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A Conceptual Safe Yield Approachwith an Environmental <strong>Protection</strong> FactorNormal YearVolumeDrought YearVolume @UnimpactedGageNormal Year-to-YearFluctuationsAnnual BasinYield (Volume)MGYWMA Allocatable Volume= Existing + FutureDrought ReserveAllocatable AmountVaries by basinEnv.<strong>Protection</strong>FactorFOR DISCUSSION PURPOSES ONLY - NOT TO BE CITED12
Volume, MGDExample Drought Year VolumeDrought ReserveAllocatable WaterVolume, MGDExample Drought Year VolumesExample Basin Yield Option1606014012013610080Annual Mean VolumeDrought Year Volume50Allocatable60405220Reserve0Annual Mean FlowDrought Year Flow405% Probability22.5 yr RecurrenceFOR DISCUSSION PURPOSES ONLY - NOT TO BE CITED13
Page 4: MA Water Resource Realities1. In a
Page 10 and 11: Annual Ave Flow, MGDBasin Yield Exa
Page 14 and 15: Annual Ave Flow, MGDOne Example of
Page 16 and 17: Authorized Withdrawals by Basin(cfs
Page 18 and 19: Evaluate Biological Alteration• R
Page 20 and 21: Consider Stream Classification• W
Page 22 and 23: Protection• Identify Protection P
Page 24 and 25: Incorporate Streamflow Criteria int
Page 26: Determine Safe YieldMethodologyQUES

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