute loads are in parentheses <br /> <br />PERIOD <br /> <br />SEASON <br /> <br />STATtON 9095500 <br /> <br />1933-45 DEe-MAR <br />MAY-JUNE <br />AUG-NOV <br /> <br />STATION 9152500 <br /> <br />1931-64 DEe-MAR <br />MAY-JUNE <br />AUG-NOV <br /> <br />STATION 9180000 <br /> <br />1951-82 DEe-MAR <br />MAY-JUNE <br />AUG-NOV <br /> <br />"" <br />"" <br /> <br />STATION 9180500 <br />1928-46 DEe-MAR <br />MAY-JUNE <br />AUG-NOV <br /> <br />CALCIUM <br /> <br />MAGNESIUM <br /> <br />SODIUM <br /> <br />UPPER COLORADO BASIN <br /> <br />CHLORIDE <br /> <br />COLORADO RIVER NEAR CAMEO, co. <br /> <br />-.59( -.044) <br /> <br />-.42( -.031' <br />-.32t -.0321 <br /> <br />-2.93( -.9801 <br /> <br />- t .SOt -.152) <br />GREEN BASIN <br /> <br />STATION 9217000 - GREEN R. NR GREEN RIVER, WYO. <br /> <br />1951-62 DEe-MAR -1.3S{ -.0221 <br />MAY-JUNE <br />AUG-NOV -t.9" -.046) <br /> <br />STATION 9251000 <br /> <br />1950-82 DEC-MAR <br />MAY-JUNE <br />AUQ-NOY <br />STATION 9306500 <br /> <br />-. SSC - .0.14) <br />-.59( -.081) <br />- .GS( - .Ot6} <br /> <br />- .821 -.019) <br /> <br />YAMPA RIVER NEAR MAYBELl, co. <br /> <br />.2S( .002 J <br />_ fO( .001) <br />WHITE RIVER NEAR WATSON, ur <br />-.3SC .004) <br />- ..ca( -. O'7~ <br />-.421 -.005) <br /> <br />1950-19 DEe-MAR <br />MA Y-JUNE <br />AUG-NOV <br /> <br />STATtON 9315000 <br /> <br />1928-61 DEe-MAR <br />MAY-JUNE <br />AUG-NOV <br /> <br />STATION 9328500 <br /> <br />.29{ .C03} <br />.241 .031) <br /> <br />-1.501 -.011) <br />-1.24( -.014) <br /> <br />GREEN RIVER AT GREEN RIVER, UTA <br /> <br />SAN RAFAEL RIVER NEAR GREEN RIV <br /> <br />1941-65 DEe-MAR -2.CI( -.C04} <br />MAY-JUNE <br />AUG-NOV <br /> <br />-'.451 -.0'03) <br />-1 30( -.011) <br />-3.20t -.0'07) <br /> <br />-2.90( -.0'0'5) <br />-3.3Ie -.0'42) <br />-t2.87( -.0'27) <br /> <br />, .87{ .138) <br /> <br />-.291 -.00'3) <br /> <br />-.44( -.004) <br /> <br />-2.1C( -.0'25) <br />-.52! -.0'27) <br />-2.03( -.0'23) <br /> <br />-,381 -.0'26) <br />-.33( -.024) <br /> <br />-.4S( -.O'on <br />-.42( -.0'0'5) <br />-f.07( -.00'2) <br /> <br />SULFATE <br /> <br />-B.B3t -.490) <br />-1.72(-1.0'74) <br />-3.91~ - .400') <br /> <br />-5.12( -.10'2) <br />-t.7a( -.20'5) <br />-5.21 ( -.123) <br /> <br />1.98( <br />.e8~ <br />.94( <br /> <br />.0'19) <br />.10'7) <br />.OO'S) <br /> <br />-i.52( -.0'18) <br />-1.03( -.0121 <br /> <br />-12.SS( -.022) <br />-14.3O'( -.180J <br />-33.96( -.0'70) <br /> <br />BICARBONATE <br /> <br />-.72( -.0'531 <br />.B8( .0'88) <br /> <br />-2.521 -.0'421 <br />-2.2B( -.0'53) <br /> <br />.47( .0'321 <br /> <br />-2.9S1 -.0'0'5) <br /> <br />SUM OF SI X IONS <br /> <br />-B.5Q( -.1691 <br />-S.10( -.2411 <br /> <br />B.C9( .364) <br />IS.39( . GS4) <br /> <br />-6.S5( -.50'6) <br />-5.33( -.536) <br /> <br />-12.56( -.209) <br />-1O'.81( -.254) <br /> <br />2.33( <br /> <br />.0'23) <br /> <br />-5.28( -.0'62) <br />-4.32{ -.0'49) <br /> <br />-t7.76( -.0'31) <br />-17.531 -.221) <br />-43.3C( - .0'89) <br /> <br />