SOIL SURVEY

Appendix A :Selected chemical data for pedons used to represent Soilscape Map Units in Yoho National Par kMap La bUn it No.(l) Horizon(cm)D74,119 Cm 18- 1Oh 1-0BC1Ckgl 0- 1D74,120 Ckg2 1-1 9Ahgb 19-20D74,121 Ckgb 20-32+L 1- 0D74,062 Ckgl 0-22BC 2D74,063 Ckg2 22-40Ofb 40-42D74,064 Ckgb 42-67D74,065 Omb 67-80+L-F-1- 0D74,153 AC k 0-2BC3 D74,154 Ckgl 2- 7D74,155 Ckg2 7-20D74,156 IICkg 20-37+BG1D75,177 L-H 1- 08G2 D75,178 A&Ck 0-32D75,179 Ck 32-70+L 2- 0D74,059 ABk 0-1 2BG3 D74,060 Ck 12-70R 70+D74,054 Ah 0-2 0BG4D74,055 ACk 20-3 5D74,056 Ckl 35-8 5D74,057 Ck2 85-100+LBG5 D74,070 Ckl 0-20 7 .2 1 . 1D74,071 Ck2 20-110+ 7 .5 0 . 4D75,180 L-F 10-0 3 .5 45D75,181 Ae 0-10 3 .5 1 . 3CM1 D75,182 Bml 10-25 4 .2 0 . 6D75,183 Bm2 25-50 4 .3 0 . 5D75,184 BC1 50-95 4 .9 trD75,185 BC2 95-150+ 5 .8 trD74,084 L-F 6-0 4 .0 38D74,085 Ae 0-2 3 .8 2 . 1CO1 D74,086 Bml 2-9 4 .9 2 . 2D74,087 Bm2 9-65 6 .5 0 . 3D74,089 Ck 65-85+ -D73,094 L-F 1-0 6 . 0Ae 0- 2DS1 D73,095 Bin 2-18 6 .2 1 . 1D73,096 Ckl 18-50 7 . 7D73,097 Ck2 50-80+ 7 . 8D74,072 L-F 6-0 5 .5 37Ae 0-4FL1 D74,073 Bm 4-45 6 .1 1 . 8D74,074 Ckl 45-90 7 .2 -D74,075 Ck2 90-110+ 7 .4 -D74,113 L-F 7-0 6 .5 3 4D74,114 Ckgl 0-7 7 .3 2 . 3D74,115 Ckg2 7-25 7 .3 0 . 41101 D74,116 Ckg3 25-47 7 .4 ni lAhb 47-48D74,117 Ckgbl 48-50 7 .5 ni lD74,118 Ckgb2 50-90+ 7 .2 0 . 4D74,168 L 2-0 3 .9 5 4D74,169 Ae 0-4 4 .3 0 . 8D74,170 Bml 4-9 5 .2 1 . 5HR1 D74,171 Bm2 9-33 5 .3 0 . 1D74,172 Bm3 .33-45 5 .6 0 . 2D74,173 Ck 45-105 7 . 4D74,174 IICk 105-130+ 7 . 1D74,036 L-F 10-0 4 .4 40D74,037 Ae 0-2 4 .4 1 . 5HR2D74,038 Bml 2-9 5 .2 1 . 4D74,039 Bm2 9-20 7 .0 1 . 2D74,040 Ckl 20-40 7 .3 -D74,041 Ck2 40-95 7 .4See Footnotes at end of tableParticle Size DistributionChemical Analyses of < 2 mm tract,pH OrganicqE Fram fraction < 2 mmCaCO3Gravel(2)-- Textura lCaCI Carbon 9F Sand SiltCoarse Fin e2 equiv . % (% byClasswt .) Clay ClayMoistureEst . Avail . Estimate d1/3 Bar 15 Bar H2O in Penn-(3) eability 4cm/cm6 .6 40 tr(5) _(6 )not sample dnot sample d7 .3 1 .9 26 ni lnot sample d7 .436 ni lnot sample d7 .2 0 .9 20 ni l7 .3 0 .5 24 ni lnot sample d7 .2 2 .6 11 ni l6 .7 35 0 .8 -not sample d7 .3 7 .3 41 ni l7 .2 0 .7 67 ni ltr 71 ni l0 .2 80 73not sample d7 .4 27 13 -7 .4 7 .4 16 9 27 .5 3 .4 31 94 _not sampT-6 .9 3 .8 9 .4 4 77 .2 - 33 8 8not sample d7 .0 15 8 .4 697 .2 5 .0 14 7 17 .3 0.3 47 627 .3 1 .3 40 75not sample d31 4216 34- 30- 43- 1 0- 29- 34- 3345- 7924 74not sample dni l16 ni l1 5-ni l-not sample d- 6 25 .2 8 42 .0 9 21 .3 -17 ni l34 ni l34 ni lnot sample d27 ni l30 ni lni lni l1- 444 1 641 ni l24- 4 5- 2 929 5 737 4 2tr 76 18 6 Si Ltr 83 13 4 Si L-195-moderat etr 90 7 3 Si1 94 3 2 Si moderatelyrapid3 88 6 3 Si- - - -4 86 6 4 Si moderatel y5 88 4 3 Si rapid71 27 0 2 VFS L92 8 tr tr VGCo5_ -- -33 55 10 2 VGSiL rapi d32 58 8 2 VGSi L32 63 3 2 GSiL 27 1 137 54 6 3 VGSiL 31 1218 66 13 3 VGSiL 67 5020 63 14 3 VGSiL 47 1 838 53 7 2 GSiL 28 4 .638 52 8 2 VGSi L0 .08 rapi drapid33 59 7 1 GSiL 31 5 .5 moderate35 56 8 10 .29GSil 28 4 .9rapid47 48 5 tr FSL 24 3 . 353 37 9 1 GFSL 15 2 .9 moderatel y5 1 371 11 L- -0.15rapid48 35 161 L13 0 .548 32 15 _ 5 GL - -- -16 77 6 1 Si L35 57 8 tr GSiL 32 10 0 .05 rapid43 53 5 2 VGSL 11 4 . 363 32 4 1 VGSL - -6 68 21 5 SiL 32 9 .5 0 .39tr 73 20 7 SiCL 36 8 .6tr 72 23 5 SiCL -slow tomoderate42 52 6 tr GSiL 35 11 0 .11 rapid70 24 6 tr VGCoSL 16 4 . 764 30 6 tr VGCoSL - -- -2 73 21 4 SiL - -7 78 13 2 SiL 42 6 .4tr 91 5 4 Si 48 4 .8 moderate1 85 12 2 Si L7 85 4 4 S i- -35 59 6 tr SiL 12 5 .070 24 6 tr FSL 25 8 .783 14 3 tr LS 11 3 .4 0 .09 rapi d80 15 5 tr LS - -87 11 2 tr S20-62-16-2_Si L-29 66 5 Sr SiL - -30 63 6 1 GSiL 27 5 . 634 58 6 2 SiL 28 4 .60 .11 rapi d42 52 5 1 GSiL 12 4 . 849 47 3 1 GSL 8 .2 2 . 7