0127 X /5.20/13.76/5.66/11.93/3.01/2.02/0.73/3.31/1.88/3.58/0.46/4.92 60-61
0128 X /9.75/9.82/13.41/2.80/3.16/1.12/0.53/0.43/0.54/2.63/1.37/0.34 61-62
0129 X /12.08/6.01/10.89/14.54/5.44/3.01/0.85/0.81/4.65,/0.59/0.27/7.58 62-63
0130 X /7.70/4.06/3.98/7.49/0.05/3.45/2.27/2.88/3.30/2.12/0.80/0.50 63-64
0131 X /4.58/2.28/4.26/9.45/1.38/0.22/1.06/1.24/2.99/2.91/2.39/4.70 64-65
0132 X /7.78/12.05/6.57/4.35/4.42/0.58/0.85/3.39/1.06/0.37/3.03/1.61 65-66
0133 X /12.42/8.22/8.10/4.18/2.14/0.18/0.29/1.15/2.15/0.72/0.00/1.46 66-67
0134 X /7.41/6.69/15.86/7.04/3.08/0.92/2.91/0.40/2.08/0.65/0.57/10.32 67-68
0135 X /15.03/9.85/11.44/8.92/7.99/2.88/0.16/1.44/2.87/4.74/0.15/4.71 68-69
0136 X /10.63/7.11/8.49/16.60/11.03/0.22/3.95/4.36/2.20/18.58/0.00/6.3 69-70
0137 X /7.47/4.74/4.82/8.29/1.19/0.46/0.37/0.85/1.55/0.55/0.70/3.77 70-71
0138 X /6.18/9.50/8.06/9.21/6.49/0.16/,0.30/0.77/2.14/4.72/0.27/5.20 71-72
0139 X /7.86/9.72/16.22/2.33/2.20/3.85/1.43/3.14/2.23/3.89/1.71/0.78 72-73
0140 X /3.99/9.57/8.66/8.38/0.16/0.10/1.72/0.36/0.81/0.03/0.11/2.40 73-74
0141 X /20.1/14.47/7.70/4.31/0.19/1.46/0.89/0.26/0.27/1.47/0.80/2.78 74-75
0142 A RAINAX.K=TABHL(RAINTB,TIME.K,0,C40,1)/12
0143 R TABR.KL=SAMPLE(RAINAX.K,1,C31)
0144 NOTE
0145 NOTE POTENTIAL EVAPORATION INPUT
0146 NOTE TABT = MONTHLY EVAPOTRANSPIRATION POTENTIAL
0147 NOTE ROYAL PALM RANGER STATION PAN EVAPORATION LONG TERM AVERAGES BEGIN JUNE
0148 NOTE PROGRAM MULTIPLIES EVAPORATION TABLE BY .75
0149 NOTE EVAPORATION IS IN FEET
0150 T POTTB=.432/.426/.418/.373/.338/.258/.209/.225/.270/.374/.432/.469
0151 R TABT.KL=(TABHL(POTTB,TOM.K,li12,1))*TRAN.K*.9375
0152 NOTE COEFFICIENT FOR TREES DROPPING LEAVES (IN TABLE FORM FOR MONTHLY EFFECT)
0153 NOTE STARTS IN JUNE
0154 T TR=1.05/1.05/1.05/1.05/1.00/.95/.95/.95/.95/1.05/1.05/1.05
0155 A TRAN.K=TABHL(TR,TOM.K,1,12,1)
0156 NOTE
0157 NOTE
0158 NOTE RELATIONSHIP OF WETLAND AREA TO SURFACE WATER VOLUME
0159 T TABAT=1/5E5/8E5/10E5/12.2E5/14'.8E5/16.8E5/18.8E5/21E5/22.9E5/23.8E5/
 I-at