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Show Waddell and Fields- Model for Evaluating the Effects of Dikes on the Water and Salt Balance of Great Salt Lake 29 APPENDIX Glossary Symbol or value Text Computer program ( table 18) Description Units A Acf AD Aj Al CI CN cs Cw Area Acres Ratio of June- - September evaporation to annual pan evaporation ( E) L3 Area of diked part Acres P ( K) Ratio of annual precipitation for year j ( or ( K)) to the 1931- 73 average precipitation SI, Nl, Altitude above mean Feet LI sea level ASOLN H4 ASOLS H5 Redissolved salt in Tons north part C4 Tons Tons/ acre- foot CLNPPT N9 CLSPPT S9 3.5 Redissolved salt in south part Concentration of dissolved solids in water flowing into diked area Cumulative precipi- Tons tated salt load in north part Cumulative precipi- Tons tated salt load in south part Dissolved- solids con- Grams/ millilitre centration in north part Dissolved- solids con- Grams/ millilitre centration in south part Coefficient character- - istic of flow over a weir Diking option - Symbol or value Description Text Computer program ( table 18) Units E Annual pan evapora tion i- Inches Efw Annual freshwater- lake evaporation Inches Elt June- September pan Inches evaporation at a long- term site Emi Fraction of mean annual evaporation for month ( i) - Est June- September pan Inches evaporation at a short- term site h QQQ Head above dike- outlet crest Feet i I Month - ID Q ( K, I) Inflow to diked part Acre- feet Ig Inflow from ground Acre- feet water IP Inflow from precipitation on water surface Acre- feet Is QT ( II, KK) Surface inflow Acre- feet Ium Calibration parameter for deficient inflows Acre- feet j K Year withiri base period, 1931- 73 - L CL Length of dike- outlet crest Feet LD L6 Dissolved- salt load in diked part Tons LN N6 Dissolved- salt load in north part Tons LNPP1 H2 Precipitated- salt load in north part Tons LS S6 Dissolved- solids load Tons in south part LSDL Dissolved- solids load Tons in deep brine layer in south part |