Laserfiche WebLink
<br />ask you not to get into the technical hydrological aspects <br /> <br />. <br /> <br />here now. <br /> <br />HR. BRANTIHGHN1: <br /> <br />Well, all I was asking or <br /> <br />trying to ask, it seems to me -- maybe if I draw a simile <br /> <br />it will be better. It seems to me that if the -- well, let's <br /> <br />look at the daQ, the Headgate Dam, like a glass of water. <br /> <br />And, for instance, when the gate is closed down up there <br /> <br />we've only got an eight (8) ounce glass, okay? But the <br /> <br />way I perceive it, when the gate's opened up we've got a <br /> <br />sixteen (16) ounce glass, we can accept more water. You're <br /> <br />shaking your head. If I need correcting, explain it. <br /> <br />PRESIDING OFFICER: Let me put it into <br /> <br />simplistic terms and you guys shake your heads yes or no. <br /> <br />What we're really trying to say that is outflow equals <br /> <br />inflow,period. That's all it means. Outflow equals inflow. <br /> <br />Your level is not going to rise. <br /> <br />HR. BRANTINGHAH: Is it possible to make the <br /> <br />outflow greater than the inflow so we can retain a constant <br /> <br />image? <br /> <br />PRESIDING OFFICER: Not with the current <br /> <br />o~erating mode of the gates, no. <br />