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<br />N <br />~., <br />er.- <br />N <br /> <br />c. <br /> <br />- <br /> <br />;'r; <br /> <br />....".1 <br /> <br />-" <br /> <br />. <br /> <br />. <br /> <br />43 <br /> <br />that Hurricane Doreen hit us a couple of years ago which was, <br /> <br />well, a hundred year flood is a three point eight five (3.85) <br /> <br />:1 <br /> <br />in this area. Hurricane Doreen was seven point zero one <br /> <br />, <br />. <br /> <br />(7.01) inches and our River level at that gauging station, <br /> <br />which is the highest it's ever been, is a hundred and <br />, <br /> <br />. <br />"I nineteen (119) feet, which is -- I'm going to guess -- agains <br /> <br />the lowest we normally see, maybe seven (7) foot above that. <br /> <br />" So I can't relate to this forty thousand (40,000) cubic foot <br /> <br />turnout potential. How can it happen? <br /> <br />PRESIDING OFFICER: Not unless everything in <br /> <br />~i the system was full, unless there was no loss in terms of <br /> <br />coming down the River, you wouldn't get a true forty <br /> <br />thousand cubic-feet-per-second (40,000) cfs release down <br /> <br />Ii here. The longer the release is upstream, the greater <br /> <br />liklihood there is of approaching that forty thousand <br /> <br />(40,000) figure. <br /> <br />MR. LANSING: Let me ask another question <br /> <br />here of possibly one of the gentlemen that runs the <br /> <br />computer. This seven hundred thousand (700,000) feet <br /> <br />acre-feet we're going to release over the five (5) months' <br /> <br />period, doesn't that compute out on a per second even <br /> <br />average at about twenty-three (2,300), twenty-four hundred <br /> <br />'I (2,400) cubic foot? <br /> <br />;'1 <br /> <br />PRESIDING OFFICER: That averages out that <br /> <br />" <br /> <br />way, yes, sir. <br /> <br />/..j I.ILlll Ii f'flllLI\III <br />