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<br /> <br />GREEN RIVER BASIN <br />09306242 CORRAL GULCH NFAR RANGELY, CO--COntlnued <br />MATER-gUAl1iY RECORDS <br />339 <br />PERI00 OF AECOPO.--March 1974 to current year. <br />PE PI00 OF DAILY RECORD.-- <br />SPE[IFIC CONDUCTANCE: April 1975 to September 1409. <br />NATEP TEN PE RATUPE: January 1975 to September 1989. <br />SUSPENOE D-SEDIMENT OISCHAAGE: October 1974 to SeDfem Der 1985. <br />INSTRDMExTATIDN.--Nater-Duality monitor October 1974 to August 1989. Pumping sediment sampler October 1974 to <br />September 1985. <br />REMARKS.--Unpuhlished maximum and minimum specific conductance data for period of dally record available in <br />district office. <br />Ek7RENES fOR PERIOD OF DAILY RE CORD.-- <br />SPECIFIC WNOUCTANCE: Nan imam, 3,000 m5 crosiemens July 17, 1976; minimum, 271 nicrosiem ens Feb. L8, 7'B0. <br />NATER iENPE PA CURES: Maximum, 29.OoL Aug. 5, 1979; minimum, O.ODC on several days during winter months some <br />years. <br />SEOINE Xi CONCENTRATIONS: Na.<imum daily, 35,800 mg/L Aug. 2, 1982; minimum daily, 2 mg/L May 24, 1981. <br />SEDIMENT LOADS: Maximus daily, 43,600 tons August l8, 1984; minimum dally, 0.00 ton on many days during 1981. <br /> NATER-QUALITY DATA, NATER YEAR OCTOBER L990 TO SEPTEMBER 1991 <br /> DIS- <br /> CHANGE, SPE- HARD- NAGME- <br /> 1NS1, CIFIC NESS CALCIUM SI UN, SODIUM, <br /> CUIIIC EON- PH TENDER- OkYGEN, TOTAL DIS- DIS- DIS- <br /> FI:ET OUCi- (STAND- ATU RE DIS- (MG/L SOLVED SOLVED SOLVED <br />DATE TIME PfR AN(E ARO NATER SOLVED AS (MG/L (NG/L (MG/L <br /> SECOND (US/CM) UNITS) (DEG C) (NG/L) CACOJ) AS CA) AS MG) AS HA) <br />MAR <br />28... 1100 U.39 1590 e.l 10.5 B.0 620 I10 84 140 <br />JUN <br />12... 1000 0.30 1610 8.0 I1,5 7.0 620 1l0 83 UO <br />AUG <br />~ 29... 0955 C.30 1560 8.2 13.0 8.5 590 I00 B1 I20 <br /> SOLIDS, <br /> SODIUM POTAS- ALkA- CHLO- FLUO- SILICA, SUM OF SOLIDS, SOIIDi, <br /> AD- STUN, LINIiY SULFATE RIDE, RIDE, DIS- CONSTI- DIS- 015- <br /> SORP- DIS- LAB DIS- DIS- DIS- SOLVED iUENTS, SOL VEO SOLVED <br /> TION SOLVED (NG/L SOLVED SOLVED SOLVED (MG/L OI S- (TONS (TONS <br />DA IE PAi10 (MG/l AS (MG/L (MG/L (NG/L AS SOL VEO PER PER <br /> AS K) CACOl) AS 504) AS CL) AS F) 5102) (ML/L) AC-FT) DAY) <br />NAR <br />28... 2 1.3 3a9 SIO l5 0.3 20 1090 1.49 1.15 <br />JUN <br />12... 2 0.8 J77 450 I6 0.4 21 1040 1,41 0.84 <br />AUG <br />29... 2 1.7 476 470 IB 0.4 l7 10J0 I.40 0.84 <br /> VITRO- NI7R0- VITRO- NIT RO- PHOS- <br />i GEN, GEN, GEN, GEN,gM- PHOS- PHOAUS CARBON, <br /> NIiRI IE N02•NOJ AMMONIA NONIA PHORUS ORTHO, OPGANIC <br /> OI S- DIS- DIS- OPGANIC DIS- DIS- 015- <br /> SOIVED SOL VEO SOLVED DIS. SOLVED SOLVED SOLVED <br /> O0.TE (NG(L (nG)L (MG/L {MG(l (MG/L (MG/L (NGlL <br /> AS N) A5 N) AS N) AS N) AS P) AS P) AS C) <br /> MAR <br /> 28 ... <O.OI 0.30 0.02 0.3 0.07 <0.01 6.0 <br /> JUN <br /> 12 ... 0.02 <0.05 <O.OI 0.3 <0.01 <0.01 6.l <br /> AUG <br /> 29 ... __ _- __ __ -- ._ _ <br /> AR SENIC BARIUM, BORON, COBALT. IRO M, <br /> DIS- DIS- 015- DIS- DIS- <br /> SOLVED SOLVED SOLVED SOLVED SOLVED <br /> Ilq(E TIME ( UG/L (UG/L (U G/L (UG/L ( UG/L <br /> AS AS) AS 8A) A$ B) AS CO) AS FE} <br /> MAP <br /> 78... 1100 4 57 120 2 9 <br /> JUN <br /> 12... 1000 5 56 140 l ~ 12 <br /> AUG <br /> 29.., 0955 -- -- 1J0 -- -- <br />