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<br /> <br />i~ <br />~' <br /> <br />1999 <br /> <br />TABLE 2. SJ-C GAINS IN EXCESS OF LOSSES <br />ON HERON RESERVOIR <br /> <br />(UNIT = ACRE-FEET) <br /> <br />TABLE 2 I <br />SJ-C Gains EOM NET NET EOM EOM <br /> GAIN EVAPORATION i GAIN SEEPAGE <br />MONTH ON ON ON ON <br /> ~I<ESERVOIR RESERVOIR ! RESERVOIR RESERVOIR <br /> (1) (2) , (3) (4) <br /> I <br />JANUARY 468 1891 279 136 <br />FEBRUARY 784 442 342 121 <br />MARCH 1201 908 293 132 <br />APRIL 53 346 0 129 <br />MAY 1723 1508, 215 139 <br />JUNE 2129 23531 0 144 <br />JULY 1125 1261 i 0 154 <br />AUGUST -1178 391 ' 0 157 <br />SEPTEMBER -378 800 I 0 154 <br />OCTOBER -564 14641 0 158 <br />NOVEMBER -518 756 0 152 <br />DECEMBER -1149 365 0 156 <br />ANNUAL 3696 10783 1129 1732 <br /> <br />NOTE: GAINS IN EXCESS OF LOSSES ON THE RESERVOIR WILL BE CON- <br />SIDERED RIO GRANDE THAT WILL BE RELEASED WHEN FEASIBLE, <br /> <br />(1) THIS COLUMN IS COMPUTED USING THE DATA ON TABLE 3, THE <br />NET EVAPORATION ON TABLE 2(2) AND THE COMPUTED INFLOW <br />(COL 5 ON TABLE 1), TO COMPUTE UNACCOUNTED RIO GRANDE <br />INFLOW TO HERON. (CURRENT EOM CONTENT, 3(8)-[PREVIOUS <br />EOM CONTENT, 3(8)+3{2)+1{5)-3(3)-3{4)-2{2)]) = UNMEASURED <br />RIO GRANDE INFLOW TO HERON RESERVOIR. <br /> <br />(2) COMPUTED NET EVAPORATION FROM WEATHER DATA <br /> <br />(3) 2(1) - 2(2), SET TO ZERO IF 2(1) - 2(2) IS LESS THEN ZERO, <br /> <br />(4) COMPUTED RESERVOIR SEEPAGE, <br />