Produce an ASCII table showing: year, mean discharge, mean concentration, flow-normalized concentration, mean flux, and flow-normalized flux. Note that the flux and flow-normalized flux are rates and not a mass. As such a value for some period shorter than a full year could be larger than the value for a full year.

tableResults(eList, qUnit = 2, fluxUnit = 9, localDaily = NA)

Arguments

eList

named list with at least Daily and INFO dataframes

qUnit

object of qUnit class. printqUnitCheatSheet, or numeric represented the short code, or character representing the descriptive name.

fluxUnit

object of fluxUnit class. printFluxUnitCheatSheet, or numeric represented the short code, or character representing the descriptive name.

localDaily

data frame to override eList$Daily

Value

results dataframe, if returnDataFrame=TRUE

dataframe with year, discharge, concentration, flow-normalized concentration, flux, and flow-normalized concentration columns. If the eList was run through WRTDSKalman, an additional column generalized flux is included.

Details

Can also procude a table for any Period of Analysis (individual months or sequence of months) using setPA.

Examples

eList <- Choptank_eList # Water Year: # \donttest{ tableResults(eList, fluxUnit = 8)
#> #> Choptank River #> Inorganic nitrogen (nitrate and nitrite) #> Water Year #> #> Year Discharge Conc FN_Conc Flux FN_Flux #> cms mg/L 10^3 kg/yr #> #> 1980 4.25 0.949 1.003 115.4 106 #> 1981 2.22 1.035 0.999 67.5 108 #> 1982 3.05 1.036 0.993 98.5 110 #> 1983 4.99 1.007 0.993 132.9 112 #> 1984 5.72 0.990 1.002 159.7 114 #> 1985 1.52 1.057 1.017 48.9 116 #> 1986 2.63 1.062 1.038 90.3 119 #> 1987 3.37 1.079 1.062 114.2 122 #> 1988 1.87 1.120 1.085 66.0 125 #> 1989 5.61 1.055 1.105 163.8 127 #> 1990 4.01 1.115 1.125 134.9 129 #> 1991 2.75 1.172 1.143 98.0 130 #> 1992 2.19 1.203 1.159 81.0 132 #> 1993 3.73 1.215 1.173 130.6 132 #> 1994 5.48 1.144 1.187 163.4 133 #> 1995 2.41 1.266 1.201 92.8 134 #> 1996 6.24 1.134 1.213 198.0 135 #> 1997 5.83 1.180 1.221 188.4 136 #> 1998 4.88 1.236 1.229 159.3 137 #> 1999 2.90 1.277 1.238 91.9 138 #> 2000 4.72 1.213 1.253 162.7 139 #> 2001 4.88 1.251 1.268 165.5 140 #> 2002 1.24 1.321 1.285 48.3 141 #> 2003 8.64 1.140 1.303 266.4 143 #> 2004 5.28 1.274 1.321 183.2 144 #> 2005 3.81 1.360 1.341 144.4 146 #> 2006 3.59 1.382 1.362 140.9 147 #> 2007 4.28 1.408 1.382 159.3 149 #> 2008 2.56 1.477 1.401 100.8 149 #> 2009 3.68 1.409 1.419 132.8 149 #> 2010 7.19 1.323 1.438 223.6 149 #> 2011 5.24 1.438 1.457 155.4 148
df <- tableResults(eList, fluxUnit = 1)
#> #> Choptank River #> Inorganic nitrogen (nitrate and nitrite) #> Water Year #> #> Year Discharge Conc FN_Conc Flux FN_Flux #> cms mg/L lbs/day #> #> 1980 4.25 0.949 1.003 697 642 #> 1981 2.22 1.035 0.999 407 654 #> 1982 3.05 1.036 0.993 594 663 #> 1983 4.99 1.007 0.993 802 674 #> 1984 5.72 0.990 1.002 964 688 #> 1985 1.52 1.057 1.017 295 702 #> 1986 2.63 1.062 1.038 545 720 #> 1987 3.37 1.079 1.062 690 739 #> 1988 1.87 1.120 1.085 399 756 #> 1989 5.61 1.055 1.105 989 768 #> 1990 4.01 1.115 1.125 814 779 #> 1991 2.75 1.172 1.143 592 787 #> 1992 2.19 1.203 1.159 489 794 #> 1993 3.73 1.215 1.173 788 797 #> 1994 5.48 1.144 1.187 986 801 #> 1995 2.41 1.266 1.201 560 806 #> 1996 6.24 1.134 1.213 1195 813 #> 1997 5.83 1.180 1.221 1137 818 #> 1998 4.88 1.236 1.229 962 824 #> 1999 2.90 1.277 1.238 555 831 #> 2000 4.72 1.213 1.253 982 840 #> 2001 4.88 1.251 1.268 999 846 #> 2002 1.24 1.321 1.285 291 853 #> 2003 8.64 1.140 1.303 1608 861 #> 2004 5.28 1.274 1.321 1106 870 #> 2005 3.81 1.360 1.341 871 879 #> 2006 3.59 1.382 1.362 850 889 #> 2007 4.28 1.408 1.382 961 897 #> 2008 2.56 1.477 1.401 608 902 #> 2009 3.68 1.409 1.419 801 900 #> 2010 7.19 1.323 1.438 1350 898 #> 2011 5.24 1.438 1.457 938 895
df
#> Year Discharge [cms] Conc [mg/L] FN Conc [mg/L] Flux [lbs/day] #> 1 1980 4.25 0.949 1.003 697 #> 2 1981 2.22 1.035 0.999 407 #> 3 1982 3.05 1.036 0.993 594 #> 4 1983 4.99 1.007 0.993 802 #> 5 1984 5.72 0.990 1.002 964 #> 6 1985 1.52 1.057 1.017 295 #> 7 1986 2.63 1.062 1.038 545 #> 8 1987 3.37 1.079 1.062 690 #> 9 1988 1.87 1.120 1.085 399 #> 10 1989 5.61 1.055 1.105 989 #> 11 1990 4.01 1.115 1.125 814 #> 12 1991 2.75 1.172 1.143 592 #> 13 1992 2.19 1.203 1.159 489 #> 14 1993 3.73 1.215 1.173 788 #> 15 1994 5.48 1.144 1.187 986 #> 16 1995 2.41 1.266 1.201 560 #> 17 1996 6.24 1.134 1.213 1195 #> 18 1997 5.83 1.180 1.221 1137 #> 19 1998 4.88 1.236 1.229 962 #> 20 1999 2.90 1.277 1.238 555 #> 21 2000 4.72 1.213 1.253 982 #> 22 2001 4.88 1.251 1.268 999 #> 23 2002 1.24 1.321 1.285 291 #> 24 2003 8.64 1.140 1.303 1608 #> 25 2004 5.28 1.274 1.321 1106 #> 26 2005 3.81 1.360 1.341 871 #> 27 2006 3.59 1.382 1.362 850 #> 28 2007 4.28 1.408 1.382 961 #> 29 2008 2.56 1.477 1.401 608 #> 30 2009 3.68 1.409 1.419 801 #> 31 2010 7.19 1.323 1.438 1350 #> 32 2011 5.24 1.438 1.457 938 #> FN Flux [lbs/day] #> 1 642 #> 2 654 #> 3 663 #> 4 674 #> 5 688 #> 6 702 #> 7 720 #> 8 739 #> 9 756 #> 10 768 #> 11 779 #> 12 787 #> 13 794 #> 14 797 #> 15 801 #> 16 806 #> 17 813 #> 18 818 #> 19 824 #> 20 831 #> 21 840 #> 22 846 #> 23 853 #> 24 861 #> 25 870 #> 26 879 #> 27 889 #> 28 897 #> 29 902 #> 30 900 #> 31 898 #> 32 895
# Spring: eList <- setPA(eList, paStart = 3, paLong = 3) tableResults(eList, fluxUnit = 1, qUnit = "cfs")
#> #> Choptank River #> Inorganic nitrogen (nitrate and nitrite) #> Season Consisting of Mar Apr May #> #> Year Discharge Conc FN_Conc Flux FN_Flux #> cfs mg/L lbs/day #> #> 1980 236.6 0.921 0.922 1104 1006 #> 1981 132.1 0.957 0.936 660 1028 #> 1982 165.2 0.972 0.941 873 1038 #> 1983 430.5 0.879 0.947 1804 1051 #> 1984 365.4 0.917 0.958 1604 1068 #> 1985 64.8 1.007 0.973 357 1086 #> 1986 115.7 1.030 0.993 662 1111 #> 1987 167.8 1.036 1.016 927 1138 #> 1988 129.1 1.065 1.038 724 1163 #> 1989 384.7 0.992 1.057 1886 1183 #> 1990 216.6 1.074 1.073 1142 1197 #> 1991 154.1 1.119 1.086 926 1204 #> 1992 141.2 1.134 1.096 856 1208 #> 1993 310.8 1.052 1.105 1634 1210 #> 1994 427.2 1.032 1.113 1962 1214 #> 1995 138.2 1.168 1.121 834 1221 #> 1996 303.3 1.078 1.130 1641 1230 #> 1997 241.2 1.124 1.137 1364 1239 #> 1998 272.6 1.113 1.145 1476 1247 #> 1999 151.9 1.203 1.154 955 1253 #> 2000 275.0 1.139 1.164 1465 1259 #> 2001 240.4 1.166 1.172 1356 1264 #> 2002 94.4 1.239 1.181 610 1269 #> 2003 356.6 1.082 1.192 1903 1276 #> 2004 207.7 1.229 1.205 1186 1286 #> 2005 283.1 1.181 1.219 1561 1298 #> 2006 80.4 1.362 1.234 586 1308 #> 2007 265.5 1.252 1.246 1415 1315 #> 2008 213.7 1.268 1.255 1267 1314 #> 2009 159.5 1.302 1.259 1027 1306 #> 2010 289.7 1.202 1.255 1534 1291 #> 2011 193.9 1.243 1.241 1218 1267
# }