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<br />, . <br /> <br />o <br /><.:) <br />N <br />..... <br />tv <br />.::.. <br /> <br />33A <br /> <br />33B <br /> <br />33A <br /> <br />33B <br /> <br />. <br /> <br />. <br /> <br />natural flow shortage release from Green Mountain) a .call. <br />is placed on Dillon and Colorado Springs to release the <br />Green Mountain water stored in Dll10n. This release is <br />discussed on Lines 33A and 33B. Coding to show a Colorado <br />Springs release from Upper Blue storage to Dillon and from <br />Dillon to Green Mountain was not included in the model for <br />this study. <br /> <br />Release from Dillon for Green Mountain Call. This line <br />shows the simulated release from Dillon that goes toward <br />meeting part of the Colorado-Big Thompson replacement <br />requirement from Green Mountain Reservoir. When a .call. <br />is placed on Dillon as described in Line 33 by a CBT repla- <br />cement requirement it is first met by Williams Fork <br />exchange (see Line 56). Ninety percent of the amount not <br />met by this exchange is then released from Dillon if Green <br />Mountain storage is available in Dillon. (The ninety per- <br />cent is arbitrary). <br /> <br />Release from Dillon for Green Mountain Call (Natural Flow <br />Shortage). This line shows the simulated release from <br />Dillon that goes toward meeting part of the natural flow <br />shortage demand on Green Mountain Reservoir. When a .call. <br />is placed on Dillon as described in line 33 by a natural <br />flow shortage demand it is first met by Williams Fork <br />exchange (see Line 56A). Ninety percent of the amount not <br />met by this exchange is then released from Dillon if Green <br />