118.00
-.90
.34
.8829
.010
1.800
120.00
-.90
.34
.8829
.010
1.686
122.00
-.90
.34
.8829
.010
1.552
124.00
-.90
.34
.8829
.010
1.401
126.00
-.90
.34
.8829
.010
1.237
128.00
-.90
.34
.8829
.010
1.066
130.00
-.90
.34
.8829
.010
.897
132.00
-.90
.34
.8829
.010
.736
134.00
-.89
.34
.8829
.010
.590
136.00
-.88
.34
.8829
.010
.463
138.00
-.87
.34
.8829
.010
.357
140.00
-.84
.34
.8829
.010
.273
142.00
-.79
.34
.8829
.010
.209
144.00
-.71
.34
.8829
.010
.161
146.00
-.58
.34
.8829
.010
.128
148.00
-.36
.34
.8829
.010
.106
150.00
.00
.34
.8829
.010
.097
TOTAL NO-3 NITROGEN IN SOIL SOLUTION PHASE , MICROGRAMS =
138.038
TOTAL NH-4 NITROGEN IN SOIL SOLUTION PHASE , MICROGRAMS =
.250
TOTAL NH-4 NITROGEN IN
EXCHANGEABLE PHASE , MICROGRAMS =
.297
TOTAL NH-4 NITROGEN IN
THE SOIL
PROFILE
, MICROGRAMS =
.546
CUMULATIVE NITROGEN DENITRIFIED, MICROGRAMS = 72.36671
CUMULATIVE
NITRATE
NITROGEN UPTAKE,
MICROGRAMS =
.000
CUMULATIVE AMMONIUM NITROGEN UPTAKE,
MICROGRAMS =
.000
CUMULATIVE NO3-N LEACHED TO THE GROUND WATER TABLE,
MG - N =
2.23624
CUMULATIVE NH4-N LEACHED TO THE GROUND WATER TABLE,
MG - N =
.25880
CUMULATIVE WATER OUTFLOW , CM =
25.88033
WATER
BALANCE
INPUT,
AMOUNT OF WATER IN THE SOIL PROFILE FROM PREVIOUS
CYCLE, CM =
48.59818
AMOUNT OF WASTE WATER APPLIED OR RAINFALL IN THIS
CYCLE, CM =
21.00000
TOTAL WATER INPUT , CM
=
69.59818
OUTPUT
AMOUNT OF WATER IN THE SOIL PROFILE AT THE END OF
THIS CYCLE, CM =
48.59818
TOTAL EVAPOTRANSPIRATION DURING THIS CYCLE, CM
=
=
.00000
AMOUNT OF GROUND WATER OUTFLOW DURING THIS CYCLE
=
12.94016
TOTAL WATER OUTPUT , CM =
=
61.53834
BALANCE = (OUTPUT - INPUT) * 100 / INPUT
=
-11.58053
PERCENT
NITROGEN
BALANCE
INPUT,
TOTAL NITROGEN PRESENT IN THE SOIL PROFILE FROM
PREVIOUS CYCLE,
MG - N = 114.06890
WASTE WATER NITROGEN APPLIED DURING THIS CYCLE
, MG - N
=
84.00000
TOTAL NITROGEN INPUT , MG - N =
= 198.06890
31
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