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Descriptors
| AREA | Computed area for a reservoir element. |
| ATI-COLD | Computed antecedent temperature index for cold content in the snowmelt method. |
| ATI-COLDRATE | Manually entered antecedent temperature index versus coldrate function for a paired data function. |
| ATI-MELT | Computed antecedent temperature index for meltrate in snowmelt. |
| ATI-MELTRATE | Manually entered antecedent temperature index versus meltrate function for a paired data function. |
| COLD CONTENT | Computed cold content in snowmelt. |
| CROP COEFFICIENT | Manually entered time-series of crop coefficient for a time-series gage. |
| DISTANCE-ELEVATION | Manually entered cross section in the paired data manager. |
| ELEVATION | Computed pool elevation for a reservoir element. |
| ELEVATION-OBSERVED | Observed pool elevation for a reservoir element using the optional observed elevation time-series gage. |
| ELEVATION-RESIDUAL | Residual elevation for a reservoir element with observed elevation. The residual is calculated as computed flow minus the observed elevation. |
| ELEVATION-AREA | A manually entered elevation-area function defined in the paired data manager. |
| ELEVATION-FLOW | An elevation-discharge curve defined in the reservoir element. No longer used in the current program version. |
| ELEVATION-STORAGE | A manually entered elevation-storage function defined in the paired data manager. |
| ET-CANOPY | Computed actual evapotranspiration from the canopy layer in the soil moisture accounting loss method. |
| ET-POTENTIAL | Potential evapotranspiration for a subbasin element as computed by the meteorologic model. |
| ET-SOIL | Computed actual evapotranspiration from the soil layer in the soil moisture accounting loss method. |
| ET-SURFACE | Computed actual evapotranspiration from the surface depression layer in the soil moisture accounting loss method. |
| EXCESS-CANOPY | Computed incremental precipitation minus canopy interception in the soil moisture accounting loss method. |
| FLOW | Final computed flow for an element. |
| FLOW-AUX | Outflow from a reservoir through the auxiliary discharge. |
| FLOW-BASE | Computed baseflow for a subbasin element. |
| FLOW-COMBINE | Computed total inflow to an element. |
| FLOW-DIRECT | Surface flow computed by transforming excess precipitation for a subbasin element. |
| FLOW-DIVERSION | Computed diversion flow for a diversion element. |
| FLOW-IN | Total inflow to a reach element. |
| FLOW-LOCAL | Local flow at a junction when the basin model is set to compute local flow at junctions. |
| FLOW-LOCAL-SIM | Computed local flow without blending for a junction when observed flow is present, blending is used, and the basin model is set to compute local flow at junctions. |
| FLOW-LOSS | At a reach, the computed channel losses. |
| FLOW-OBSERVED | Observed flow for an element using the optional observed flow time-series gage. |
| FLOW-RESIDUAL | Residual flow for an element with observed flow. The residual is calculated as computed flow minus the observed flow. |
| FLOW-SIM | Computed flow without blending at an element when observed flow is present and blending is used. |
| FLOW-UNIT GRAPH | Manually entered unit hydrograph in the paired data manager. |
| GROUNDMELT | Manually entered annual groundmelt pattern in the paired data manager. |
| INFILTRATION | Computed infiltration from the surface layer to the soil in the soil moisture accounting loss method. Also, the amount of loss attributed to infiltration in the deficit constant loss method. |
| LIQUID WATER | Computed liquid water in the snowpack in snowmelt. |
| MELTRATE | Manually entered annual meltrate pattern in the paired data manager. |
| MOISTURE DEFICIT | Computed moisture deficit in the deficit constant and gridded deficit constant loss methods. |
| OUTFLOW-GW | Computed outflow from a groundwater layer to channel baseflow in the soil moisture accounting loss method. |
| PERC-SOIL | Computed percolation from the soil layer to the upper groundwater layer in the soil moisture accounting loss method. |
| PERC-GW | Computed percolation from the upper groundwater layer to the lower groundwater layer or from the lower groundwater layer out of the system in the soil moisture accounting loss method. |
| PERCENT-GRAPH | Manually entered percentage curve in the paired data manager. |
| PRECIP-EXCESS | At a subbasin, incremental precipitation minus losses. |
| PRECIP-EXCESS-CUM | At a subbasin, cumulative precipitation minus cumulative losses. |
| PRECIP-CUM | Cumulative precipitation for a time-series gage. |
| PRECIP-INC | Incremental precipitation for a time-series gage or subbasin element. |
| PRECIP-LOSS | At a subbasin, the incremental precipitation that was converted to loss during loss calculations. |
| PRECIP-LOSS-CUM | At a subbasin, the cumulative precipitation that was converted to loss during loss calculations. |
| PRECIP-LWASS | The liquid water available at the soil surface calculated for a subbasin by a snowmelt method. |
| PRECIP-LWASS-CUM | The cumulative liquid water available at the soil surface calculated for a subbasin by a snowmelt method. |
| PRECIP-STAND DEV | At a subbasin, the standard deviation of incremental precipitation for each time interval computed using gridded precipitation. |
| RECOVERED DEFICIT | Computed recovery of the deficit by evapotranspiration in the deficit constant and gridded deficit constant loss methods. |
| SATURATION FRACTION | The percentage of the soil layer that is saturated in the deficit and constant or soil moisture accounting loss methods. |
| SOLAR RADIATION | Manually entered time-series of solar radiation for a time-series gage. |
| STAGE | Computed stage for an element when the optional elevation-discharge curve is used. Also, manually entered time-series of stage for a time-series gage. |
| STAGE-CHANNEL | Stage computed in the channel at a diversion element. |
| STAGE-FLOW | A manually entered elevation-discharge function defined in the paired data manager. |
| STAGE-OBSERVED | Observed stage for an element using the optional observed stage time-series gage. |
| STAGE-RESIDUAL | Residual stage for an element with observed stage. The residual is calculated as computed flow minus the observed flow. |
| STAGE-SIM | Stage at a reach using the modified Puls or Muskingum Cunge routing methods computed using the simulated flow depth. |
| STAGE-TAILWATER | The computed tailwater stage at a reservoir element. |
| STAGE-TW-AUX | The computed tailwater stage at the auxiliary discharge from a reservoir element. |
| STORAGE | Computed storage for a reservoir element. |
| STORAGE-CANOPY | Computed storage depth of the canopy layer in the soil moisture accounting loss method. |
| STORAGE-ELEVATION | A storage-elevation curve defined in the reservoir element. No longer used in the current program version. |
| STORAGE-FLOW | A manually entered storage-discharge function defined in the paired data manager. |
| STORAGE-GW | Computed storage depth of a groundwater layer in the soil moisture accounting loss method. |
| STORAGE-SOIL | Computed storage depth of the soil layer in the soil moisture accounting loss method. |
| STORAGE-SURFACE | Computed storage depth of the surface layer in the soil moisture accounting loss method. |
| SWE | Computed snow water equivalent in snowmelt. |
| SWE-OBSERVED | Observed snow water equivalent for a subbasin element using the optional observed SWE time-series gage. |
| SWE-RESIDUAL | Residual snow water equivalent for a subbasin element with observed SWE. The residual is calculated as computed flow minus the observed SWE. |
| TEMPERATURE | Computed temperature for a subbasin elevation band in snowmelt. Also, manually entered time-series of temperature for a time-series gage. |