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<br />, f <br /> <br />In' <br /> <br />C'~_ <br />c: <br />N <br /> <br />\.. <br /> <br />- <br /> <br />n <br /> <br /> , , <br /> i .- <br />R <br />- <br /> 'I <br /> 1.-1 <br /> , <br /> , <br /> <br />, " <br />I ~. " <br />, <br /> , <br /> I, <br /> " <br />'II <br /> <br />. <br /> <br />. <br /> <br />I <br />:, <br /> <br />46 <br /> <br />may be in the alternatives, of the nine (9) alternatives, <br /> <br />but I cannot understand why a twenty-eight thousand (28,000) <br /> <br />" <br /> <br />release is necessary if we can dump, say, a million and a <br /> <br />half acre-feet in this discharge and it would only amount <br /> <br />to maybe a three thousand cubic-foot-per-second (3,000 cfs) <br /> <br />flow down here at Yuma. <br /> <br />. <br /> <br />PRESIDING OFFICER: I think I got it. <br /> <br />MR. LANSING: This has to be a yearly average <br /> <br />type thing. <br /> <br />PRESIDING OFFICER: NOW, first of all, when <br /> <br />we talk about a release, let's take some numbers. <br /> <br />MR. LANSING: Okay. <br /> <br />PRESIDING OFFICER: Let's assume we've got <br /> <br />ten thousand (10,000) in the River. And let's say the plan <br /> <br />says we need to go to twenty-eight (28,000), okay? That's <br /> <br />one of the plans we select. We're not going to, boom, open <br /> <br />the gates and drop twenty-eight thousand (28,000) down first <br /> <br />- <br /> <br />of all. The first thing we're going to do is look at the <br /> <br />forecast and see what kind of water we've got up and how <br /> <br />long it's going to take to release at twenty-eight (28,000) <br /> <br />or perhaps something less than twenty-eight (28,000) over <br /> <br />a given period, okay? <br /> <br />MR. LANSING: Urn hmm (yes). <br /> <br />PRESIDING OFFICER: In other words, that <br /> <br />would be the maximum under that particular plan. It would <br />