NCSS_Analyte.txt

"analyte_key","analyte_type","analyte_name","analyte_abbrev","analyte_code","analyte_data_type","analyte_format","uom_abbrev","analyte_source_type","analyte_agg_method","analyte_algorithm","analyte_desc","analyte_size_frac_base"
2067,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 31","ecec_cly_cecd31","ececcl_d-37_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2066,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 30","ecec_cly_cecd30","ececcl_d-36_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2065,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 29","ecec_cly_cecd29","ececcl_d-35_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2064,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 28","ecec_cly_cecd28","ececcl_d-34_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2063,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 27","ecec_cly_cecd27","ececcl_d-33_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2062,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 26","ecec_cly_cecd26","ececcl_d-32_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2061,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 25","ecec_cly_cecd25","ececcl_d-31_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2060,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 24","ecec_cly_cecd24","ececcl_d-30_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2059,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 23","ecec_cly_cecd23","ececcl_d-29_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2058,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 22","ecec_cly_cecd22","ececcl_d-28_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2057,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 21","ecec_cly_cecd21","ececcl_d-27_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2056,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 20","ecec_cly_cecd20","ececcl_d-26_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2055,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 19","ecec_cly_cecd19","ececcl_d-25_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1957,"derived_analyte","AlplushalfFe times 60.0 plus Glass, S prep, Inst Set 1","alfe60_glass","alfe60gc_d-1_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1956,"derived_analyte","AlplushalfFe times 15.625 plus Glass, M prep, Inst Set 4","alfe15_glass","alfe15gc_d-4_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1955,"derived_analyte","AlplushalfFe times 15.625 plus Glass, M prep, Inst Set 3","alfe15_glass","alfe15gc_d-3_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1954,"derived_analyte","AlplushalfFe times 15.625 plus Glass, M prep, Inst Set 2","alfe15_glass","alfe15gc_d-2_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1953,"derived_analyte","AlplushalfFe times 15.625 plus Glass, M prep, Inst Set 1","alfe15_glass","alfe15gc_d-1_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1952,"derived_analyte","AlplushalfFe times 15.625 plus Glass, GP prep, Inst Set 4","alfe15_glass","alfe15gc_d-4_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1951,"derived_analyte","AlplushalfFe times 15.625 plus Glass, GP prep, Inst Set 3","alfe15_glass","alfe15gc_d-3_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1950,"derived_analyte","AlplushalfFe times 15.625 plus Glass, GP prep, Inst Set 2","alfe15_glass","alfe15gc_d-2_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1949,"derived_analyte","AlplushalfFe times 15.625 plus Glass, GP prep, Inst Set 1","alfe15_glass","alfe15gc_d-1_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1948,"derived_analyte","AlplushalfFe times 15.625 plus Glass, N prep, Inst Set 4","alfe15_glass","alfe15gc_d-4_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1947,"derived_analyte","AlplushalfFe times 15.625 plus Glass, N prep, Inst Set 3","alfe15_glass","alfe15gc_d-3_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1946,"derived_analyte","AlplushalfFe times 15.625 plus Glass, N prep, Inst Set 2","alfe15_glass","alfe15gc_d-2_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1945,"derived_analyte","AlplushalfFe times 15.625 plus Glass, N prep, Inst Set 1","alfe15_glass","alfe15gc_d-1_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1091,"derived_analyte","Aluminum plus half Iron Oxalate, M Prep, Inst Set 3","al_fe_ox3","Alfeox_d-3_M","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1090,"derived_analyte","Aluminum plus half Iron Oxalate, S Prep, Inst Set 3","al_fe_ox3","Alfeox_d-3_S","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1086,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CMS conversion","ecec_cly_cec0","ececcl_d-0_HM","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1085,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CMS conversion","ecec_cly_cec0","ececcl_d-0_GP","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1084,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CMS conversion","ecec_cly_cec0","ececcl_d-0_N","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1083,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CMS conversion","ecec_cly_cec0","ececcl_d-0_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1082,"derived_analyte","Resistant Minerals, Total, S+csi","resist_min_tot_scsi","RMScSi_d-1_S","I","3.0","%","layer",,"to be added","Total resistant minerals is sum of the percentages of minerals resistant to erosion.","0.02-2 mm"
1081,"derived_analyte","Resistant Minerals, Total, lt2","resist_min_tot_lt2","RMlt2_d-1_S","I","3.0","%","layer",,"to be added","Total resistant minerals is sum of the percentages of minerals resistant to erosion.","<2 mm"
1080,"derived_analyte","Resistant Minerals, Total, ms","resist_min_tot_ms","RMms_d-1_S","I","3.0","%","layer",,"to be added","Total resistant minerals is sum of the percentages of minerals resistant to erosion.","0.25-0.5 mm"
1079,"derived_analyte","Ratio, Carbon to Nitrogen","c_n_ra","CNrat_d-1_HM","F","3.0","(NA)","layer",,"soc / n_tot","The carbon to nitrogen ratio is calculated by C_ORG/N_TOT. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<2 mm"
1078,"derived_analyte","Ratio, Carbon to Nitrogen","c_n_ra","CNrat_d-1_M","F","3.0","(NA)","layer",,"soc / n_tot","The carbon to nitrogen ratio is calculated by C_ORG/N_TOT. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<2 mm"
1077,"derived_analyte","Ratio, Carbon to Nitrogen","c_n_ra","CNrat_d-1_GP","F","3.0","(NA)","layer",,"soc / n_tot","The carbon to nitrogen ratio is calculated by C_ORG/N_TOT. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<2 mm"
1076,"derived_analyte","Ratio, Carbon to Nitrogen","c_n_ra","CNrat_d-1_N","F","3.0","(NA)","layer",,"soc / n_tot","The carbon to nitrogen ratio is calculated by C_ORG/N_TOT. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<2 mm"
1075,"derived_analyte","Aluminum plus half Iron Oxalate, GP Prep","al_fe_ox0","Alfeox_d-0_GP","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1074,"derived_analyte","Aluminum plus half Iron Oxalate, N Prep","al_fe_ox0","Alfeox_d-0_N","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1944,"derived_analyte","AlplushalfFe times 15.625 plus Glass, S prep, Inst Set 4","alfe15_glass","alfe15gc_d-4_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1943,"derived_analyte","AlplushalfFe times 15.625 plus Glass, S prep, Inst Set 3","alfe15_glass","alfe15gc_d-3_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1942,"derived_analyte","AlplushalfFe times 15.625 plus Glass, S prep, Inst Set 2","alfe15_glass","alfe15gc_d-2_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1941,"derived_analyte","AlplushalfFe times 15.625 plus Glass, S prep, Inst Set 1","alfe15_glass","alfe15gc_d-1_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 15.625 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1940,"derived_analyte","Sand, Total plus CoSi, N prep","sandtot_cosi_psa","CoSiS_d-3_N","F","4.1","% wt","layer",,"to be added","Total sand plus coarse silt is the soil separate with 0.02 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1939,"derived_analyte","Sand, Total plus CoSi, GP prep","sandtot_cosi_psa","CoSiS_d-2_GP","F","4.1","% wt","layer",,"to be added","Total sand plus coarse silt is the soil separate with 0.02 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1938,"derived_analyte","Sand, Total plus CoSi","sandtot_cosi_psa","CoSiS_d-1_S","F","4.1","% wt","layer",,"to be added","Total sand plus coarse silt is the soil separate with 0.02 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1937,"derived_analyte","Sand, Total plus CoSi, Moist","sandtot_cosi_Moist","MCoSiS_d-1_M","F","4.1","% wt","layer",,"to be added","Total sand plus coarse silt is the soil separate with 0.02 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. M prep","<2 mm"
1936,"derived_analyte","CaCO3, Chittick","caco3_ch","Carbch_d-1_S","F","4.1","% wt","layer",,"Total Carbonates % = % Calcite + % Dolomite",,"<2 mm"
1935,"aggregate analyte","Dolomite, Chittick","Dolomite_ch","DL_ch","F","4.1","%","layer","mean","% Dolomite = 0.233(CR20-CR1) + 0.3",,
1934,"aggregate analyte","Calcite, Chittick","Calcite_ch","CA_ch","F","4.1","%","layer","mean","% Calcite = 0.232(CR1 - (0.04)(CR20-CR1))",,
1933,"aggregate analyte","Montmorillonite, x-ray, percent","min_MT_x-ray_p","Mtxrayp","I","3.0","%","layer","mean",,"to be added","<0.002 mm"
1932,"aggregate analyte","Illite (Hydromuscovite), x-ray, percent","min_IL_x-ray_p","Ilxrayp","I","3.0","%","layer","mean",,"to be added","<0.002 mm"
1930,"derived_analyte","Ratio, Calcium to Magnesium","ca_mg_ra","CaMgrat_d-1_S","F","5.1","(NA)","layer",,,,"<2 mm"
1929,"derived_analyte","Water Retention Difference, 1/3 to 15 Bar, Whole Soil, wt percent","wrd_ws13_wt","wrdws3wt_d-1_S","F","4.2","%","layer",,,,"whole soil"
1928,"derived_analyte","Water Retention Difference, 1/3 to 15 Bar, <2mm, wt percent","wrd_l2_wt","wrdL2wt_d-1_S","F","4.2","%","layer",,,,"<2 mm"
1563,"aggregate analyte","Electrical Conductivity, 1:1 soil/water Extract","ec_1swx","EC_1swx","F","5.2","dS/m","layer","mean","To Be Added","The electrical conductivity of the 1:1 soil/water extract is used to estimate the concentration of salts in a sample, and provides inferences on cation concentration in solution and osmotic pressure. It is reported as mmhos per centimeter.",
1562,"aggregate analyte","Calcium, 1:1 soil/water Extract","ca_1swx","Ca_1swx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Calcium in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1561,"aggregate analyte","Carbonate, 1:1 soil/water Extract","co3_1swx","CO3_1swx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Carbonate in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1560,"aggregate analyte","Chloride, 1:1 soil/water Extract","cl_1swx","Cl_1swx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Chloride in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1559,"aggregate analyte","Potassium, 1:1 soil/water Extract","k_1swx","K_1swx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Potassium in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1558,"aggregate analyte","Sodium, 1:1 soil/water Extract","na_1swx","Na_1swx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Sodium in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1557,"aggregate analyte","Sulfate, 1:1 soil/water Extract","so4_1swx","SO4_1swx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Sulfate in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1556,"aggregate analyte","Magnesium, 1:1 soil/water Extract","mg_1swx","Mg_1swx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Magnesium in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1555,"derived_analyte","Phosphorus, isotherm, 75 µg P sorbed/g soil","p_iso75y","Piso75y","F","3.0","µg/g","layer","mean","To Be Added","to be added",
1554,"derived_analyte","Phosphorus, isotherm, 50 µg P sorbed/g soil","p_iso50y","Piso50y","F","3.0","µg/g","layer","mean","To Be Added","to be added",
1553,"derived_analyte","Phosphorus, isotherm, 25 µg P sorbed/g soil","p_iso25y","Piso25y","F","3.0","µg/g","layer","mean","To Be Added","to be added",
1552,"derived_analyte","Phosphorus, isotherm, 5 µg P sorbed/g soil","p_iso05y","Piso05y","F","3.0","µg/g","layer","mean","To Be Added","to be added",
1551,"aggregate analyte","Phosphorus, isotherm, 75 µg/mL P remaining in solution","p_iso75x","Piso75x","F","5.2","µg/mL","layer","mean","To Be Added","to be added",
1550,"aggregate analyte","Phosphorus, isotherm, 50 µg/mL P remaining in solution","p_iso50x","Piso50x","F","5.2","µg/mL","layer","mean","To Be Added","to be added",
1549,"aggregate analyte","Phosphorus, isotherm, 25 µg/mL P remaining in solution","p_iso25x","Piso25x","F","5.2","µg/mL","layer","mean","To Be Added","to be added",
2098,"aggregate analyte","Selenium, Water Extractable","se_watx","Se_wx","F","3.1","µg/kg","layer","mean","To Be Added","The selenium extracted by the Water solution.",
2097,"derived_analyte","Total Salt, Estimated, SI-Set 3, N Prep","te_salt_si3","EsSalt_d-3_N","F","4.1","% wt","layer",,"to be added","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base.","<2 mm"
2096,"derived_analyte","Total Salt, Estimated, SI-Set 3, S Prep","te_salt_si3","EsSalt_d-3_S","F","4.1","% wt","layer",,"to be added","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base.","<2 mm"
2095,"derived_analyte","Ratio, Sodium Absorption, SI-Set 3, N Prep","sar_si3","SAR_d-3_N","F","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
2094,"derived_analyte","Ratio, Sodium Absorption, SI-Set 3, S Prep","sar_si3","SAR_d-3_S","F","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
2093,"derived_analyte","Estimated Gypsum, Set 3, N Prep","egyp3","egyp_d-3_N","F","3.0","% wt","layer",,"to be added","Equivalent gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
2092,"derived_analyte","Estimated Gypsum, Set 3, S Prep","egyp3","egyp_d-3_S","F","3.0","% wt","layer",,"to be added","Equivalent gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
2091,"derived_analyte","Gypsum, screened MIR predicted, N","gypsum_smp","Gypsmp_d-1_N","F","3.0","% wt","layer",,"Gypsum predicted by MIR screened by having EC Predict >= 1.5 AND Water pH >= 7.0 AND Saturated Paste Ca >= 20.0 AND Saturated Paste SO4 >= 20.0","to be added","<2 mm"
2090,"derived_analyte","Gypsum, screened MIR predicted,GP","gypsum_smp","Gypsmp_d-1_GP","F","3.0","% wt","layer",,"Gypsum predicted by MIR screened by having EC Predict >= 1.5 AND Water pH >= 7.0 AND Saturated Paste Ca >= 20.0 AND Saturated Paste SO4 >= 20.0","to be added","whole soil"
2089,"derived_analyte","Gypsum, screened MIR predicted, SK","gypsum_smp","Gypsmp_d-1_SK","F","3.0","% wt","layer",,"Gypsum predicted by MIR screened by having EC Predict >= 1.5 AND Water pH >= 7.0 AND Saturated Paste Ca >= 20.0 AND Saturated Paste SO4 >= 20.0","to be added","2-20 mm"
2088,"derived_analyte","Gypsum, screened MIR predicted, S","gypsum_smp","Gypsmp_d-1_S","F","3.0","% wt","layer",,"Gypsum predicted by MIR screened by having EC Predict >= 1.5 AND Water pH >= 7.0 AND Saturated Paste Ca >= 20.0 AND Saturated Paste SO4 >= 20.0","to be added","<2 mm"
2087,"aggregate analyte","Gypsum, MIR predicted, unscreened","gypsum_ump","Gypump","F","3.0","% wt","layer","mean","To Be Added","Gypsum is predicted using a MIR spectrophotometer reading of the 80-mesh sieved air-dry soil and a model from a set of MIR scans.",
2086,"derived_analyte","Ratio, Total Carbon to Nitrogen, Elementar, N prep","c_n_ra","CNrat_d-2_N","F","3.0","(NA)","layer",,"(c_tot_ncs - 0.12 * caco3) / n_tot_ncs","The carbon to nitrogen ratio is calculated by C_TOT_NCS/N_TOT_NCS. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<80 Mesh"
2085,"aggregate analyte","Boehmite, x-ray","min_BE_x-ray","Bexray","C","4","peak_size","layer","concat","to be added","to be added",
2084,"aggregate analyte","Silt, Medium","silt_m_psa","SiltMp","F","4.1","% wt","layer","mean","to be added","Medium silt is the soil separate with 0.005 to 0.02 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
2083,"derived_analyte","Silt, Total, Moist, Dith","silt_tot_Moist_dith","SiltMD_d-1_M","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
2082,"derived_analyte","Silt, Coarse, Moist, Dith","silt_c_Moist_dith","CSiltMD_d-1_M","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
2081,"derived_analyte","Sand, Total, Moist, Dith","sand_tot_Moist_dith","SandMD_d-1_M","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
2080,"aggregate analyte","Organic Matter","om","OM","F","4.2","% wt","layer","mean",,"Organic matter determined by loss on ignition","<2 mm"
2079,"derived_analyte","Ratio, 15 Bar Water minus OM to Clay, <2mm","w15omcly","w15omcly_d-1_S","F","4.2","(NA)","layer",,"(w15l2 - om) / clay_tot_psa","The ratio of 15 bar H2O percent minus organic matter to clay percent is calculated by (W15AD or W15FM - OM)/CLAY_TOT, reported as grams per gram, on a <2 mm base.","<2 mm"
2078,"derived_analyte","Sulfate, Difference with Ion Summation","so4_diff","SO4diff_d-1_S","F","5.1","meq/L","layer",,"The 4 cations (Ca, Mg, Na, K) are summed as well as the 3 anions (CO3, HCO3, and Cl) in terms of concentration. The difference is attributed to the SO4 ion.","Sulfate based on Difference from total concentration minus summation of anaoins and cations","<2 mm"
2077,"derived_analyte","Estimated  Total Carbon, Organic C, S prep","etc_org_c","etcorgc_d-1_S","F","4.1","%","layer",,"Total C reported as Y=1.13x+ 0.42: {r=0.997; (p=0.001); n=21} where x= Walkley Black OC if x>0.5%; If Walkley Black OC < 0.5% then Y=1.37x+ 0.29","Estimated Total Carbon based on Organic C, S prep","<2 mm"
2076,"derived_analyte","CaCO3, screened MIR predicted, N","caco3_smp","Carbsmp_d-1_N","F","3.0","% wt","layer",,"CaCO3 predicted by MIR screened by having effervescence (exists and <> 'none') and CaCl2 pH > 6.5","to be added","<2 mm"
2075,"derived_analyte","CaCO3, screened MIR predicted,GP","caco3_smp","Carbsmp_d-1_GP","F","3.0","% wt","layer",,"CaCO3 predicted by MIR screened by having effervescence (exists and <> 'none') and CaCl2 pH > 6.5","to be added","whole soil"
2074,"derived_analyte","CaCO3, screened MIR predicted, SK","caco3_smp","Carbsmp_d-1_SK","F","3.0","% wt","layer",,"CaCO3 predicted by MIR screened by having effervescence (exists and <> 'none') and CaCl2 pH > 6.5","to be added","2-20 mm"
2073,"derived_analyte","CaCO3, screened MIR predicted, S","caco3_smp","Carbsmp_d-1_S","F","3.0","% wt","layer",,"CaCO3 predicted by MIR screened by having effervescence (exists and <> 'none') and CaCl2 pH > 6.5","to be added","<2 mm"
2072,"aggregate analyte","Carbonate, MIR predicted, unscreened","caco3_ump","CaCO3","F","3.0","% wt","layer","mean","To Be Added","Carbonate is predicted using a MIR spectrophotometer reading of the 80-mesh sieved air-dry soil and a model from a set of MIR scans.",
2071,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 35","ecec_cly_cecd35","ececcl_d-41_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2070,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 34","ecec_cly_cecd34","ececcl_d-40_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2069,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 33","ecec_cly_cecd33","ececcl_d-39_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2068,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 32","ecec_cly_cecd32","ececcl_d-38_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2040,"derived_analyte","Aluminum Saturation, CECd-Set 30","al_sat_cecd30","AlSat_d-36_S-SK","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2039,"derived_analyte","Aluminum Saturation, CECd-Set 29","al_sat_cecd29","AlSat_d-35_N","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2038,"derived_analyte","Aluminum Saturation, CECd-Set 28","al_sat_cecd28","AlSat_d-34_M","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2037,"derived_analyte","Aluminum Saturation, CECd-Set 27","al_sat_cecd27","AlSat_d-33_GP","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2036,"derived_analyte","Aluminum Saturation, CECd-Set 26","al_sat_cecd26","AlSat_d-32_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2035,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 29","ecec_cecd29","ECEC_d-35_N","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2034,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 35","ecec_cecd35","ECEC_d-41_N","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2033,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 34","ecec_cecd34","ECEC_d-40_M","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2032,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 33","ecec_cecd33","ECEC_d-39_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2031,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 32","ecec_cecd32","ECEC_d-38_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
2030,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 31","ecec_cecd31","ECEC_d-37_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
2029,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 30","ecec_cecd30","ECEC_d-36_S-SK","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2028,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 28","ecec_cecd28","ECEC_d-34_M","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2027,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 27","ecec_cecd27","ECEC_d-33_GP","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2026,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 26","ecec_cecd26","ECEC_d-32_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
2025,"derived_analyte","Organic Carbon, Est, to 40 cm, Weighted Average, GP Prep","eoc_40cm_wtavg","eoc40avg_d-1_GP","F","4.1","% wt","pedon",,"to be added","Weighted average estimated organic carbon for top 40 cm","<2 mm"
2024,"derived_analyte","Organic Carbon, Est, to 40 cm, Weighted Average, N Prep","eoc_40cm_wtavg","eoc40avg_d-1_N","F","4.1","% wt","pedon",,"to be added","Weighted average estimated organic carbon for top 40 cm","<2 mm"
2023,"derived_analyte","Organic Carbon, Est, to 40 cm, Weighted Average, S Prep","eoc_40cm_wtavg","eoc40avg_d-1_S","F","4.1","% wt","pedon",,"to be added","Weighted average estimated organic carbon for top 40 cm","<2 mm"
2022,"derived_analyte","Estimated Organic Carbon, Total C, GP prep","eoc_tot_c","eoctotc_d-1_GP","F","4.1","%","layer",,"c_tot_ncs - .12 * caco3","Estimated Organic Carbon based on Total C, GP prep","<2 mm"
2021,"derived_analyte","Estimated Organic Carbon, Total C, N prep","eoc_tot_c","eoctotc_d-1_N","F","4.1","%","layer",,"c_tot_ncs - .12 * caco3","Estimated Organic Carbon based on Total C, N prep","<2 mm"
2020,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, M prep, Inst Set 4","si8plusfe2_ox","si8pfe2_d-4_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. M prep.","<2 mm"
2019,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, M prep, Inst Set 3","si8plusfe2_ox","si8pfe2_d-3_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. M prep.","<2 mm"
2018,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, M prep, Inst Set 2","si8plusfe2_ox","si8pfe2_d-2_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. M prep.","<2 mm"
2017,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, M prep, Inst Set 1","si8plusfe2_ox","si8pfe2_d-1_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. M prep.","<2 mm"
2016,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, GP prep, Inst Set 4","si8plusfe2_ox","si8pfe2_d-4_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. GP prep.","<2 mm"
2015,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, GP prep, Inst Set 3","si8plusfe2_ox","si8pfe2_d-3_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. GP prep.","<2 mm"
2014,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, GP prep, Inst Set 2","si8plusfe2_ox","si8pfe2_d-2_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. GP prep.","<2 mm"
2013,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, GP prep, Inst Set 1","si8plusfe2_ox","si8pfe2_d-1_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. GP prep.","<2 mm"
2012,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, N prep, Inst Set 4","si8plusfe2_ox","si8pfe2_d-4_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
2011,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, N prep, Inst Set 3","si8plusfe2_ox","si8pfe2_d-3_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
2010,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, N prep, Inst Set 2","si8plusfe2_ox","si8pfe2_d-2_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
2009,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, N prep, Inst Set 1","si8plusfe2_ox","si8pfe2_d-1_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
2008,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, S prep, Inst Set 4","si8plusfe2_ox","si8pfe2_d-4_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
2007,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, S prep, Inst Set 3","si8plusfe2_ox","si8pfe2_d-3_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
2006,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, S prep, Inst Set 2","si8plusfe2_ox","si8pfe2_d-2_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
2005,"derived_analyte","Si, Ox times 8 plus Fe, Ox times 2, S prep, Inst Set 1","si8plusfe2_ox","si8pfe2_d-1_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8 plus the amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
2004,"derived_analyte","Iron, Oxalate times 2, M prep, Inst Set 4","fetimes2_ox","feox2_d-4_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
2003,"derived_analyte","Iron, Oxalate times 2, M prep, Inst Set 3","fetimes2_ox","feox2_d-3_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
2002,"derived_analyte","Iron, Oxalate times 2, M prep, Inst Set 2","fetimes2_ox","feox2_d-2_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
2001,"derived_analyte","Iron, Oxalate times 2, M prep, Inst Set 1","fetimes2_ox","feox2_d-1_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
2000,"derived_analyte","Iron, Oxalate times 2, GP prep, Inst Set 4","fetimes2_ox","feox2_d-4_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1105,"aggregate analyte","Sulfur, pom mineral","Smin","Smin","F","6.4","g/g","layer","mean","To Be Added","The sulfur content of the mineral particulate matter (>53 micron)",
1104,"aggregate analyte","Nitrogen, pom mineral","Nmin","Nmin","F","6.4","g/g","layer","mean","To Be Added","The nitrogen content of the mineral particulate matter (>53 micron)",
1103,"aggregate analyte","Carbon, pom mineral","Cmin","Cmin","F","6.4","g/g","layer","mean","To Be Added","The carbon content of the mineral particulate matter (>53 micron)",
1102,"aggregate analyte","Sulfur, pom","Spom","Spom","F","6.4","g/g","layer","mean","(pom_s/100)*((pom_dish_wt-dish_tare)/smp_wt)*FMOD","The sulfur content of the particulate organic matter (<53 micron)",
1101,"aggregate analyte","Nitrogen, pom","Npom","Npom","F","6.4","g/g","layer","mean","(pom_n/100)*((pom_dish_wt-dish_tare)/smp_wt)*FMOD","The nitrogen content of the particulate organic matter (<53 micron)",
1100,"aggregate analyte","Carbon, pom","Cpom","Cpom","F","6.4","g/g","layer","mean","(pom_c/100)*((pom_dish_wt-dish_tare)/smp_wt)*FMOD","The carbon content of the particulate organic matter (<53 micron)",
1099,"derived_analyte","Mineral Interpretation, clay, Set 1","min_interp_c1","MIc_d-1_S","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1098,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 7","ecec_cly_cecd7","ececcl_d-13_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1097,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 7","ecec_cecd7","ECEC_d-13_S","F","4.1","meq/100g","layer",,"(base_sum + al_kcl)","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1096,"derived_analyte","Aluminum Saturation, CECd-Set 7","al_sat_cecd7","AlSat_d-13_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1095,"derived_analyte","Aluminum plus half Iron Oxalate, MW Prep, Inst Set 3","al_fe_ox3","Alfeox_d-3_MW","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1094,"derived_analyte","Aluminum plus half Iron Oxalate, GP Prep, Inst Set 3","al_fe_ox3","Alfeox_d-3_GP","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1093,"derived_analyte","Aluminum plus half Iron Oxalate, N Prep, Inst Set 3","al_fe_ox3","Alfeox_d-3_N","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1092,"derived_analyte","Aluminum plus half Iron Oxalate, HM Prep, Inst Set 3","al_fe_ox3","Alfeox_d-3_HM","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1387,"aggregate analyte","pH, Water","ph_wat","pH_w","F","3.1","(NA)","layer","mean","To Be Added","The pH, is the pH of the water sample.",
1386,"aggregate analyte","Nitrate-N, Water Extractable","no3_no2_N_watx","NO3Nwx","F","6.2","µg/kg","layer","mean","To Be Added","The nitrate nitrogen is the fraction in NO3 form. It is extracted by 1M KCl and represents the soluble NO3 that may be subject to leaching.",
1385,"aggregate analyte","Zinc, Water Extractable","zn_watx","Zn_wx","F","3.1","µg/kg","layer","mean","To Be Added","The zinc extracted by the Water solution.",
318,"aggregate analyte","Sand, Fine","sand_f_psa","SndF_p","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base.",
317,"aggregate analyte","Sand, Coarse","sand_c_psa","SndC_p","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.",
316,"aggregate analyte","Clay, Noncarbonate","nco3_cly","ClyNCO","F","4.1","%","layer","mean","To Be Added","Non Carbonate Clay is the weight percentage of noncarbonate clay relative to the total <2mm fraction",
315,"aggregate analyte","Clay, Fine","clay_f","ClyF_p","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
314,"aggregate analyte","Clay, Carbonate","co3_cly","ClyCO3","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
313,"aggregate analyte","Clay","clay_tot_psa","ClyT_p","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction.",
312,"aggregate analyte","Silt, Fine PSDA, NaOH, Pipet","silt_f_NaOH","SiltFH","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOH, Pipet",
311,"aggregate analyte","Sand, Very Fine PSDA, NaOH, Pipet","sand_vf_NaOH","SndVFH","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOH, Pipet",
310,"aggregate analyte","Sand, Very Coarse PSDA, NaOH, Pipet","sand_vc_NaOH","SndVCH","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOH, Pipet",
309,"aggregate analyte","Sand, Medium PSDA, NaOH, Pipet","sand_m_NaOH","SndMOH","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOH, Pipet",
308,"aggregate analyte","Sand, Fine PSDA, NaOH, Pipet","sand_f_NaOH","SndFOH","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOH, Pipet",
307,"aggregate analyte","Sand, Coarse PSDA, NaOH, Pipet","sand_c_NaOH","SndCOH","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, NaOH, Pipet",
306,"aggregate analyte","Clay PSDA, NaOH, Pipet","clay_tot_NaOH","ClyTOH","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, NaOH, Pipet",
305,"aggregate analyte","Silt, Fine PSDA, NaOAc, Pipet","silt_f_NaOAc","SiltFN","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOAc, Pipet",
304,"aggregate analyte","Sand, Very Fine PSDA, NaOAc, Pipet","sand_vf_NaOAc","SndVFN","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOAc, Pipet",
303,"aggregate analyte","Sand, Very Coarse PSDA, NaOAc, Pipet","sand_vc_NaOAc","SndVCN","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOAc, Pipet",
287,"aggregate analyte","Sand, Fine PSDA, Moist, Pipet","sand_f_Moist","SndFMp","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Pipet",
286,"aggregate analyte","Sand, Coarse PSDA, Moist, Pipet","sand_c_Moist","SndCMp","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Moist, Pipet",
1999,"derived_analyte","Iron, Oxalate times 2, GP prep, Inst Set 3","fetimes2_ox","feox2_d-3_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1998,"derived_analyte","Iron, Oxalate times 2, GP prep, Inst Set 2","fetimes2_ox","feox2_d-2_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1997,"derived_analyte","Iron, Oxalate times 2, GP prep, Inst Set 1","fetimes2_ox","feox2_d-1_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1996,"derived_analyte","Iron, Oxalate times 2, N prep, Inst Set 4","fetimes2_ox","feox2_d-4_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1995,"derived_analyte","Iron, Oxalate times 2, N prep, Inst Set 3","fetimes2_ox","feox2_d-3_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1994,"derived_analyte","Iron, Oxalate times 2, N prep, Inst Set 2","fetimes2_ox","feox2_d-2_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1993,"derived_analyte","Iron, Oxalate times 2, N prep, Inst Set 1","fetimes2_ox","feox2_d-1_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1992,"derived_analyte","Iron, Oxalate times 2, S prep, Inst Set 4","fetimes2_ox","feox2_d-4_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1991,"derived_analyte","Iron, Oxalate times 2, S prep, Inst Set 3","fetimes2_ox","feox2_d-3_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1990,"derived_analyte","Iron, Oxalate times 2, S prep, Inst Set 2","fetimes2_ox","feox2_d-2_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1989,"derived_analyte","Iron, Oxalate times 2, S prep, Inst Set 1","fetimes2_ox","feox2_d-1_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable iron times 2. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1988,"derived_analyte","Silicon, Oxalate times 8, M prep, Inst Set 4","sitimes8_ox","siox8_d-4_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1987,"derived_analyte","Silicon, Oxalate times 8, M prep, Inst Set 3","sitimes8_ox","siox8_d-3_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1986,"derived_analyte","Silicon, Oxalate times 8, M prep, Inst Set 2","sitimes8_ox","siox8_d-2_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1985,"derived_analyte","Silicon, Oxalate times 8, M prep, Inst Set 1","sitimes8_ox","siox8_d-1_M","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
57,"aggregate analyte","Aluminum, Sodium Pyrophosphate Extractable","al_pyp","Al_pyp","F","5.1","% wt","layer","mean","To Be Added","Sodium pyrophosphate extractable aluminum is the fraction extracted by 0.1M sodium pyrophosphate. It was originally considered the portion associated with organic compounds, although subsequent evidence indicates other forms are also removed.",
56,"aggregate analyte","Manganese, KCl Extractable","mn_kcl","Mn_kcl","F","4.1","mg/kg","layer","mean","To Be Added","The KCl extractable manganese approximates the exchangeable or plant available fraction. It is reported as milligrams per kilogram on a <2 mm base.",
55,"aggregate analyte","Aluminum, KCl Extractable","al_kcl","Al_kcl","F","4.1","cmol(+)/kg","layer","mean","To Be Added","KCl extractable aluminum approximates the exchangeable Al, and is a measure of the active acidity present in soils with a 1:1 water pH less than 5.5. It relates to the immediate lime requirement and the CEC of the soil.",
54,"aggregate analyte","Silicon, Dithionite Citrate Extractable","si_dith","Si_dc","F","4.1","% wt","layer","mean","To Be Added","Dithionite citrate extractable silica is considered an indicator of the amount of amorphous or more readily soluble silica. It is reported as gravimetric % on a <2 mm base.",
53,"aggregate analyte","Manganese, Dithionite Citrate Extractable","mn_dith","Mn_dc","F","4.1","% wt","layer","mean","To Be Added","Dithionite citrate extractable manganese is considered easily reducible manganese. It is reported as gravimetric percent on a <2 mm base. Values >0.2% are rare.",
52,"aggregate analyte","Iron, Dithionite Citrate Extractable","fe_dith","Fe_dc","F","4.1","% wt","layer","mean","To Be Added","Dithionite citrate extractable iron is considered a general measure of total pedogenic iron. It provides inferences on the amount of iron in various forms, P fixing potential, aggregate stability, and degree of weathering. Reported as grav % on <2mm.",
51,"aggregate analyte","Aluminum, Dithionite Citrate Extractable","al_dith","Al_dc","F","4.1","% wt","layer","mean","To Be Added","Dithionite citrate extractable aluminum is an indicator of the amount of aluminum substituted for iron in iron oxides. It does not necessarily represent total pedogenic Al.",
50,"aggregate analyte","Silicon, Oxalate Extractable","si_ox","Si_ox","F","5.2","% wt","layer","mean","To Be Added","The amount of ammonium oxalate extractable silica relates to the amount of allophane and imogolite in andic materials. It is reported as a gravimetric percent on a <2 mm base.",
49,"aggregate analyte","Phosphorus, Oxalate Extractable","p_ox","P_ox","F","6.1","mg/kg","layer","mean","To Be Added","Phosphorus extracted with ammonium oxalate",
48,"aggregate analyte","Manganese, Oxalate Extractable","mn_ox","Mn_ox","F","7.1","mg/kg","layer","mean","To Be Added","The ammonium oxalate extractable manganese is assumed to be the fraction held in noncrystalline compounds. It is reported as milligrams per kilogram on a <2 mm base.",
47,"aggregate analyte","Iron, Oxalate Extractable","fe_ox","Fe_ox","F","5.2","% wt","layer","mean","To Be Added","Ammonium oxalate extractable iron is considered a measure of the noncrystalline Fe in soils. It provides some inferences of the amount of Fe in various forms. It is reported as gravimetric % on a <2mm base.",
46,"aggregate analyte","Aluminum, Oxalate Extractable","al_ox","Al_ox","F","5.2","% wt","layer","mean","To Be Added","Ammonium  oxalate extractable aluminum is an estimate of the total pedogenic Al, much of which may be in noncrystalline materials or complexed by organic matter. It is reported as gravimetric percent on a <2 mm base.",
45,"aggregate analyte","Carbon, Total","c_tot","C_tot","F","4.2","% wt","layer","mean","To Be Added","Total carbon is a measure of all organic and inorganic nitrogen, including that found in organic minerals.",
44,"aggregate analyte","Carbonate, 2-20mm Fraction","caco32_20","CaCO20","F","3.0","% wt","layer","mean","To Be Added","Carbonate in the 2-20mm fraction is measured by CO2 evolution after acid treatment. It is reported as gravimetric percent CaCO3 on a 2-20 mm base, even though carbonates of Mg, Na, K, and Fe may be present and react with the acid.",
43,"aggregate analyte","Kaolinite, dsc","min_KK_dsc","KK_dsc","F","3.0","%","layer","mean","to be added","to be added",
42,"aggregate analyte","Gibbsite, dsc","min_GI_dsc","GI_dsc","F","3.0","%","layer","mean","to be added","to be added",
41,"aggregate analyte","Carbonate, <2mm Fraction","caco3","CaCO3","F","3.0","% wt","layer","mean","To Be Added","Carbonate in the < 2mm fraction is measured by CO2 evolution after acid treatment. It is reported as gravimetric percent CaCO3 on a <2 mm base, even though carbonates of Mg, Na, K, and Fe may be present and react with the acid.",
40,"aggregate analyte","Weight, sub-sample air-dry","wt_sub_sam","Wtsubs","F","5.0","g","layer","mean","to be added","The weight of the air-dry bulk sample after removal of clods and/or natural fabric and before any other processing occurs.",
962,"derived_analyte","Resistant Aggregates, mica_adjustment","min_RA_mica_adj","RA_mica","I","3.0","%","layer","mean","to be added","to be added",
961,"derived_analyte","Quartz, mica_adjustment","min_QZ_mica_adj","QZ_mica","I","3.0","%","layer","mean","to be added","to be added",
960,"derived_analyte","Pyroxene, mica_adjustment","min_PR_mica_adj","PR_mica","I","3.0","%","layer","mean","to be added","to be added",
959,"derived_analyte","Pyrophyllite, mica_adjustment","min_PY_mica_adj","PY_mica","I","3.0","%","layer","mean","to be added","to be added",
958,"derived_analyte","Pyrolusite, mica_adjustment","min_PU_mica_adj","PU_mica","I","3.0","%","layer","mean","to be added","to be added",
957,"derived_analyte","Pyrite, mica_adjustment","min_PI_mica_adj","PI_mica","I","3.0","%","layer","mean","to be added","to be added",
956,"derived_analyte","Potassium Feldspar, mica_adjustment","min_FK_mica_adj","FK_mica","I","3.0","%","layer","mean","to be added","to be added",
955,"derived_analyte","Pollen, mica_adjustment","min_PN_mica_adj","PN_mica","I","3.0","%","layer","mean","to be added","to be added",
954,"derived_analyte","Plumbojarosite, mica_adjustment","min_PJ_mica_adj","PJ_mica","I","3.0","%","layer","mean","to be added","to be added",
953,"derived_analyte","Plant Opal, mica_adjustment","min_PO_mica_adj","PO_mica","I","3.0","%","layer","mean","to be added","to be added",
952,"derived_analyte","Plagioclase Feldspar, mica_adjustment","min_FP_mica_adj","FP_mica","I","3.0","%","layer","mean","to be added","to be added",
951,"derived_analyte","Piemontite, mica_adjustment","min_PD_mica_adj","PD_mica","I","3.0","%","layer","mean","to be added","to be added",
950,"derived_analyte","Phlogopite, mica_adjustment","min_PL_mica_adj","PL_mica","I","3.0","%","layer","mean","to be added","to be added",
949,"derived_analyte","Perovskite, mica_adjustment","min_PK_mica_adj","PK_mica","I","3.0","%","layer","mean","to be added","to be added",
948,"derived_analyte","Other, mica_adjustment","min_OT_mica_adj","OT_mica","I","3.0","%","layer","mean","to be added","to be added",
947,"derived_analyte","Other Weatherable Minerals, mica_adjustment","min_OW_mica_adj","OW_mica","I","3.0","%","layer","mean","to be added","to be added",
946,"derived_analyte","Other Resistant Minerals, mica_adjustment","min_OR_mica_adj","OR_mica","I","3.0","%","layer","mean","to be added","to be added",
945,"derived_analyte","Orthoclase, mica_adjustment","min_FR_mica_adj","FR_mica","I","3.0","%","layer","mean","to be added","to be added",
944,"derived_analyte","Opaques, mica_adjustment","min_OP_mica_adj","OP_mica","I","3.0","%","layer","mean","to be added","to be added",
943,"derived_analyte","Olivine, mica_adjustment","min_OV_mica_adj","OV_mica","I","3.0","%","layer","mean","to be added","to be added",
942,"derived_analyte","Oligoclase, mica_adjustment","min_FO_mica_adj","FO_mica","I","3.0","%","layer","mean","to be added","to be added",
941,"derived_analyte","Non-Crystalline, mica_adjustment","min_NX_mica_adj","NX_mica","I","3.0","%","layer","mean","to be added","to be added",
940,"derived_analyte","Nepheline, mica_adjustment","min_NE_mica_adj","NE_mica","I","3.0","%","layer","mean","to be added","to be added",
939,"derived_analyte","Muscovite, mica_adjustment","min_MS_mica_adj","MS_mica","I","3.0","%","layer","mean","to be added","to be added",
938,"derived_analyte","Montmorillonite, mica_adjustment","min_MT_mica_adj","MT_mica","I","3.0","%","layer","mean","to be added","to be added",
937,"derived_analyte","Monazite, mica_adjustment","min_MZ_mica_adj","MZ_mica","I","3.0","%","layer","mean","to be added","to be added",
936,"derived_analyte","Microcline, mica_adjustment","min_FC_mica_adj","FC_mica","I","3.0","%","layer","mean","to be added","to be added",
935,"derived_analyte","Mica, mica_adjustment","min_MI_mica_adj","MI_mica","I","3.0","%","layer","mean","to be added","to be added",
934,"derived_analyte","Melilite, mica_adjustment","min_ML_mica_adj","ML_mica","I","3.0","%","layer","mean","to be added","to be added",
933,"derived_analyte","Marcasite, mica_adjustment","min_MR_mica_adj","MR_mica","I","3.0","%","layer","mean","to be added","to be added",
932,"derived_analyte","Magnetite, mica_adjustment","min_MG_mica_adj","MG_mica","I","3.0","%","layer","mean","to be added","to be added",
931,"derived_analyte","Magnesite, mica_adjustment","min_ME_mica_adj","ME_mica","I","3.0","%","layer","mean","to be added","to be added",
930,"derived_analyte","Lithiophorite, mica_adjustment","min_LT_mica_adj","LT_mica","I","3.0","%","layer","mean","to be added","to be added",
929,"derived_analyte","Limonite, mica_adjustment","min_LM_mica_adj","LM_mica","I","3.0","%","layer","mean","to be added","to be added",
928,"derived_analyte","Leucoxene, mica_adjustment","min_LU_mica_adj","LU_mica","I","3.0","%","layer","mean","to be added","to be added",
927,"derived_analyte","Lepidomelane, mica_adjustment","min_LO_mica_adj","LO_mica","I","3.0","%","layer","mean","to be added","to be added",
926,"derived_analyte","Lepidolite, mica_adjustment","min_LP_mica_adj","LP_mica","I","3.0","%","layer","mean","to be added","to be added",
925,"derived_analyte","Lamprobolite, mica_adjustment","min_LA_mica_adj","LA_mica","I","3.0","%","layer","mean","to be added","to be added",
924,"derived_analyte","Labradorite, mica_adjustment","min_FL_mica_adj","FL_mica","I","3.0","%","layer","mean","to be added","to be added",
923,"derived_analyte","Kyanite, mica_adjustment","min_KY_mica_adj","KY_mica","I","3.0","%","layer","mean","to be added","to be added",
922,"derived_analyte","Kaolinite, mica_adjustment","min_KK_mica_adj","KK_mica","I","3.0","%","layer","mean","to be added","to be added",
921,"derived_analyte","Jarosite, mica_adjustment","min_JO_mica_adj","JO_mica","I","3.0","%","layer","mean","to be added","to be added",
920,"derived_analyte","Iron Oxide-Coated Quartz, mica_adjustment","min_QI_mica_adj","QI_mica","I","3.0","%","layer","mean","to be added","to be added",
919,"derived_analyte","Iddingsite, mica_adjustment","min_ID_mica_adj","ID_mica","I","3.0","%","layer","mean","to be added","to be added",
918,"derived_analyte","Hydrobiotite, mica_adjustment","min_HB_mica_adj","HB_mica","I","3.0","%","layer","mean","to be added","to be added",
917,"derived_analyte","Hornblende, mica_adjustment","min_HN_mica_adj","HN_mica","I","3.0","%","layer","mean","to be added","to be added",
916,"derived_analyte","Hematite, mica_adjustment","min_HE_mica_adj","HE_mica","I","3.0","%","layer","mean","to be added","to be added",
915,"derived_analyte","Halloysite, mica_adjustment","min_KH_mica_adj","KH_mica","I","3.0","%","layer","mean","to be added","to be added",
914,"derived_analyte","Gypsum, mica_adjustment","min_GY_mica_adj","GY_mica","I","3.0","%","layer","mean","to be added","to be added",
913,"derived_analyte","Gold, mica_adjustment","min_GD_mica_adj","GD_mica","I","3.0","%","layer","mean","to be added","to be added",
912,"derived_analyte","Goethite, mica_adjustment","min_GE_mica_adj","GE_mica","I","3.0","%","layer","mean","to be added","to be added",
911,"derived_analyte","Glaucophane, mica_adjustment","min_GO_mica_adj","GO_mica","I","3.0","%","layer","mean","to be added","to be added",
910,"derived_analyte","Glauconite, mica_adjustment","min_GL_mica_adj","GL_mica","I","3.0","%","layer","mean","to be added","to be added",
909,"derived_analyte","Glassy Materials, mica_adjustment","min_GM_mica_adj","GM_mica","I","3.0","%","layer","mean","to be added","to be added",
908,"derived_analyte","Glass, mica_adjustment","min_GS_mica_adj","GS_mica","I","3.0","%","layer","mean","to be added","to be added",
907,"derived_analyte","Glass Coated Quartz, mica_adjustment","min_QG_mica_adj","QG_mica","I","3.0","%","layer","mean","to be added","to be added",
906,"derived_analyte","Glass Coated Opaque, mica_adjustment","min_OG_mica_adj","OG_mica","I","3.0","%","layer","mean","to be added","to be added",
905,"derived_analyte","Glass Coated Hornblende, mica_adjustment","min_HG_mica_adj","HG_mica","I","3.0","%","layer","mean","to be added","to be added",
904,"derived_analyte","Glass Coated Grain, mica_adjustment","min_GC_mica_adj","GC_mica","I","3.0","%","layer","mean","to be added","to be added",
903,"derived_analyte","Glass Coated Feldspar, mica_adjustment","min_FG_mica_adj","FG_mica","I","3.0","%","layer","mean","to be added","to be added",
902,"derived_analyte","Glass Aggregates, mica_adjustment","min_GA_mica_adj","GA_mica","I","3.0","%","layer","mean","to be added","to be added",
901,"derived_analyte","Gibbsite, mica_adjustment","min_GI_mica_adj","GI_mica","I","3.0","%","layer","mean","to be added","to be added",
900,"derived_analyte","Garnet, mica_adjustment","min_GN_mica_adj","GN_mica","I","3.0","%","layer","mean","to be added","to be added",
899,"derived_analyte","Galena, mica_adjustment","min_GG_mica_adj","GG_mica","I","3.0","%","layer","mean","to be added","to be added",
1531,"aggregate analyte","Sand, Very Fine, no pretreatment, Pipet","sand_vf_psa1","SndVFp1","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1530,"aggregate analyte","Sand, Very Coarse, no pretreatment, Pipet","sand_vc_psa1","SndVCp1","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1529,"aggregate analyte","Sand, Medium, no pretreatment, Pipet","sand_m_psa1","SndM_p1","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1528,"aggregate analyte","Sand, Fine, no pretreatment, Pipet","sand_f_psa1","SndF_p1","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1527,"aggregate analyte","Sand, Coarse, no pretreatment, Pipet","sand_c_psa1","SndC_p1","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1526,"aggregate analyte","Clay, no pretreatment, Pipet","clay_tot_psa1","ClyT_p1","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction. Organic matter and soluble salts not removed.",
1525,"derived_analyte","Mineral Interpretation, GP prep, clay, Set 2","min_interp_c2","MIc_d-2_GP","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1524,"derived_analyte","Mineral Interpretation, clay, Set 2","min_interp_c2","MIc_d-2_S","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1523,"derived_analyte","Total Salt, Estimated, SI-Set 2, N Prep","te_salt_si2","EsSalt_d-2_N","F","4.1","% wt","layer",,"to be added","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base.","<2 mm"
1522,"derived_analyte","Total Salt, Estimated, SI-Set 2, S Prep","te_salt_si2","EsSalt_d-2_S","F","4.1","% wt","layer",,"to be added","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base.","<2 mm"
1521,"derived_analyte","Ratio, Sodium Absorption, SI-Set 2, N Prep","sar_si2","SAR_d-2_N","F","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
1520,"derived_analyte","Ratio, Sodium Absorption, SI-Set 2, S Prep","sar_si2","SAR_d-2_S","F","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
1519,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CEC-Set 5","na_exch_si1_icp2","ESPsat_d-18_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1518,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CECd-Set 4","na_exch_sat1_cecd8","ESPsat_d-17_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1517,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CECd-Set 3","na_exch_sat1_cecd7","ESPsat_d-16_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
818,"derived_analyte","Iron Oxide, Total","fe2o3_tot","Fe2O3","F","4.1","% wt","layer","mean","To Be Added","Total Fe oxide is calculated from the iron measured after total dissolution of a size fraction of soil material. It is stored and reported as percent oxide on the base of the size fraction used.",
817,"aggregate analyte","Weatherable Aggregates, CMS glass_count","min_AR_glass_count","AR_gc","I","3.0","%","layer","mean","to be added","to be added",
816,"aggregate analyte","Quartz, dta","min_QZ_dta","QZ_dta","F","3.0","%","layer","mean","to be added","CMS value",
815,"aggregate analyte","Halloysite, dta","min_KH_dta","KH_dta","F","3.0","%","layer","mean","to be added","CMS value",
814,"aggregate analyte","Goethite, dta","min_GE_dta","GE_dta","F","3.0","%","layer","mean","to be added","CMS value",
813,"aggregate analyte","Hydroxy-Interlayered Vermiculite, x-ray","min_HV_x-ray","HVxray","C","4","peak_size","layer","concat","to be added","to be added",
812,"aggregate analyte","Hydroxy-Interlayered Smectite, x-ray","min_HS_x-ray","HSxray","C","4","peak_size","layer","concat","to be added","to be added",
811,"aggregate analyte","Halite, x-ray","min_HA_x-ray","HAxray","C","4","peak_size","layer","concat","to be added","to be added",
810,"aggregate analyte","Kaolinite, dta","min_KK_dta","KK_dta","F","3.0","%","layer","mean","to be added","CMS value",
809,"aggregate analyte","Gibbsite, dta","min_GI_dta","GI_dta","F","3.0","%","layer","mean","to be added","CMS value",
808,"aggregate analyte","Hypersthene, CMS petro_count","min_HY_petro_count","HY_pc","I","3.0","%","layer","mean","to be added","CMS value",
807,"derived_analyte","Coarse Fragments, Greater 2mm, Wt Percent, Whole Soil Base. see wf_g2_ws","CFRAG_WS","cfWSCMS_d-1","F","4.1","% wt","layer",,"To Be Added","CMS derived value default, same as wf_g2_ws","whole soil"
806,"derived_analyte","Silt, Total, default","silt_tot","SiltCMS_d-1","F","4.1","% wt","layer",,"To Be Added","Total silt . CMS derived value default, should not be used","<2 mm"
805,"derived_analyte","Silt, Coarse. default","silt_c","cSiltCMS_d-1","F","4.1","% wt","layer",,"To Be Added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.CMS derived value default, should not be used","<2 mm"
804,"derived_analyte","Sand, Total, default","sand_tot","SndCMS_d-1","F","4.1","% wt","layer",,"To Be Added","Total sand. CMS derived value default, should not be used","<2 mm"
803,"derived_analyte","Ratio, Sodium Absorption, SI-Set 1, default","SAR","SAR_d-0_S","F","4.0","(NA)","layer",,"na_satx / Sqr((ca_satx + mg_satx)/2)","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage. CMS derived value default","<2 mm"
802,"derived_analyte","Clay, carbonate free.","nco3_cly","nco3cly_d-0_S","F","4.1","% wt","layer",,"To Be Added","None carbonate clay. CMS derived value default","<2 mm"
1984,"derived_analyte","Silicon, Oxalate times 8, GP prep, Inst Set 4","sitimes8_ox","siox8_d-4_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1983,"derived_analyte","Silicon, Oxalate times 8, GP prep, Inst Set 3","sitimes8_ox","siox8_d-3_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1982,"derived_analyte","Silicon, Oxalate times 8, GP prep, Inst Set 2","sitimes8_ox","siox8_d-2_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1981,"derived_analyte","Silicon, Oxalate times 8, GP prep, Inst Set 1","sitimes8_ox","siox8_d-1_GP","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1980,"derived_analyte","Silicon, Oxalate times 8, N prep, Inst Set 4","sitimes8_ox","siox8_d-4_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1979,"derived_analyte","Silicon, Oxalate times 8, N prep, Inst Set 3","sitimes8_ox","siox8_d-3_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1978,"derived_analyte","Silicon, Oxalate times 8, N prep, Inst Set 2","sitimes8_ox","siox8_d-2_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1977,"derived_analyte","Silicon, Oxalate times 8, N prep, Inst Set 1","sitimes8_ox","siox8_d-1_N","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base.  N prep.","<2 mm"
1976,"derived_analyte","Silicon, Oxalate times 8, S prep, Inst Set 4","sitimes8_ox","siox8_d-4_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1975,"derived_analyte","Silicon, Oxalate times 8, S prep, Inst Set 3","sitimes8_ox","siox8_d-3_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1974,"derived_analyte","Silicon, Oxalate times 8, S prep, Inst Set 2","sitimes8_ox","siox8_d-2_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1973,"derived_analyte","Silicon, Oxalate times 8, S prep, Inst Set 1","sitimes8_ox","siox8_d-1_S","F","5.0","% wt","layer",,"to be added","The amount of ammonium oxalate extractable silica times 8. It is reported a gravimetric percent on a <2 mm base. S prep.","<2 mm"
1972,"derived_analyte","AlplushalfFe times 60.0 plus Glass, M prep, Inst Set 4","alfe60_glass","alfe60gc_d-4_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1971,"derived_analyte","AlplushalfFe times 60.0 plus Glass, M prep, Inst Set 3","alfe60_glass","alfe60gc_d-3_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1970,"derived_analyte","AlplushalfFe times 60.0 plus Glass, M prep, Inst Set 2","alfe60_glass","alfe60gc_d-2_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1969,"derived_analyte","AlplushalfFe times 60.0 plus Glass, M prep, Inst Set 1","alfe60_glass","alfe60gc_d-1_M","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1968,"derived_analyte","AlplushalfFe times 60.0 plus Glass, GP prep, Inst Set 4","alfe60_glass","alfe60gc_d-4_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1967,"derived_analyte","AlplushalfFe times 60.0 plus Glass, GP prep, Inst Set 3","alfe60_glass","alfe60gc_d-3_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1966,"derived_analyte","AlplushalfFe times 60.0 plus Glass, GP prep, Inst Set 2","alfe60_glass","alfe60gc_d-2_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1965,"derived_analyte","AlplushalfFe times 60.0 plus Glass, GP prep, Inst Set 1","alfe60_glass","alfe60gc_d-1_GP","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1964,"derived_analyte","AlplushalfFe times 60.0 plus Glass, N prep, Inst Set 4","alfe60_glass","alfe60gc_d-4_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1963,"derived_analyte","AlplushalfFe times 60.0 plus Glass, N prep, Inst Set 3","alfe60_glass","alfe60gc_d-3_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1962,"derived_analyte","AlplushalfFe times 60.0 plus Glass, N prep, Inst Set 2","alfe60_glass","alfe60gc_d-2_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1961,"derived_analyte","AlplushalfFe times 60.0 plus Glass, N prep, Inst Set 1","alfe60_glass","alfe60gc_d-1_N","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1960,"derived_analyte","AlplushalfFe times 60.0 plus Glass, S prep, Inst Set 4","alfe60_glass","alfe60gc_d-4_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1959,"derived_analyte","AlplushalfFe times 60.0 plus Glass, S prep, Inst Set 3","alfe60_glass","alfe60gc_d-3_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1958,"derived_analyte","AlplushalfFe times 60.0 plus Glass, S prep, Inst Set 2","alfe60_glass","alfe60gc_d-2_S","I","3.0","%","layer",,"to be added","Al plus 1/2 Fe from Oxalate times 60.0 plus weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
2054,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 18","ecec_cly_cecd18","ececcl_d-24_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2053,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 17","ecec_cly_cecd17","ececcl_d-23_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2052,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 16","ecec_cly_cecd16","ececcl_d-22_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2051,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 15","ecec_cly_cecd15","ececcl_d-21_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2050,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 14","ecec_cly_cecd14","ececcl_d-20_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2049,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 13","ecec_cly_cecd13","ececcl_d-19_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2048,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 12","ecec_cly_cecd12","ececcl_d-18_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2047,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 11","ecec_cly_cecd11","ececcl_d-17_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2046,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 10","ecec_cly_cecd10","ececcl_d-16_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
2045,"derived_analyte","Aluminum Saturation, CECd-Set 35","al_sat_cecd35","AlSat_d-41_N","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2044,"derived_analyte","Aluminum Saturation, CECd-Set 34","al_sat_cecd34","AlSat_d-40_M","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2043,"derived_analyte","Aluminum Saturation, CECd-Set 33","al_sat_cecd33","AlSat_d-39_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
2042,"derived_analyte","Aluminum Saturation, CECd-Set 32","al_sat_cecd32","AlSat_d-38_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<80 mesh"
2041,"derived_analyte","Aluminum Saturation, CECd-Set 31","al_sat_cecd31","AlSat_d-37_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<80 mesh"
1810,"aggregate_analyte","Water Content At 1/3 Bar, Replicate 0","W_1by3","W_1by3","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 0 - water content at 1/3 bar","<2 mm"
1809,"aggregate_analyte","Water Content At 1/10 Bar, Replicate 0","W_1by10","W_1by10","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 0 - water content at 1/10 bar","<2 mm"
1808,"aggregate_analyte","Bulk Density, Replicate 2","B_DEN_2","B_DEN_2","F","4.2","g/cc","layer","mean",,"Water Release Curve - Replicate 2 - bulk density (g/cc)","<2 mm"
1807,"aggregate_analyte","Bulk Density, Replicate 1","B_DEN_1","B_DEN_1","F","4.2","g/cc","layer","mean",,"Water Release Curve - Replicate 1 - bulk density (g/cc)","<2 mm"
1806,"aggregate_analyte","Bulk Density, Replicate 0","B_DEN_0","B_DEN_0","F","4.2","g/cc","layer","mean",,"Water Release Curve - Replicate 0 - bulk density (g/cc)","<2 mm"
1805,"aggregate_analyte","Saturated Conductivity, Replicate 2","SATHYD2","SATHYD2","F","5.2","cm/hr","layer","mean",,"Water Release Curve - Replicate 2 - saturated conductivity","<2 mm"
1804,"aggregate_analyte","Saturated Conductivity, Replicate 1","SATHYD1","SATHYD1","F","5.2","cm/hr","layer","mean",,"Water Release Curve - Replicate 1 - saturated conductivity","<2 mm"
1803,"aggregate_analyte","Saturated Conductivity, Replicate 0","SATHYD0","SATHYD0","F","5.2","cm/hr","layer","mean",,"Water Release Curve - Replicate 0 - saturated conductivity","<2 mm"
1802,"aggregate_analyte","Moisture Percent, particles less than 0.002mm","MAltpt002","MAltpt002","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 0.002mm","<2 mm"
1801,"aggregate_analyte","Moisture Percent, particles less than 0.005mm","MAltpt005","MAltpt005","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 0.005mm","<2 mm"
1800,"aggregate_analyte","Moisture Percent, particles less than 0.02mm","MAltpt02","MAltpt02","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 0.02mm","<2 mm"
1799,"aggregate_analyte","Moisture Percent, particles less than 0.04mm","MAltpt05","MAltpt05","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 0.04mm","<2 mm"
1798,"aggregate_analyte","Moisture Percent, particles less than 0.074mm","MAlt_pt074","MAlt_pt074","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 0.074mm","<2 mm"
1797,"aggregate_analyte","Moisture Percent, particles less than 0.42mm","MAltpt42","MAltpt42","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 0.42mm","<2 mm"
1796,"aggregate_analyte","Moisture Percent, particles less than 2.0mm","MAlt2pt0","MAlt2pt0","I","3.0","%","layer","mean",,"Water Release Curve - Moisture Percent, particles less than 2.0mm","<2 mm"
1795,"aggregate_analyte","Moisture, Optimal","OPTMOIST","OPTMOIST","F","3.1","%","layer","mean",,"Water Release Curve - optimal moisture","<2 mm"
1794,"aggregate_analyte","Bulk Density, Maximum Dry","MAXDRYDE","MAXDRYDE","F","4.1","g/cc","layer","mean",,"Water Release Curve - maximum dry density (g/cc)","<2 mm"
155,"aggregate analyte","Goethite, petro_count","min_GE_petro_count","GE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
154,"aggregate analyte","Glaucophane, petro_count","min_GO_petro_count","GO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
153,"aggregate analyte","Glauconite, petro_count","min_GL_petro_count","GL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
152,"aggregate analyte","Glassy Materials, petro_count","min_GM_petro_count","GM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
151,"aggregate analyte","Glass, petro_count","min_GS_petro_count","GS_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
150,"aggregate analyte","Glass Coated Quartz, petro_count","min_QG_petro_count","QG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
149,"aggregate analyte","Glass Coated Opaque, petro_count","min_OG_petro_count","OG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
148,"aggregate analyte","Glass Coated Hornblende, petro_count","min_HG_petro_count","HG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
147,"aggregate analyte","Glass Coated Grain, petro_count","min_GC_petro_count","GC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
146,"aggregate analyte","Glass Coated Feldspar, petro_count","min_FG_petro_count","FG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
145,"aggregate analyte","Glass Aggregates, petro_count","min_GA_petro_count","GA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
144,"aggregate analyte","Gibbsite, petro_count","min_GI_petro_count","GI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
143,"aggregate analyte","Garnet, petro_count","min_GN_petro_count","GN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
142,"aggregate analyte","Galena, petro_count","min_GG_petro_count","GG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
141,"aggregate analyte","Foraminifera, petro_count","min_FF_petro_count","FF_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
140,"aggregate analyte","Fluorite, petro_count","min_FU_petro_count","FU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
139,"aggregate analyte","Ferromagnesium Mineral, petro_count","min_FM_petro_count","FM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
138,"aggregate analyte","Feldspathoids, petro_count","min_FZ_petro_count","FZ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
137,"aggregate analyte","Feldspar, petro_count","min_FD_petro_count","FD_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
136,"aggregate analyte","Epidote, petro_count","min_EP_petro_count","EP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
135,"aggregate analyte","Enstatite, petro_count","min_EN_petro_count","EN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
134,"aggregate analyte","Dumortierite, petro_count","min_DU_petro_count","DU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
133,"aggregate analyte","Dolomite, petro_count","min_DL_petro_count","DL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
132,"aggregate analyte","Diopside, petro_count","min_DP_petro_count","DP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
131,"aggregate analyte","Diatoms, petro_count","min_DI_petro_count","DI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
130,"aggregate analyte","Cristobalite, petro_count","min_CR_petro_count","CR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
129,"aggregate analyte","Corundum, petro_count","min_CN_petro_count","CN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
128,"aggregate analyte","Collophane, petro_count","min_CO_petro_count","CO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
127,"aggregate analyte","Coal, petro_count","min_CC_petro_count","CC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
126,"aggregate analyte","Clinozoisite, petro_count","min_CZ_petro_count","CZ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
125,"aggregate analyte","Cliachite (Bauxite), petro_count","min_CH_petro_count","CH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
124,"aggregate analyte","Clay-Coated Quartz, petro_count","min_QC_petro_count","QC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
123,"aggregate analyte","Chrysotile, petro_count","min_CY_petro_count","CY_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
122,"aggregate analyte","Chlorite-Mica, petro_count","min_CM_petro_count","CM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
121,"aggregate analyte","Chlorite, petro_count","min_CL_petro_count","CL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
120,"aggregate analyte","Chert (Chalcedony, Jasper, Agate, Onyx), petro_count","min_CD_petro_count","CD_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
119,"aggregate analyte","Cassiterite, petro_count","min_CT_petro_count","CT_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
118,"aggregate analyte","Carbonate Aggregates, petro_count","min_CB_petro_count","CB_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
117,"aggregate analyte","Calcite, petro_count","min_CA_petro_count","CA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
116,"aggregate analyte","Brucite, petro_count","min_BR_petro_count","BR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
115,"aggregate analyte","Brookite, petro_count","min_BK_petro_count","BK_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
114,"aggregate analyte","Bronzite, petro_count","min_BZ_petro_count","BZ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
113,"aggregate analyte","Boehmite, petro_count","min_BE_petro_count","BE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
112,"aggregate analyte","Biotite-Chlorite, petro_count","min_BC_petro_count","BC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
111,"aggregate analyte","Biotite, petro_count","min_BT_petro_count","BT_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
110,"aggregate analyte","Beryl, petro_count","min_BY_petro_count","BY_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
109,"aggregate analyte","Basic Glass, petro_count","min_BG_petro_count","BG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
108,"aggregate analyte","Barite, petro_count","min_BA_petro_count","BA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
107,"aggregate analyte","Augite, petro_count","min_AU_petro_count","AU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
106,"aggregate analyte","Arfvedsonite, petro_count","min_AF_petro_count","AF_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
1740,"aggregate analyte","Montmorillonite-Mica, x-ray pm","min_MM_x-ray_pm","MMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1739,"aggregate analyte","Maghemite, x-ray pm","min_MH_x-ray_pm","MHxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1738,"aggregate analyte","Montmorillonite-Chlorite, x-ray pm","min_MC_x-ray_pm","MCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1737,"aggregate analyte","Leucite, x-ray pm","min_LI_x-ray_pm","LIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1736,"aggregate analyte","Lepidocrocite, x-ray pm","min_LE_x-ray_pm","LExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1735,"aggregate analyte","Analcime, x-ray pm","min_LC_x-ray_pm","LCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1734,"aggregate analyte","Illite (Hydromuscovite), x-ray pm","min_IL_x-ray_pm","ILxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1733,"aggregate analyte","Halite, x-ray pm","min_HA_x-ray_pm","HAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1732,"aggregate analyte","Cobaltite, x-ray pm","min_CE_x-ray_pm","CExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1731,"aggregate analyte","Allophane, x-ray pm","min_AL_x-ray_pm","ALxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1730,"aggregate analyte","Aegirine-Augite, x-ray pm","min_AI_x-ray_pm","AIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1729,"aggregate analyte","Zoisite, x-ray pm","min_ZO_x-ray_pm","ZOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1728,"aggregate analyte","Zircon, x-ray pm","min_ZR_x-ray_pm","ZRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1727,"aggregate analyte","Zeolite, x-ray pm","min_ZE_x-ray_pm","ZExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1726,"aggregate analyte","Weatherable Mineral, x-ray pm","min_WE_x-ray_pm","WExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1725,"aggregate analyte","Weatherable Aggregates, x-ray pm","min_AR_x-ray_pm","ARxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1724,"aggregate analyte","Wavellite, x-ray pm","min_WV_x-ray_pm","WVxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1723,"aggregate analyte","Vivianite, x-ray pm","min_VI_x-ray_pm","VIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1722,"aggregate analyte","Vermiculite-Mica, x-ray pm","min_VM_x-ray_pm","VMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1721,"aggregate analyte","Vermiculite-Hydrobiotite, x-ray pm","min_VH_x-ray_pm","VHxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1720,"aggregate analyte","Vermiculite-Chlorite, x-ray pm","min_VC_x-ray_pm","VCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1719,"aggregate analyte","Vermiculite, x-ray pm","min_VR_x-ray_pm","VRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1718,"aggregate analyte","Tremolite, x-ray pm","min_TE_x-ray_pm","TExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1717,"aggregate analyte","Tourmaline, x-ray pm","min_TM_x-ray_pm","TMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1716,"aggregate analyte","Topaz, x-ray pm","min_TP_x-ray_pm","TPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1715,"aggregate analyte","Talc, x-ray pm","min_TA_x-ray_pm","TAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1714,"aggregate analyte","Sulphur, x-ray pm","min_SU_x-ray_pm","SUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1713,"aggregate analyte","Stilbite, x-ray pm","min_ST_x-ray_pm","STxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1712,"aggregate analyte","Staurolite, x-ray pm","min_SO_x-ray_pm","SOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1711,"aggregate analyte","Sponge Spicule, x-ray pm","min_SS_x-ray_pm","SSxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1710,"aggregate analyte","Spinel, x-ray pm","min_SN_x-ray_pm","SNxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1709,"aggregate analyte","Sphene, x-ray pm","min_SP_x-ray_pm","SPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1708,"aggregate analyte","Sphalerite, x-ray pm","min_SG_x-ray_pm","SGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1707,"aggregate analyte","Sillimanite, x-ray pm","min_SL_x-ray_pm","SLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1706,"aggregate analyte","Siliceous Aggregates, x-ray pm","min_SA_x-ray_pm","SAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1705,"aggregate analyte","Siderite, x-ray pm","min_SI_x-ray_pm","SIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1704,"aggregate analyte","Sericite, x-ray pm","min_SR_x-ray_pm","SRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1703,"aggregate analyte","Sanidine, x-ray pm","min_FS_x-ray_pm","FSxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1702,"aggregate analyte","Rutile, x-ray pm","min_RU_x-ray_pm","RUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1701,"aggregate analyte","Riebeckite (Blue Amphibole), x-ray pm","min_RB_x-ray_pm","RBxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1700,"aggregate analyte","Rhodochrosite, x-ray pm","min_RO_x-ray_pm","ROxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1699,"aggregate analyte","Resistant Minerals, x-ray pm","min_RE_x-ray_pm","RExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1698,"aggregate analyte","Resistant Mineraloids, x-ray pm","min_MD_x-ray_pm","MDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1697,"aggregate analyte","Resistant Aggregates, x-ray pm","min_RA_x-ray_pm","RAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1696,"aggregate analyte","Quartz, x-ray pm","min_QZ_x-ray_pm","QZxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1695,"aggregate analyte","Pyroxene, x-ray pm","min_PR_x-ray_pm","PRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1694,"aggregate analyte","Pyrophyllite, x-ray pm","min_PY_x-ray_pm","PYxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1693,"aggregate analyte","Pyrolusite, x-ray pm","min_PU_x-ray_pm","PUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1692,"aggregate analyte","Pyrite, x-ray pm","min_PI_x-ray_pm","PIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1691,"aggregate analyte","Potassium Feldspar, x-ray pm","min_FK_x-ray_pm","FKxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1690,"aggregate analyte","Pollen, x-ray pm","min_PN_x-ray_pm","PNxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1689,"aggregate analyte","Plumbojarosite, x-ray pm","min_PJ_x-ray_pm","PJxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1688,"aggregate analyte","Plant Opal, x-ray pm","min_PO_x-ray_pm","POxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1687,"aggregate analyte","Plagioclase Feldspar, x-ray pm","min_FP_x-ray_pm","FPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1686,"aggregate analyte","Piemontite, x-ray pm","min_PD_x-ray_pm","PDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1685,"aggregate analyte","Phlogopite, x-ray pm","min_PL_x-ray_pm","PLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1684,"aggregate analyte","Perovskite, x-ray pm","min_PK_x-ray_pm","PKxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1683,"aggregate analyte","Other, x-ray pm","min_OT_x-ray_pm","OTxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1682,"aggregate analyte","Other Weatherable Minerals, x-ray pm","min_OW_x-ray_pm","OWxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1681,"aggregate analyte","Other Resistant Minerals, x-ray pm","min_OR_x-ray_pm","ORxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1680,"aggregate analyte","Orthoclase, x-ray pm","min_FR_x-ray_pm","FRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1679,"aggregate analyte","Opaques, x-ray pm","min_OP_x-ray_pm","OPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1678,"aggregate analyte","Olivine, x-ray pm","min_OV_x-ray_pm","OVxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1677,"aggregate analyte","Oligoclase, x-ray pm","min_FO_x-ray_pm","FOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1676,"aggregate analyte","Non-Crystalline, x-ray pm","min_NX_x-ray_pm","NXxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1675,"aggregate analyte","Nepheline, x-ray pm","min_NE_x-ray_pm","NExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1674,"aggregate analyte","Muscovite, x-ray pm","min_MS_x-ray_pm","MSxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1673,"aggregate analyte","Montmorillonite, x-ray pm","min_MT_x-ray_pm","MTxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1672,"aggregate analyte","Monazite, x-ray pm","min_MZ_x-ray_pm","MZxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1671,"aggregate analyte","Microcline, x-ray pm","min_FC_x-ray_pm","FCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1670,"aggregate analyte","Mica, x-ray pm","min_MI_x-ray_pm","MIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1669,"aggregate analyte","Melilite, x-ray pm","min_ML_x-ray_pm","MLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1668,"aggregate analyte","Marcasite, x-ray pm","min_MR_x-ray_pm","MRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1667,"aggregate analyte","Magnetite, x-ray pm","min_MG_x-ray_pm","MGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1666,"aggregate analyte","Magnesite, x-ray pm","min_ME_x-ray_pm","MExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1665,"aggregate analyte","Lithiophorite, x-ray pm","min_LT_x-ray_pm","LTxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1664,"aggregate analyte","Limonite, x-ray pm","min_LM_x-ray_pm","LMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1663,"aggregate analyte","Leucoxene, x-ray pm","min_LU_x-ray_pm","LUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1662,"aggregate analyte","Lepidomelane, x-ray pm","min_LO_x-ray_pm","LOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1661,"aggregate analyte","Lepidolite, x-ray pm","min_LP_x-ray_pm","LPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1660,"aggregate analyte","Lamprobolite, x-ray pm","min_LA_x-ray_pm","LAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1659,"aggregate analyte","Labradorite, x-ray pm","min_FL_x-ray_pm","FLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1658,"aggregate analyte","Kyanite, x-ray pm","min_KY_x-ray_pm","KYxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1657,"aggregate analyte","Kaolinite, x-ray pm","min_KK_x-ray_pm","KKxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1656,"aggregate analyte","Jarosite, x-ray pm","min_JO_x-ray_pm","JOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1655,"aggregate analyte","Iron Oxides (Goethite, Magnetite, Hematite, Li), x-ray pm","min_FE_x-ray_pm","FExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1654,"aggregate analyte","Iron Oxide-Coated Quartz, x-ray pm","min_QI_x-ray_pm","QIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1653,"aggregate analyte","Iddingsite, x-ray pm","min_ID_x-ray_pm","IDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1652,"aggregate analyte","Hydrobiotite, x-ray pm","min_HB_x-ray_pm","HBxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1651,"aggregate analyte","Hornblende, x-ray pm","min_HN_x-ray_pm","HNxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1650,"aggregate analyte","Hematite, x-ray pm","min_HE_x-ray_pm","HExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1649,"aggregate analyte","Halloysite, x-ray pm","min_KH_x-ray_pm","KHxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1648,"aggregate analyte","Gypsum, x-ray pm","min_GY_x-ray_pm","GYxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1647,"aggregate analyte","Gold, x-ray pm","min_GD_x-ray_pm","GDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1646,"aggregate analyte","Goethite, x-ray pm","min_GE_x-ray_pm","GExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1645,"aggregate analyte","Glaucophane, x-ray pm","min_GO_x-ray_pm","GOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1644,"aggregate analyte","Glauconite, x-ray pm","min_GL_x-ray_pm","GLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1643,"aggregate analyte","Glassy Materials, x-ray pm","min_GM_x-ray_pm","GMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1642,"aggregate analyte","Glass, x-ray pm","min_GS_x-ray_pm","GSxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1641,"aggregate analyte","Glass Coated Quartz, x-ray pm","min_QG_x-ray_pm","QGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1640,"aggregate analyte","Glass Coated Opaque, x-ray pm","min_OG_x-ray_pm","OGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1639,"aggregate analyte","Glass Coated Hornblende, x-ray pm","min_HG_x-ray_pm","HGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1638,"aggregate analyte","Glass Coated Grain, x-ray pm","min_GC_x-ray_pm","GCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1637,"aggregate analyte","Glass Coated Feldspar, x-ray pm","min_FG_x-ray_pm","FGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1636,"aggregate analyte","Glass Aggregates, x-ray pm","min_GA_x-ray_pm","GAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1635,"aggregate analyte","Gibbsite, x-ray pm","min_GI_x-ray_pm","GIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1634,"aggregate analyte","Garnet, x-ray pm","min_GN_x-ray_pm","GNxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1633,"aggregate analyte","Galena, x-ray pm","min_GG_x-ray_pm","GGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1632,"aggregate analyte","Foraminifera, x-ray pm","min_FF_x-ray_pm","FFxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1631,"aggregate analyte","Fluorite, x-ray pm","min_FU_x-ray_pm","FUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1630,"aggregate analyte","Ferromagnesium Mineral, x-ray pm","min_FM_x-ray_pm","FMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
736,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 1","cec_sum_cecd1","CECsum_d-4_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
735,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 3","bsesat_cecd3","BSSBas_d-6_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
734,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 2","bsesat_cecd2","BSSBas_d-5_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
733,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 1","bsesat_cecd1","BSSBas_d-4_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
732,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 9","bsecat_cecd9","BSSCat_d-19_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
731,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 15","bsecat_cecd15","BSSCat_d-25_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<80 mesh"
730,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 14","bsecat_cecd14","BSSCat_d-24_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<80 mesh"
729,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 13","bsecat_cecd13","BSSCat_d-23_S-SK","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
728,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 5","bsecat_cecd5","BSSCat_d-15_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
727,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 12","bsecat_cecd12","BSSCat_d-22_N","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
726,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 11","bsecat_cecd11","BSSCat_d-21_M","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
725,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 10","bsecat_cecd10","BSSCat_d-20_GP","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
724,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 1","bsecat_cecd1","BSSCat_d-11_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
261,"aggregate analyte","Clay PSDA, Moist, Dith, Pipet","clay_tot_Moist_Dith","ClyTMD","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Moist, Dith, Pipet",
260,"aggregate analyte","Silt, Fine PSDA, Dith, Pipet","silt_f_Dith","SiltFD","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Dith, Pipet",
259,"aggregate analyte","Sand, Very Fine PSDA, Dith, Pipet","sand_vf_Dith","SndVFD","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Dith, Pipet",
258,"aggregate analyte","Sand, Very Coarse PSDA, Dith, Pipet","sand_vc_Dith","SndVCD","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Dith, Pipet",
257,"aggregate analyte","Sand, Medium PSDA, Dith, Pipet","sand_m_Dith","SndM_D","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Dith, Pipet",
256,"aggregate analyte","Sand, Fine PSDA, Dith, Pipet","sand_f_Dith","SndF_D","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Dith, Pipet",
255,"aggregate analyte","Sand, Coarse PSDA, Dith, Pipet","sand_c_Dith","SndC_D","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Dith, Pipet",
254,"aggregate analyte","Clay PSDA, Dith, Pipet","clay_tot_Dith","Cly_TD","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Dith, Pipet",
253,"aggregate analyte","Phosphorus, Olsen Extractable","p_olsn","POlsen","F","6.1","mg/kg","layer","mean","To Be Added","The Olsen extractable phosphorus is used as an indicator of available phosphorus in calcareous soil materials (pH >6).",
252,"aggregate analyte","Phosphorus, New Zealand P Retention","p_nz","P_nz","I","3.0","%","layer","mean","To Be Added","The New Zealand phosphorus retention is the gravimetric percent phosphorus removed from a solution by equilibration with a sample. It is reported on a <2 mm base. High P retention indicates andic material.",
251,"aggregate analyte","Phosphorus, Citric Acid Extractable","p_citx","Pcitad","F","6.1","mg/kg","layer","mean","To Be Added","The phosphorus extractable by citric acid is an indicator of available phosphorus in the sample, reported as milligrams per kilogram on a <2 mm base.",
250,"aggregate analyte","Phosphorus, Bray-2 Extractable","p_bray2","PBray2","F","6.1","mg/kg","layer","mean","To Be Added","This is the phosphorus extractable by the Bray-2  method, reported as milligrams per kilogram on a <2 mm base. Bray-2 extracts both adsorbed and easily acid-soluble forms of P.",
249,"aggregate analyte","Phosphorus, Bray-1 Extractable","p_bray1","PBray1","F","6.1","mg/kg","layer","mean","To Be Added","This is the phosphorus extractable by the Bray-1 method, reported as milligrams per kilogram on a <2 mm base. It is used as an index of plant-available phosphorus. Bray-1 extracts adsorbed P.",
248,"aggregate analyte","Phosphorus, Water Soluble","p_h2o","P_h2o","F","6.1","mg/kg","layer","mean","To Be Added","The water soluble phosphorus is the fraction extracted by distilled water. It represents an attempt to approximate the P concentration in the soil solution, i.e. the mobile P.",
247,"aggregate analyte","pH, 1:1 Soil-Water Suspension","ph_h2o","pH_h2o","F","3.1","(NA)","layer","mean","To Be Added","The pH, 1:1 soil-water suspension is the pH of a sample measured in distilled water at a 1:1 soil:solution ratio. If wider ratios increase the pH, salts are indicated.",
246,"aggregate analyte","pH, Oxidized (sulfidic)","ph_ox","pH_ox","F","3.1","(NA)","layer","mean","To Be Added","The oxidized pH is the pH of a sample measured after incubation while saturated with distilled water. It is normally used to indicate the acid producing potential of acid sulfate materials.",
245,"aggregate analyte","pH, 1:50 Soil-NaFl Suspension","ph_naf","pH_naf","F","3.1","(NA)","layer","mean","To Be Added","The pH, 1:50 soil-NaF suspension is the pH of a sample measured in 1.0N NaF at a 1:50 soil:solution ratio. If PH_NAF is > 9.4, andic materials are indicated.",
371,"aggregate analyte","Cadmium, Total","cd_tot","Cd_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Cd is the cadmium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
370,"aggregate analyte","Boron, Total","b_tot","B_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total boron is the amount measured after total dissolution of a size fraction of soil material. It  is stored and reported as milligrams per kilogram on the base of the size fraction used.",
369,"aggregate analyte","Arsenic, Total","as_tot","As_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total As is the arsenic measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
368,"aggregate analyte","Aluminum, Total","al_tot","Al_tot","F","6.0","% wt","layer","mean","To Be Added","Total Al is the aluminum measured after total dissolution of a size fraction of soil material. It is stored as percent of the element and reported as  percent oxide on the base of the size fraction used.",
367,"aggregate analyte","Kaolinite, tga","min_KK_tga","KK_tga","F","3.0","%","layer","mean","To Be Added","to be added",
366,"aggregate analyte","Goethite, tga","min_GE_tga","GE_tga","F","3.0","%","layer","mean","To Be Added","To Be Added",
365,"aggregate analyte","Gibbsite, tga","min_GI_tga","GI_tga","F","3.0","%","layer","mean","To Be Added","to be added",
364,"aggregate analyte","Gypsum, tga","min_GY_tga","GY_tga","F","3.0","%","layer","mean","to be added","to be added",
363,"aggregate analyte","Surface Area, Ethylene Glycol Monoethyl Ether","sa_egme","EGME","F","6.1","mg/g","layer","mean","To Be Added","The EGME surface area is an indicator of the sample surface available to adsorb a weakly polar liquid (ethylene glycol monoethyl ether). It is reported as grams EGME per gram of sample.",
362,"aggregate analyte","Sulfur, Total","s_tot","S_tot","F","4.2","% wt","layer","mean","To Be Added","Total sulfur is the sum of organic and inorganic forms, reported as a gravimetric percent on a <2 mm base.",
361,"aggregate analyte","Water Content, Saturated Paste","h2osatx","SP_sp","F","4.1","% wt","layer","mean","To Be Added","Water content of the saturation paste is the gravimetric percent water in a sample prior to collection of the saturation extract.",
360,"aggregate analyte","Sulfate, Saturation Extract","so4_satx","SO4_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Sulfate in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
359,"aggregate analyte","Sodium, Saturation Extract","na_satx","Na_sx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Sodium in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
358,"aggregate analyte","Resistivity, Saturated Paste","resist","Resist","I","7.0","ohms/cm","layer","mean","To Be Added","Resistivity is the electrical resistance of a saturated soil paste in a standard resistance cup, reported as ohms per centimeter on the <2 mm fraction. It is a measure of the amount of soluble salts in the sample.",
357,"aggregate analyte","Potassium, Saturation Extract","k_satx","K_sx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Potassium in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
356,"aggregate analyte","Phosphate, Saturation Extract","p_satx","P_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","PO4 in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
355,"aggregate analyte","Nitrite, Saturation Extract","no2_satx","NO2_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Nitrite in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
354,"aggregate analyte","Nitrate, Saturation Extract","no3_satx","NO3_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Nitrate in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1366,"aggregate analyte","Arsenic, Water Extractable","as_watx","As_wx","F","3.1","µg/kg","layer","mean","To Be Added","The arsenic extracted by the Water solution.",
1365,"aggregate analyte","Aluminum, Water Extractable","al_watx","Al_wx","F","3.1","µg/kg","layer","mean","To Be Added","The aluminum extracted by the Water solution.",
1364,"aggregate analyte","Electrical Conductivity, water extract","ec_watx","EC_wx","F","5.2","dS/m","layer","mean","EC = A 10^B ( 0.8696 - 0.01951 C + 0.000186 C^2 ) 2 D / ( 141.12 / ( E 10^F ( 0.8696 - 0.01951 G + 0.000186 G^2 ) 2 D )",,
1363,"aggregate analyte","pH, Water Extract","ph_watx","pH_wx","F","3.1","(NA)","layer","mean","To Be Added","The pH, water extract is the pH of the solution extracted from the sample with water. It is used as an indicator of the irrigated pH of soils with water.",
1360,"aggregate analyte","Sulfate, water extract","so4_watx","SO4_wx","F","5.1","µg/kg","layer","mean","To Be Added","Sulfate in the water extract. It is reported as meq per liter of extract.",
1359,"aggregate analyte","Phosphate, water extract","po4_watx","PO4_wx","F","5.1","µg/kg","layer","mean","To Be Added","PO4 in the water extract. It is reported as meq per liter of extract.",
1358,"aggregate analyte","Nitrite, water extract","no2_N_watx","NO2_wx","F","5.1","µg/kg","layer","mean","To Be Added","Nitrite in the water extract. It is reported as meq per liter of extract.",
1357,"aggregate analyte","Nitrate, water extract","no3_N_watx","NO3_wx","F","5.1","µg/kg","layer","mean","To Be Added","Nitrate in the water extract. It is reported as meq per liter of extract.",
1356,"aggregate analyte","Fluoride, water extract","fl_watx","F_wx","F","5.1","µg/kg","layer","mean","To Be Added","Fluoride in the water extract. It is reported as meq per liter of extract.",
1355,"aggregate analyte","Chloride, water extract","cl_watx","Cl_wx","F","5.1","µg/kg","layer","mean","To Be Added","Chloride in the water extract. It is reported as meq per liter of extract.",
1354,"aggregate analyte","Bromide, water extract","br_watx","Br_wx","F","5.1","µg/kg","layer","mean","to be added","The bromide anion in the water extract.",
1353,"aggregate analyte","Boron, water extract","b_watx","B_wx","F","5.1","µg/kg","layer","mean","To Be Added","Boron in the water extract.",
1352,"aggregate analyte","Acetate, water extract","oac_watx","OAc_wx","F","5.1","µg/kg","layer","mean","TO Be Added","The acetate anion in the water extract.",
1351,"aggregate analyte","Strontium, Element Mehlich3 Extractable","sr_el_meh3","SrMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The strontium extracted by the Mehlich III solution.",
1350,"aggregate analyte","Silicon, Element Mehlich3 Extractable","si_el_meh3","SiMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The silicon extracted by the Mehlich III solution.",
1349,"aggregate analyte","Molybdenum, Element Mehlich3 Extractable","mo_el_meh3","MoMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The molybdenum extracted by the Mehlich III solution.",
1348,"aggregate analyte","Zinc, Element Mehlich3 Extractable","zn_el_meh3","ZnMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The zinc extracted by the Mehlich III solution.",
1347,"aggregate analyte","Selenium, Element Mehlich3 Extractable","se_el_meh3","SeMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The selenium extracted by the Mehlich III solution.",
1346,"aggregate analyte","Lead, Element Mehlich3 Extractable","pb_el_meh3","PbMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The lead extracted by the Mehlich III solution.",
1345,"aggregate analyte","Phosphorus, Element Mehlich3 Extractable","p_el_meh3","PMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The phosphorus extracted by the Mehlich III solution.",
1344,"aggregate analyte","Nickel, Element Mehlich3 Extractable","ni_el_meh3","NiMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The nickel extracted by the Mehlich III solution.",
1343,"aggregate analyte","Sodium, Element Mehlich3 Extractable","na_el_meh3","NaMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The sodium extracted by the Mehlich III solution.",
1342,"aggregate analyte","Manganese, Element Mehlich3 Extractable","mn_el_meh3","MnMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The manganese extracted by the Mehlich III solution.",
1341,"aggregate analyte","Magnesium, Element Mehlich3 Extractable","mg_el_meh3","MgMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The magnesium extracted by the Mehlich III solution.",
1340,"aggregate analyte","Potassium, Element Mehlich3 Extractable","k_el_meh3","KMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The potassium extracted by the Mehlich III solution.",
1339,"aggregate analyte","Iron, Element Mehlich3 Extractable","fe_el_meh3","FeMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The iron extracted by the Mehlich III solution.",
1338,"aggregate analyte","Copper, Element Mehlich3 Extractable","cu_el_meh3","CuMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The copper extracted by the Mehlich III solution.",
1337,"aggregate analyte","Chromium, Element Mehlich3 Extractable","cr_el_meh3","CrMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The chromium extracted by the Mehlich III solution.",
1336,"aggregate analyte","Cobalt, Element Mehlich3 Extractable","co_el_meh3","CoMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The cobalt extracted by the Mehlich III solution.",
1335,"aggregate analyte","Cadmium, Element Mehlich3 Extractable","cd_el_meh3","CdMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The cadmium extracted by the Mehlich III solution.",
1334,"aggregate analyte","Calcium, Element Mehlich3 Extractable","ca_el_meh3","CaMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The calcium extracted by the Mehlich III solution.",
1333,"aggregate analyte","Barium, Element Mehlich3 Extractable","ba_el_meh3","BaMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The barium extracted by the Mehlich III solution.",
1332,"aggregate analyte","Arsenic, Element Mehlich3 Extractable","as_el_meh3","AsMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The arsenic extracted by the Mehlich III solution.",
1008,"derived_analyte","Palygorskite, mica_adjustment","min_PG_mica_adj","PF_mica","I","3.0","%","layer","mean","to be added","to be added",
1007,"derived_analyte","Palagonite, mica_adjustment","min_PA_mica_adj","PA_mica","I","3.0","%","layer","mean","to be added","to be added",
1006,"derived_analyte","Montmorillonite-Vermiculite, mica_adjustment","min_MV_mica_adj","MV_mica","I","3.0","%","layer","mean","to be added","to be added",
1005,"derived_analyte","Montmorillonite-Mica, mica_adjustment","min_MM_mica_adj","MM_mica","I","3.0","%","layer","mean","to be added","to be added",
1004,"derived_analyte","Maghemite, mica_adjustment","min_MH_mica_adj","MH_mica","I","3.0","%","layer","mean","to be added","to be added",
1003,"derived_analyte","Montmorillonite-Chlorite, mica_adjustment","min_MC_mica_adj","MC_mica","I","3.0","%","layer","mean","to be added","to be added",
1002,"derived_analyte","Leucite, mica_adjustment","min_LI_mica_adj","LI_mica","I","3.0","%","layer","mean","to be added","to be added",
1001,"derived_analyte","Lepidocrocite, mica_adjustment","min_LE_mica_adj","LE_mica","I","3.0","%","layer","mean","to be added","to be added",
1000,"derived_analyte","Analcime, mica_adjustment","min_LC_mica_adj","LC_mica","I","3.0","%","layer","mean","to be added","to be added",
999,"derived_analyte","Illite (Hydromuscovite), mica_adjustment","min_IL_mica_adj","IL_mica","I","3.0","%","layer","mean","to be added","to be added",
998,"derived_analyte","Halite, mica_adjustment","min_HA_mica_adj","HA_mica","I","3.0","%","layer","mean","to be added","to be added",
997,"derived_analyte","Cobaltite, mica_adjustment","min_CE_mica_adj","CE_mica","I","3.0","%","layer","mean","to be added","to be added",
996,"derived_analyte","Allophane, mica_adjustment","min_AL_mica_adj","AL_mica","I","3.0","%","layer","mean","to be added","to be added",
995,"derived_analyte","Aegirine-Augite, mica_adjustment","min_AI_mica_adj","AL_mica","I","3.0","%","layer","mean","to be added","to be added",
898,"derived_analyte","Foraminifera, mica_adjustment","min_FF_mica_adj","FF_mica","I","3.0","%","layer","mean","to be added","to be added",
897,"derived_analyte","Fluorite, mica_adjustment","min_FU_mica_adj","FU_mica","I","3.0","%","layer","mean","to be added","to be added",
896,"derived_analyte","Ferromagnesium Mineral, mica_adjustment","min_FM_mica_adj","FM_mica","I","3.0","%","layer","mean","to be added","to be added",
895,"derived_analyte","Feldspathoids, mica_adjustment","min_FZ_mica_adj","FZ_mica","I","3.0","%","layer","mean","to be added","to be added",
894,"derived_analyte","Feldspar, mica_adjustment","min_FD_mica_adj","FD_mica","I","3.0","%","layer","mean","to be added","to be added",
893,"derived_analyte","Epidote, mica_adjustment","min_EP_mica_adj","EP_mica","I","3.0","%","layer","mean","to be added","to be added",
892,"derived_analyte","Enstatite, mica_adjustment","min_EN_mica_adj","EN_mica","I","3.0","%","layer","mean","to be added","to be added",
891,"derived_analyte","Dumortierite, mica_adjustment","min_DU_mica_adj","DU_mica","I","3.0","%","layer","mean","to be added","to be added",
890,"derived_analyte","Dolomite, mica_adjustment","min_DL_mica_adj","DL_mica","I","3.0","%","layer","mean","to be added","to be added",
889,"derived_analyte","Diopside, mica_adjustment","min_DP_mica_adj","DP_mica","I","3.0","%","layer","mean","to be added","to be added",
888,"derived_analyte","Diatoms, mica_adjustment","min_DI_mica_adj","DI_mica","I","3.0","%","layer","mean","to be added","to be added",
887,"derived_analyte","Cristobalite, mica_adjustment","min_CR_mica_adj","CR_mica","I","3.0","%","layer","mean","to be added","to be added",
886,"derived_analyte","Corundum, mica_adjustment","min_CN_mica_adj","CN_mica","I","3.0","%","layer","mean","to be added","to be added",
885,"derived_analyte","Collophane, mica_adjustment","min_CO_mica_adj","CO_mica","I","3.0","%","layer","mean","to be added","to be added",
884,"derived_analyte","Coal, mica_adjustment","min_CC_mica_adj","CC_mica","I","3.0","%","layer","mean","to be added","to be added",
883,"derived_analyte","Clinozoisite, mica_adjustment","min_CZ_mica_adj","CZ_mica","I","3.0","%","layer","mean","to be added","to be added",
882,"derived_analyte","Cliachite (Bauxite), mica_adjustment","min_CH_mica_adj","CH_mica","I","3.0","%","layer","mean","to be added","to be added",
881,"derived_analyte","Clay-Coated Quartz, mica_adjustment","min_QC_mica_adj","QC_mica","I","3.0","%","layer","mean","to be added","to be added",
880,"derived_analyte","Chrysotile, mica_adjustment","min_CY_mica_adj","CY_mica","I","3.0","%","layer","mean","to be added","to be added",
879,"derived_analyte","Chlorite-Mica, mica_adjustment","min_CM_mica_adj","CM_mica","I","3.0","%","layer","mean","to be added","to be added",
878,"derived_analyte","Chlorite, mica_adjustment","min_CL_mica_adj","CL_mica","I","3.0","%","layer","mean","to be added","to be added",
877,"derived_analyte","Cassiterite, mica_adjustment","min_CT_mica_adj","CT_mica","I","3.0","%","layer","mean","to be added","to be added",
876,"derived_analyte","Carbonate Aggregates, mica_adjustment","min_CB_mica_adj","CB_mica","I","3.0","%","layer","mean","to be added","to be added",
875,"derived_analyte","Calcite, mica_adjustment","min_CA_mica_adj","CA_mica","I","3.0","%","layer","mean","to be added","to be added",
874,"derived_analyte","Brucite, mica_adjustment","min_BR_mica_adj","BR_mica","I","3.0","%","layer","mean","to be added","to be added",
873,"derived_analyte","Brookite, mica_adjustment","min_BK_mica_adj","BK_mica","I","3.0","%","layer","mean","to be added","to be added",
872,"derived_analyte","Bronzite, mica_adjustment","min_BZ_mica_adj","BZ_mica","I","3.0","%","layer","mean","to be added","to be added",
871,"derived_analyte","Boehmite, mica_adjustment","min_BE_mica_adj","BE_mica","I","3.0","%","layer","mean","to be added","to be added",
870,"derived_analyte","Biotite-Chlorite, mica_adjustment","min_BC_mica_adj","BC_mica","I","3.0","%","layer","mean","to be added","to be added",
869,"derived_analyte","Biotite, mica_adjustment","min_BT_mica_adj","BT_mica","I","3.0","%","layer","mean","to be added","to be added",
868,"derived_analyte","Beryl, mica_adjustment","min_BY_mica_adj","BY_mica","I","3.0","%","layer","mean","to be added","to be added",
867,"derived_analyte","Basic Glass, mica_adjustment","min_BG_mica_adj","BG_mica","I","3.0","%","layer","mean","to be added","to be added",
866,"derived_analyte","Barite, mica_adjustment","min_BA_mica_adj","BA_mica","I","3.0","%","layer","mean","to be added","to be added",
865,"derived_analyte","Augite, mica_adjustment","min_AU_mica_adj","AU_mica","I","3.0","%","layer","mean","to be added","to be added",
1927,"derived_analyte","Less than 2mm porosity, volume percent","pore_lt2mm_vol","PoreLT2V_d-1_S","F","2.0","%","layer",,,"Porosity less than 2 mm soil",
1926,"derived_analyte","Total porosity, volume percent","pore_total_vol","PoreTotV_d-1_S","F","2.0","%","layer",,,"Porosity total soil",
1925,"aggregate analyte","Bulk Density, <2mm Fraction, 1/3 Bar, uncorrected","db_13bu","Db1/3","F","4.2","g/cc","layer","mean","[db_13bu]","Bulk density, <2 mm fraction, 1/3 bar is the weight per unit volume of the <2 mm fraction, with volume being measured after equilibration at 1/3 bar water tension with rock fragments. It is reported as grams per cubic centimeter on a <2 mm base.",
1924,"aggregate analyte","Water Retention, 0 Bar, <2mm Sieve, Air-dry","w0bl2","W0BL2","F","5.1","% wt","layer","mean","to be added","0 bar water, <2mm sieved, airdry is the gravimetric water content of <2 mm sieved air dry samples after equilibration at 0 bar water tension (saturated). It is reported on a <2 mm base.",
1923,"aggregate analyte","Silt, Total, elutriation","silt_tot_psa4","Silt_e","F","4.1","% wt","layer","mean",,"Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1922,"aggregate analyte","Sand, Very Fine","sand_vf_psa4","SndVFp","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1921,"aggregate analyte","Sand, Very Coarse","sand_vc_psa4","SndVCp","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1920,"derived_analyte","Sand, Total","sand_tot_psa4","Sand_d-1_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1919,"aggregate analyte","Sand, Medium","sand_m_psa4","SndM_p","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1918,"aggregate analyte","Sand, Fine","sand_f_psa4","SndF_p","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base.",
1917,"aggregate analyte","Sand, Coarse","sand_c_psa4","SndC_p","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.",
1916,"aggregate analyte","Clay","clay_tot_psa4","ClyT_p","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction.",
1915,"derived_analyte","Aeration porosity, cores","pore_aeration","PoreA_d-2_S","F","4.1","%","layer","mean",,"Using 3x3 cores. Leamer, R.W. and B. Shaw. ""A simple apparatus for measuring non-capillary porosity on an extensive scale."" J. Am. Soc. Agr. 33 (1941): 1003-1008.",
1914,"derived_analyte","Total porosity","pore_total","PoreT_d-1_S","F","4.1","%","layer","mean",,"Saturated weight minus oven dry weight divided by volume times 100",
1913,"derived_analyte","Hydraulic Conductivity","hyd_cond","Hydcond_d-1_S","F","4.1","%","layer","mean",,"Hydraulic Conductivity",
1912,"derived_analyte","Aeration porosity","pore_aeration","PoreA_d-1_S","F","4.1","%","layer","mean",,"Aeration porosity",
1911,"aggregate analyte","Vermiculite-Hydroxy-Interlayered Vermiculite, x-ray, percent","min_VV_x-ray_p","Vvxrayp","I","3.0","%","layer","mean",,"to be added","<0.002 mm"
1910,"aggregate analyte","Hydroxy-Interlayered Smectite, x-ray, percent","min_HS_x-ray_p","Hsxrayp","I","3.0","%","layer","mean",,"to be added","<0.002 mm"
650,"derived_analyte","Cation Exchange Capacity, Effective, CEC-Set 3","ecec_cec3","ECEC_d-3_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
649,"derived_analyte","Ratio, CEC NH4OAc/Clay, <2mm, CEC-Set 3","cec7_cly_cec3","cec7cl_d-3_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
648,"derived_analyte","Aluminum Saturation, CEC-Set 3","al_sat_cec3","AlSat_d-3_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
647,"derived_analyte","Ratio, Total Carbon to Nitrogen, Elementar, S prep","c_n_ra","CNrat_d-2_S","F","3.0","(NA)","layer",,"(c_tot_ncs - 0.12 * caco3) / n_tot_ncs","The carbon to nitrogen ratio is calculated by C_TOT_NCS/N_TOT_NCS. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<80 Mesh"
646,"derived_analyte","Resistant Minerals, Total, S prep, fs","resist_min_tot_fs","RMfs_d-1_S","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.1-0.25 mm"
645,"derived_analyte","Resistant Minerals, Total, S prep, vfs","resist_min_tot_vfs","RMvfs_d-1_S","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.05-0.1 mm"
644,"derived_analyte","Resistant Minerals, Total, S prep, csi","resist_min_tot_csi","RMcSi_d-1_S","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.02-0.05 mm"
643,"derived_analyte","Texture, USDA, S_SK prep","tex_psda","Textur_d-2_SK","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
642,"derived_analyte","Silt, Total, S_SK prep","silt_tot_psa","Silt_d-2_SK","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
641,"derived_analyte","Silt, Coarse, S_SK prep","silt_c_psa","cSilt_d-2_SK","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
640,"derived_analyte","Sand, Total, S_SK prep","sand_tot_psa","Sand_d-2_SK","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. H prep.","<2 mm"
639,"derived_analyte","Silt, Coarse,  H2O Dispersible","w_slt_c","cSiH2O_d-1_S","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
638,"derived_analyte","Silt, Total, H2O Dispersible","w_slt_tot","SiH2O_d-1_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
637,"derived_analyte","Sand, Total, H2O Dispersible","w_snd_tot","SndH2O_d-1_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
636,"derived_analyte","Ratio, Sodium Absorption, SI-Set 4","sar_si4","SAR_d-4_S","I","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
635,"derived_analyte","Coarse Fragments, Less 2mm, Volume Fraction, 75 mm Base","vf_l2","vfL2_d-1_S","F","3.2","% vol","layer",,"to be added","The volumetric fraction of less than 2 mm diameter particles reported on a <75 mm base.","<75 mm"
392,"aggregate analyte","Water Retention, 1/3 Bar, <2mm Sieve","w32l2","W33L2","F","5.1","% wt","layer","mean","to be added","1/3 bar water <2 mm sieved is the gravimetric percent water in sieved <2 mm samples after equilibration at 1/3 bar water tension. It is reported on a <2 mm base.",
391,"aggregate analyte","Water Retention, 1/10 Bar, <2mm Sieve, Air-dry","w10l2","W10L2","F","5.1","% wt","layer","mean","to be added","1/10 bar water, <2mm fraction is the gravimetric water content of air dry <2 mm samples, after equilibration at 1/10 bar water tension. It is reported on a <2 mm base. In sands, this value approximates field capacity.",
390,"aggregate analyte","Water Retention, 0.06 Bar, <2mm Sieve","w6l2","W6L2","F","5.1","% wt","layer","mean","to be added","0.06 bar water, <2mm fraction is the gravimetric percent water held by <2 mm samples equilibrated at 0.06 bar water tension. It is reported on a <2 mm base.",
389,"aggregate analyte","Zirconium, Total","zr_tot","Zr_tot","F","4.1","% wt","layer","mean","To Be Added","Total Zr is the zirconium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
388,"aggregate analyte","Zinc, Total","zn_tot","Zn_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Zn is the zinc measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
387,"aggregate analyte","Titanium, Total","ti_tot","Ti_tot","F","4.1","% wt","layer","mean","To Be Added","Total Ti is the titanium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as       percent oxide on the base of the size fraction used.",
386,"aggregate analyte","Sodium, Total","na_tot","Na_tot","F","4.1","% wt","layer","mean","To Be Added","Total Na is the sodium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
385,"aggregate analyte","Silicon, Total","si_tot","Si_tot","F","4.1","% wt","layer","mean","To Be Added","Total Si is the silica measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
384,"aggregate analyte","Selenium, Total","se_tot","Se_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Se is the selenium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
383,"aggregate analyte","Potassium, Total","k_tot","K_tot","F","4.1","% wt","layer","mean","To Be Added","Total K is the potassium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as       percent oxide on the base of the size fraction used.",
382,"aggregate analyte","Phosphorus, Total","p_tot","P_tot","F","4.1","% wt","layer","mean","To Be Added","Total P is the phosphorus measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
381,"aggregate analyte","Nickel, Total","ni_tot","Ni_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Ni is the nickel measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
380,"aggregate analyte","Mercury, Total","hg_tot","Hg_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Hg is the mercury measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
379,"aggregate analyte","Manganese, Total","mn_tot","Mn_tot","F","4.1","% wt","layer","mean","To Be Added","Total Mn is the manganese measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
378,"aggregate analyte","Magnesium, Total","mg_tot","Mg_tot","F","4.1","% wt","layer","mean","To Be Added","Total Mg is the magnesium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
377,"aggregate analyte","Lead, Total","pb_tot","Pb_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Pb is the lead measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
376,"aggregate analyte","Iron, Total","fe_tot","Fe_tot","F","4.1","% wt","layer","mean","To Be Added","Total Fe is the iron measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as per      cent oxide on the base of the size fraction used.",
375,"aggregate analyte","Copper, Total","cu_tot","Cu_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Cu is the copper measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
374,"aggregate analyte","Cobalt, Total","co_tot","Co_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Co is the cobalt measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
373,"aggregate analyte","Chromium, Total","cr_tot","Cr_tot","F","6.0","mg/kg","layer","mean","To Be Added","Total Cr is the chromium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1909,"aggregate analyte","Goethite, x-ray, percent","min_GE_x-ray_p","Gexrayp","I","3.0","%","layer","mean",,"to be added","<0.002 mm"
1908,"aggregate analyte","Other Resistant Minerals, x-ray, percent","min_OR_x-ray_p","Orxrayp","I","3.0","%","layer","mean",,"to be added","<0.002 mm"
1907,"aggregate analyte","Interstratified, x-ray, percent","min_IS_x-ray_p","Isxrayp","I","3.0","%","layer","mean",,"Interstratified","<0.002 mm"
1906,"derived_analyte","Silt, Coarse,  H2O Dispersible, N Prep","w_slt_c","cSiH2O_d-1_N","F","4.1","% wt","layer",,"to be added","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1905,"derived_analyte","Silt, Total, H2O Dispersible, N Prep","w_slt_tot","SiH2O_d-1_N","F","4.1","% wt","layer",,"to be added","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1904,"derived_analyte","Sand, Total, H2O Dispersible, N Prep","w_snd_tot","SndH2O_d-1_N","F","4.1","% wt","layer",,"to be added","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1903,"derived_analyte","Silt, Total, Ultrasonic, Pipet","silt_tot_Ultrasonic","Siltu_d-1_S","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1902,"derived_analyte","Silt, Coarse, Ultrasonic, Pipet","silt_c_Ultrasonic","CSiltu_d-1_S","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1901,"derived_analyte","Sand, Total, Ultrasonic, Pipet","sand_tot_Ultrasonic","Sandu_d-1_S","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1900,"derived_analyte","Silt, Total, NaOH, Pipet","silt_tot_NaOH","SiltOH_d-1_S","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1899,"derived_analyte","Silt, Coarse, NaOH, Pipet","silt_c_NaOH","CSiltOH_d-1_S","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1898,"derived_analyte","Sand, Total, NaOH, Pipet","sand_tot_NaOH","SandOH_d-1_S","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1897,"derived_analyte","Silt, Total, NaOAc, Pipet","silt_tot_NaOAc","SiltN_d-1_S","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1896,"derived_analyte","Silt, Coarse, NaOAc, Pipet","silt_c_NaOAc","CSiltN_d-1_S","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1895,"derived_analyte","Sand, Total, NaOAc, Pipet","sand_tot_NaOAc","SandN_d-1_S","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1894,"derived_analyte","Silt, Total, Moist, Ultrasonic, Pipet","silt_tot_Moist_Ultra","SiltMu_d-1_M","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1893,"derived_analyte","Silt, Coarse, Moist, Ultrasonic, Pipet","silt_c_Moist_Ultra","CSiltMu_d-1_M","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1892,"derived_analyte","Sand, Total, Moist, Ultrasonic, Pipet","sand_tot_Moist_Ultra","SandMu_d-1_M","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1891,"derived_analyte","Silt, Total, Dith","silt_tot_dith","SiltD_d-1_S","F","4.1","% wt","layer",,"to be added","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1890,"derived_analyte","Silt, Coarse, Dith","silt_c_dith","CSiltD_d-1_S","F","4.1","% wt","layer",,"to be added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1889,"derived_analyte","Sand, Total, Dith","sand_tot_dith","SandD_d-1_S","F","4.1","% wt","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1888,"derived_analyte","Phosphorous, anion_resin_capacity, N Prep","p_res1-24","AER-cap_d-1_N","F","4.1","mg/kg","layer",,"AER P at 1 hr + AER P at 1 to 24 hr","Anion Exchange Resin Capacity is calculated by adding the reading at 1 hour and the reading at 24 hours.","<2 mm"
1887,"derived_analyte","Phosphorous, anion_resin_capacity, S Prep","p_res1-24","AER-cap_d-1_S","F","4.1","mg/kg","layer",,"AER P at 1 hr + AER P at 1 to 24 hr","Anion Exchange Resin Capacity is calculated by adding the reading at 1 hour and the reading at 24 hours.","<2 mm"
1886,"derived_analyte","Mineral Interpretation, N prep, clay, Set 3","min_interp_c3","MIc_d-3_N","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1885,"derived_analyte","Mineral Interpretation, GP prep, clay, Set 3","min_interp_c3","MIc_d-3_GP","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1884,"derived_analyte","Mineral Interpretation, S prep, clay, Set 3","min_interp_c3","MIc_d-3_S","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1883,"derived_analyte","Mineral Interpretation, N prep, clay, Set 2","min_interp_c2","MIc_d-2_N","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1882,"aggregate analyte","Clay, Fine, no pretreatment, Pipet","clay_f_psa1","ClyF_p1","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1881,"aggregate analyte","Calcite, tga","min_CA_tga","CA_tga","F","3.0","%","layer","mean","To Be Added","to be added",
1880,"aggregate analyte","clay, coarse .0002  - .002","clay_c_psa4","ClayCp4","F","4.1","% wt","layer","mean","To Be Added","Coarse clay is the soil separate with .0002 to .002 mm particle diamter.  It Is reported as a gravimetric percent on the < 2 mm base.","< 2mm"
1879,"aggregate analyte","Silt, Medium .02 - .005 mm","silt_m_psa4","SiltMp4","F","4.1","% wt","layer","mean","To Be Added","Medium silt is the soil separate with 0.005 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1878,"aggregate analyte","Fine .005 - .002 mm","silt_f_psa4","SiltFp4","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.005 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1877,"aggregate analyte","Sulfur by X-Ray Fluorescence","s_xrf","S_XRF","F","7.1","ppm","layer","mean",,"Sulfur as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1876,"aggregate analyte","Chlorine by X-Ray Fluorescence","cl_xrf","Cl_XRF","F","7.1","ppm","layer","mean",,"Clorine as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1875,"aggregate analyte","Aluminum by X-Ray Fluorescence","al_xrf","Al_XRF","F","7.1","ppm","layer","mean",,"Aluminum as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1874,"aggregate analyte","Silica by X-Ray Fluorescence","si_xrf","Si_XRF","F","7.1","ppm","layer","mean",,"Silica as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1873,"aggregate analyte","Zirconium by X-Ray Fluorescence","zr_xrf","Zr_XRF","F","7.1","ppm","layer","mean",,"Zirconium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1872,"aggregate analyte","Potassium by X-Ray Fluorescence","k_xrf","K_XRF","F","7.1","ppm","layer","mean",,"Potassium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1871,"aggregate analyte","Manganese by X-Ray Fluorescence","mn_xrf","Mn_XRF","F","7.1","ppm","layer","mean",,"Manganese as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1870,"aggregate analyte","Iron by X-Ray Fluorescence","fe_xrf","Fe_XRF","F","7.1","ppm","layer","mean",,"Iron as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1869,"aggregate analyte","Copper by X-Ray Fluorescence","cu_xrf","Cu_XRF","F","7.1","ppm","layer","mean",,"Copper as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1868,"aggregate analyte","Nickel by X-Ray Fluorescence","ni_xrf","Ni_XRF","F","7.1","ppm","layer","mean",,"Nickel as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1867,"aggregate analyte","Uranium by X-Ray Fluorescence","u_xrf","U_XRF","F","7.1","ppm","layer","mean",,"Uranium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1866,"aggregate analyte","Zinc by X-Ray Fluorescence","zn_xrf","Zn_XRF","F","7.1","ppm","layer","mean",,"Zinc as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1865,"aggregate analyte","Strontium by X-Ray Fluorescence","sr_xrf","Sr_XRF","F","7.1","ppm","layer","mean",,"Strontium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1864,"aggregate analyte","Thallium by X-Ray Fluorescence","ti_xrf","Ti_XRF","F","7.1","ppm","layer","mean",,"Thallium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1863,"aggregate analyte","Calcium by X-Ray Fluorescence","ca_xrf","Ca_XRF","F","7.1","ppm","layer","mean",,"Calcium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1862,"aggregate analyte","Mercury by X-Ray Fluorescence","hg_xrf","Hg_XRF","F","7.1","ppm","layer","mean",,"Mercury as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1861,"aggregate analyte","Scandium by X-Ray Fluorescence","sc_xrf","Sc_XRF","F","7.1","ppm","layer","mean",,"Scandium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1860,"aggregate analyte","Thorium by X-Ray Fluorescence","th_xrf","Th_XRF","F","7.1","ppm","layer","mean",,"Thorium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1859,"aggregate analyte","Selenium by X-Ray Fluorescence","se_xrf","Se_XRF","F","7.1","ppm","layer","mean",,"Selenium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1858,"aggregate analyte","Vanadium by X-Ray Fluorescence","v_xrf","V_XRF","F","7.1","ppm","layer","mean",,"Vanadium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1857,"aggregate analyte","Rubidium by X-Ray Fluorescence","rb_xrf","Rb_XRF","F","7.1","ppm","layer","mean",,"Rubidium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1856,"aggregate analyte","Cobalt by X-Ray fluorescence","co_xrf","Co_XRF","F","7.1","ppm","layer","mean",,"Cobalt as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1855,"aggregate analyte","Lead by X-Ray fluorescence","pb_xrf","Pb_XRF","F","7.1","ppm","layer","mean",,"Lead as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1854,"aggregate analyte","Arsenic by X-Ray fluorescence","as_xrf","As_XRF","F","7.1","ppm","layer","mean",,"Arsenic as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1853,"aggregate analyte","Molybdenum by X-Ray fluorescence","mo_xrf","Mo_XRF","F","7.1","ppm","layer","mean",,"Molybdenum as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1852,"aggregate analyte","Barium by X-Ray Fluorescence","ba_xrf","Ba_XRF","F","7.1","ppm","layer","mean",,"Barium as determined using X-Ray fluorescence on a powdered sample; XRF sample cup with polypropylene film.","<2 mm"
1851,"derived_analyte","Aluminum plus half Iron Oxalate, S Prep, Inst Set 4","al_fe_ox4","Alfeox_d-4_S","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1850,"derived_analyte","Aluminum plus half Iron Oxalate, N Prep, Inst Set 4","al_fe_ox4","Alfeox_d-4_N","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1849,"derived_analyte","Aluminum plus half Iron Oxalate, MW Prep, Inst Set 4","al_fe_ox4","Alfeox_d-4_MW","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1848,"derived_analyte","Aluminum plus half Iron Oxalate, M Prep, Inst Set 4","al_fe_ox4","Alfeox_d-4_M","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1847,"derived_analyte","Aluminum plus half Iron Oxalate, HM Prep, Inst Set 4","al_fe_ox4","Alfeox_d-4_HM","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1846,"derived_analyte","Aluminum plus half Iron Oxalate, GP Prep, Inst Set 4","al_fe_ox4","Alfeox_d-4_GP","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1845,"derived_analyte","AASHO Classification","AASHO_C","AASHO_C","C","10","NA","layer",,,"American Association of State Highway Officials engineering classification","<2 mm"
1844,"aggregate_analyte","Water Content At 345Cm Of Suction, Replicate 2","W_345_2","W_345_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 345cm of suction","<2 mm"
1843,"aggregate_analyte","Water Content At 200Cm Of Suction, Replicate 2","W_200_2","W_200_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 200cm of suction","<2 mm"
1842,"aggregate_analyte","Water Content At 150Cm Of Suction, Replicate 2","W_150_2","W_150_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 150cm of suction","<2 mm"
1841,"aggregate_analyte","Water Content At 100Cm Of Suction, Replicate 2","W_100_2","W_100_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 100cm of suction","<2 mm"
1840,"aggregate_analyte","Water Content At 80Cm Of Suction, Replicate 2","W_80_2","W_80_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 80cm of suction","<2 mm"
1839,"aggregate_analyte","Water Content At 60Cm Of Suction, Replicate 2","W_60_2","W_60_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 60cm of suction","<2 mm"
1838,"aggregate_analyte","Water Content At 45Cm Of Suction, Replicate 2","W_45_2","W_45_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 45cm of suction","<2 mm"
1837,"aggregate_analyte","Water Content At 30Cm Of Suction, Replicate 2","W_30_2","W_30_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 30cm of suction","<2 mm"
1836,"aggregate_analyte","Water Content At 20Cm Of Suction, Replicate 2","W_20_2","W_20_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 20cm of suction","<2 mm"
1835,"aggregate_analyte","Water Content At 3.5Cm Of Suction, Replicate 2","W_3pt5_2","W_3pt5_2","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 2 - water content at 3.5cm of suction","<2 mm"
1834,"aggregate_analyte","Water Content At 345Cm Of Suction, Replicate 1","W_345_1","W_345_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 345cm of suction","<2 mm"
1833,"aggregate_analyte","Water Content At 200Cm Of Suction, Replicate 1","W_200_1","W_200_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 200cm of suction","<2 mm"
1832,"aggregate_analyte","Water Content At 150Cm Of Suction, Replicate 1","W_150_1","W_150_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 150cm of suction","<2 mm"
1831,"aggregate_analyte","Water Content At 100Cm Of Suction, Replicate 1","W_100_1","W_100_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 100cm of suction","<2 mm"
1830,"aggregate_analyte","Water Content At 80Cm Of Suction, Replicate 1","W_80_1","W_80_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 80cm of suction","<2 mm"
1829,"aggregate_analyte","Water Content At 60Cm Of Suction, Replicate 1","W_60_1","W_60_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 60cm of suction","<2 mm"
1828,"aggregate_analyte","Water Content At 45Cm Of Suction, Replicate 1","W_45_1","W_45_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 45cm of suction","<2 mm"
1827,"aggregate_analyte","Water Content At 30Cm Of Suction, Replicate 1","W_30_1","W_30_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 30cm of suction","<2 mm"
1826,"aggregate_analyte","Water Content At 20Cm Of Suction, Replicate 1","W_20_1","W_20_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 20cm of suction","<2 mm"
1825,"aggregate_analyte","Water Content At 3.5Cm Of Suction, Replicate 1","W_3pt5_1","W_3pt5_1","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 1 - water content at 3.5cm of suction","<2 mm"
1824,"aggregate_analyte","Water Content At 200Cm Of Suction, Replicate 0","W_200_0","W_200_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 200cm of suction","<2 mm"
1823,"aggregate_analyte","Water Content At 150Cm Of Suction, Replicate 0","W_150_0","W_150_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 150cm of suction","<2 mm"
1822,"aggregate_analyte","Water Content At 80Cm Of Suction, Replicate 0","W_80_0","W_80_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 80cm of suction","<2 mm"
1821,"aggregate_analyte","Water Content At 60Cm Of Suction, Replicate 0","W_60_0","W_60_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 60cm of suction","<2 mm"
1820,"aggregate_analyte","Water Content At 45Cm Of Suction, Replicate 0","W_45_0","W_45_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 45cm of suction","<2 mm"
1819,"aggregate_analyte","Water Content At 30Cm Of Suction, Replicate 0","W_30_0","W_30_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 30cm of suction","<2 mm"
1818,"aggregate_analyte","Water Content At 20Cm Of Suction, Replicate 0","W_20_0","W_20_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 20cm of suction","<2 mm"
1817,"aggregate_analyte","Water Content At 3.5Cm Of Suction, Replicate 0","W_3pt5_0","W_3pt5_0","F","5.2","% vol","layer","mean",,"Water Release Curve - Replicate 0 - water content at 3.5cm of suction","<2 mm"
1816,"aggregate_analyte","Available Water Content, Replicate 0","AVAIL_W","AVAIL_W","F","5.3","cm/cm","layer","mean",,"Water Release Curve - Replicate 0 - available water content","<2 mm"
1815,"aggregate_analyte","Water Content At 15 Bar , Replicate 2","W_15B_2B","W_15B_2B","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 2 - water content at 15 bar - replicate 2","<2 mm"
1814,"aggregate_analyte","Water Content At 15 Bar , Replicate 2","W_15B_2A","W_15B_2A","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 2 - water content at 15 bar - replicate 1","<2 mm"
1813,"aggregate_analyte","Water Content At 15 Bar , Replicate 1","W_15B_1B","W_15B_1B","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 1 - water content at 15 bar - replicate 2","<2 mm"
1812,"aggregate_analyte","Water Content At 15 Bar , Replicate 1","W_15B_1A","W_15B_1A","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 1 - water content at 15 bar - replicate 1","<2 mm"
1811,"aggregate_analyte","Water Content At 15 Bar, Replicate 0","W_15BAR","W_15BAR","F","5.2","% wt","layer","mean",,"Water Release Curve - Replicate 0 - water content at 15 bar","<2 mm"
1793,"aggregate analyte","Vermiculite, x-ray, percent","min_VR_x-ray_p","Vrxrayp","I","3.0","%","layer","mean",,"Vermiculite; 2:1 expansible secondary phyllosilicate;","<0.002 mm"
1792,"aggregate analyte","Smectite, x-ray pm","min_SM_x-ray_p","Smxrayp","I","3.0","%","layer","mean",,"Smectite; 2:1 expansible secondary phyllosilicate.","<0.002 mm"
1791,"aggregate analyte","Sepiolite, x-ray, percent","min_SE_x-ray_p","Sexrayp","I","3.0","%","layer","mean",,"Sepiolite; Magnesium silicate.","<0.002 mm"
1790,"aggregate analyte","Quartz, x-ray, percent","min_QZ_x-ray_p","Qzxrayp","I","3.0","%","layer","mean",,"Quartz; SiO2; primary tectosilicate.","<0.002 mm"
1789,"aggregate analyte","Mica, x-ray, percent","min_MI_x-ray_p","Mixrayp","I","3.0","%","layer","mean",,"Mica","<0.002 mm"
1788,"aggregate analyte","Kaolinite, x-ray, percent","min_KK_x-ray_p","Kkxrayp","I","3.0","%","layer","mean",,"Kaolinite; 1:1 non-expansible secondary phyllosilicate.","<0.002 mm"
1787,"aggregate analyte","Hydroxy-Interlayered Vermiculite, x-ray, percent","min_HV_x-ray_p","Hvxrayp","I","3.0","%","layer","mean",,"Hydroxyinterlayered vermiculite; partially-expansible secondary phyllosilicate","<0.002 mm"
1786,"aggregate analyte","Gibbsite, x-ray, percent","min_GI_x-ray_p","Gixrayp","I","3.0","%","layer","mean",,"Gibbsite; Aluminum hydroxide.","<0.002 mm"
1785,"aggregate analyte","Feldspar, x-ray, percent","min_FD_x-ray_p","Fdxrayp","I","3.0","%","layer","mean",,"Feldspar; primary tectosilicate with cations (mostly K in Florida) in structure.","<0.002 mm"
1784,"aggregate analyte","Dolomite, x-ray, percent","min_DL_x-ray_p","Dlxrayp","I","3.0","%","layer","mean",,"Dolomite; Calcium magnesium carbonate.","<0.002 mm"
1783,"aggregate analyte","Calcite, x-ray, percent","min_CA_x-ray_p","Caxrayp","I","3.0","%","layer","mean",,"Calcite; calcium carbonate.","<0.002 mm"
1782,"aggregate analyte","Chlorite, x-ray, percent","min_CL_x-ray_p","Clxrayp","I","3.0","%","layer","mean",,"Chlorite; non-expansible phyllosilicate.","<0.002 mm"
1781,"aggregate analyte","Non-Crystalline, x-ray","min_NX_x-ray_p","Nxxrayp","I","3.0","%","layer","mean",,"Non-Crystalline (Amorphous)","<0.002 mm"
1780,"aggregate_analyte","Sand, Total, Pipet","sand_tot_psa","Sand_S","F","4.1","% wt","layer","mean",,"Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1779,"derived_analyte","Phosphorus, isotherm, 10 µg P sorbed/g soil","p_iso10y","Piso10y","F","3.0","µg/g","layer","mean","To Be Added","to be added",
1778,"derived_analyte","Phosphorus, isotherm, .1 µg P sorbed/g soil","p_isopt1y","Pisopt1y","F","3.0","µg/g","layer","mean","To Be Added","to be added",
1777,"aggregate analyte","Phosphorus, isotherm, 10 µg/mL P remaining in solution","p_iso10x","Piso10x","F","5.2","µg/mL","layer","mean","To Be Added","to be added",
1776,"aggregate analyte","Phosphorus, isotherm, .1 µg/mL P remaining in solution","p_isopt1x","Pisopt1x","F","5.2","µg/mL","layer","mean","To Be Added","to be added",
1775,"aggregate analyte","Color, Z Coordinate","color_z","Colz","F","4.1","(NA)","layer","mean",,"The Z coordinate of the measured color of the soil.",
1774,"aggregate analyte","Color, Y Coordinate","color_y","Coly","F","4.1","(NA)","layer","mean",,"The Y coordinate of the measured color of the soil.",
1773,"aggregate analyte","Color, X Coordinate","color_x","Colx","F","4.1","(NA)","layer","mean",,"The X coordinate of the measured color of the soil.",
1772,"aggregate analyte","Bulk Density, clod, 3D","db_3d","Db3d","F","4.2","g/cc","layer","mean",,"Bulk density, clod, 3D is the weight per unit volume of the clod, with volume measured by a 3D laser scanner.",
1771,"aggregate analyte","Serpentine, petro_count","min_SZ_petro_count","SZ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
1770,"derived_analyte","Silt, Total, Ethanol Dispersible, Ultrasonic","e_slt_tot_u","SiEthU_d-1_S","F","4.1","% wt","layer",,"to be added","Ethanol and Ultrasonic probe dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1769,"derived_analyte","Sand, Total, Ethanol Dispersible, Ultrasonic","e_snd_tot_u","SndEthU_d-1_S","F","4.1","% wt","layer",,"to be added","Ethanol and Ultrasonic probe dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1768,"aggregate analyte","Sand, Very Coarse, Ethanol Disp, Air-dry, Ultra","e_snd_vc_u","SndVCE","F","4.1","% wt","layer","mean","to be added","Ethanol and Ultrasonic probe dispersible very coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1767,"aggregate analyte","Sand, Coarse, Ethanol Disp, Air-dry, Ultra","e_snd_c_u","SndC_E","F","4.1","% wt","layer","mean","to be added","Ethanol and Ultrasonic probe dispersible coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or the removal of organic matter and salts. It is reported on a <2 mm base.",
1766,"aggregate analyte","Sand, Medium, Ethanol Disp, Air-dry, Ultra","e_snd_m_u","SndM_E","F","4.1","% wt","layer","mean","to be added","Ethanol and Ultrasonic probe dispersible medium sand, <2mm (by pipette) is the gravimetric percent 0.25 to 0.50 mm diameter particles separated without chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1765,"aggregate analyte","Sand, Fine, Ethanol Disp, Air-dry, Ultra","e_snd_f_u","SndF_E","F","4.1","% wt","layer","mean","to be added","Ethanol and Ultrasonic probe disp fine sand, <2mm (by pipette) is the gravimetric percent of 0.10 to 0.25 mm diameter particles separated without the use of chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1764,"aggregate analyte","Sand, Very Fine, Ethanol Disp, Air-dry, Ultra","e_snd_vf_u","SndVFE","F","4.1","% wt","layer","mean","to be added","Ethanol and Ultrasonic probe dispersible very fine sand, <2mm (by pipette) is the gravimetric percent 0.05 to 0.10 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1763,"aggregate analyte","Clay, Ethanol Disp, Air-dry, Ultra","e_cly_u","Cly_E","F","4.1","% wt","layer","mean","To Be Added","Ethanol and Ultrasonic probe dispersible clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particles dispersed without organic matter and salt removal, and without chemical dispersion. It is reported on a <2 mm base.",
1760,"aggregate analyte","Palygorskite, tga","min_PG_tga","PG_tga","F","3.0","%","layer","mean","To Be Added","to be added",
1759,"aggregate analyte","Montmorillonite, tga","min_MT_tga","MT_tga","F","3.0","%","layer","mean","To Be Added","to be added",
1758,"aggregate analyte","Halloysite, tga","min_KH_tga","KH_tga","F","3.0","%","layer","mean","To Be Added","to be added",
1757,"derived_analyte","Sulfur, hmin","Shmin","s_hmin_d-1_S","F","6.2","% wt","layer",,"to be added","The sulfur content of the less than 53 micron fraction.","<2 mm"
1756,"derived_analyte","Nitrogen, hmin","Nhmin","n_hmin_d-1_S","F","6.2","% wt","layer",,"to be added","The nitrogen content of the less than 53 micron fraction.","<2 mm"
1755,"derived_analyte","Carbon, hmin","Chmin","c_hmin_d-1_S","F","6.2","% wt","layer",,"to be added","The carbon content of the less than 53 micron fraction.","<2 mm"
1754,"aggregate analyte","Sulfur, hpom","Shpom","Shpom","F","6.4","% wt","layer","mean","hpom_s*((hpom_dish_wt-dish_tare)/smp_wt)*ADRATIO","The sulfur content of the particulate organic matter (>53 micron)",
1753,"aggregate analyte","Nitrogen, hpom","Nhpom","Nhpom","F","6.2","% wt","layer","mean","hpom_n*((hpom_dish_wt-dish_tare)/smp_wt)*ADRATIO","The nitrogen content of the particulate organic matter (>53 micron)",
1752,"aggregate analyte","Carbon, hpom","Chpom","Chpom","F","6.2","% wt","layer","mean","hpom_c*((hpom_dish_wt-dish_tare)/smp_wt)*ADRATIO","The carbon content of the particulate organic matter (>53 micron)",
1751,"aggregate analyte","Serpentine, x-ray","min_SZ_x-ray","SZxray","C","4","peak_size","layer","concat","to be added","to be added",
1750,"aggregate analyte","p-nitrophenol, ß-Glucosidase","PNitrophen","PNitro","I","3.0","mg/kg/hr","layer","mean","(treated_dil_ratio * treated_absorbance / treated_smp_wt) - (control_dil_ratio * control_absorbance / control_smp_wt)* ADRATIO / incubation_hrs","The p-nitrophenol content based on ß-Glucosidase calibration.",
1749,"aggregate analyte","Pumice, x-ray pm","min_PM_x-ray_pm","PMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1748,"aggregate analyte","Thenardite, x-ray pm","min_TH_x-ray_pm","THxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1747,"aggregate analyte","Tridymite, x-ray pm","min_TD_x-ray_pm","TDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1746,"aggregate analyte","Smectite, x-ray pm","min_SM_x-ray_pm","SMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1745,"aggregate analyte","Sepiolite, x-ray pm","min_SE_x-ray_pm","SExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1744,"aggregate analyte","Scapolite, x-ray pm","min_SC_x-ray_pm","SCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1743,"aggregate analyte","Palygorskite, x-ray pm","min_PG_x-ray_pm","PGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1742,"aggregate analyte","Palagonite, x-ray pm","min_PA_x-ray_pm","PAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1741,"aggregate analyte","Montmorillonite-Vermiculite, x-ray pm","min_MV_x-ray_pm","MVxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1629,"aggregate analyte","Feldspathoids, x-ray pm","min_FZ_x-ray_pm","FZxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1628,"aggregate analyte","Feldspar, x-ray pm","min_FD_x-ray_pm","FDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1627,"aggregate analyte","Epidote, x-ray pm","min_EP_x-ray_pm","EPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1626,"aggregate analyte","Enstatite, x-ray pm","min_EN_x-ray_pm","ENxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1625,"aggregate analyte","Dumortierite, x-ray pm","min_DU_x-ray_pm","DUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1624,"aggregate analyte","Dolomite, x-ray pm","min_DL_x-ray_pm","DLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1623,"aggregate analyte","Diopside, x-ray pm","min_DP_x-ray_pm","DPxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1622,"aggregate analyte","Diatoms, x-ray pm","min_DI_x-ray_pm","DIxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1621,"aggregate analyte","Cristobalite, x-ray pm","min_CR_x-ray_pm","CRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1620,"aggregate analyte","Corundum, x-ray pm","min_CN_x-ray_pm","CNxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1619,"aggregate analyte","Collophane, x-ray pm","min_CO_x-ray_pm","COxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1618,"aggregate analyte","Coal, x-ray pm","min_CC_x-ray_pm","CCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1617,"aggregate analyte","Clinozoisite, x-ray pm","min_CZ_x-ray_pm","CZxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1616,"aggregate analyte","Cliachite (Bauxite), x-ray pm","min_CH_x-ray_pm","CHxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1615,"aggregate analyte","Clay-Coated Quartz, x-ray pm","min_QC_x-ray_pm","QCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1614,"aggregate analyte","Chrysotile, x-ray pm","min_CY_x-ray_pm","CYxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1613,"aggregate analyte","Chlorite-Mica, x-ray pm","min_CM_x-ray_pm","CMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1612,"aggregate analyte","Chlorite, x-ray pm","min_CL_x-ray_pm","CLxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1611,"aggregate analyte","Chert (Chalcedony, Jasper, Agate, Onyx), x-ray pm","min_CD_x-ray_pm","CDxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1610,"aggregate analyte","Cassiterite, x-ray pm","min_CT_x-ray_pm","CTxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1609,"aggregate analyte","Carbonate Aggregates, x-ray pm","min_CB_x-ray_pm","CBxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1608,"aggregate analyte","Calcite, x-ray pm","min_CA_x-ray_pm","CAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1607,"aggregate analyte","Brucite, x-ray pm","min_BR_x-ray_pm","BRxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1606,"aggregate analyte","Brookite, x-ray pm","min_BK_x-ray_pm","BKxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1605,"aggregate analyte","Bronzite, x-ray pm","min_BZ_x-ray_pm","BZxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1604,"aggregate analyte","Boehmite, x-ray pm","min_BE_x-ray_pm","BExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1603,"aggregate analyte","Biotite-Chlorite, x-ray pm","min_BC_x-ray_pm","BCxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1602,"aggregate analyte","Biotite, x-ray pm","min_BT_x-ray_pm","BTxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1601,"aggregate analyte","Beryl, x-ray pm","min_BY_x-ray_pm","BYxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1600,"aggregate analyte","Basic Glass, x-ray pm","min_BG_x-ray_pm","BGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1599,"aggregate analyte","Barite, x-ray pm","min_BA_x-ray_pm","BAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1598,"aggregate analyte","Augite, x-ray pm","min_AU_x-ray_pm","AUxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1597,"aggregate analyte","Arfvedsonite, x-ray pm","min_AF_x-ray_pm","AFxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1596,"aggregate analyte","Aragonite, x-ray pm","min_AO_x-ray_pm","AOxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1595,"aggregate analyte","Apatite, x-ray pm","min_AP_x-ray_pm","APxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1594,"aggregate analyte","Antigorite, x-ray pm","min_AG_x-ray_pm","AGxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1593,"aggregate analyte","Anthophyllite, x-ray pm","min_AH_x-ray_pm","AHxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1592,"aggregate analyte","Anorthoclase, x-ray pm","min_FH_x-ray_pm","FHxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1591,"aggregate analyte","Anorthite, x-ray pm","min_FN_x-ray_pm","FNxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1590,"aggregate analyte","Anhydrite, x-ray pm","min_AY_x-ray_pm","AYxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1589,"aggregate analyte","Andesite, x-ray pm","min_FA_x-ray_pm","FAxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1588,"aggregate analyte","Andalusite, x-ray pm","min_AN_x-ray_pm","ANxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1587,"aggregate analyte","Anatase, x-ray pm","min_AE_x-ray_pm","AExrpm","C","4","peak_size","layer","concat","to be added","to be added",
1586,"aggregate analyte","Amphibole, x-ray pm","min_AM_x-ray_pm","AMxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1585,"aggregate analyte","Albite, x-ray pm","min_FB_x-ray_pm","FBxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1584,"aggregate analyte","Actinolite, x-ray pm","min_AC_x-ray_pm","ACxrpm","C","4","peak_size","layer","concat","to be added","to be added",
1582,"aggregate analyte","Clay5, coulter counter","clay5_psa2","Cly5_p3","F","4.1","% wt","layer","mean","To Be Added","Clay5 is the soil separate with 1.59-2.0 µm particle diameter.",
1581,"aggregate analyte","Clay4, coulter counter","clay4_psa2","Cly4_p3","F","4.1","% wt","layer","mean","To Be Added","Clay4 is the soil separate with 1.26-1.59 µm particle diameter.",
1580,"aggregate analyte","Clay3, coulter counter","clay3_psa2","Cly3_p3","F","4.1","% wt","layer","mean","To Be Added","Clay3 is the soil separate with 1.00-1.26 µm particle diameter.",
1579,"aggregate analyte","Clay2, coulter counter","clay2_psa2","Cly2_p3","F","4.1","% wt","layer","mean","To Be Added","Clay2 is the soil separate with 0.794-1.00 µm particle diameter.",
1578,"aggregate analyte","Clay1, coulter counter","clay1_psa2","Cly1_p3","F","4.1","% wt","layer","mean","To Be Added","Clay1 is the soil separate with 0.63-0.794 µm particle diameter.",
1577,"aggregate analyte","Silt, Medium, coulter counter","silt_m_psa2","SiltMp3","F","4.1","% wt","layer","mean","To Be Added","Medium silt is the soil separate with 0.005 to 0.02 mm particle size. It is reported as a gravimetric percent on a <2 mm base.",
1576,"aggregate analyte","Clay, coulter counter","clay_tot_psa2","ClyT_p3","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction.",
1575,"aggregate analyte","Sand, Coarse, coulter counter","sand_c_psa2","SndC_p3","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.",
1574,"aggregate analyte","Sand, Fine, coulter counter","sand_f_psa2","SndF_p3","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base.",
1573,"aggregate analyte","Sand, Medium, coulter counter","sand_m_psa2","SndM_p3","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1572,"aggregate analyte","Sand, Very Coarse, coulter counter","sand_vc_psa2","SndVCp3","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1571,"aggregate analyte","Sand, Very Fine, coulter counter","sand_vf_psa2","SndVFp3","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1570,"aggregate analyte","Silt, Fine, coulter counter","silt_f_psa2","SiltFp3","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.005 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
1569,"derived_analyte","Sand, Total, coulter counter","sand_tot_psa2","Sand_d-4_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
1568,"aggregate analyte","Silt, Coarse, coulter counter","silt_c_psa2","SiltCp3","F","4.1","% wt","layer","mean","To Be Added","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.",
1567,"derived_analyte","Silt, Total, coulter counter","silt_tot_psa2","Silt_d-4_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1566,"derived_analyte","Texture, USDA","tex_psda","Textur_d-4_S","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
1565,"aggregate analyte","Bicarbonate, 1:1 soil/water Extract","hco3_1swx","HCO3_1swx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Bicarbonate (HCO3) in the 1:1 soil/water extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
1564,"aggregate analyte","pH, 1:1 soil/water Extract","ph_1swx","pH_1swx","F","3.1","(NA)","layer","mean","To Be Added","The pH, 1:1 soil/water extract is the pH of the solution extracted from the 1:1 soil/water extract sample. It is used as an indicator of the irrigated pH of soils with soluble salts.",
408,"aggregate analyte","Cristobalite, x-ray","min_CR_x-ray","CRxray","C","4","peak_size","layer","concat","to be added","to be added",
407,"aggregate analyte","Chlorite-Mica, x-ray","min_CM_x-ray","CMxray","C","4","peak_size","layer","concat","to be added","to be added",
406,"aggregate analyte","Chlorite, x-ray","min_CL_x-ray","CLxray","C","4","peak_size","layer","concat","to be added","to be added",
405,"aggregate analyte","Calcite, x-ray","min_CA_x-ray","CAxray","C","4","peak_size","layer","concat","to be added","to be added",
404,"aggregate analyte","Brucite, x-ray","min_BR_x-ray","BRxray","C","4","peak_size","layer","concat","to be added","to be added",
403,"aggregate analyte","Biotite-Chlorite, x-ray","min_BC_x-ray","BCxray","C","4","peak_size","layer","concat","to be added","to be added",
402,"aggregate analyte","Biotite, x-ray","min_BT_x-ray","BTxray","C","4","peak_size","layer","concat","to be added","to be added",
401,"aggregate analyte","Aragonite, x-ray","min_AO_x-ray","AOxray","C","4","peak_size","layer","concat","to be added","to be added",
400,"aggregate analyte","Antigorite, x-ray","min_AG_x-ray","AGxray","C","4","peak_size","layer","concat","to be added","to be added",
399,"aggregate analyte","Anatase, x-ray","min_AE_x-ray","AExray","C","4","peak_size","layer","concat","to be added","to be added",
398,"aggregate analyte","Analcime, x-ray","min_LC_x-ray","LCxray","C","4","peak_size","layer","concat","to be added","to be added",
397,"aggregate analyte","Amphibole, x-ray","min_AM_x-ray","AMxray","C","4","peak_size","layer","concat","to be added","to be added",
396,"aggregate analyte","Ratio, Air-dry/Ovendry","adod","ADOD","F","4.3","(NA)","layer","mean","To Be Added","Airdry/ovendry H2O ratio is the ratio of air dry gravimetric percent water over oven dry (105 degrees C) gravimetric percent water. If gypsum is present, this ratio is corrected for crystal water in the gypsum.",
395,"aggregate analyte","Water Retention, 2 Bar, <2mm Sieve, Air-dry","w2bl2","W2BL2","F","5.1","% wt","layer","mean","to be added","2 bar water, <2mm sieved, airdry is the gravimetric percent water in <2 mm airdry sieved samples after equilibration at 2 bars water tension. It is reported on a <2 mm base.",
394,"aggregate analyte","Water Retention, 15 Bar, <2mm,  Air-dry","w15l2","W15L2","F","5.1","% wt","layer","mean","To Be Added","15 bar water on air dry soil is the gravimetric water content of <2 mm air dry samples after equilibration at 15 bars water tension. It is reported on a <2 mm base. The value is influenced by clay %, mineralogy, and organic carbon %.",
393,"aggregate analyte","Water Retention, 1 Bar, <2mm Sieve, Air-dry","w1bl2","W1BL2","F","5.1","% wt","layer","mean","to be added","1 bar water, <2mm sieved, airdry is the gravimetric water content of <2 mm sieved air dry samples after equilibration at 1 bar water tension. It is reported on a <2 mm base.",
372,"aggregate analyte","Calcium, Total","ca_tot","Ca_tot","F","4.1","% wt","layer","mean","To Be Added","Total Ca is the calcium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
1548,"aggregate analyte","Phosphorus, isotherm, 5 µg/mL P remaining in solution","p_iso05x","Piso05x","F","5.2","µg/mL","layer","mean","To Be Added","to be added",
1547,"derived_analyte","Texture, USDA","tex_psda","Textur_d-3_S","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
1546,"derived_analyte","Silt, Total, centrifuge","silt_tot_psa2","Silt_d-3_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.","<2 mm"
1545,"derived_analyte","Silt, Coarse, centrifuge","silt_c_psa2","CSilt_d-3_S","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.","<2 mm"
1544,"derived_analyte","Sand, Total, centrifuge","sand_tot_psa2","Sand_d-3_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep Organic matter and soluble salts not removed.","<2 mm"
1543,"aggregate analyte","Silt, Fine, centrifuge","silt_f_psa2","SiltFp2","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1542,"aggregate analyte","Sand, Very Fine, centrifuge","sand_vf_psa2","SndVFp2","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1541,"aggregate analyte","Sand, Very Coarse, centrifuge","sand_vc_psa2","SndVCp2","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1540,"aggregate analyte","Sand, Medium, centrifuge","sand_m_psa2","SndM_p2","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1539,"aggregate analyte","Sand, Fine, centrifuge","sand_f_psa2","SndF_p2","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1538,"aggregate analyte","Sand, Coarse, centrifuge","sand_c_psa2","SndC_p2","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1537,"aggregate analyte","Clay, centrifuge","clay_tot_psa2","ClyT_p2","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction. Organic matter and soluble salts not removed.",
1536,"derived_analyte","Texture, USDA","tex_psda","Textur_d-2_S","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
1535,"derived_analyte","Silt, Total, no pretreatment, Pipet","silt_tot_psa1","Silt_d-2_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.","<2 mm"
1534,"derived_analyte","Silt, Coarse, no pretreatment, Pipet","silt_c_psa1","CSilt_d-2_S","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.","<2 mm"
1533,"derived_analyte","Sand, Total, no pretreatment, Pipet","sand_tot_psa1","Sand_d-2_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep Organic matter and soluble salts not removed.","<2 mm"
1532,"aggregate analyte","Silt, Fine, no pretreatment, Pipet","silt_f_psa1","SiltFp1","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Organic matter and soluble salts not removed.",
1305,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 8","ecec_cecd8","ECEC_d-14_GP","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1304,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 9","cec_sum_cecd9","CECsum_d-12_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<80 mesh"
1303,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 8","cec_sum_cecd8","CECsum_d-11_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<80 mesh"
1302,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 7","cec_sum_cecd7","CECsum_d-10_S-SK","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1301,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 6","cec_sum_cecd6","CECsum_d-9_N","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1300,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 5","cec_sum_cecd5","CECsum_d-8_M","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1299,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 4","cec_sum_cecd4","CECsum_d-7_GP","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1298,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 9","bsesat_cecd9","BSSBas_d-12_S","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<80 mesh"
1297,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 8","bsesat_cecd8","BSSBas_d-11_S","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<80 mesh"
1296,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 7","bsesat_cecd7","BSSBas_d-10_S-SK","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
1295,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 6","bsesat_cecd6","BSSBas_d-9_N","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
1294,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 5","bsesat_cecd5","BSSBas_d-8_M","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
1293,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 4","bsesat_cecd4","BSSBas_d-7_GP","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
994,"derived_analyte","Zoisite, mica_adjustment","min_ZO_mica_adj","ZO_mica","I","3.0","%","layer","mean","to be added","to be added",
993,"derived_analyte","Zircon, mica_adjustment","min_ZR_mica_adj","ZR_mica","I","3.0","%","layer","mean","to be added","to be added",
992,"derived_analyte","Zeolite, mica_adjustment","min_ZE_mica_adj","ZE_mica","I","3.0","%","layer","mean","to be added","to be added",
991,"derived_analyte","Weatherable Mineral, mica_adjustment","min_WE_mica_adj","WE_mica","I","3.0","%","layer","mean","to be added","to be added",
990,"derived_analyte","Weatherable Aggregates, mica_adjustment","min_AR_mica_adj","AR_mica","I","3.0","%","layer","mean","to be added","to be added",
989,"derived_analyte","Wavellite, mica_adjustment","min_WV_mica_adj","WV_mica","I","3.0","%","layer","mean","to be added","to be added",
988,"derived_analyte","Vivianite, mica_adjustment","min_VI_mica_adj","VI_mica","I","3.0","%","layer","mean","to be added","to be added",
987,"derived_analyte","Vermiculite-Mica, mica_adjustment","min_VM_mica_adj","VM_mica","I","3.0","%","layer","mean","to be added","to be added",
986,"derived_analyte","Vermiculite-Hydrobiotite, mica_adjustment","min_VH_mica_adj","VH_mica","I","3.0","%","layer","mean","to be added","to be added",
985,"derived_analyte","Vermiculite-Chlorite, mica_adjustment","min_VC_mica_adj","VC_mica","I","3.0","%","layer","mean","to be added","to be added",
984,"derived_analyte","Vermiculite, mica_adjustment","min_VR_mica_adj","VR_mica","I","3.0","%","layer","mean","to be added","to be added",
983,"derived_analyte","Tremolite, mica_adjustment","min_TE_mica_adj","TE_mica","I","3.0","%","layer","mean","to be added","to be added",
982,"derived_analyte","Tourmaline, mica_adjustment","min_TM_mica_adj","TM_mica","I","3.0","%","layer","mean","to be added","to be added",
981,"derived_analyte","Topaz, mica_adjustment","min_TP_mica_adj","TP_mica","I","3.0","%","layer","mean","to be added","to be added",
980,"derived_analyte","Talc, mica_adjustment","min_TA_mica_adj","TA_mica","I","3.0","%","layer","mean","to be added","to be added",
979,"derived_analyte","Sulphur, mica_adjustment","min_SU_mica_adj","SU_mica","I","3.0","%","layer","mean","to be added","to be added",
978,"derived_analyte","Stilbite, mica_adjustment","min_ST_mica_adj","ST_mica","I","3.0","%","layer","mean","to be added","to be added",
977,"derived_analyte","Staurolite, mica_adjustment","min_SO_mica_adj","SO_mica","I","3.0","%","layer","mean","to be added","to be added",
976,"derived_analyte","Sponge Spicule, mica_adjustment","min_SS_mica_adj","SS_mica","I","3.0","%","layer","mean","to be added","to be added",
975,"derived_analyte","Spinel, mica_adjustment","min_SN_mica_adj","SN_mica","I","3.0","%","layer","mean","to be added","to be added",
974,"derived_analyte","Sphene, mica_adjustment","min_SP_mica_adj","SP_mica","I","3.0","%","layer","mean","to be added","to be added",
973,"derived_analyte","Sphalerite, mica_adjustment","min_SG_mica_adj","SG_mica","I","3.0","%","layer","mean","to be added","to be added",
972,"derived_analyte","Sillimanite, mica_adjustment","min_SL_mica_adj","SL_mica","I","3.0","%","layer","mean","to be added","to be added",
971,"derived_analyte","Siliceous Aggregates, mica_adjustment","min_SA_mica_adj","SA_mica","I","3.0","%","layer","mean","to be added","to be added",
970,"derived_analyte","Siderite, mica_adjustment","min_SI_mica_adj","SI_mica","I","3.0","%","layer","mean","to be added","to be added",
969,"derived_analyte","Sericite, mica_adjustment","min_SR_mica_adj","SR_mica","I","3.0","%","layer","mean","to be added","to be added",
968,"derived_analyte","Sanidine, mica_adjustment","min_FS_mica_adj","FS_mica","I","3.0","%","layer","mean","to be added","to be added",
967,"derived_analyte","Rutile, mica_adjustment","min_RU_mica_adj","RU_mica","I","3.0","%","layer","mean","to be added","to be added",
966,"derived_analyte","Riebeckite (Blue Amphibole), mica_adjustment","min_RB_mica_adj","RB_mica","I","3.0","%","layer","mean","to be added","to be added",
965,"derived_analyte","Rhodocrosite, mica_adjustment","min_RO_mica_adj","RO_mica","I","3.0","%","layer","mean","to be added","to be added",
964,"derived_analyte","Resistant Minerals, mica_adjustment","min_RE_mica_adj","RE_mica","I","3.0","%","layer","mean","to be added","to be added",
963,"derived_analyte","Resistant Mineraloids, mica_adjustment","min_MD_mica_adj","MD_mica","I","3.0","%","layer","mean","to be added","to be added",
1262,"aggregate analyte","Pumice, petro_count","min_PM_petro_count","PM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
1261,"aggregate analyte","Pumice, glass_count","min_PM_glass_count","PM_gc","I","2.0","%","layer","mean","To Be Added","Pumice percentage of",
1260,"aggregate analyte","Hydroxy-Interlayer Vermiculite, petro_count","min_HV_petro_count","HV_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
1259,"aggregate analyte","Hydroxy-Interlayer Smectite, petro_count","min_HS_petro_count","HS_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
1258,"aggregate analyte","Phosphorus, Ground/Water","p_w","P_w","F","6.1","µg/L","layer","mean","To Be Added","The phosphorus found in a water sample. It represents the P concentration in the water, i.e. the mobile P.",
1257,"derived_analyte","Glass Content, Wt Avg, N prep","glass_content_wt_avg","GCavg_d-1_N","I","3.0","%","layer",,"to be added","Weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1256,"derived_analyte","Glass Content, Total, N prep, vcs","glass_content_tot_vcs","GCvcs_d-1_N","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Very Coarse Sand, 1 to 2 mm particle size fracton.","1-2 mm"
1255,"derived_analyte","Glass Content, Total, N prep, cs","glass_content_tot_cs","GCcs_d-1_N","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Coarse Sand, 0.5 to 1 mm particle size fracton.","0.5-1 mm"
1254,"derived_analyte","Glass Content, Total, N prep, ms","glass_content_tot_ms","GCms_d-1_N","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Medium Sand, 0.25 to 0.5 particle size fracton.","0.25-0.5 mm"
1253,"derived_analyte","Glass Content, Total, N prep, fs","glass_content_tot_fs","GCfs_d-1_N","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Fine Sand, 0.1 to 0.25 mm particle size fracton.","0.1-0.25 mm"
1252,"derived_analyte","Glass Content, Total, N prep, vfs","glass_content_tot_vfs","GCvfs_d-1_N","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Very Fine Sand, 0.05 to 0.1 mm particle size fracton.","0.05-0.1 mm"
1251,"derived_analyte","Glass Content, Total, N prep, csi","glass_content_tot_csi","GCcSi_d-1_N","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Coarse Silt, 0.02 to 0.05 mm particle size fracton.","0.02-0.05 mm"
1250,"derived_analyte","Glass Content, Wt Avg, S prep","glass_content_wt_avg","GCavg_d-1_S","I","3.0","%","layer",,"to be added","Weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1249,"derived_analyte","Glass Content, Total, S prep, vcs","glass_content_tot_vcs","GCvcs_d-1_S","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Very Coarse Sand, 1 to 2 mm particle size fracton.","1-2 mm"
1248,"derived_analyte","Glass Content, Total, S prep, cs","glass_content_tot_cs","GCcs_d-1_S","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Coarse Sand, 0.5 to 1 mm particle size fracton.","0.5-1 mm"
1247,"derived_analyte","Glass Content, Total, S prep, ms","glass_content_tot_ms","GCms_d-1_S","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Medium Sand, 0.25 to 0.5 particle size fracton.","0.25-0.5 mm"
1246,"derived_analyte","Glass Content, Total, S prep, fs","glass_content_tot_fs","GCfs_d-1_S","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Fine Sand, 0.1 to 0.25 mm particle size fracton.","0.1-0.25 mm"
1245,"derived_analyte","Glass Content, Total, S prep, vfs","glass_content_tot_vfs","GCvfs_d-1_S","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Very Fine Sand, 0.05 to 0.1 mm particle size fracton.","0.05-0.1 mm"
1244,"derived_analyte","Glass Content, Total, S prep, csi","glass_content_tot_csi","GCcSi_d-1_S","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Coarse Silt, 0.02 to 0.05 mm particle size fracton.","0.02-0.05 mm"
1243,"aggregate analyte","Palagonite, glass_count","min_PA_glass_count","PA_gc","I","2.0","%","layer","mean","To Be Added","Palagonite percentage of",
1242,"aggregate analyte","Jarosite, x-ray","min_JO_x-ray","Joxray","C","4","peak_size","layer","concat","to be added","to be added",
1241,"aggregate analyte","Water Retention, 5 Bar, <2mm Sieve, Air-dry","w5bl2","W5BL2","F","5.1","% wt","layer","mean","to be added","5 bar water, <2mm sieved, airdry is the gravimetric percent water in <2 mm airdry sieved samples after equilibration at 2 bars water tension. It is reported on a <2 mm base.",
1240,"derived_analyte","Ratio, Carbon to Nitrogen, MIN","cmin_nmin_ra","CNminrat_d-1_S","F","3.0","(NA)","layer",,"to be added","The POM carbon to nitrogen ratio is calculated by C_MIN/N_MIN.","whole soil"
1239,"derived_analyte","Ratio, Carbon to Nitrogen, POM","cpom_npom_ra","CNpomrat_d-1_S","F","3.0","(NA)","layer",,"to be added","The POM carbon to nitrogen ratio is calculated by C_POM/N_POM.","whole soil"
1238,"derived_analyte","Estimated Organic Carbon, Total C, S prep","eoc_tot_c","eoctotc_d-1_S","F","4.1","%","layer",,"c_tot_ncs - .12 * caco3","Estimated Organic Carbon based on Total C, S prep","<2 mm"
1237,"derived_analyte","Estimated Organic Carbon, CO2","eoc_co2_c","eocco2c_d-1_S","F","4.0","%","layer",,"to be added","Estimated Organic Carbon based on CO2 C","<2 mm"
1236,"derived_analyte","Nitrogen, Mineral, Field Moist","n_min","n_min_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The nitrogen content of the less than 53 micron fraction in a given depth interval.","whole soil"
1235,"derived_analyte","Carbon, Mineral, Field Moist","c_min","c_min_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The carbon content of the less than 53 micron fraction in a given depth interval.","whole soil"
1234,"derived_analyte","Nitrogen, POM, Field Moist","n_pom","n_pom_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The nitrogen content of the greater than 53 micron fraction in a given depth interval.","whole soil"
1233,"derived_analyte","Carbon, POM, Field Moist","c_pom","c_pom_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The carbon content of the greater than 53 micron fraction in a given depth interval.","whole soil"
302,"aggregate analyte","Sand, Medium PSDA, NaOAc, Pipet","sand_m_NaOAc","SndM_N","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOAc, Pipet",
301,"aggregate analyte","Sand, Fine PSDA, NaOAc, Pipet","sand_f_NaOAc","SndF_N","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, NaOAc, Pipet",
300,"aggregate analyte","Sand, Coarse PSDA, NaOAc, Pipet","sand_c_NaOAc","SndC_N","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, NaOAc, Pipet",
299,"aggregate analyte","Clay PSDA, NaOAc, Pipet","clay_tot_NaOAc","Cly_TN","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, NaOAc, Pipet",
298,"aggregate analyte","Silt, Fine PSDA, Moist, Ultrasonic, Pipet","silt_f_Moist_Ultra","SiFMu","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, NaOH, Pipet",
297,"aggregate analyte","Sand, Very Fine PSDA, Moist, Ultrasonic, Pipet","sand_vf_Moist_Ultra","SdVFMu","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, NaOH, Pipet",
296,"aggregate analyte","Sand, Very Coarse PSDA, Moist, Ultrasonic, Pipet","sand_vc_Moist_Ultra","SdVCMu","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, NaOH, Pipet",
295,"aggregate analyte","Sand, Medium PSDA, Moist, Ultrasonic, Pipet","sand_m_Moist_Ultra","SndMMu","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, NaOH, Pipet",
294,"aggregate analyte","Sand, Fine PSDA, Moist, Ultrasonic, Pipet","sand_f_Moist_Ultra","SndFMu","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, NaOH, Pipet",
293,"aggregate analyte","Sand, Coarse PSDA, Moist, Ultrasonic, Pipet","sand_c_Moist_Ultra","SndCMu","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, NaOH, Pipet",
292,"aggregate analyte","Clay PSDA, Moist, Ultrasonic, Pipet","clay_tot_Moist_Ultra","ClyTMu","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Ultrasonic, NaOH, Pipet",
291,"aggregate analyte","Silt, Fine PSDA, Moist, Pipet","silt_f_Moist","SiFMp","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Pipet",
290,"aggregate analyte","Sand, Very Fine PSDA, Moist, Pipet","sand_vf_Moist","SdVFMp","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Pipet",
289,"aggregate analyte","Sand, Very Coarse PSDA, Moist, Pipet","sand_vc_Moist","SdVCMp","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Pipet",
288,"aggregate analyte","Sand, Medium PSDA, Moist, Pipet","sand_m_Moist","SndCMp","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Pipet",
171,"aggregate analyte","Lepidomelane, petro_count","min_LO_petro_count","LO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
170,"aggregate analyte","Lepidolite, petro_count","min_LP_petro_count","LP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
169,"aggregate analyte","Lamprobolite, petro_count","min_LA_petro_count","LA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
168,"aggregate analyte","Labradorite, petro_count","min_FL_petro_count","FL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
167,"aggregate analyte","Kyanite, petro_count","min_KY_petro_count","KY_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
166,"aggregate analyte","Kaolinite, petro_count","min_KK_petro_count","KK_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
165,"aggregate analyte","Jarosite, petro_count","min_JO_petro_count","JO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
164,"aggregate analyte","Iron Oxides (Goethite, Magnetite, Hematite, Li), petro_count","min_FE_petro_count","FE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
163,"aggregate analyte","Iron Oxide-Coated Quartz, petro_count","min_QI_petro_count","QI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
162,"aggregate analyte","Iddingsite, petro_count","min_ID_petro_count","ID_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
161,"aggregate analyte","Hydrobiotite, petro_count","min_HB_petro_count","HB_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
160,"aggregate analyte","Hornblende, petro_count","min_HN_petro_count","HN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
159,"aggregate analyte","Hematite, petro_count","min_HE_petro_count","HE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
158,"aggregate analyte","Halloysite, petro_count","min_KH_petro_count","KH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
157,"aggregate analyte","Gypsum, petro_count","min_GY_petro_count","GY_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
156,"aggregate analyte","Gold, petro_count","min_GD_petro_count","GD_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
1516,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CECd-Set 2","na_exch_sat1_cecd6","ESPsat_d-15_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1515,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CECd-Set 1","na_exch_sat1_cecd5","ESPsat_d-14_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1514,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CEC-Set 3","na_exch_sat1_cec6","ESPsat_d-13_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1513,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CEC-Set 2","na_exch_sat1_cec5","ESPsat_d-12_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1512,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 2, CEC-Set 1","na_exch_sat1_cec4","ESPsat_d-11_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1504,"derived_analyte","Estimated Gypsum, Set 2, N Prep","egyp2","egyp_d-1_N","F","3.0","% wt","layer",,"to be added","Equivalent gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1503,"derived_analyte","Estimated Gypsum, Set 2, S Prep","egyp2","egyp_d-1_S","F","3.0","% wt","layer",,"to be added","Equivalent gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1502,"derived_analyte","Ratio, Estimated Organic Carbon to Nitrogen, Total","eoctotc_totn_ra","CNeocr_d-1_S","F","3.0","(NA)","layer",,"to be added","The Estimated Organic Carbon based on Total C to Total nitrogen ratio is calculated by eoc_tot_c/n_tot_ncs.","<2 mm"
1501,"aggregate analyte","Surface Area, N2 Adsorption","surfarea_N2","SA_N2","F","5.2","sq m/g","layer","mean","To Be Added","to be added",
1500,"derived_analyte","Silt, Coarse,  H2O Dispersible, Moist, Ultrasonic","w_slt_c_mu","cSiH2OUM_d-1_M","F","4.1","% wt","layer",,"to be added","H2O and Ultrasonic probe dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1499,"derived_analyte","Silt, Total, H2O Dispersible, Moist, Ultrasonic","w_slt_tot_mu","SiH2OUM_d-1_M","F","4.1","% wt","layer",,"to be added","H2O and Ultrasonic probe dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1498,"derived_analyte","Sand, Total, H2O Dispersible, Moist, Ultrasonic","w_snd_tot_mu","SndH2OUM_d-1_M","F","4.1","% wt","layer",,"to be added","H2O and Ultrasonic probe dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1497,"derived_analyte","Silt, Coarse,  H2O Dispersible, Ultrasonic","w_slt_c_u","cSiH2OU_d-1_S","F","4.1","% wt","layer",,"to be added","H2O and Ultrasonic probe dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1496,"derived_analyte","Silt, Total, H2O Dispersible, Ultrasonic","w_slt_tot_u","SiH2OU_d-1_S","F","4.1","% wt","layer",,"to be added","H2O and Ultrasonic probe dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1495,"derived_analyte","Sand, Total, H2O Dispersible, Ultrasonic","w_snd_tot_u","SndH2OU_d-1_S","F","4.1","% wt","layer",,"to be added","H2O and Ultrasonic probe dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1494,"aggregate analyte","Silt, Fine, H2O Disp, Air-dry, Ultra","w_slt_f_u","SiF_W","F","4.1","% wt","layer","mean","To Be Added","H2O and Ultrasonic probe dispersible fine silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.02 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1493,"aggregate analyte","Sand, Very Fine, H2O Disp, Air-dry, Ultra","w_snd_vf_u","SndVFW","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible very fine sand, <2mm (by pipette) is the gravimetric percent 0.05 to 0.10 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1492,"aggregate analyte","Sand, Very Coarse, H2O Disp, Air-dry, Ultra","w_snd_vc_u","SndVCW","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible very coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1491,"aggregate analyte","Sand, Medium, H2O Disp, Air-dry, Ultra","w_snd_m_u","SndM_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible medium sand, <2mm (by pipette) is the gravimetric percent 0.25 to 0.50 mm diameter particles separated without chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1490,"aggregate analyte","Sand, Fine, H2O Disp, Air-dry, Ultra","w_snd_f_u","SndF_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible fine sand, <2mm (by pipette) is the gravimetric percent of 0.10 to 0.25 mm diameter particles separated without the use of chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1489,"aggregate analyte","Sand, Coarse, H2O Disp, Air-dry, Ultra","w_snd_c_u","SndC_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or the removal of organic matter and salts. It is reported on a <2 mm base.",
1488,"aggregate analyte","Clay, H2O Disp, Air-dry, Ultra","w_cly_u","Cly_W","F","4.1","% wt","layer","mean","To Be Added","H2O and Ultrasonic probe dispersible clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particles dispersed without organic matter and salt removal, and without chemical dispersion. It is reported on a <2 mm base.",
1487,"aggregate analyte","Clay, Fine, H2O Disp, Air-dry, Ultra","w_cly_f_u","ClyF_W","F","4.1","% wt","layer","mean","To Be Added","H2O and Ultrasonic probe dispersible fine clay, <2mm (by pipette) is the gravimetric percent of <0.0002 mm diameter particles dispersed without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1486,"aggregate analyte","Clay, Carbonate, H2O Disp, Air-dry, Ultra","w_clyco3_u","CCly_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible CO3 clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particle diameter carbonates dispersed without chemical dispersants, organic matter and clay removal. It is reported on a <2 mm base.",
1485,"aggregate analyte","Silt, Fine, H2O Disp, Moist, Ultra","w_slt_f_mu","SiF_W","F","4.1","% wt","layer","mean","To Be Added","H2O and Ultrasonic probe dispersible fine silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.02 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1484,"aggregate analyte","Sand, Very Fine, H2O Disp, Moist, Ultra","w_snd_vf_mu","SndVFW","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible very fine sand, <2mm (by pipette) is the gravimetric percent 0.05 to 0.10 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1483,"aggregate analyte","Sand, Very Coarse, H2O Disp, Moist, Ultra","w_snd_vc_mu","SndVCW","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible very coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1482,"aggregate analyte","Sand, Medium, H2O Disp, Moist, Ultra","w_snd_m_mu","SndM_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible medium sand, <2mm (by pipette) is the gravimetric percent 0.25 to 0.50 mm diameter particles separated without chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1481,"aggregate analyte","Sand, Fine, H2O Disp, Moist, Ultra","w_snd_f_mu","SndF_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible fine sand, <2mm (by pipette) is the gravimetric percent of 0.10 to 0.25 mm diameter particles separated without the use of chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1480,"aggregate analyte","Sand, Coarse, H2O Disp, Moist, Ultra","w_snd_c_mu","SndC_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or the removal of organic matter and salts. It is reported on a <2 mm base.",
1479,"aggregate analyte","Clay, Fine, H2O Disp, Moist, Ultra","w_cly_f_mu","ClyF_W","F","4.1","% wt","layer","mean","To Be Added","H2O and Ultrasonic probe dispersible fine clay, <2mm (by pipette) is the gravimetric percent of <0.0002 mm diameter particles dispersed without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1478,"aggregate analyte","Clay, Carbonate, H2O Disp, Moist, Ultra","w_clyco3_mu","CCly_W","F","4.1","% wt","layer","mean","to be added","H2O and Ultrasonic probe dispersible CO3 clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particle diameter carbonates dispersed without chemical dispersants, organic matter and clay removal. It is reported on a <2 mm base.",
1477,"aggregate analyte","Clay, H2O Disp, Moist, Ultra","w_cly_mu","Cly_W","F","4.1","% wt","layer","mean","To Be Added","H2O and Ultrasonic probe dispersible clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particles dispersed without organic matter and salt removal, and without chemical dispersion. It is reported on a <2 mm base.",
1476,"derived_analyte","Estimated Predict Gypsum, N Prep","epregyp","epregyp_d-1_N","F","3.0","% wt","layer",,"to be added","Estimated gypsum adjusted for EC-Predict in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1475,"derived_analyte","Estimated Predict Gypsum, S Prep","epregyp","epregyp_d-1_S","F","3.0","% wt","layer",,"to be added","Estimated gypsum adjusted for EC-Predict in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1474,"derived_analyte","Estimated Gypsum, Set 1, N Prep","egyp1","egyp_d-1_N","F","3.0","% wt","layer",,"to be added","Equivalent gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1473,"derived_analyte","Estimated Gypsum, Set 1, S Prep","egyp1","egyp_d-1_S","F","3.0","% wt","layer",,"to be added","Equivalent gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1472,"aggregate analyte","Gypsum, Equivalent Content","gypsum_ec","GypEC","F","4.1","% wt","layer","mean","To Be Added","to be added",
1471,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, CECd, Set 4","cec7_cly_cecd4_wtavg","wace7cl_d-7_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
1470,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 9","ecec_cly_cecd9","ececcl_d-15_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1469,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 8","ecec_cly_cecd8","ececcl_d-14_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
1468,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CECd-Set 4","cec8_cly_cecd4","cec8cl_d-7_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
1467,"derived_analyte","Aluminum Saturation, CECd-Set 25","al_sat_cecd25","AlSat_d-31_N","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1466,"derived_analyte","Aluminum Saturation, CECd-Set 24","al_sat_cecd24","AlSat_d-30_N","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1465,"derived_analyte","Aluminum Saturation, CECd-Set 23","al_sat_cecd23","AlSat_d-29_M","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1464,"derived_analyte","Aluminum Saturation, CECd-Set 22","al_sat_cecd22","AlSat_d-28_M","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1463,"derived_analyte","Aluminum Saturation, CECd-Set 21","al_sat_cecd21","AlSat_d-27_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1462,"derived_analyte","Aluminum Saturation, CECd-Set 20","al_sat_cecd20","AlSat_d-26_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1461,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 4","bsecat_cecd4","BSSCat_d-4_N","I","3.0","%","layer",,"([base_sum] \ [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
1460,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 3","bsecat_cecd3","BSSCat_d-3_M","I","3.0","%","layer",,"([base_sum] \ [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
1459,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CECd-Set 2","bsecat_cecd2","BSSCat_d-2_S","I","3.0","%","layer",,"([base_sum] \ [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
1458,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 25","ecec_cecd25","ECEC_d-31_M","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1457,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 24","ecec_cecd24","ECEC_d-30_M","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1456,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 23","ecec_cecd23","ECEC_d-29_N","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1455,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 22","ecec_cecd22","ECEC_d-28_N","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1454,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 21","ecec_cecd21","ECEC_d-27_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1453,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 20","ecec_cecd20","ECEC_d-26_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1452,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 12","cec_sum_cecd12","CECsum_d-15_N","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1451,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 11","cec_sum_cecd11","CECsum_d-14_M","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1450,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 10","cec_sum_cecd10","CECsum_d-13_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
1449,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 12","bsesat_cecd12","BSSBas_d-15_N","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
1448,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 11","bsesat_cecd11","BSSBas_d-14_M","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
1447,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CECd-Set 10","bsesat_cecd10","BSSBas_d-13_S","I","3.0","%","layer",,"([base_sum] \ [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
1446,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CECd-Set 4","na_exch_sat4_cecd4","ESPsat_d-17_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1445,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CECd-Set 4","na_exch_sat1_cecd4","ESPsat_d-7_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
1444,"derived_analyte","Exchangeable Sodium Percentage No Sat, CECd-Set 4","na_exch_nosat_cecd4","ESPnsa_d-7_S","F","3.0","%","layer",,"to be added","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
1443,"derived_analyte","Ratio, CECd NH4OAc/Clay, <2mm, CECd-Set 4","cec7_cly_cecd4","cec7cl_d-7_S","F","5.2","(NA)","layer",,"to be added","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
1442,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 12","base_sum_cecd12","cecsb_d-15_N","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1441,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 11","base_sum_cecd11","cecsb_d-14_M","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1440,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 10","base_sum_cecd10","cecsb_d-13_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1439,"derived_analyte","Resistant Minerals, Total, GP prep, vfs","resist_min_tot_vfs","RMvfs_d-1_GP","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.05-0.1 mm"
1438,"derived_analyte","Resistant Minerals, Total, GP prep, fs","resist_min_tot_fs","RMfs_d-1_GP","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.1-0.25 mm"
1437,"derived_analyte","Resistant Minerals, Total, GP prep, csi","resist_min_tot_csi","RMcSi_d-1_GP","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.02-0.05 mm"
1436,"derived_analyte","Mineral Interpretation, GP prep, vfs","min_interp_vfs","MIvfs_d-1_GP","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on very fine sand particle size fraction.","0.05-0.1 mm"
1435,"derived_analyte","Mineral Interpretation, GP prep, fs","min_interp_fs","MIfs_d-1_GP","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on fine sand particle size fraction.","0.1-0.25 mm"
1434,"derived_analyte","Mineral Interpretation, GP prep, csi","min_interp_csi","MIcsi_d-1_GP","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on coarse silt particle size fraction.","0.02-0.05 mm"
1433,"derived_analyte","Mineral Interpretation, GP prep, clay, Set 1","min_interp_c1","MIc_d-1_GP","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on clay particle size fraction.","<0.002 mm"
1432,"derived_analyte","Glass Content, Wt Avg, GP prep","glass_content_wt_avg","GCavg_d-1_GP","I","3.0","%","layer",,"to be added","Weighted average of glass minerals in the .02 to 2 mm particle size fraction, based on particle size distribution percentages.","0.02-2 mm"
1431,"derived_analyte","Glass Content, Total, GP prep, vfs","glass_content_tot_vfs","GCvfs_d-1_GP","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Very Fine Sand, 0.05 to 0.1 mm particle size fracton.","0.05-0.1 mm"
1430,"derived_analyte","Glass Content, Total, GP prep, vcs","glass_content_tot_vcs","GCvcs_d-1_GP","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Very Coarse Sand, 1 to 2 mm particle size fracton.","1-2 mm"
1429,"derived_analyte","Glass Content, Total, GP prep, ms","glass_content_tot_ms","GCms_d-1_GP","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Medium Sand, 0.25 to 0.5 particle size fracton.","0.25-0.5 mm"
1428,"derived_analyte","Glass Content, Total, GP prep, fs","glass_content_tot_fs","GCfs_d-1_GP","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Fine Sand, 0.1 to 0.25 mm particle size fracton.","0.1-0.25 mm"
1427,"derived_analyte","Glass Content, Total, GP prep, csi","glass_content_tot_csi","GCcSi_d-1_GP","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Coarse Silt, 0.02 to 0.05 mm particle size fracton.","0.02-0.05 mm"
1426,"derived_analyte","Glass Content, Total, GP prep, cs","glass_content_tot_cs","GCcs_d-1_GP","I","3.0","%","layer",,"to be added","Total percentage of glass minerals in the Coarse Sand, 0.5 to 1 mm particle size fracton.","0.5-1 mm"
1425,"aggregate analyte","Phosphorus, Anion Resin Water, 24 hour","p_resinw24","Parw24","F","4.1","µg/L","layer","mean","To Be Added","to be added",
1424,"aggregate analyte","Zinc, Water Element","zn_wtelm","Zn_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Zn is the zinc measured in the water sample.",
1423,"aggregate analyte","Vanadium, Water Element","v_wtelm","V_tot","F","8.2","µg/L","layer","mean","To Be Added","Total V is the vanadium measured in the water sample.",
1422,"aggregate analyte","Strontium, Water Element","sr_wtelm","Sr_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Sr is the strontium measured in the water sample.",
1421,"aggregate analyte","Silicon, Water Element","si_wtelm","Si_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Si is the silica measured in the water sample.",
1420,"aggregate analyte","Lead, Water Element","pb_wtelm","Pb_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Pb is the lead measured in the water sample.",
1419,"aggregate analyte","Phosphorus, Water Element","p_wtelm","P_tot","F","8.2","µg/L","layer","mean","To Be Added","Total P is the phosphorus measured in the water sample.",
1418,"aggregate analyte","Nickel, Water Element","ni_wtelm","Ni_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Ni is the nickel measured in the water sample.",
1417,"aggregate analyte","Sodium, Water Element","na_wtelm","Na_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Na is the sodium measured in the water sample.",
1416,"aggregate analyte","Molybdenum, Water Element","mo_wtelm","Mo_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Mo is the molybdenum measured in the water sample.",
1415,"aggregate analyte","Manganese, Water Element","mn_wtelm","Mn_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Mn is the manganese measured in the water sample.",
1414,"aggregate analyte","Magnesium, Water Element","mg_wtelm","Mg_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Mg is the magnesium measured in the water sample.",
1413,"aggregate analyte","Potassium, Water Element","k_wtelm","K_tot","F","8.2","µg/L","layer","mean","To Be Added","Total K is the potassium measured in the water sample.",
1412,"aggregate analyte","Iron, Water Element","fe_wtelm","Fe_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Fe is the iron measured in the water sample.",
1411,"aggregate analyte","Copper, Water Element","cu_wtelm","Cu_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Cu is the copper measured in the water sample.",
1410,"aggregate analyte","Chromium, Water Element","cr_wtelm","Cr_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Cr is the chromium measured in the water sample.",
1409,"aggregate analyte","Cobalt, Water Element","co_wtelm","Co_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Co is the cobalt measured in the water sample.",
1408,"aggregate analyte","Cadmium, Water Element","cd_wtelm","Cd_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Cd is the cadmium measured in the water sample.",
1407,"aggregate analyte","Calcium, Water Element","ca_wtelm","Ca_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Ca is the calcium measured in the water sample.",
1406,"aggregate analyte","Barium, Water Element","ba_wtelm","Ba_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Ba is the barium measured in the water sample.",
1405,"aggregate analyte","Arsenic, Water Element","as_wtelm","As_tot","F","8.2","µg/L","layer","mean","To Be Added","Total As is the arsenic measured in the water sample.",
1404,"aggregate analyte","Aluminum, Water Element","al_wtelm","Al_tot","F","8.2","µg/L","layer","mean","To Be Added","Total Al is the aluminum measured in the water sample.",
1403,"aggregate analyte","Carbonate, Water","co3_wat","CO3_w","F","5.1","µg/L","layer","mean","To Be Added","Carbonate in the water sample.",
1402,"aggregate analyte","Bicarbonate, Water","hco3w","HCO3w","F","5.1","µg/L","layer","mean","To Be Added","Bicarbonate (HCO3) in the water sample.",
1401,"aggregate analyte","Sulfate, Water","so4_wat","SO4_w","F","5.1","µg/L","layer","mean","To Be Added","Sulfate in the water sample.",
1400,"aggregate analyte","Phosphate, Water","p_wat","P_w","F","5.1","µg/L","layer","mean","To Be Added","PO4 in the water sample.",
1399,"aggregate analyte","Nitrite, Water","no2_wat","NO2_w","F","5.1","µg/L","layer","mean","To Be Added","Nitrite in the water sample.",
1398,"aggregate analyte","Nitrate, Water","no3_wat","NO3_w","F","5.1","µg/L","layer","mean","To Be Added","Nitrate in the water sample.",
1397,"aggregate analyte","Fluoride, Water","fl_wat","F_w","F","5.1","µg/L","layer","mean","To Be Added","Fluoride in the water sample.",
1396,"aggregate analyte","Chloride, Water","cl_wat","Cl_w","F","5.1","µg/L","layer","mean","To Be Added","Chloride in the water sample.",
1395,"aggregate analyte","Bromide, Water","br_wat","Br_w","F","5.1","µg/L","layer","mean","to be added","The bromide anion in the water sample.",
1394,"aggregate analyte","Borate, Water","b_wat","B_w","F","5.1","µg/L","layer","mean","To Be Added","Boron as BO3 in the water sample.",
1393,"aggregate analyte","Acetate, Water","oac_wat","OAc_w","F","5.1","µg/L","layer","mean","TO Be Added","The acetate anion in the water sample.",
1392,"aggregate analyte","Sodium, Water","na_wat","Na_w","F","5.1","µg/L","layer","mean","To Be Added","Sodium in the water sample.",
1391,"aggregate analyte","Potassium, Water","k_wat","K_w","F","5.1","µg/L","layer","mean","To Be Added","Potassium in the water sample.",
1390,"aggregate analyte","Magnesium, Water","mg_wat","Mg_w","F","5.1","µg/L","layer","mean","To Be Added","Magnesium in the water sample.",
1389,"aggregate analyte","Calcium, Water","ca_wat","Ca_w","F","5.1","µg/L","layer","mean","To Be Added","Calcium in the water sample.",
1388,"aggregate analyte","Electrical Conductivity, Water","ec_wat","EC_w","F","5.2","dS/m","layer","mean","EC = A 10^B ( 0.8696 - 0.01951 C + 0.000186 C^2 ) 2 D / ( 141.12 / ( E 10^F ( 0.8696 - 0.01951 G + 0.000186 G^2 ) 2 D )",,
1127,"derived_analyte","Resistant Minerals, Total, N prep, vfs","resist_min_tot_vfs","RMvfs_d-1_N","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.05-0.1 mm"
1126,"derived_analyte","Resistant Minerals, Total, N prep, fs","resist_min_tot_fs","RMfs_d-1_N","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.1-0.25 mm"
1125,"derived_analyte","Resistant Minerals, Total, N prep, csi","resist_min_tot_csi","RMcSi_d-1_N","I","3.0","%","layer",,"to be added","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","0.02-0.05 mm"
1123,"aggregate analyte","Natrojarosite, x-ray","min_NJ_x-ray","NJxray","C","4","peak_size","layer","concat","to be added","to be added",
1122,"aggregate analyte","Fluorapatite, x-ray","min_FT_x-ray","FTxray","C","4","peak_size","layer","concat","to be added","to be added",
1121,"aggregate analyte","Acidity, BaCl2-TEA Extractable, pH 8.2, centrifuge","acid_teac","ExtAcd","F","4.1","cmol(+)/kg","layer","mean","To Be Added","Extractable acidity, BaCl2-TEA at pH 8.2, is a measure of the amount of acid neutralized at a set pH. It is a measure of the potential acidity present, and does not distinguish between exchangeable and nonexchangeable components.",
1120,"aggregate analyte","FMOD, Bio, whole soil","FMODBwh","FORBwh","F","4.3","(NA)","layer","mean","To Be Added","The Field Moist to Oven Dry ratio for a biology sample.",
1119,"aggregate analyte","C, CO3","CCO3","CCO3","F","4.2","mole %","layer","mean","To Be Added","The carbon content based on presence of carbonates measured by CO2 evolution after acid treatment.",
1118,"aggregate analyte","C, KMnO4 extract","CKMnO4","CKMnO4","F","4.1","mg/kg","layer","mean","(0.02-100*absorbance)*9000*0.02*1000*ADRATIO/smp_wt","The carbon content based on KMnO4 extraction.",
1117,"aggregate analyte","C, glucose","CGlucose","CGluc","F","4.1","mg/kg","layer","mean","To Be Added","The carbon content based on glucose calibration.",
1116,"aggregate analyte","N, Biomass Flush","NBiomass","NBio","F","4.2","mg/kg","layer","mean","To Be Added","The N in a biomass.",
1115,"aggregate analyte","CO2, Biomass Flush, 10-day","CO2Biomass_10","CO2B10","F","5.4","g/g","layer","mean","To Be Added","The CO2 produced by biomass flush.",
1114,"aggregate analyte","FMOD, Bio, <2 mm","FMODBlt2","FORBl2","F","4.3","(NA)","layer","mean","To Be Added","The Field Moist to Oven Dry ratio for a biology sample.",
1113,"aggregate analyte","Percent, plants","Perplant","Pplant","F","5.3","%","layer","mean","To Be Added","The percent plants to whole soil.",
1112,"aggregate analyte","Sulfur, plants","Splant","Splant","F","6.4","%","layer","mean","To Be Added","The sulfur content of the plant material.",
1111,"aggregate analyte","Nitrogen, plants","Nplant","Nplant","F","6.4","%","layer","mean","To Be Added","The nitrogen content of the plant material.",
1110,"aggregate analyte","Carbon, plants","Cplant","Cplant","F","6.4","%","layer","mean","To Be Added","The carbon content of the plant material.",
1109,"aggregate analyte","Percent, roots","Perroot","Proot","F","5.3","%","layer","mean","To Be Added","The percent roots to whole soil.",
1108,"aggregate analyte","Sulfur, root","Sroot","Sroot","F","6.4","%","layer","mean","To Be Added","The sulfur content of the roots",
1107,"aggregate analyte","Nitrogen, root","Nroot","Nroot","F","6.4","%","layer","mean","To Be Added","The nitrogen content of the roots",
1106,"aggregate analyte","Carbon, root","Croot","Croot","F","6.4","%","layer","mean","To Be Added","The carbon content of the roots",
1384,"aggregate analyte","Vanadium, Water Extractable","v_watx","V_wx","F","3.1","µg/kg","layer","mean","To Be Added","The vanadium extracted by the Water solution.",
1383,"aggregate analyte","Strontium, Water Extractable","sr_watx","Sr_wx","F","3.1","µg/kg","layer","mean","To Be Added","The strontium extracted by the Water solution.",
1382,"aggregate analyte","Silicon, Water Extractable","si_watx","Si_wx","F","3.1","µg/kg","layer","mean","To Be Added","The silicon extracted by the Water solution.",
1381,"aggregate analyte","Lead, Water Extractable","pb_watx","Pb_wx","F","3.1","µg/kg","layer","mean","To Be Added","The lead extracted by the Water solution.",
1380,"aggregate analyte","Phosphorus, Water Extractable","p_watx","P_wx","F","3.1","µg/kg","layer","mean","To Be Added","The phosphorus extracted by the Water solution.",
1379,"aggregate analyte","Nickel, Water Extractable","ni_watx","Ni_wx","F","3.1","µg/kg","layer","mean","To Be Added","The nickel extracted by the Water solution.",
1378,"aggregate analyte","Sodium, Water Extractable","na_watx","Na_wx","F","3.1","µg/kg","layer","mean","To Be Added","The sodium extracted by the Water solution.",
1377,"aggregate analyte","Molybdenum, Water Extractable","mo_watx","Mo_wx","F","3.1","µg/kg","layer","mean","To Be Added","The molybdenum extracted by the Water solution.",
1376,"aggregate analyte","Manganese, Water Extractable","mn_watx","Mn_wx","F","3.1","µg/kg","layer","mean","To Be Added","The manganese extracted by the Water solution.",
1375,"aggregate analyte","Magnesium, Water Extractable","mg_watx","Mg_wx","F","3.1","µg/kg","layer","mean","To Be Added","The magnesium extracted by the Water solution.",
1374,"aggregate analyte","Potassium, Water Extractable","k_watx","K_wx","F","3.1","µg/kg","layer","mean","To Be Added","The potassium extracted by the Water solution.",
1373,"aggregate analyte","Iron, Water Extractable","fe_watx","Fe_wx","F","3.1","µg/kg","layer","mean","To Be Added","The iron extracted by the Water solution.",
1372,"aggregate analyte","Copper, Water Extractable","cu_watx","Cu_wx","F","3.1","µg/kg","layer","mean","To Be Added","The copper extracted by the Water solution.",
1371,"aggregate analyte","Chromium, Water Extractable","cr_watx","Cr_wx","F","3.1","µg/kg","layer","mean","To Be Added","The chromium extracted by the Water solution.",
1370,"aggregate analyte","Cobalt, Water Extractable","co_watx","Co_wx","F","3.1","µg/kg","layer","mean","To Be Added","The cobalt extracted by the Water solution.",
1369,"aggregate analyte","Cadmium, Water Extractable","cd_watx","Cd_wx","F","3.1","µg/kg","layer","mean","To Be Added","The cadmium extracted by the Water solution.",
1368,"aggregate analyte","Calcium, Water Extractable","ca_watx","Ca_wx","F","3.1","µg/kg","layer","mean","To Be Added","The calcium extracted by the Water solution.",
1367,"aggregate analyte","Barium, Water Extractable","ba_watx","Ba_wx","F","3.1","µg/kg","layer","mean","To Be Added","The barium extracted by the Water solution.",
1331,"aggregate analyte","Aluminum, Element Mehlich3 Extractable","al_el_meh3","AlMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The aluminum extracted by the Mehlich III solution.",
1330,"derived_analyte","Ratio, Sodium Absorption, SI-Set 1, N Prep","sar_si1","SAR_d-1_N","F","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
1329,"derived_analyte","Total Salt, Estimated, SI-Set 1, N Prep","te_salt_si1","EsSalt_d-1_N","F","4.1","% wt","layer",,"to be added","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base.","<2 mm"
1328,"derived_analyte","Aluminum Saturation, CECd-Set 19","al_sat_cecd19","AlSat_d-25_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<80 mesh"
1327,"derived_analyte","Aluminum Saturation, CECd-Set 18","al_sat_cecd18","AlSat_d-24_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<80 mesh"
1326,"derived_analyte","Aluminum Saturation, CECd-Set 17","al_sat_cecd17","AlSat_d-23_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<80 mesh"
1325,"derived_analyte","Aluminum Saturation, CECd-Set 16","al_sat_cecd16","AlSat_d-22_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<80 mesh"
1324,"derived_analyte","Aluminum Saturation, CECd-Set 15","al_sat_cecd15","AlSat_d-21_S-SK","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1323,"derived_analyte","Aluminum Saturation, CECd-Set 14","al_sat_cecd14","AlSat_d-20_S-SK","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1322,"derived_analyte","Aluminum Saturation, CECd-Set 13","al_sat_cecd13","AlSat_d-19_N","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1321,"derived_analyte","Aluminum Saturation, CECd-Set 12","al_sat_cecd12","AlSat_d-18_N","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1320,"derived_analyte","Aluminum Saturation, CECd-Set 11","al_sat_cecd11","AlSat_d-17_M","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1319,"derived_analyte","Aluminum Saturation, CECd-Set 10","al_sat_cecd10","AlSat_d-16_M","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1318,"derived_analyte","Aluminum Saturation, CECd-Set 9","al_sat_cecd9","AlSat_d-15_GP","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1317,"derived_analyte","Aluminum Saturation, CECd-Set 8","al_sat_cecd8","AlSat_d-14_GP","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
1316,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 19","ecec_cecd19","ECEC_d-25_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
1315,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 18","ecec_cecd18","ECEC_d-24_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
1314,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 17","ecec_cecd17","ECEC_d-23_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
1313,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 16","ecec_cecd16","ECEC_d-22_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
1312,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 15","ecec_cecd15","ECEC_d-21_S-SK","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1311,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 14","ecec_cecd14","ECEC_d-20_S-SK","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1310,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 13","ecec_cecd13","ECEC_d-19_N","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1309,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 12","ecec_cecd12","ECEC_d-18_N","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1308,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 11","ecec_cecd11","ECEC_d-17_M","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1307,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 10","ecec_cecd10","ECEC_d-16_M","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1306,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 9","ecec_cecd9","ECEC_d-15_GP","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1292,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 9","base_sum_cecd9","cecsb_d-12_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
1291,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 8","base_sum_cecd8","cecsb_d-11_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<80 mesh"
1290,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 7","base_sum_cecd7","cecsb_d-10_S-SK","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1289,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 6","base_sum_cecd6","cecsb_d-9_N","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1288,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 5","base_sum_cecd5","cecsb_d-8_M","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1287,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 4","base_sum_cecd4","cecsb_d-7_GP","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
1286,"derived_analyte","Carbon, Biomass, Field Moist-Set2","c_biomass2","c_mass_d-2_MW","F","6.0","kg/ha","layer",,"to be added","The carbon produced by biomass flush for a given depth interval.","<2 mm"
1285,"derived_analyte","Nitrogen, Biomass, Field Moist-Set2","n_biomass2","n_mass_d-2_MW","F","6.0","kg/ha","layer",,"to be added","The mineralizable nitrogen in a biomass for a given depth interval.","<2 mm"
1284,"derived_analyte","CO2-C, Biomass 20-day, Field Moist-Set2","co2_biom_202","co2c_bio20_d-2_MW","F","6.0","kg/ha","layer",,"to be added","The CO2 carbon produced by biomass flush in 20 days for a given depth interval.","<2 mm"
1283,"derived_analyte","CO2-C, Biomass 10-day, Field Moist-Set2","co2_biom_102","co2c_bio10_d-2_MW","F","6.0","kg/ha","layer",,"to be added","The CO2 carbon produced by biomass flush in 10 days for a given depth interval.","<2 mm"
1282,"derived_analyte","Nitrogen, Biomass per cm, Field Moist-Set2","n_biomass_cm2","n_masscm_d-2_MW","F","6.0","kg/ha/cm","layer",,"to be added","The mineralizable nitrogen in a biomass for a given depth interval.","<2 mm"
1281,"derived_analyte","CO2-C, Biomass per cm 20-day, Field Moist-Set2","co2_biom_20_cm2","co2_bio20cm_d-2_MW","F","6.0","kg/ha/cm","layer",,"to be added","The CO2 carbon produced by biomass flush in 20 days for a given depth interval.","<2 mm"
1280,"derived_analyte","CO2-C, Biomass per cm 10-day, Field Moist-Set2","co2_biom_10_cm2","co2_bio10cm_d-2_MW","F","6.0","kg/ha/cm","layer",,"to be added","The CO2 carbon produced by biomass flush in 10 days for a given depth interval.","<2 mm"
1279,"aggregate analyte","Clay, Carbonate, NaOH, Pipet","co3_cly_NaOH","CCO3OH","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
1278,"aggregate analyte","Clay, Fine, NaOH, Pipet","clay_f_NaOH","ClyFOH","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1277,"aggregate analyte","Clay, Carbonate, NaOAc, Pipet","co3_cly_NaOAc","CCO3TN","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
1276,"aggregate analyte","Clay, Fine, NaOAc, Pipet","clay_f_NaOAc","ClyFTN","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1275,"aggregate analyte","Clay, Carbonate, Moist, NaOH, Pipet","co3_cly_Moist_NaOH","CCO3MH","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
1274,"aggregate analyte","Clay, Fine, Moist, NaOH, Pipet","clay_f_Moist_NaOH","ClyFMH","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1273,"aggregate analyte","Clay, Carbonate, Moist, NaOAc, Pipet","co3_cly_Moist_NaOAc","CCO3MN","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
1272,"aggregate analyte","Clay, Fine, Moist, NaOAc, Pipet","clay_f_Moist_NaOAc","ClyFMN","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1271,"aggregate analyte","Clay, Carbonate, Moist, Dith, Pipet","co3_cly_Moist_Dith","CCO3MD","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
1270,"aggregate analyte","Clay, Fine, Moist, Dith, Pipet","clay_f_Moist_Dith","ClyFMD","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1269,"aggregate analyte","Clay, Carbonate, Dith, Pipet","co3_cly_Dith","CCO3D","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
1268,"aggregate analyte","Clay, Fine, Dith, Pipet","clay_f_Dith","ClyF_D","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
1267,"derived_analyte","Nitrogen, Biomass, Field Moist-Set1","n_biomass1","n_mass_d-1_MW","F","6.0","kg/ha","layer",,"to be added","The mineralizable nitrogen in a biomass for a given depth interval.","<2 mm"
1266,"derived_analyte","CO2-C, Biomass 20-day, Field Moist-Set1","co2_biom_201","co2c_bio20_d-1_MW","F","6.0","kg/ha","layer",,"to be added","The CO2 carbon produced by biomass flush in 20 days for a given depth interval.","<2 mm"
1265,"derived_analyte","CO2-C, Biomass 10-day, Field Moist-Set1","co2_biom_101","co2c_bio10_d-1_MW","F","6.0","kg/ha","layer",,"to be added","The CO2 carbon produced by biomass flush in 10 days for a given depth interval.","<2 mm"
1264,"derived_analyte","Plant, Biomass, Field Moist","plt_biomass","plt_mass_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The plant biomass in a given depth interval.","whole soil"
1263,"derived_analyte","Root, Biomass, Field Moist","root_biomass","root_mass_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The root biomass in a given depth interval.","whole soil"
1232,"derived_analyte","CO2-C, Biomass per cm 20-day, Field Moist-Set1","co2_biom_20_cm1","co2_bio20cm_d-1_MW","F","6.0","kg/ha/cm","layer",,"to be added","The CO2 carbon produced by biomass flush in 20 days for a given depth interval.","<2 mm"
1231,"aggregate analyte","Natron, x-ray","min_NA_x-ray","NAxray","C","4","peak_size","layer","concat","to be added","to be added",
1230,"aggregate analyte","CO2, Biomass Flush, 20-day","CO2Biomass_20","CO2B20","F","5.4","g/g","layer","mean","To Be Added","The CO2 produced by biomass flush.",
1229,"aggregate analyte","Natron, x-ray","min_NA_x-ray","NAxray","C","4","peak_size","layer","concat","to be added",,
1228,"derived_analyte","Ratio, Carbon to Nitrogen, MIN","cmin_nmin_ra","CNminrat_d-1_S","F","3.0","(NA)","layer",,"to be added","The POM carbon to nitrogen ratio is calculated by C_MIN/N_MIN.","<2 mm"
1227,"derived_analyte","Ratio, Carbon to Nitrogen, POM","cpom_npom_ra","CNpomrat_d-1_S","F","3.0","(NA)","layer",,"to be added","The POM carbon to nitrogen ratio is calculated by C_POM/N_POM.","<2 mm"
1226,"derived_analyte","Estimated Organic Carbon, Total C","eoc_tot_c","eoctotc_d-1_S","F","4.0","%","layer",,"to be added","Estimated Organic Carbon based on Total C","<2 mm"
1225,"derived_analyte","Estimated Organic Carbon, CO2","eoc_co2_c","eocco2c_d-1_S","F","4.0","%","layer",,"to be added","Estimated Organic Carbon based on CO2 C","<2 mm"
1224,"derived_analyte","Nitrogen, Mineral, Field Moist","n_min","n_min_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The nitrogen content of the less than 53 micron fraction in a given depth interval.","whole soil"
1223,"derived_analyte","Carbon, Mineral, Field Moist","c_min","c_min_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The carbon content of the less than 53 micron fraction in a given depth interval.","whole soil"
1222,"derived_analyte","Nitrogen, POM, Field Moist","n_pom","n_pom_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The nitrogen content of the greater than 53 micron fraction in a given depth interval.","whole soil"
1221,"derived_analyte","Carbon, POM, Field Moist","c_pom","c_pom_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The carbon content of the greater than 53 micron fraction in a given depth interval.","whole soil"
1220,"derived_analyte","CO2-C, Biomass 20-day, Field Moist","co2_biom_20","co2c_bio20_d-1_MW","F","6.2","kg/ha","layer",,"to be added","The CO2 carbon produced by biomass flush in 20 days for a given depth interval.","whole soil"
1219,"aggregate analyte","CO2, Biomass Flush, 20-day","CO2Biomass_20","CO2B20","F","5.4","g/g","layer","mean","To Be Added",,
1218,"derived_analyte","Nitrogen, Biomass per cm, Field Moist-Set1","n_biomass_cm1","n_masscm_d-1_MW","F","6.0","kg/ha/cm","layer",,"to be added","The mineralizable nitrogen in a biomass for a given depth interval.","<2 mm"
1217,"derived_analyte","Carbon, Biomass, Field Moist-Set1","c_biomass1","c_mass_d-1_MW","F","6.0","kg/ha","layer",,"to be added","The carbon produced by biomass flush for a given depth interval.","<2 mm"
1216,"derived_analyte","CO2-C, Biomass per cm 10-day, Field Moist-Set1","co2_biom_10_cm1","co2_bio10cm_d-1_MW","F","6.0","kg/ha/cm","layer",,"to be added","The CO2 carbon produced by biomass flush in 10 days for a given depth interval.","<2 mm"
1215,"derived_analyte","Plant, Biomass per cm, Field Moist","plt_cm","plt_cm_d-1_MW","F","5.0","kg/ha/cm","layer",,"to be added","The percent plant matter in a given depth interval.","whole soil"
1214,"derived_analyte","Root, Biomass per cm, Field Moist","root_cm","root_cm_d-1_MW","F","5.0","kg/ha/cm","layer",,"to be added","The percent roots in a given depth interval.","whole soil"
1213,"derived_analyte","Sulfur, Mineral, Field Moist","s_min","s_min_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The sulfur content of the less than 53 micron fraction in a given depth interval.","whole soil"
1212,"derived_analyte","Nitrogen, Mineral per cm, Field Moist","n_min_cm","n_mincm_d-1_MW","F","5.0","kg/ha/cm","layer",,"to be added","The nitrogen content of the less than 53 micron fraction.","whole soil"
1211,"derived_analyte","Carbon, Mineral per cm, Field Moist","c_min_cm","c_mincm_d-1_MW","F","5.0","kg/ha/cm","layer",,"to be added","The carbon content of the less than 53 micron fraction.","whole soil"
1210,"derived_analyte","Sulfur, POM, Field Moist","s_pom","s_pom_d-1_MW","F","5.0","kg/ha","layer",,"to be added","The sulfur content of the greater than 53 micron fraction in a given depth interval.","whole soil"
1209,"derived_analyte","Nitrogen, POM per cm, Field Moist","n_pom_cm","n_pomcm_d-1_MW","F","5.0","kg/ha/cm","layer",,"to be added","The nitrogen content of the greater than 53 micron fraction.","whole soil"
1208,"derived_analyte","Carbon, POM per cm, Field Moist","c_pom_cm","c_pomcm_d-1_MW","F","5.0","kg/ha/cm","layer",,"to be added","The carbon content of the greater than 53 micron fraction.","whole soil"
1207,"aggregate analyte","Strontium, Major Element","sr_mjelm","Sr_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Sr is the strontium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as       percent oxide on the base of the size fraction used.",
1206,"aggregate analyte","Antigorite, tga","min_AG_tga","AG_tga","F","3.0","%","layer","mean","To Be Added","to be added",
1205,"aggregate analyte","Antigorite, tga","min_AG_tga","AG_tga","F","3.0","%","layer","mean","to be added","to be added",
1204,"derived_analyte","Clay, carbonate free, N prep","nco3_cly","nco3cly_d-0_N","F","4.1","% wt","layer",,"To Be Added","None carbonate clay. CMS derived value default","<2 mm"
1203,"derived_analyte","Ratio, CEC NH4OAc/Clay, <2mm, CMS derived value default, N prep","CEC7_CLY","cec7cl_d-0_N","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
1202,"derived_analyte","Ratio, 15 Bar Water to Clay, <2mm, N prep","w15cly","w15cly_d-1_N","F","4.2","(NA)","layer",,"w15l2 / clay_tot_psa","The ratio of 15 bar H2O percent / clay percent is calculated by (W15AD or W15FM)/CLAY_TOT, reported as grams per gram, on a <2 mm base. It provides inferences about clay mineralogy and the effectiveness of dispersion in the particle size analysis.","<2 mm"
1201,"aggregate analyte","Paragonite, x-ray","min_PT_x-ray","PTxray","C","4","peak_size","layer","concat","to be added","to be added",
1200,"aggregate analyte","Resistivity","resistv","RESIST","F","7.3","ohms/cm","layer","mean","To Be Added","Resistivity is the electrical resistance of a soil suspension, reported as ohms per centimeter on the <2 mm fraction. It is a measure of the amount of soluble salts in the sample.",
1199,"aggregate analyte","Electrical Conductivity,1:20 (w/w)","ec_1_20","EC1_20","F","6.2","dS/m","layer","mean","To Be Added","The electrical conductivity is used to determine whether additional salt analyses are needed, and to estimate appropriate dilution ratios for additional tests. It is reported as mmhos per centimeter of a 1:2 soil:water mixture by weight.",
1198,"derived_analyte","Sand, Total, H2O Dispersible, Moist","w_snd_tot_Moist","SndH2OM_d-1_M","F","4.1","% wt","layer",,"to be added","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1197,"derived_analyte","Silt, Total, H2O Dispersible, Moist","w_slt_tot_Moist","SiH2OM_d-1_M","F","4.1","% wt","layer",,"to be added","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1196,"derived_analyte","Silt, Coarse,  H2O Dispersible, Moist","w_slt_c_Moist","cSiH2OM_d-1_M","F","4.1","% wt","layer",,"to be added","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1195,"aggregate analyte","Silt, Fine, H2O Dispersible, Moist","w_slt_f_moist","SiF_W","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible fine silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.02 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1194,"aggregate analyte","Sand, Very Fine, H2O Dispersible, Moist","w_snd_vf_moist","SndVFW","F","4.1","% wt","layer","mean","to be added","H2O dispersible very fine sand, <2mm (by pipette) is the gravimetric percent 0.05 to 0.10 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1193,"aggregate analyte","Sand, Very Coarse, H2O Dispersible, Moist","w_snd_vc_moist","SndVCW","F","4.1","% wt","layer","mean","to be added","H2O dispersible very coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1192,"aggregate analyte","Sand, Medium, H2O Dispersible, Moist","w_snd_m_moist","SndM_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible medium sand, <2mm (by pipette) is the gravimetric percent 0.25 to 0.50 mm diameter particles separated without chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1191,"aggregate analyte","Sand, Fine, H2O Dispersible, Moist","w_snd_f_moist","SndF_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible fine sand, <2mm (by pipette) is the gravimetric percent of 0.10 to 0.25 mm diameter particles separated without the use of chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1190,"aggregate analyte","Sand, Coarse, H2O Dispersible, Moist","w_snd_c_moist","SndC_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or the removal of organic matter and salts. It is reported on a <2 mm base.",
1189,"aggregate analyte","Clay, Fine, H2O Dispersible, Moist","w_cly_f_moist","ClyF_W","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible fine clay, <2mm (by pipette) is the gravimetric percent of <0.0002 mm diameter particles dispersed without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1188,"aggregate analyte","Clay, Carbonate, H2O Dispersible, Moist","w_clyco3_moist","CCly_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible CO3 clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particle diameter carbonates dispersed without chemical dispersants, organic matter and clay removal. It is reported on a <2 mm base.",
1187,"derived_analyte","Mineral Interpretation, N prep, vfs","min_interp_vfs","MIvfs_d-1_N","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on very fine sand particle size fraction.","0.05-0.1 mm"
1186,"derived_analyte","Mineral Interpretation, N prep, fs","min_interp_fs","MIfs_d-1_N","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on fine sand particle size fraction.","0.1-0.25 mm"
1185,"derived_analyte","Mineral Interpretation, N prep, csi","min_interp_csi","MIcsi_d-1_N","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on coarse silt particle size fraction.","0.02-0.05 mm"
1183,"derived_analyte","Exchangeable Sodium Percentage No Sat, CMS derived value default","na_exch_nosat","ESPnsa_d-0_M","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run. CMS derived value default","<2 mm"
1182,"derived_analyte","Ratio, Sodium Absorption, SI-Set 1, default, G prep","SAR","SAR_d-0_G","F","4.0","(NA)","layer",,"na_satx / Sqr((ca_satx + mg_satx)/2)","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage. CMS derived value default","<2 mm"
1181,"derived_analyte","Ratio, Sodium Absorption, SI-Set 1, default, H prep","SAR","SAR_d-0_H","F","4.0","(NA)","layer",,"na_satx / Sqr((ca_satx + mg_satx)/2)","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage. CMS derived value default","<2 mm"
1180,"derived_analyte","Ratio, Sodium Absorption, SI-Set 1, default, N prep","SAR","SAR_d-0_N","F","4.0","(NA)","layer",,"na_satx / Sqr((ca_satx + mg_satx)/2)","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage. CMS derived value default","<2 mm"
1179,"derived_analyte","Exchangeable Sodium Percentage No Sat, CMS derived value default, G prep","na_exch_nosat","ESPnsa_d-0_G","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run. CMS derived value default","<2 mm"
1178,"derived_analyte","Exchangeable Sodium Percentage No Sat, CMS derived value default, H prep","na_exch_nosat","ESPnsa_d-0_H","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run. CMS derived value default","<2 mm"
1177,"derived_analyte","Exchangeable Sodium Percentage No Sat, CMS derived value default, N prep","na_exch_nosat","ESPnsa_d-0_N","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run. CMS derived value default","<2 mm"
1176,"derived_analyte","Exchangeable Sodium Percentage, CMS derived value default, G prep","na_exch_sat","ESPsat_d-0_G","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na. CMS derived value default","<2 mm"
1175,"derived_analyte","Exchangeable Sodium Percentage, CMS derived value default, H prep","na_exch_sat","ESPsat_d-0_H","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na. CMS derived value default","<2 mm"
1174,"derived_analyte","Exchangeable Sodium Percentage, CMS derived value default, N prep","na_exch_sat","ESPsat_d-0_N","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na. CMS derived value default","<2 mm"
1173,"derived_analyte","Total Salt, Estimated, CMS derived value default, G prep","TE_SALT","EsSalt_d-0_G","F","4.1","% wt","layer",,"(12.2347 * ec + (0.058 * ec ^ 2) - (0.0003 * ec ^ 3) - 4.2333)* 0.000064 * sat_percent","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1172,"derived_analyte","Total Salt, Estimated, CMS derived value default, H prep","TE_SALT","EsSalt_d-0_H","F","4.1","% wt","layer",,"(12.2347 * ec + (0.058 * ec ^ 2) - (0.0003 * ec ^ 3) - 4.2333)* 0.000064 * sat_percent","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1171,"derived_analyte","Total Salt, Estimated, CMS derived value default, N prep","TE_SALT","EsSalt_d-0_N","F","4.1","% wt","layer",,"(12.2347 * ec + (0.058 * ec ^ 2) - (0.0003 * ec ^ 3) - 4.2333)* 0.000064 * sat_percent","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1170,"derived_analyte","Aluminum Saturation, CMS derived value default, G prep","AL_SAT","AlSat_d-0_G","F","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.CMS derived value default","<2 mm"
1169,"derived_analyte","Aluminum Saturation, CMS derived value default, H prep","AL_SAT","AlSat_d-0_H","F","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.CMS derived value default","<2 mm"
1168,"derived_analyte","Cation Exchange Capacity, Effective, CMS derived value default, G prep","ECEC","ECEC_d-0_G","F","4.1","cmol(+)/kg","layer",,"(base_sum + al_kcl)","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1167,"derived_analyte","Cation Exchange Capacity, Effective, CMS derived value default, H prep","ECEC","ECEC_d-0_H","F","4.1","cmol(+)/kg","layer",,"(base_sum + al_kcl)","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1166,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CMS derived value default, G prep","BSESAT","BSSBas_d-0_G","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.. CMS derived value default","<2 mm"
1165,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CMS derived value default, H prep","BSESAT","BSSBas_d-0_H","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.. CMS derived value default","<2 mm"
1164,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CMS default, G prep","BSECAT","BSSCat_d-0_G","F","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100. CMS derived value default","<2 mm"
1163,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CMS default, H prep","BSECAT","BSSCat_d-0_H","F","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100. CMS derived value default","<2 mm"
1162,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CMS default, G prep","CEC_SUM","CECsum_d-0_G","F","4.1","cmol(+)/kg","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base. CMS derived value default","<2 mm"
1161,"derived_analyte","Sum of NH4OAc Extractable Bases, CMS derived value default, G prep","BASE_SUM","cecsb_d-0_G","F","4.1","cmol(+)/kg","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1160,"derived_analyte","Sum of NH4OAc Extractable Bases, CMS derived value default, H prep","BASE_SUM","cecsb_d-0_H","F","4.1","cmol(+)/kg","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1159,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CMS default, H prep","CEC_SUM","CECsum_d-0_H","F","4.1","cmol(+)/kg","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base. CMS derived value default","<2 mm"
1158,"derived_analyte","Cation Exchange Capacity, Effective, CMS derived value default, N prep","ECEC","ECEC_d-0_N","F","4.1","cmol(+)/kg","layer",,"(base_sum + al_kcl)","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1157,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CMS default, N prep","CEC_SUM","CECsum_d-0_N","F","4.1","cmol(+)/kg","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base. CMS derived value default","<2 mm"
1156,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CMS derived value default, N prep","BSESAT","BSSBas_d-0_N","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.. CMS derived value default","<2 mm"
1155,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CMS default, N prep","BSECAT","BSSCat_d-0_N","F","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100. CMS derived value default","<2 mm"
1154,"derived_analyte","Sum of NH4OAc Extractable Bases, CMS derived value default, N prep","BASE_SUM","cecsb_d-0_N","F","4.1","cmol(+)/kg","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1153,"derived_analyte","Aluminum Saturation, CMS derived value default, N prep","AL_SAT","AlSat_d-0_N","F","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.CMS derived value default","<2 mm"
1152,"derived_analyte","Sum of NH4OAc Extractable Bases, CMS derived value default, moist prep","BASE_SUM","cecsb_d-0_M","F","4.1","cmol(+)/kg","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1151,"aggregate analyte","Thallium, Trace Element","tl_trelm","Tl_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Tl is the thallium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1150,"derived_analyte","Mineral Interpretation, very fine sand","min_interp_vfs","MIvfs_d-1_S","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on very fine sand particle size fraction.","0.05-0.1 mm"
1149,"derived_analyte","Mineral Interpretation, fine sand","min_interp_fs","MIfs_d-1_S","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on fine sand particle size fraction.","0.1-0.25 mm"
1148,"derived_analyte","Mineral Interpretation, coarse silt","min_interp_csi","MIcsi_d-1_S","C","10","(NA)","layer",,"to be added","Mineral interpretation from results on coarse silt particle size fraction.","0.02-0.05 mm"
1147,"aggregate analyte","pH, Oxidized (initial)","ph_oxin","pH_oxi","F","3.1","(NA)","layer","mean","To Be Added","The initial oxidized pH is the pH of a sample measured before incubation while saturated with distilled water.",
1146,"aggregate analyte","Hydroxy-Interlayer Vermiculite, x-ray","min_HV_x-ray","HVxray","C","4","peak_size","layer","concat","to be added","to be added",
1145,"aggregate analyte","Hydroxy-Interlayer Smectite, x-ray","min_HS_x-ray","HSxray","C","4","peak_size","layer","concat","to be added","to be added",
1142,"aggregate analyte","Clay, Fine, Ultrasonic, Pipet","clay_f_Ultrasonic","ClyF_u","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction., PSDA, Ultrasonic, Pipet",
1141,"aggregate analyte","Clay, Fine, Moist, Ultrasonic, Pipet","clay_f_Moist_Ultra","ClyFMu","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction., PSDA, Ultrasonic, NaOH, Pipet",
1140,"aggregate analyte","Tungsten, Trace Element","w_trelm","W_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total W is the tungsten measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1139,"aggregate analyte","Tin, Trace Element","sn_trelm","Sn_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Sn is the tin measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1138,"aggregate analyte","Vanadium, Trace Element","v_trelm","V_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total V is the vanadium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1137,"aggregate analyte","Molybdenum, Trace Element","mo_trelm","Mo_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Mo is the molybdenum measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1136,"aggregate analyte","Strontium, Trace Element","sr_trelm","Sr_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Sr is the strontium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1135,"aggregate analyte","Selenium, Trace Element","se_trelm","Se_tot","F","8.2","ug/kg","layer","mean","To Be Added","Total Se is the selenium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1134,"aggregate analyte","Antimony, Trace Element","sb_trelm","Sb_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Sb is the antimony measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1133,"aggregate analyte","Beryllium, Trace Element","be_trelm","Be_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Be is the beryllium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1132,"aggregate analyte","Barium, Trace Element","ba_trelm","Ba_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Ba is the barium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1131,"aggregate analyte","Arsenic, Trace Element","as_trelm","As_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total As is the arsenic measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1130,"aggregate analyte","Silver, Trace Element","ag_trelm","Ag_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Ag is the silver measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
1129,"aggregate analyte","Phosphorus, Anion Resin Extractable, 24 hour","p_resin24","P_ar24","F","4.1","mg/kg","layer","mean","To Be Added","to be added",
1128,"aggregate analyte","Phosphorus, Anion Resin Extractable, 1 hour","p_resin1","P_ar1","F","4.1","mg/kg","layer","mean","To Be Added","to be added",
1073,"derived_analyte","Aluminum plus half Iron Oxalate, HM Prep","al_fe_ox0","Alfeox_d-0_HM","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1072,"derived_analyte","Aluminum plus half Iron Oxalate, M Prep","al_fe_ox0","Alfeox_d-0_M","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1071,"derived_analyte","Aluminum plus half Iron Oxalate, S Prep","al_fe_ox0","Alfeox_d-0_S","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
1070,"derived_analyte","Estimated Organic Carbon","eoc_tot_c","eoc_d-1_S","F","4.0","%","layer",,"to be added","Estimated Organic Carbon based on Total C and carbonates","<2 mm"
1069,"derived_analyte","Texture, USDA, S_SK prep","tex_psda","Textur_d-5_SK","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
1068,"derived_analyte","Texture, USDA, GP prep","tex_psda","Textur_d-4_GP","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data. GP prep.","<2 mm"
1067,"derived_analyte","Silt, Coarse,  H2O Dispersible, GP Prep","w_slt_c","cSiH2O_d-4_GP","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1066,"derived_analyte","Silt, Total, H2O Dispersible, GP Prep","w_slt_tot","SiH2O_d-4_GP","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1065,"derived_analyte","Sand, Total, H2O Dispersible, GP Prep","w_snd_tot","SndH2O_d-4_GP","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1064,"derived_analyte","Silt, Coarse,  H2O Dispersible, HM Prep","w_slt_c","cSiH2O_d-3_HM","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1063,"derived_analyte","Silt, Total, H2O Dispersible, HM Prep","w_slt_tot","SiH2O_d-3_HM","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1062,"derived_analyte","Sand, Total, H2O Dispersible, HM Prep","w_snd_tot","SndH2O_d-3_HM","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1061,"derived_analyte","Silt, Coarse,  H2O Dispersible, N Prep","w_slt_c","cSiH2O_d-2_N","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1060,"derived_analyte","Silt, Total, H2O Dispersible, N Prep","w_slt_tot","SiH2O_d-2_N","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1059,"derived_analyte","Sand, Total, H2O Dispersible, N Prep","w_snd_tot","SndH2O_d-2_N","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1058,"derived_analyte","Silt, Coarse, GP prep","silt_c_psa","cSilt_d-4_GP","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. GP prep.","<2 mm"
1057,"derived_analyte","Sand, Total, GP prep","sand_tot_psa","Sand_d-4_GP","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. G prep.","<2 mm"
1056,"derived_analyte","Silt, Total, GP prep","silt_tot_psa","Silt_d-4_GP","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. GP prep.","<2 mm"
1055,"derived_analyte","Silt, Coarse, S_SK prep","silt_c_psa","cSilt_d-4_SK","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1054,"derived_analyte","Sand, Total, S_SK prep","sand_tot_psa","Sand_d-4_SK","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","<2 mm"
1053,"derived_analyte","Silt, Total, S_SK prep","silt_tot_psa","Silt_d-4_SK","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
1052,"derived_analyte","Volume Percentage, >75mm, Whole Soil","vfg75","vpG75_d-1_S","F","3.0","% vol","layer",,"to be added","Particles with >75 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
1051,"derived_analyte","Volume Percentage, >20mm, Whole Soil","vfg20","vpG20_d-1_S","F","3.0","% vol","layer",,"to be added","Particles with >20 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
1050,"derived_analyte","Water Retention Difference, 1/3 to 15 Bar, Whole Soil","wrd_ws13","wrdws3_d-1_M","F","4.2","cm3/cm3","layer",,"([w3cld] - [w15l2]) * [wpl2] / 100. * [db_13bw] / 100","WRD-whole soil 1/3 bar to 15 bar is the volume of water released when the soil is dried from 1/3 bar to 15 bars water tension. It is reported as centimeters of water per centimeter depth of soil, but the value is constant for other units.","whole soil"
1049,"derived_analyte","Ratio, 15 Bar Water to Clay, <2mm, M prep","w15cly","w15cly_d-1_M","F","4.2","(NA)","layer",,"w15l2 / clay_tot_psa","The ratio of 15 bar H2O percent / clay percent is calculated by (W15AD or W15FM)/CLAY_TOT, reported as grams per gram, on a <2 mm base. It provides inferences about clay mineralogy and the effectiveness of dispersion in the particle size analysis.","<2 mm"
1048,"derived_analyte","Cation Exchange Capacity, Effective, CMS derived value default, moist prep","ECEC","ECEC_d-0_M","F","4.1","cmol(+)/kg","layer",,"(base_sum + al_kcl)","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
1047,"derived_analyte","Ratio, CEC NH4OAc/Clay, <2mm, CMS derived value default, moist prep","CEC7_CLY","cec7cl_d-0_M","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
1046,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CMS default, moist prep","CEC_SUM","CECsum_d-0_M","F","4.1","cmol(+)/kg","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base. CMS derived value default","<2 mm"
1045,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CMS derived value default, moist prep","BSESAT","BSSBas_d-0_M","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.. CMS derived value default","<2 mm"
1044,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CMS default, moist prep","BSECAT","BSSCat_d-0_M","F","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100. CMS derived value default","<2 mm"
1043,"derived_analyte","Aluminum Saturation, CMS derived value default, moist prep","AL_SAT","AlSat_d-0_M","F","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity. CMS derived value default","<2 mm"
1042,"aggregate analyte","CEC, BaCl2, pH 8.2","cec_bacl","CECbacl","F","4.1","cmol(+)/kg","layer","mean","To Be Added","CMS analyte. CEC by BaCl2 is the cation exchange capacity of the sample, determined by 0.5N BaCL2 in a system highly buffered at pH 8.2. It is reported as meq per 100 grams sample, on a <2 mm base.",
1041,"aggregate analyte","Water Retention, 2 Bar, <2mm Sieve, Field-moist","w2bl2fm","W2BL2fm","F","5.1","% wt","layer","mean","to be added","2 bar water, <2mm sieved, field moist is the gravimetric percent water in <2 mm airdry sieved samples after equilibration at 2 bars water tension. It is reported on a <2 mm base.",
1040,"aggregate analyte","Water Retention, 1 Bar, <2mm Sieve, Field-moist","w1bl2fm","W1BL2fm","F","5.1","% wt","layer","mean","to be added","1 bar water, <2mm sieved, field moist is the gravimetric water content of <2 mm sieved air dry samples after equilibration at 1 bar water tension. It is reported on a <2 mm base.",
1039,"derived_analyte","Coarse Fragments, 2-20mm, 75 mm Base","wf_220","wp220_d-1_S","F","3.0","% wt","layer",,"to be added","The gravimetric percentage of 2 to 20 mm diameter particles is reported on a <75 mm base.","<75 mm"
1038,"aggregate analyte","Sand, Medium + Coarse + Very Coarse, NaOAc","sand_mcvcc_NaOAc","Sdmcvc_NaOAc","F","4.1","% wt","layer","mean","To Be Added","CMS analyte. Medium + coarse + ver coarse sand is the soil separate with 0.25 to 2 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base. Treated with NaOAc to remove carbonates",
1037,"aggregate analyte","Clay, Fine, NaOH, Pipet","clay_f_NaOH","ClyF_NaOH","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction. Carbonates removed with NaOAc",
1036,"aggregate analyte","Clay, Fine, NaOAc, Pipet","clay_f_NaOAc","ClyF_NaOAc","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction. Carbonates removed with NaOAc",
1035,"derived_analyte","Silt, Coarse, NaOH, Pipet","silt_c_NaOH","cSiNaOH_d-1_S","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1034,"derived_analyte","Sand, Total, NaOH, Pipet","sand_tot_NaOH","SndNaOH_d-1_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1033,"derived_analyte","Silt, Total, NaOH, Pipet","silt_tot_NaOH","SiNaOH_d-1_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1032,"derived_analyte","Silt, Coarse, NaOAc, Pipet","silt_c_NaOAc","cSiNaOAc_d-1_S","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1031,"derived_analyte","Sand, Total, NaOAc, Pipet","sand_tot_NaOAc","SndNaOAc_d-1_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1030,"derived_analyte","Total Salt, Estimated, CMS derived value default","TE_SALT","EsSalt_d-0_S","F","4.1","% wt","layer",,"(12.2347 * ec + (0.058 * ec ^ 2) - (0.0003 * ec ^ 3) - 4.2333)* 0.000064 * sat_percent","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1029,"derived_analyte","Silt, Coarse,  H2O Dispersible, Moist","w_slt_c_moist","cSiH2O_d-1_M","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","H2O dispersible coarse silt, <2mm (by pipette) is the gravimetric percent of 0.02 to 0.05 mm diameter particles of a moist sample separated without chemical dispersion, or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1028,"derived_analyte","Sand, Total, H2O Dispersible, Moist","w_snd_tot_moist","SndH2O_d-1_M","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","H2O dispersible sand, <2mm (by pipette) is the gravimetric percent 0.05 to 2.0 mm diameter particles of a moist sample separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1027,"aggregate analyte","Silt, Fine, H2O Dispersible, Moist","w_slt_f_moist","SiF_WM","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible fine silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.02 mm diameter particles of a moist sample separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1026,"aggregate analyte","Sand, Very Fine, H2O Dispersible, Moist","w_snd_vf_moist","SndVFWM","F","4.1","% wt","layer","mean","to be added","H2O dispersible very fine sand, <2mm (by pipette) is the gravimetric percent 0.05 to 0.10 mm diameter particles of a moist sample separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1025,"aggregate analyte","Sand, Very Coarse, H2O Dispersible, Moist","w_snd_vc_moist","SndVCWM","F","4.1","% wt","layer","mean","to be added","H2O dispersible very coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles of a moist sample separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
1024,"aggregate analyte","Sand, Medium, H2O Dispersible, Moist","w_snd_m_moist","SndM_WM","F","4.1","% wt","layer","mean","to be added","H2O dispersible medium sand, <2mm (by pipette) is the gravimetric percent 0.25 to 0.50 mm diameter particles of a moist sample separated without chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1023,"aggregate analyte","Sand, Fine, H2O Dispersible, Moist","w_snd_f_moist","SndF_WM","F","4.1","% wt","layer","mean","to be added","H2O dispersible fine sand, <2mm (by pipette) is the gravimetric percent of 0.10 to 0.25 mm diameter particles of a moist sample separated without the use of chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
1022,"aggregate analyte","Sand, Coarse, H2O Dispersible, Moist","w_snd_c_moist","SndC_WM","F","4.1","% wt","layer","mean","to be added","H2O dispersible coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles of a moist sample separated without chemical dispersants or the removal of organic matter and salts . It is reported on a <2 mm base.",
1021,"aggregate analyte","Magnesium, KCl Extractable","mg_kcl","Mg_kcl","F","4.1","cmol(+)/kg","layer","mean","to be added","The KCl extractable magnesium is the fraction removed by 1.0N KCl.",
1020,"aggregate analyte","Calcium, KCl Extractable","ca_kcl","Ca_kcl","F","4.1","cmol(+)/kg","layer","mean","to be added","The KCl extractable calcium is the fraction removed by 1.0N KCl.",
1019,"derived_analyte","Silt, Total, NaOAc, Pipet","silt_tot_NaOAc","SiNaOAc_d-1_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base. CMS derived value default","<2 mm"
1018,"derived_analyte","Silt, Total, H2O Dispersible, Moist","w_slt_moist","SiH2O_d-1_M","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","H2O dispersible silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.","<2 mm"
1017,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average","cec7_cly_cms","wace7cl_d-1_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
1016,"derived_analyte","Iron Oxides (Goethite, Magnetite, Hematite, Li), mica_adjustment","min_FE_mica_adj","FE_mica","I","3.0","%","layer","mean","to be added","to be added",
1015,"derived_analyte","Chert (Chalcedony, Jasper, Agate, Onyx), mica_adjustment","min_CD_mica_adj","CD_mica","I","3.0","%","layer","mean","to be added","to be added",
1014,"derived_analyte","Hypersthene, CMS mica_adjustment","min_HY_mica_adj","HY_mica","I","3.0","%","layer","mean","to be added","to be added",
1013,"derived_analyte","Thenardite, mica_adjustment","min_TH_mica_adj","TH_mica","I","3.0","%","layer","mean","to be added","to be added",
1012,"derived_analyte","Tridymite, mica_adjustment","min_TD_mica_adj","TD_mica","I","3.0","%","layer","mean","to be added","to be added",
1011,"derived_analyte","Smectite, mica_adjustment","min_SM_mica_adj","SM_mica","I","3.0","%","layer","mean","to be added","to be added",
1010,"derived_analyte","Sepiolite, mica_adjustment","min_SE_mica_adj","SE_mica","I","3.0","%","layer","mean","to be added","to be added",
1009,"derived_analyte","Scapolite, mica_adjustment","min_SC_mica_adj","SC_mica","I","3.0","%","layer","mean","to be added","to be added",
864,"derived_analyte","Arfvedsonite, mica_adjustment","min_AF_mica_adj","AF_mica","I","3.0","%","layer","mean","to be added","to be added",
863,"derived_analyte","Aragonite, mica_adjustment","min_AO_mica_adj","AO_mica","I","3.0","%","layer","mean","to be added","to be added",
862,"derived_analyte","Apatite, mica_adjustment","min_AP_mica_adj","AP_mica","I","3.0","%","layer","mean","to be added","to be added",
861,"derived_analyte","Antigorite, mica_adjustment","min_AG_mica_adj","AG_mica","I","3.0","%","layer","mean","to be added","to be added",
860,"derived_analyte","Anthophyllite, mica_adjustment","min_AH_mica_adj","AH_mica","I","3.0","%","layer","mean","to be added","to be added",
859,"derived_analyte","Anorthoclase, mica_adjustment","min_FH_mica_adj","FH_mica","I","3.0","%","layer","mean","to be added","to be added",
858,"derived_analyte","Anorthite, mica_adjustment","min_FN_mica_adj","FN_mica","I","3.0","%","layer","mean","to be added","to be added",
857,"derived_analyte","Anhydrite, mica_adjustment","min_AY_mica_adj","AY_mica","I","3.0","%","layer","mean","to be added","to be added",
856,"derived_analyte","Andesite, mica_adjustment","min_FA_mica_adj","FA_mica","I","3.0","%","layer","mean","to be added","to be added",
855,"derived_analyte","Andalusite, mica_adjustment","min_AN_mica_adj","AN_mica","I","3.0","%","layer","mean","to be added","to be added",
854,"derived_analyte","Anatase, mica_adjustment","min_AE_mica_adj","AE_mica","I","3.0","%","layer","mean","to be added","to be added",
853,"derived_analyte","Amphibole, mica_adjustment","min_AM_mica_adj","AM_mica","I","3.0","%","layer","mean","to be added","to be added",
852,"derived_analyte","Albite, mica_adjustment","min_FB_mica_adj","FB_mica","I","3.0","%","layer","mean","to be added","to be added",
851,"derived_analyte","Actinolite, mica_adjustment","min_AC_mica_adj","AC_mica","I","3.0","%","layer","mean","to be added","to be added",
823,"aggregate analyte","Total grains counted","tot_gr","tot_gr","I","3.0","count","layer","mean","To Be Added","The total number of grains counted in the given size fraction.",
820,"derived_analyte","Potassium Oxide, Total","k2o_tot","K2O","F","4.1","% wt","layer","mean","To Be Added","Total K oxide is calculated from the potassium measured after total dissolution of a size fraction of soil material. It is stored and reported as percent oxide on the base of the size fraction used.",
819,"derived_analyte","Aluminum Oxide, Total","al2o3_tot","Al2O3","F","6.0","% wt","layer","mean","To Be Added","Total Al oxide is calculated from the aluminum measured after total dissolution of a size fraction of soil material. It is stored and reported as  percent oxide on the base of the size fraction used.",
801,"derived_analyte","Exchangeable Sodium Percentage, CMS derived value default","na_exch_sat","ESPsat_d-0_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na. CMS derived value default","<2 mm"
800,"derived_analyte","Exchangeable Sodium Percentage No Sat, CMS derived value default","na_exch_nosat","ESPnsa_d-0_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run. CMS derived value default","<2 mm"
799,"derived_analyte","Cation Exchange Capacity, Effective, CMS derived value default, standa prep","ECEC","ECEC_d-0_S","F","4.1","cmol(+)/kg","layer",,"(base_sum + al_kcl)","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
798,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CMS derived value default, standard pr","CECSCT","cec8cl_d-0_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base. CMS derived value default","<2 mm"
797,"derived_analyte","Ratio, CEC NH4OAc/Clay, <2mm, CMS derived value default, standard prep","CEC7_CLY","cec7cl_d-0_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
796,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CMS default, standard prep","CEC_SUM","CECsum_d-0_S","F","4.1","cmol(+)/kg","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base. CMS derived value default","<2 mm"
795,"derived_analyte","Cumulative Curve, <0.3mm, <75mm","CC30P","cc30p_d-1_S","F","4.1","mm","layer",,"To Be Added","The cumulative gravimetric percentage of particles with <0.3 mm diameter, reported on a <3 inch base.","<75 mm"
794,"derived_analyte","Estimated organic carbon","c_org_est","corgest_d-0_S","F","4.1","% wt","layer",,"To Be Added","Estimated soil organic carbon. Total carbon minus .13 X CaCO3","<2 mm"
793,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CMS derived value default, standard prep","BSESAT","BSSBas_d-0_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.. CMS derived value default","<2 mm"
792,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CMS default, standard prep","BSECAT","BSSCat_d-0_S","F","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100. CMS derived value default","<2 mm"
791,"derived_analyte","Sum of NH4OAc Extractable Bases, CMS derived value default, standard prep","BASE_SUM","cecsb_d-0_S","F","4.1","cmol(+)/kg","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base. CMS derived value default","<2 mm"
790,"derived_analyte","Aluminum Saturation, CMS derived value default, standard prep","AL_SAT","AlSat_d-0_S","F","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.CMS derived value default","<2 mm"
789,"aggregate analyte","Sand, Medium + Coarse + Very Coarse","sand_mcvc","Sdmcvc","F","4.1","% wt","layer","mean","To Be Added","CMS analyte. Medium + coarse + ver coarse sand is the soil separate with 0.25 to 2 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
788,"aggregate analyte","Calcium plus Magnesium, Saturation Extract","ca+mg_satx","Ca+Mg","F","5.1","mmol(+)/L","layer","mean","To Be Added","CMS analyte. Calcium plus magnesium in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
787,"aggregate analyte","Carbonate plus Bicarbonate, Saturation Extract","hco3+co3","HCO3+CO3","F","5.1","mmol(-)/L","layer","mean","To Be Added","CMS analyte. Bicarbonate plus carbonate in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
786,"aggregate analyte","Bulk Density, <2mm Fraction, Air-dry","db_ad","DbAD","F","4.2","g/cc","layer","mean","To Be Added","CMS analyte. Bulk density, air-dry (30 C) is the weight per unit volume of the <2 mm fraction, with volume measured on air--dry (30 C) natural fabric (clods). It is reported as grams per cubic centimeter on a <2 mm base.",
785,"aggregate analyte","Water Retention, 15 Bar, <2mm,  Field moist","w15bfm","W15fm","F","5.1","% wt","layer","mean","To Be Added","CMS analyte. 15 bar water on field moist soil is the gravimetric water content of <2 mm field moist samples after equilibration at 15 bars water tension. It is reported on a <2 mm base. The value is influenced by clay %, mineralogy, and organic carbon %.",
784,"aggregate analyte","Surface Area, Ethylene Glycol","sa_eg","SAeg","F","6.1","mg/g","layer","mean","To Be Added","CMS analyte. The EGME surface area is an indicator of the sample surface available to adsorb a weakly polar liquid (ethylene glycol monoethyl ether). It is CMS analyte. reported as grams EG per gram of sample.",
783,"aggregate analyte","pH, 1:10 Soil-CaCl2 Suspension","ph10_ca","pH10_cac","F","3.1","(NA)","layer","mean","To Be Added","CMS analyte. The pH, 1:10 soil-CaCl2 is the pH of a sample measured in 0.01M CaCl2 at a 1:10 soil:solution ratio.",
782,"aggregate analyte","pH, 1:10 Soil-Water Suspension","ph10_h2o","pH10_h2o","F","3.1","(NA)","layer","mean","To Be Added","CMS analyte. The pH, 1:10 soil-water suspension is the pH of a sample measured in distilled water at a 1:10 soil:solution ratio.",
781,"aggregate analyte","CEC, NaOAc, pH 8.2","cec_nac","CECnac","F","4.1","cmol(+)/kg","layer","mean","To Be Added","CMS analyte. CEC by NaOAC is the cation exchange capacity of the sample, determined by 1N NaOAC in a system highly buffered at pH 8.2. It is reported as meq per 100 grams sample, on a <2 mm base.",
780,"aggregate analyte","Carbon, Organic","oc","OC","F","4.2","% wt","layer","mean","To Be Added","CMS analyte. Organic carbon is a measure of all organic forms of carbon in the soil, including organic carbon within minerals.",
779,"derived_analyte","Projected Subsidence","proj_subsidence","subsid_d-1_S","F","4.0","%","layer",,"to be added","Projected Subsidence based on percent mineral content and field moist dB","<2 mm"
778,"derived_analyte","Limnic material type","limnic_type","limtyp_d-1_S","C","6","(NA)","layer",,"to be added","Limnic material type based on soil color and %fiber rubbed","<2 mm"
777,"derived_analyte","Decomposition State","decomp_state","decst_d-1_S","C","6","(NA)","layer",,"to be added","Decomposition State based on soil color and %fiber rubbed","<2 mm"
776,"derived_analyte","Estimated Organic Matter plus Mineral Content","eom_minlt2","eommin_d-1_S","F","4.0","%","layer",,"eom_tot_c + min_lt2","EOM (based on Total C) plus Mineral Content","<2 mm"
775,"derived_analyte","Estimated Organic Matter","eom_tot_c","eom_d-1_S","F","4.0","%","layer",,"(c_tot_ncs - .12 * caco3) * 1.724","Estimated Organic Matter based on Total C","<2 mm"
774,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 6","ecec_cly_cecd6","ececcl_d-12_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
773,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 5","ecec_cly_cecd5","ececcl_d-11_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
772,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 4","ecec_cly_cecd4","ececcl_d-10_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
771,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 3","ecec_cly_cecd3","ececcl_d-9_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
770,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 2","ecec_cly_cecd2","ececcl_d-8_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
769,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CECd-Set 1","ecec_cly_cecd1","ececcl_d-7_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
768,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CEC-Set 6","ecec_cly_cec6","ececcl_d-6_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
767,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CEC-Set 5","ecec_cly_cec5","ececcl_d-5_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
766,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CEC-Set 4","ecec_cly_cec4","ececcl_d-4_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
765,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CEC-Set 3","ecec_cly_cec3","ececcl_d-3_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
764,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CEC-Set 2","ecec_cly_cec2","ececcl_d-2_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
763,"derived_analyte","Ratio, Effective CEC to Clay, <2mm, CEC-Set 1","ecec_cly_cec1","ececcl_d-1_S","F","4.2","(NA)","layer",,"(ecec_cec / clay_tot_psa)","The ECEC / total clay ratio is calculated by ECEC_CEC/CLAY_TOT. It is reported on a <2 mm base.","<2 mm"
762,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CECd-Set 3","na_exch_sat4_cecd3","ESPsat_d-16_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
761,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CECd-Set 2","na_exch_sat4_cecd2","ESPsat_d-15_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
760,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CECd-Set 1","na_exch_sat4_cecd1","ESPsat_d-14_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
759,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CECd-Set 3","na_exch_sat1_cecd3","ESPsat_d-6_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
758,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CECd-Set 2","na_exch_sat1_cecd2","ESPsat_d-5_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
757,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CECd-Set 1","na_exch_sat1_cecd1","ESPsat_d-4_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
756,"derived_analyte","Exchangeable Sodium Percentage No Sat, CECd-Set 3","na_exch_nosat_cecd3","ESPnsa_d-6_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
755,"derived_analyte","Exchangeable Sodium Percentage No Sat, CECd-Set 2","na_exch_nosat_cecd2","ESPnsa_d-5_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
754,"derived_analyte","Exchangeable Sodium Percentage No Sat, CECd-Set 1","na_exch_nosat_cecd1","ESPnsa_d-4_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
753,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 6","ecec_cecd6","ECEC_d-12_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
752,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 5","ecec_cecd5","ECEC_d-11_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
751,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 4","ecec_cecd4","ECEC_d-10_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
750,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 3","ecec_cecd3","ECEC_d-9_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
749,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 2","ecec_cecd2","ECEC_d-8_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
748,"derived_analyte","Cation Exchange Capacity, Effective, CECd-Set 1","ecec_cecd1","ECEC_d-7_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
747,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CECd-Set 3","cec8_cly_cecd3","cec8cl_d-6_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
746,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CECd-Set 2","cec8_cly_cecd2","cec8cl_d-5_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
745,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CECd-Set 1","cec8_cly_cecd1","cec8cl_d-4_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
744,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, CECd, Set 3","cec7_cly_cecd3_wtavg","wace7cl_d-6_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
743,"derived_analyte","Ratio, CECd NH4OAc/Clay, <2mm, CECd-Set 3","cec7_cly_cecd3","cec7cl_d-6_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
742,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, CECd, Set 2","cec7_cly_cecd2_wtavg","wace7cl_d-5_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
741,"derived_analyte","Ratio, CECd NH4OAc/Clay, <2mm, CECd-Set 2","cec7_cly_cecd2","cec7cl_d-5_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
740,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, CECd, Set 1","cec7_cly_cecd1_wtavg","wace7cl_d-4_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
739,"derived_analyte","Ratio, CECd NH4OAc/Clay, <2mm, CECd-Set 1","cec7_cly_cecd1","cec7cl_d-4_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
738,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 3","cec_sum_cecd3","CECsum_d-6_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
737,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CECd-Set 2","cec_sum_cecd2","CECsum_d-5_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
723,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 3","base_sum_cecd3","cecsb_d-6_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
722,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 2","base_sum_cecd2","cecsb_d-5_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
721,"derived_analyte","Sum of NH4OAc Extractable Bases, CECd-Set 1","base_sum_cecd1","cecsb_d-4_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
720,"derived_analyte","Aluminum Saturation, CECd-Set 6","al_sat_cecd6","AlSat_d-12_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
719,"derived_analyte","Aluminum Saturation, CECd-Set 5","al_sat_cecd5","AlSat_d-11_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
718,"derived_analyte","Aluminum Saturation, CECd-Set 4","al_sat_cecd4","AlSat_d-10_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
717,"derived_analyte","Aluminum Saturation, CECd-Set 3","al_sat_cecd3","AlSat_d-9_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
716,"derived_analyte","Aluminum Saturation, CECd-Set 2","al_sat_cecd2","AlSat_d-8_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
715,"derived_analyte","Aluminum Saturation, CECd-Set 1","al_sat_cecd1","AlSat_d-7_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
714,"derived_analyte","LE, Whole Soil, Summed to 1m","COLEws_sum","sulews_d-1_S","F","3.0","cm/m","pedon",,"to be added","Summation coefficient of linear extensibility to 1 meter in depth","whole soil"
713,"derived_analyte","Volume, >2mm, Weighted Average","vfg2_wtavg","wavfg2_d-1_S","F","3.0","% vol","pedon",,"to be added","Weighted average total clay content for control section depths","whole soil"
712,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, Set 3","cec7_cly_cec3_wtavg","wace7cl_d-3_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
711,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, Set 2","cec7_cly_cec2_wtavg","wace7cl_d-2_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
710,"derived_analyte","CEC Activity, CEC7/Clay, Weighted Average, Set 1","cec7_cly_cec1_wtavg","wace7cl_d-1_S","F","5.2","(NA)","pedon",,"to be added","Weighted average cec-7 to clay ratio for control section depths","<2 mm"
709,"derived_analyte","Clay, total, Weighted Average","clay_tot_wtavg","wacltot_d-1_S","F","3.0","% wt","pedon",,"to be added","Weighted average total clay content for control section depths","<2 mm"
708,"derived_analyte","Cation Exchange Capacity, Effective, CEC-Set 6","ecec_cec6","ECEC_d-6_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
707,"derived_analyte","Cation Exchange Capacity, Effective, CEC-Set 5","ecec_cec5","ECEC_d-5_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
706,"derived_analyte","Cation Exchange Capacity, Effective, CEC-Set 4","ecec_cec4","ECEC_d-4_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
705,"derived_analyte","Aluminum Saturation, CEC-Set 6","al_sat_cec6","AlSat_d-6_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
704,"derived_analyte","Aluminum Saturation, CEC-Set 5","al_sat_cec5","AlSat_d-5_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
703,"derived_analyte","Aluminum Saturation, CEC-Set 4","al_sat_cec4","AlSat_d-4_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
702,"derived_analyte","Estimated, clay, S Prep","clay_tot_est","Clayest_d-1_S","F","4.1","% wt","layer",,"to be added","The estimated total clay percentage is calculated based on the water retention 15 bar air-dry times 2.5.  The 15 bar air-dry value is adjusted if carbon is present (c_tot_ncs) which may be also adjusted if carbonates (caco3) are also present.","<2 mm"
701,"derived_analyte","Aluminum plus half Iron Oxalate, MW Prep, Inst Set 2","al_fe_ox2","Alfeox_d-2_MW","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
700,"derived_analyte","Aluminum plus half Iron Oxalate, MW Prep, Inst Set 1","al_fe_ox1","Alfeox_d-1_MW","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
699,"derived_analyte","Aluminum plus half Iron Oxalate, GP Prep, Inst Set 2","al_fe_ox2","Alfeox_d-2_GP","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
698,"derived_analyte","Aluminum plus half Iron Oxalate, GP Prep, Inst Set 1","al_fe_ox1","Alfeox_d-1_GP","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
697,"derived_analyte","Aluminum plus half Iron Oxalate, N Prep, Inst Set 2","al_fe_ox2","Alfeox_d-2_N","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
696,"derived_analyte","Aluminum plus half Iron Oxalate, N Prep, Inst Set 1","al_fe_ox1","Alfeox_d-1_N","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
695,"derived_analyte","Aluminum plus half Iron Oxalate, HM Prep, Inst Set 2","al_fe_ox2","Alfeox_d-2_HM","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
694,"derived_analyte","Aluminum plus half Iron Oxalate, HM Prep, Inst Set 1","al_fe_ox1","Alfeox_d-1_HM","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
693,"derived_analyte","Aluminum plus half Iron Oxalate, M Prep, Inst Set 2","al_fe_ox2","Alfeox_d-2_M","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
692,"derived_analyte","Aluminum plus half Iron Oxalate, M Prep, Inst Set 1","al_fe_ox1","Alfeox_d-1_M","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
691,"derived_analyte","Aluminum plus half Iron Oxalate, S Prep, Inst Set 2","al_fe_ox2","Alfeox_d-2_S","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
690,"derived_analyte","Aluminum plus half Iron Oxalate, S Prep, Inst Set 1","al_fe_ox1","Alfeox_d-1_S","F","5.2","% wt","layer",,"al_ox + fe_ox / 2","The extractable aluminum is added to half of the amount of extractable iron in an ammonium oxalate solution.","<2 mm"
689,"derived_analyte","Ratio, 15 Bar Water to Clay, <2mm, Moist","w15cly_Moist","Mw15cly_d-1_M","F","4.2","(NA)","layer",,"to be added","The ratio of 15 bar H2O percent / clay percent is calculated by (W15AD or W15FM)/CLAY_TOT, reported as grams per gram, on a <2 mm base. It provides inferences about clay mineralogy and the effectiveness of dispersion in the particle size analysis.","<2 mm"
688,"derived_analyte","Texture, USDA, Moist","tex_psda_Moist","MTextur_d-1_M","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
687,"derived_analyte","Silt, Total, Moist","silt_tot_Moist","MSilt_d-1_M","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
686,"derived_analyte","Silt, Coarse, Moist","silt_c_Moist","MCSilt_d-1_M","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
685,"derived_analyte","Sand, Total, Moist","sand_tot_Moist","MSand_d-1_M","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.","<2 mm"
684,"aggregate analyte","Volume, CEC, NH4OAc, Syringe Extract, 2M KCl displacement","volcecextr_NH4d","Volnh4","F","4.2","mL","layer","mean","To Be Added","The volume of the extract contained in the syrringe of the CEC procedure. This value is not normally reported.  It is used in the calculation of extractable bases (Ca, Mg, Na, K).",
683,"aggregate analyte","Iron, KCl Extractable","fe_kcl","Fe_kcl","F","4.1","mg/kg","layer","mean","To Be Added","The KCl extractable iron approximates the exchangeable or plant available fraction. It is reported as milligrams per kilogram on a <2 mm base.",
682,"aggregate analyte","Sodium, NH4OAc Extractable, 2M KCl displacement","na_nh4d","Na_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable sodium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable Na. It is reported as meq per 100 grams on a <2 mm base.",
681,"aggregate analyte","Potassium, NH4OAc Extractable, 2M KCl displacement","k_nh4d","K_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable potassium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable K. It is reported as meq per 100 grams on a <2 mm base.",
680,"aggregate analyte","Magnesium, NH4OAc Extractable, 2M KCl displacement","mg_nh4d","Mg_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable magnesium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable Mg if MgCO3 is not present. It is reported as meq per 100 grams on a <2 mm base.",
679,"aggregate analyte","CEC, NH4OAc, pH 7.0, 2M KCl displacement","cecd_nh4","CECnh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","CEC by NH4OAC is the cation exchange capacity of the sample, determined by 1N NH4OAC in a system highly buffered at pH 7.0 The NH4 is displaced by 2M KCl to obtain a solution without solids. It is reported as meq per 100 grams sample, on a <2 mm base.",
678,"aggregate analyte","Calcium, NH4OAc Extractable, 2M KCl displacement","ca_nh4d","Ca_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable calcium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable Ca. It is reported as meq per 100 grams on a <2 mm base. It is not reported for samples containing carbonates or soluble salts.",
677,"derived_analyte","Exchangeable Sodium Percentage No Sat, CEC-Set 3","na_exch_nosat_cec3","ESPnsa_d-3_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
676,"derived_analyte","Exchangeable Sodium Percentage No Sat, CEC-Set 2","na_exch_nosat_cec2","ESPnsa_d-2_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
675,"derived_analyte","Exchangeable Sodium Percentage No Sat, CEC-Set 1","na_exch_nosat_cec1","ESPnsa_d-1_S","F","3.0","%","layer",,"100.0 * na_nh4 / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. Calculated when saturated paste was not run.","<2 mm"
674,"derived_analyte","Texture, USDA, N prep","tex_psda","Textur_d-3_N","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
673,"derived_analyte","Silt, Total, N prep","silt_tot_psa","Silt_d-3_N","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
672,"derived_analyte","Silt, Coarse, N prep","silt_c_psa","cSilt_d-3_N","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
671,"derived_analyte","Sand, Total, N prep","sand_tot_psa","Sand_d-3_N","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base.  H prep.","<2 mm"
670,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CEC-Set 3","na_exch_sat4_cec3","ESPsat_d-13_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
669,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CEC-Set 2","na_exch_sat4_cec2","ESPsat_d-12_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
668,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 4, CEC-Set 1","na_exch_sat4_cec1","ESPsat_d-11_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
667,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CEC-Set 3","bsesat_cec3","BSSBas_d-3_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
666,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CEC-Set 2","bsesat_cec2","BSSBas_d-2_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
665,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 9","bsecat_cec9","BSSCat_d-9_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
664,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 8","bsecat_cec8","BSSCat_d-8_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
663,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 7","bsecat_cec7","BSSCat_d-7_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
662,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 6","bsecat_cec6","BSSCat_d-6_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
661,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 5","bsecat_cec5","BSSCat_d-5_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
660,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 4","bsecat_cec4","BSSCat_d-4_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
659,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 3","bsecat_cec3","BSSCat_d-3_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
658,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 2","bsecat_cec2","BSSCat_d-2_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
657,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CEC-Set 3","cec8_cly_cec3","cec8cl_d-3_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
656,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CEC-Set 2","cec8_cly_cec2","cec8cl_d-2_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
655,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CEC-Set 3","cec_sum_cec3","CECsum_d-3_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
654,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CEC-Set 2","cec_sum_cec2","CECsum_d-2_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
653,"derived_analyte","Sum of NH4OAc Extractable Bases, CEC-Set 3","base_sum_cec3","cecsb_d-3_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
652,"derived_analyte","Sum of NH4OAc Extractable Bases, CEC-Set 2","base_sum_cec2","cecsb_d-2_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
651,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CEC-Set 3","na_exch_sat1_cec3","ESPsat_d-3_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
634,"derived_analyte","Water Content, Bulk Sample","h2obulksmp","h2obs_d-1_S","F","4.1","% wt","layer",,"to be added","The gravimetric percent water of the bulk sample at the time of sample preparation.  This is analyte is an estimate of the field water content of the soil, if no measurement is available.","<2 mm"
633,"derived_analyte","Coarse Fragments, Less 2mm, Volume Fraction, Whole Soil Base","vf_l2_ws","vfL2ws_d-1_S","F","3.2","(NA)","layer",,"to be added","The volumetric fraction of less than 2 mm diameter particles  reported on a whole soil base.","whole soil"
632,"derived_analyte","Coarse Fragments, Greater 2mm, Wt Percent, Whole Soil Base","wf_g2_ws","wpG2ws_d-1_S","F","3.0","% wt","layer",,"to be added","The gravimetric percentage of greater than 2 mm diameter particles reported on a whole soil base.","whole soil"
631,"derived_analyte","Coarse Fragments, 5-20mm, 75 mm Base","wf_520","wp520_d-1_S","F","3.0","% wt","layer",,"wf_520","The gravimetric percentage of 5 to 20 mm diameter particles is reported on a <75 mm base.","<75 mm"
630,"derived_analyte","Coarse Fragments, 20-75mm, 75 mm Base","wf_2075","wp2075_d-1_S","F","3.0","% wt","layer",,"wf_2075","The gravimetric percentage of 20 to 75 mm diameter particles is reported on a <75 mm base.","<75 mm"
629,"derived_analyte","Coarse Fragments, 2-75mm, Volume Percent, 75 mm Base","vf_275","vf275_d-1_S","F","3.0","% vol","layer",,"to be added","The volumetric percentage of the 2 to 75 mm diameter particles reported on a <75 mm base.","<75 mm"
628,"derived_analyte","Coarse Fragments, 2-5mm, 75 mm Base","wf_25","wp25_d-1_S","F","3.0","% wt","layer",,"wf_52","The gravimetric percentage of 2 to 5 mm diameter particles is reported on a <75 mm base.","<75 mm"
627,"derived_analyte","Weighted Particles, 0.1-75mm, 75 mm Base","wf_0175_wtavg","wa0175_d-1_S","F","3.0","% wt","pedon",,"to be added","Weighted average for the gravimetric percentage of 0.1 to 75 mm diameter particles is reported on a <75 mm base at specific depths. Silty families have <15%, loamy families >= 15%.","<75 mm"
626,"derived_analyte","COLE, Ovendry to 1/3 Bar, <2mm","COLEl2","COLEl2_d-1","F","4.3","(NA)","layer",,"([Db_od]/[db_13b])^(1/3)-1","The coefficient of linear extensibility is a derived value that denotes the fractional change in the fine-earth fraction dimension from a dry to a moist state .","<2 mm"
625,"derived_analyte","COLE, Ovendry to 1/3 Bar, Whole Soil","COLEws","COLEws_d-1","F","4.3","(NA)","layer",,"((1/([vfl2]/100*([db_13b]/[Db_od])+1-[vfl2]/100))^(1/3)-1)","The coefficient of linear extensibility is a derived value that denotes the fractional change in clod dimension from a dry to a moist state.","whole soil"
624,"derived_analyte","Gypsum, <20 mm","gypl20","gypL20_d-1_S","F","3.0","% wt","layer",,"gypl2 * C + gyp2_20 * B",,
623,"derived_analyte","CaCO3, <20 mm","caco3l20","Car220_d-1_S","F","3.0","% wt","layer",,"caco3 * C + caco32_20 * B",,
622,"derived_analyte","Ratio, CEC NH4OAc/Clay, <2mm, CEC-Set 2","cec7_cly_cec2","cec7cl_d-2_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
621,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CEC-Set 5","na_exch_si1_icp","ESPsat_d-1_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
620,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CEC-Set 2","na_exch_sat1_cec2","ESPsat_d-2_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
619,"derived_analyte","Cation Exchange Capacity, Effective, CEC-Set 2","ecec_cec2","ECEC_d-2_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
618,"derived_analyte","Aluminum Saturation, CEC-Set 2","al_sat_cec2","AlSat_d-2_S","I","3.0","%","layer",,"(al_kcl/(ecec_cec))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
617,"derived_analyte","Weight Percentage, 75 to 250 mm, Whole Soil","wp25075","wp2507_d-1_S","F","3.0","% wt","layer",,"(vol75-250)/100 * pd_g2 / db_13bw * 100.","The gravimetric percentage of 75 to 250 mm diameter particles is reported on a whole soil base.","whole soil"
616,"derived_analyte","Weight Percentage, 75 to 2  mm, <75mm","wf_275","wp275_d-1_S","F","3.0","% wt","layer",,"(wf_25 + wf_520 + wf_2075)","The gravimetric percentage of 2 to 75 mm diameter particles is reported on a <75 mm base.","<75 mm"
615,"derived_analyte","Weight Percentage, 5 to 20 mm, Whole Soil","wp205","wp205_d-1_S","F","3.0","% wt","layer",,"wf_520","The gravimetric percentage of 5 to 20 mm diameter particles is reported on a whole soil base.","whole soil"
614,"derived_analyte","Weight Percentage, 250 mm and Greater, Whole Soil","wp250u","wp250u_d-1_S","F","3.0","% wt","layer",,"vol>250/100 * pd_g2 / db_13bw * 100.","The gravimetric percentage of >250 mm diameter particles is reported on a whole soil base.","whole soil"
613,"derived_analyte","Weight Percentage, 20 to 75 mm, Whole Soil","wp7520","wp7520_d-1_S","F","3.0","% wt","layer",,"wf_2075","The gravimetric percentage of 20 to 75 mm diameter particles is reported on a whole soil base.","whole soil"
612,"derived_analyte","Weight Percentage, 2-75mm, Clay-Free Whole Soil","cf752","cf7520_d-1_S","F","3.0","% wt","layer",,"[wp752]/(100-wpl2/100 * clay_tot_psa) * 100","The gravimetric percent of particles with 2.0-75 mm diameter, reported on a clay free whole soil base.","whole soil"
611,"derived_analyte","Weight Percentage, 2-20mm, Clay-Free Whole Soil","cf202","cf202_d-1_S","F","3.0","% wt","layer",,"([wp205] + [wp52])/(100-wpl2/100 * clay_tot_psa) * 100","The gravimetric percent of particles with 2.0-20 mm diameter, reported on a clay free whole soil base.","whole soil"
610,"derived_analyte","Weight Percentage, 2 to 75 mm, Whole Soil","wp752","wp752_d-1_S","F","3.0","% wt","layer",,"wf_25 + wf_520 + wf_2075","The gravimetric percentage of 2 to 75 mm diameter particles is reported on a whole soil base.","whole soil"
609,"derived_analyte","Weight Percentage, 1-2mm, Clay-Free <2mm","cffvcsa","cfvcsa_d-1_S","F","3.0","% wt","layer",,"100 * [sand_vc_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 1.0-2.0 mm diameter (very coarse sand), reported on a clay free <2 mm base.","<2 mm"
608,"derived_analyte","Weight Percentage, 0.5-1mm, Clay-Free <2mm","cffcsa","cfcsnd_d-1_S","F","3.0","% wt","layer",,"100 * [sand_c_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 0.5-1.0 mm diameter (coarse sand), reported on a clay free <2 mm base.","<2 mm"
607,"derived_analyte","Weight Percentage, 0.25-0.5mm, Clay-Free <2mm","cffmsa","cfmsnd_d-1_S","F","3.0","% wt","layer",,"100 * [sand_m_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 0.25-0.50 mm diameter (medium sand), reported on a clay free <2 mm base.","<2 mm"
606,"derived_analyte","Weight Percentage, 0.1-75mm, 75 mm","wf_0175","wp0175_d-1_S","F","3.0","% wt","layer",,"(100. - wf_275) * ((sand_vc_psa + sand_m_psa + sand_f_psa + sand_c_psa) / 100.) + wf_275","The gravimetric percentage of 0.1 to 75 mm diameter particles is reported on a <75 mm base. Silty families have <15%, loamy families >= 15%.","<75 mm"
605,"derived_analyte","Weight Percentage, 0.1-0.25mm, Clay-Free <2mm","cfffsa","cffsnd_d-1_S","F","3.0","% wt","layer",,"100 * [sand_f_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 0.10-0.25 mm diameter (fine sand), reported on a clay free <2 mm base.","<2 mm"
604,"derived_analyte","Weight Percentage, 0.05-2mm, Clay-Free Whole Soil","cf205","cfsand_d-1_S","F","3.0","% wt","layer",,"[sand_tot_psa]/(100-wpl2/100 * clay_tot_psa) * 100","The gravimetric percent of particles with 0.05-2.0 mm diameter, reported on a clay free whole soil base.","whole soil"
603,"derived_analyte","Weight Percentage, 0.02-0.05mm, Clay-Free <2mm","cffcsi","cfcsi_d-1_S","F","3.0","% wt","layer",,"100 * [silt_c_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 0.02-0.05 mm diameter (coarse silt), reported on a clay free <2 mm base.","<2 mm"
602,"derived_analyte","Weight Percentage, 0.002-0.05mm, Clay-Free Whole Soil","cf05002","cffsi_d-1_S","F","3.0","% wt","layer",,"silt_tot_psa * wpl2 /(100-wpl2/100 * clay_tot_psa) * 100","The gravimetric percent of particles with 0.002-0.05 mm diameter, reported on a clay free whole soil base.","whole soil"
601,"derived_analyte","Weight Percentage, 0.002-0.02mm, Clay-Free <2mm","cfffsi","cfffsi_d-1_S","F","3.0","% wt","layer",,"100 * [silt_f_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 0.002-0.02 mm diameter (fine silt), reported on a clay free <2 mm base.","<2 mm"
600,"derived_analyte","Weight Percentage, >2mm, Whole Soil","wpg2","wpG2_d-1_S","F","3.0","% wt","layer",,"wp250u + wp25075 + wp752","The weight fraction of particles with >2 mm diameter is reported as a gravimetric percent on a whole soil base.","whole soil"
599,"derived_analyte","Weight Percentage, >2mm, Clay-Free Whole Soil","cfg2","cfG2_d-1_S","F","3.0","% wt","layer",,"wpg2/100 * clay_tot_psa /(100-wpl2/100 * clay_tot_psa) * 100","The gravimetric percent of particles with >2.0 mm diameter, reported on a clay free whole soil base.","whole soil"
598,"derived_analyte","Weight Percentage, <2mm, Whole Soil","wpl2","wpL2w_d-1_S","F","3.0","% wt","layer",,"100. - wpg2","The weight fraction of particles with <2 mm diameter is reported as a gravimetric percent on a whole soil base.","whole soil"
597,"derived_analyte","Weight Percentage, <2mm, <75mm","wf_l2","wpL2_d-1_S","F","3.0","% wt","layer",,"100 - (wf_25 + wf_520 + wf_2075)","The gravimetric percentage of <2 mm diameter particles is reported on a <75 mm base.","<75 mm"
596,"derived_analyte","Weight Percentage, <0.002mm, Clay-Free Whole Soil","cfl002","cfL002_d-1_S","F","3.0","% wt","layer",,"wpl2/100 * clay_tot_psa /(100-wpl2/100 * clay_tot_psa) * 100","The gravimetric percent of particles with <0.002 mm diameter (total clay), reported on a clay free whole soil base.","whole soil"
595,"derived_analyte","Weight Percentage, <0.002mm, Clay-Free <2mm","cffcly","cfcly_d-1_S","F","3.0","% wt","layer",,"100 * [clay_tot_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with <0.002 mm diameter (total clay), reported on a clay free <2 mm base.","<2 mm"
594,"derived_analyte","Weight Percentage,  2 to 5 mm, Whole Soil","wp52","wp52_d-1_S","F","3.0","% wt","layer",,"wf_52","The gravimetric percentage of 2 to 5 mm diameter particles is reported on a whole soil base.","whole soil"
593,"derived_analyte","Weight per Unit Volume, Saturated, Whole Soil","db_satw","Dbsatw_d-1_S","F","4.2","g/cc","layer",,"[db_13bw]+(1-[db_13bw]/[pd_g2])","The bulk density of saturated whole soil is calculated from the bulk density and water content at 1/3 bar water tension, and the amount of water needed to saturate the 1/3 bar soil. It is reported as grams per cubic centimeter on a whole soil base.","whole soil"
592,"derived_analyte","Weight per Unit Volume, Saturated, <2mm","db_sat","Dbsat_d-1","F","4.2","g/cc","layer",,"[db_13b]+ (1. - [db_13b] / [pd_g2])","The bulk density of saturated <2 mm fraction is calculated from the bulk density and water content at 1/3 bar water tension, and the amount of water needed to saturate the 1/3 bar soil. It is reported as grams per cubic centimeter on a <2 mm base.","<2 mm"
591,"derived_analyte","Weight per Unit Volume, Ovendry, Whole Soil","db_odw","Dbodw_d-1_S","F","4.2","g/cc","layer",,"100/([wpg2]/[pd_g2]+(100-[wpg2])/[db_od])","Bulk density, whole soil, oven dry is the weight per unit volume of the whole soil, with volume measured on oven dry natural fabric (clods). It is reported as grams per cubic centimeter on a whole soil base.","whole soil"
590,"derived_analyte","Weight per Unit Volume, @ 1/3 Bar, Whole Soil","db_13bw","Db13bw_d-1_S","F","4.2","g/cc","layer",,"100/([wpg2]/[pd_g2]+(100-[wpg2])/IIf(IsNull([Bulk Density and Moisture].[db_13b]),1.45,[Bulk Density and Moisture].[db_13b]))","Bulk density, whole soil, 1/3 bar is the weight per unit volume of the soil, with volume being measured after equilibration at 1/3 bar water tension. It is reported as grams per cubic centimeter on a whole soil base.","whole soil"
589,"derived_analyte","Weight per Unit Volume, @ 1/3 Bar, <2mm","db_13bm","Db13bm_d-1","F","4.2","g/cc","layer",,"[db_13b]+(([db_13b]*[w3cld])/100)","The moist weight (weight of solids and water at 1/3 bar tension) per unit volume, reported as grams per cubic centimeter on a <2 mm base.","<2 mm"
588,"derived_analyte","Weight per Unit Volume,  @ 15 Bar, <2mm","db_15b","Db15b_d-1","F","4.2","g/cc","layer",,"[db_13b]+(([db_od]-[db_13b])*([w3cld]-[w15l2]))/([w3cld]-(([adod]-1)*100))","Bulk density, <2 mm fraction, 15 bar is the weight per unit volume of the <2 mm fraction, with volume being measured after equilibration at 15 bars water tension. It is reported as grams per cubic centimeter on a <2 mm base.","<2 mm"
587,"derived_analyte","Weight Fraction, 0.05-0.1mm, Clay-Free <2mm","cffvfsa","cfvfs_d-1_S","F","3.0","% wt","layer",,"100 * [sand_vf_psa]/(100-[clay_tot_psa])","The gravimetric percent of particles with 0.05-0.10 mm diameter (very fine sand), reported on a clay free <2 mm base.","<2 mm"
586,"derived_analyte","Water Retention Difference, 1/3 to 15 Bar, Whole Soil","wrd_ws13","wrdws3_d-1_S","F","4.2","cm3/cm3","layer",,"([w3cld] - [w15l2]) * [wpl2] / 100. * [db_13bw] / 100","WRD-whole soil 1/3 bar to 15 bar is the volume of water released when the soil is dried from 1/3 bar to 15 bars water tension. It is reported as centimeters of water per centimeter depth of soil, but the value is constant for other units.","whole soil"
585,"derived_analyte","Water Retention Difference, 1/3 to 15 Bar, <2mm","wrd_l2","wrdL2_d-1_S","F","4.2","cm3/cm3","layer",,"([w3cld] - [w15l2]) *  [db_13b] / 100","The water retention difference, <2 mm is the volume fraction of water released between 1/3 and 15 bar tensions, reported as inches of water per inch of soil, on a <2 mm base.","<2 mm"
584,"derived_analyte","Water Retention Difference, 1/10 to 15 Bar, Whole Soil","wrd_ws10","wrdws_d-1","F","4.2","cm3/cm3","layer",,"([w10cld] - [w15l2]) * [wpl2] / 100. * [db_13bw] / 100","WRD-whole soil 1/10 to 15 bar is the volume of water released when the soil is dried from 1/10 bar to 15 bars water tension. It is reported as centimeters of water per centimeter depth of soil, but the value is constant for other units.","whole soil"
583,"derived_analyte","Volume Precentage, 0.05 to 2.0 mm, @ 1/3 Bar, Whole Soil","vft205","vpt205_d-1_S","F","3.0","% vol","layer",,"((((100 - wf_g2_ws) * [sand_tot_psa] / 100)/ pd_l2) /  ((wf_g2_ws / pd_g2) + ((100 - wf_g2_ws) / db_13b)))) * 100","Particles with 0.05 to 2.0 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
582,"derived_analyte","Volume Percentage, 75 to 250 mm, @ 1/3 Bar, Whole Soil","vf25075","vp2507_d-1_S","F","3.0","% vol","layer",,"((wp25075/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with 75 to 250 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
581,"derived_analyte","Volume Percentage, 5 to 20 mm, @ 1/3 Bar, Whole Soil","vf205","vp205_d-1_S","F","3.0","% vol","layer",,"((wp205/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with 5 to 20 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
580,"derived_analyte","Volume Percentage, 250mm and Greater, @ 1/3 Bar, Whole Soil","vf250u","vp250u_d-1_S","F","3.0","% vol","layer",,"((wp250u/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with >250 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
579,"derived_analyte","Volume Percentage, 20 to 75 mm, @ 1/3 Bar, Whole Soil","vf7520","vp7520_d-1_S","F","3.0","% vol","layer",,"((wp7520/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with 20 to 75 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
578,"derived_analyte","Volume Percentage, 2 to 75 mm, @ 1/3 Bar, Whole Soil","vf752","vp752_d-1_S","F","3.0","% vol","layer",,"((wp752/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with 2 to 75 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
577,"derived_analyte","Volume Percentage, 2 to 5 mm, @ 1/3 Bar, Whole Soil","vf52","vp52_d-1_S","F","3.0","% vol","layer",,"((wp52/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with 2 to 5 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
576,"derived_analyte","Volume Percentage, 0.002 to 0.05 mm, @ 1/3 Bar, Whole Soil","vft05002","vp5002_d-1_S","F","3.0","% vol","layer",,"((((100 - wf_g2_ws) * silt_tot_psa / 100)/ pd_l2) /  ((wf_g2_ws / pd_g2) + ((100 - wf_g2_ws) / db_13b)))) * 100","Particles with 0.002 to 0.05 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
575,"derived_analyte","Volume Percentage, >2mm, @ 1/3 Bar, Whole Soil","vfg2","vpG2_d-1_S","F","3.0","% vol","layer",,"((wpg2/pd_g2)/(wpg2/pd_g2) + ((100-wpg2)/db_13b)) * 100","Particles with >2 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
574,"derived_analyte","Volume Percentage, <2mm, @ 1/3 Bar, Whole Soil","vfl2","vpL2_d-1_S","F","3.0","% vol","layer",,"100 -vfg2","Particles with <2 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
573,"derived_analyte","Volume Percentage, <0.002mm, @ 1/3 Bar, Whole Soil","vftl002","vpL002_d-1_S","F","3.0","% vol","layer",,"((((100 - wf_g2_ws) * clay_tot_psa / 100)/ pd_l2) /  ((wf_g2_ws / pd_g2) + ((100 - wf_g2_ws) / db_13b)))) * 100","Particles with <0.002 mm diameter are reported as a volume percent on a whole soil at 1/3 bar water tension base.","whole soil"
572,"derived_analyte","Void Ratio @ 1/3 Bar, Whole Soil","vr_13w","vr13w_d-1_S","F","4.2","(NA)","layer",,"[pd_g2]/[db_13bw]-1","The void ratio at 1/3 bar, whole soil is the calculated ratio of pore volume to solids volume at 1/3 bar water tension, reported as a ratio on a whole soil base.","whole soil"
571,"derived_analyte","Void Ratio @ 1/3 Bar, <2mm","vr_13l2","vr13L2_d-1","F","4.2","(NA)","layer",,"[pd_g2]/[db_13b]-1","The void ratio at 1/3 bar, <2 mm is the calculated ratio of pore volume to solids volume at 1/3 bar water tension, reported as a ratio on a <2 mm base.","<2 mm"
570,"derived_analyte","Total Salt, Estimated, SI-Set 1, S Prep","te_salt_si1","EsSalt_d-1_S","F","4.1","% wt","layer",,"(12.2347 * ec + (0.058 * ec ^ 2) - (0.0003 * ec ^ 3) - 4.2333)* 0.000064 * sat_percent","The total estimated salt content of a sample is calculated from the electrical conductivity. It is reported as gravimetric percent on a <2 mm base.","<2 mm"
569,"derived_analyte","Texture, USDA","tex_psda","Textur_d-1_S","C","4","(NA)","layer",,"to be added","The laboratory determined texture of the <2 mm fraction is calculated from particle size separate data.","<2 mm"
568,"derived_analyte","Sum of NH4OAc Extractable Bases, CEC-Set 1","base_sum_cec1","cecsb_d-1_S","F","4.1","meq/100g","layer",,"(ca_nh4 + mg_nh4 + na_nh4 + k_nh4)","The sum of NH4OAC extractable bases is calculated as (CA_NH4+MG_NH4+NA_NH4+K_NH4). It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
567,"derived_analyte","Silt, Total","silt_tot_psa","Silt_d-1_S","F","4.1","% wt","layer",,"100.0 - (Clay + Sand)","Total silt is the soil separate with 0.002 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
566,"derived_analyte","Silt, Coarse","silt_c_psa","CSilt_d-1_S","F","4.1","% wt","layer",,"CSilt = 100.0 - Clay - FSilt - Sand","Coarse silt is the soil separate with 0.02 to 0.05 mm particle size. It is reported as a gravimetric percent on a <2 mm base.","<2 mm"
565,"derived_analyte","Sand, Total","sand_tot_psa","Sand_d-1_S","F","4.1","% wt","layer",,"VCSand + CSand + MSand + FSand + VFSand","Total sand is the soil separate with 0.05 to 2.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base. S prep","<2 mm"
564,"derived_analyte","Ratio, Sum of Cations to Clay, <2mm, CEC-Set 1","cec8_cly_cec1","cec8cl_d-1_S","F","4.2","(NA)","layer",,"(cec_sum_cec / clay_tot_psa)","The CEC-8.2 / total clay ratio is calculated by CEC_SUM/CLAY_TOT. It factors pH dependent charge into the inferences from CEC7_CLY. It is reported on a <2 mm base.","<2 mm"
563,"derived_analyte","Ratio, Sodium Absorption, SI-Set 1, S Prep","sar_si1","SAR_d-1_S","F","4.0","(NA)","layer",,"to be added","The sodium absorption ratio is calculated by NA_SATX/sqrt((CA_SATX+MG_SATX)/2). It is approximately equal to the exchangeable sodium percentage.","<2 mm"
562,"derived_analyte","Ratio, Linear Extensibility to Clay, 1/3 Bar-Ovendry, <2mm","lep_cly","LEpCly_d-1_S","F","5.3","(NA)","layer",,"le_d3l2 / clay_tot_psa","The LEP / total clay ratio is calculated by LEP/CLAY_TOT. It is an indicator of clay mineralogy. It is reported, without units, on a <2 mm base.","<2 mm"
561,"derived_analyte","Ratio, Fine Clay to Clay, <2mm","fcly_cly","fClyCl_d-1_S","F","3.2","(NA)","layer",,"clay_f / clay_tot_psa","The fine clay / total clay ratio is calculated by CLAY_F/CLAY_TOT. It is an indicator of argillic horizon development. It is reported as grams per gram, on a <2 mm base.","<2 mm"
560,"derived_analyte","Ratio, CEC NH4OAc/Clay, <2mm, CEC-Set 1","cec7_cly_cec1","cec7cl_d-1_S","F","5.2","(NA)","layer",,"cec_nh4 / clay_tot_psa","This ratio is calculated by CEC_NH4/Clay. It provides an index to clay activity, and allows inferences about clay mineralogy, the contribution of clay to the exchange capacity, and solution chemistry to be made.","<2 mm"
559,"derived_analyte","Ratio, Carbon to Nitrogen","c_n_ra","CNrat_d-1_S","F","3.0","(NA)","layer",,"(c_tot - 0.12 * caco3) / n_tot","The carbon to nitrogen ratio is calculated by C_ORG/N_TOT. It provides information related to soil fertility and the state of organic matter decomposition. It is reported on a <2 mm base.","<2 mm"
558,"derived_analyte","Ratio, 15 Bar Water to Clay, <2mm","w15cly","w15cly_d-1_S","F","4.2","(NA)","layer",,"w15l2 / clay_tot_psa","The ratio of 15 bar H2O percent / clay percent is calculated by (W15AD or W15FM)/CLAY_TOT, reported as grams per gram, on a <2 mm base. It provides inferences about clay mineralogy and the effectiveness of dispersion in the particle size analysis.","<2 mm"
557,"aggregate analyte","Plasticity Index, Atterberg","abgpi","abgpi","C","4","% H2O","layer","concat","To Be Added","Atterberg plasticity index is the calculation of the liquid limit minus the plastic limit. It is defined by the ASTM D 4318 test.",
556,"derived_analyte","Percent Pores Filled at 1/3 bar, Whole Soil","po_fil13","pofi13_d-1_S","I","3.0","% vol","layer",,"[db_13bw]*([wpl2]*[w3cld]/100)","Filled pores at 1/3 bar tension is the volumetric percent of water filled pores at 1/3 bar water tension, reported on a whole soil base.","whole soil"
555,"derived_analyte","Percent Pores Drained at 1/3 bar, Whole Soil","po_drn13","podr13_d-1_S","I","3.0","% vol","layer",,"100-([db_13bw]/[pd_g2]*100)-([db_13bw]*[wpl2]*[w3cld]/100)","Drained pores at 1/3 bar tension is the volumetric percent of drained pores at 1/3 bar water tension, reported on a whole soil base. These are defined as noncapillary pores.","whole soil"
554,"derived_analyte","Percent Passing, Number 40 Sieve","pps40","pps40_d-1_S","F","3.0","% wt","layer",,"pps10 - (sand_m_psa * 0.2515 + sand_c_psa + sand_vc_psa) * pps10 / 100.0","This is the cumulative gravimetric percentage of particles passing through a No. 40 (0.42 mm) sieve, reported on a <3 inch base.","<75 mm"
553,"derived_analyte","Percent Passing, Number 4 Sieve","pps4","pps4_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075 - wf_520","This is the cumulative gravimetric percentage of particles passing through a No. 4 (4.76 mm) sieve, reported on a <3 inch base.","<75 mm"
552,"derived_analyte","Percent Passing, Number 200 Sieve","pps200","pps200_d-1_S","F","3.0","% wt","layer",,"IF sand_vf_psa < 15 THEN (sand_vf_psa * 0.56559 + silt_tot_psa + clay_tot_psa) * pps10 / 100.0 else curve fit","This is the cumulative gravimetric percentage of particles passing through a No. 200 (0.074 mm) sieve, reported on a <3 inch base.","<75 mm"
551,"derived_analyte","Percent Passing, Number 10 Sieve","pps10","pps10_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075 - wf_520 - wf_25","This is the cumulative gravimetric percentage of particles passing through a No. 10 (2.00 mm) sieve, reported on a <3 inch base.","<75 mm"
550,"derived_analyte","Percent Passing, 5 Micron Sieve","pps5m","pps5m_d-1_S","F","3.0","% wt","layer",,"(clay_tot_psa + silt_f_psa * 0.39794) * pps10 / 100.0","This is the cumulative gravimetric percentage of particles with diameters <5 microns (0.005 mm), reported on a <3 inch base.","<75 mm"
549,"derived_analyte","Percent Passing, 3/8 Inch Sieve","pps38","pps38_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075 - (wf_520 * 0.4962)","This is the cumulative gravimetric percentage of particles passing through a 3/8 inch sieve, reported on a <3 inch base.","<75 mm"
548,"derived_analyte","Percent Passing, 3/4 Inch Sieve","pps34","pps34_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075","This is the cumulative gravimetric percentage of particles passing through a 3/4 inch sieve, reported on a <3 inch base.","<75 mm"
547,"derived_analyte","Percent Passing, 3 Inch Sieve","pps3","pps3_d-1","F","3.0","% wt","layer",,"100","This is the cumulative gravimetric percentage of particles passing through a 3 inch sieve, reported on a <3 inch base.","<75 mm"
546,"derived_analyte","Percent Passing, 20 Micron Sieve","pps20m","pps20m_d-1_S","F","3.0","% wt","layer",,"(clay_tot_psa + silt_f_psa ) * pps10 / 100.0","This is the cumulative gravimetric percentage of particles with diameters <20 microns (0.02 mm), reported on a <3 inch base.","<75 mm"
545,"derived_analyte","Percent Passing, 2 Micron Sieve","pps2m","pps2m_d-1_S","F","3.0","% wt","layer",,"clay_tot_psa * pps10 / 100.0","This is the cumulative gravimetric percentage of particles with diameters <2 microns (0.002 mm), reported on a <3 inch base.","<75 mm"
544,"derived_analyte","Percent Passing, 2 Inch Sieve","pps2","pps2_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075 * 0.2906","This is the cumulative gravimetric percentage of particles passing through a 2 inch sieve, reported on a <3 inch base.","<75 mm"
543,"derived_analyte","Percent Passing, 1 Inch Sieve","pps1","pps1_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075 * 0.7906","This is the cumulative gravimetric percentage of particles passing through a 1 inch sieve, reported on a <3 inch base.","<75 mm"
542,"derived_analyte","Percent Passing, 1 & 1/2 Inch Sieve","pps32","pps32_d-1_S","F","3.0","% wt","layer",,"100 - wf_2075 * 0.4981","This is the cumulative gravimetric percentage of particles passing through a 1.5 inch sieve, reported on a <3 inch base.","<75 mm"
88,"aggregate analyte","Glass-coated Quartz, glass_count","min_QG_glass_count","QG_gc","I","3.0","count","layer","mean","to be added","to be added",
87,"aggregate analyte","Glass-coated Opaques, glass count","min_OG_glass_count","OG_gc","I","2.0","%","layer","mean","To Be Added","Glass-coated Opaques percentage of",
86,"aggregate analyte","Glass-coated Hornblende, glass_count","min_HG_glass_count","HG_gc","I","3.0","count","layer","mean","to be added","to be added",
85,"aggregate analyte","Glass-coated Grain, glass_count","min_GC_glass_count","GC_gc","I","3.0","count","layer","mean","to be added","to be added",
84,"aggregate analyte","Glass-coated Feldspar, glass_count","min_FG_glass_count","FG_gc","I","3.0","count","layer","mean","to be added","to be added",
83,"aggregate analyte","Glass, glass_count","min_GS_glass_count","GS_gc","I","3.0","count","layer","mean","to be added","to be added",
82,"aggregate analyte","Glass Aggregates, glass_count","min_GA_glass_count","GA_gc","I","3.0","count","layer","mean","to be added","to be added",
81,"aggregate analyte","Diatoms, glass_count","min_DI_glass_count","DI_gc","I","3.0","count","layer","mean","to be added","to be added",
80,"aggregate analyte","Basic Glass, glass_count","min_BG_glass_count","BG_gc","I","3.0","count","layer","mean","to be added","to be added",
79,"aggregate analyte","Nitrogen, Total","n_tot","N_tot","F","5.3","% wt","layer","mean","To Be Added","The total (organic+inorganic) nitrogen in a sample supplies inferences on the soil potential to supply nitrogen to plants, and is used to determine C_N_RA and nitrogen distribution in a profile. It is reported as gravimetric percent on a <2 mm base.  Det",
78,"aggregate analyte","Nitrogen, Mineralizable","n_minr","MinNit","F","5.2","mg/kg","layer","mean","To Be Added","Mineralizable nitrogen is the fraction converted from organic to mineral form by aerobic incubation. It is an index of availability of soil N.",
77,"aggregate analyte","Nitrate, 1M KCl","n_no3","N_no3","F","6.2","mg/kg","layer","mean","To Be Added","The nitrate nitrogen is the fraction in NO3 form. It is extracted by 1M KCl and represents the soluble NO3 that may be subject to leaching.",
76,"aggregate analyte","Mineral Content, Loss on Ignition","min_lt2","MinLos","F","3.0","% wt","layer","mean","To Be Added","Mineral Content, Loss on Ignition (400 degrees C)(8F1). The mineral content of the <2mm fraction is the gravimetric percent of plant ash and mineral particles that remain after ignition. It is reported on a <2 mm base.",
75,"aggregate analyte","Uncorrected Gypsum, 2 to 20mm","u_gyp_2_20","Gyp220","F","3.0","% wt","layer","mean","To Be Added","Calcium sulfate as gypsum in the <2 mm fraction is reported as a gravimetric percent on a <0 mm base.",
74,"aggregate analyte","Uncorrected Gypsum,  < 2mm Fraction","u_gypl2","uGypL2","F","3.0","% wt","layer","mean","To Be Added","Calcium sulfate as gypsum in the <2 mm fraction is reported as a gravimetric percent on a <2 mm base.",
73,"aggregate analyte","Acidity, BaCl2-TEA Extractable, pH 8.2","acid_tea","ExtAcd","F","4.1","cmol(+)/kg","layer","mean","To Be Added","Extractable acidity, BaCl2-TEA at pH 8.2, is a measure of the amount of acid neutralized at a set pH. It is a measure of the potential acidity present, and does not distinguish between exchangeable and nonexchangeable components.",
541,"derived_analyte","Linear Extensibility, Field Moist To Ovendry","le_fmod","LEfmod_d-1","F","4.1","% len","layer",,"to be added","Linear extensibility percent, field moist to ovendry is the percent change in a clod dimension as water content changes from oven dry to field moist water tension. It is reported as percent length change on a <2 mm base.","<2 mm"
540,"derived_analyte","Linear Extensibility, 1/3 to 15 Bar, <2mm","le_315l2","LE315_d-1","F","4.1","% len","layer",,"(((db_15 / [db_13]) ^ (1 / 3)) - 1) * 100","Linear extensibility percent, <2 mm, 1/3 bar/15 bar is the percent change in a clod dimension as water content changes from 15 bar to 1/3 bar water tension. It is reported as percent length change on a <2 mm base.","<2 mm"
539,"derived_analyte","Linear Extensibility, 1/3 to 15 Bar, Whole Soil","le_315w","LE315w_d-1_S","F","4.1","% len","layer",,"(((((((db_odw - db_13bw) * ((w3cld - w15l2)* wpl2 / 100)) / (wpl2 * a7 / 100.) - ((adod - 1) * 100) * ((100-wf_g2_ws)/ 100.))) + db_13bw) / db_13bw) ^ (1 / 3)) - 1) * 100","Linear extensibility percent, whole soil,1/3 bar/15 bar is the percent change in a clod dimension as water content changes from 15 bar to 1/3 bar tension. It is reported as percent length change on a whole soil base.","whole soil"
538,"derived_analyte","Linear Extensibility, 1/3 Bar to Ovendry, Whole Soil","le_d3w","LEd3w_d-1_S","F","4.1","% len","layer",,"((([db_odw] / [db_13bw]) ^ (1 / 3)) - 1) * 100","Linear extensibility percent, whole soil, 1/3 bar/OD is the percent change in a clod dimension as water content changes from oven dry to 1/3 bar water tension. It is reported as percent length change on a whole soil base.","whole soil"
537,"derived_analyte","Linear Extensibility, 1/3 Bar to Ovendry, Rewet","le_d3rw","LEd3rw_d-1","F","4.1","% len","layer",,"to be added","Linear extensibility percent, rewet, 1/3 bar/OD isthe percent dimensional change of a rewet clod as water content changes from oven dry to 1/3 bar tension. It is reported as percent length change on a<2 mm base.","whole soil"
536,"derived_analyte","Linear Extensibility, 1/3 Bar to Ovendry, <2mm","le_d3l2","LEd3l2_d-1","F","4.1","% len","layer",,,"Linear extensibility percent, <2mm, 1/3 bar/OD is the percent dimensional change of a clod as water content changes from oven dry to 1/3 bar water tension. It is reported as percent length change on a<2 mm base.","<2 mm"
535,"derived_analyte","Linear Extensibility, 1/10 Bar to Ovendry, Whole Soil","le_d10w","LEd10w_d-1","F","4.1","% len","layer",,"to be added","Linear extensibility percent, whole soil, 1/10 bar/OD is the percent change in a clod dimension resulting from a water content change from oven dry to 1/10 bar tension. It is reported as percent length change on a whole soil base.","whole soil"
534,"derived_analyte","Gradation Uniformity","g_ufrmty","gunfr_d-1_S","F","4.1","(NA)","layer",,"to be added","The coefficient of uniformity is a descriptive parameter calculated from the cumulative grain size distribution curve (gradation curve). It is used in the Unified Soil Classification System to evaluate grading characteristics of coarse materials.","<75 mm"
533,"derived_analyte","Gradation Curvature","g_crvtur","gcurv_d-1_S","F","4.1","(NA)","layer",,"to be added","The coefficient of curvature is a descriptive parameter calculated from the cumulative grain size distribution curve (gradation curve). It is used in the Unified Soil Classification System to evaluate grading characteristics of coarse materials.","<75 mm"
532,"derived_analyte","Field Water Content, Bulk Sample, Whole Soil","fw_w","fww_d-1","F","4.1","% wt","layer",,"to be added","The field water content of a bulk sample, whole soil is the gravimetric water content of a sample, as collected. It is reported as percent gravimetric water on a whole soil base.","whole soil"
531,"derived_analyte","Exchangeable Sodium Percentage, SI-Set 1, CEC-Set 1","na_exch_sat1_cec1","ESPsat_d-10_S","F","3.0","%","layer",,"100.0 * (na_nh4 - (na_satx * (h2osatx / 1000.0))) / cec_nh4","This is the exchangeable sodium percentage (ESP), reported on a <2 mm base. If salts are present, ESP has been corrected for the water soluble Na.","<2 mm"
530,"derived_analyte","Cumulative Curve, <60%, <75mm","cc60p","cc60p_d-1_S","F","5.2","mm","layer",,"to be added","The particle diameter (mm) at which 60% (by weight) of the particles in the <3 inch base sample are finer.","<75 mm"
529,"derived_analyte","Cumulative Curve, <50%, <75mm","cc50p","cc50p_d-1_S","F","6.3","mm","layer",,"to be added","The particle diameter (mm) at which 50% (by weight) of the particles in the <3 inch base sample are finer.","<75 mm"
528,"derived_analyte","Cumulative Curve, <1mm, <75mm","cc1","cc1_d-1_S","F","3.0","% wt","layer",,"(100 - sand_vc_psa) * pps10 / 100.0","The cumulative gravimetric percentage of particles with <1.0 mm diameter, reported on a <3 inch base.","<75 mm"
527,"derived_analyte","Cumulative Curve, <10%, <75mm","cc10p","cc10p_d-1_S","F","6.3","mm","layer",,"to be added","The particle diameter (mm) at which 10% (by weight) of the particles in the <3 inch base sample are finer.","<75 mm"
526,"derived_analyte","Cumulative Curve, <0.5mm, <75mm","cc5","cc5_d-1_S","F","3.0","% wt","layer",,"(100 - sand_vc_psa - sand_c_psa) * pps10 / 100","The cumulative gravimetric percentage of particles with <0.5 mm diameter, reported on a <3 inch base.","<75 mm"
525,"derived_analyte","Cumulative Curve, <0.25mm, <75mm","cc25","cc25_d-1_S","F","3.0","% wt","layer",,"(100 - sand_vc_psa - sand_c_psa - sand_m_psa) * pps10 / 100","The cumulative gravimetric percentage of particles with <0.25 mm diameter, reported on a <3 inch base.","<75 mm"
524,"derived_analyte","Cumulative Curve, <0.10mm, <75mm","cc10","cc10_d-1_S","F","3.0","% wt","layer",,"(clay_tot_psa + silt_tot_psa + sand_vf_psa) * pps10 / 100","The cumulative gravimetric percentage of particles with <0.10 mm diameter, reported on a <3 inch base.","<75 mm"
523,"derived_analyte","Cumulative Curve, <0.05mm, <75mm","cc05","cc05_d-1_S","F","3.0","% wt","layer",,"(clay_tot_psa + silt_tot_psa)  * pps10 / 100","The cumulative gravimetric percentage of particles with <0.05 mm diameter, reported on a <3 inch base.","<75 mm"
522,"derived_analyte","Coarse Fragments, 75-250 mm, Field Volume %, Whole Soil","v_25075","v2507_d-1","F","3.0","% vol","layer",,"to be added","This is the field volume percent of fragments with 75 to 250 mm diameter on a whole soil base.","whole soil"
521,"derived_analyte","Coarse Fragments, 20-75 mm, Field Volume %, Whole Soil","v_7520","v7520_d-1","F","3.0","% vol","layer",,"to be added","This is the field volume percent of fragments with 20 to 75 mm diameter on a whole soil base.","whole soil"
520,"derived_analyte","Coarse Fragments, >250 mm, Field Volume %, Whole Soil","v_250","v250_d-1","F","3.0","% vol","layer",,"to be added","This is the field volume percent of fragments with >250 mm diameter on a whole soil base.","whole soil"
519,"derived_analyte","Clay, carbonate free, Weighted Average","nco3_clay_wtavg","clyavg_d-1","F","3.0","% wt","pedon",,"to be added","Weighted average clay content for specific depths","<2 mm"
518,"derived_analyte","Cation Exchange Capacity, Sum of Cations, CEC-Set 1","cec_sum_cec1","CECsum_d-1_S","F","4.1","meq/100g","layer",,"(base_sum + acid_tea)","This is the calculated CEC at pH 8.2. It is calculated by (BASE_SUM+ACID_TEA). It is reported as meq per 100 grams sample on a <2 mm base.","<2 mm"
517,"derived_analyte","Cation Exchange Capacity, Effective, CEC-Set 1","ecec_cec1","ECEC_d-1_S","F","4.1","meq/100g","layer",,"Sum of bases + AL_KCL","The effective cation exchange capacity is calculated by BASE_SUM+AL_KCL. It is not calculated if soluble salts are present. It is reported as meq per 100 grams on a <2 mm base.","<2 mm"
516,"derived_analyte","Bulk Density, Whole Soil, Moist","db_fmstw","Dbfmw_d-1_S","F","3.2","g/cc","layer",,"[db_13bw]+((([wpl2]*[w3cld]/100)*[db_13bw])/100)","Bulk density, whole soil, moist is the weight per unit volume of the whole soil, with volume measured at field (sampling) moisture in clods. It is reported as grams per cubic centimeter, whole soil base.","whole soil"
515,"derived_analyte","Bulk Density, Whole Soil, Field Moist","db_fmb","DbFMb_d-1","F","3.2","g/cc","layer",,"to be added","Bulk density, whole soil, field moist, is the weight per unit volume of the whole soil, with volume measured at field (sampling) moisture content by the balloon method. It is reported as grams per cubic centimeter, on a whole soil base.","whole soil"
514,"derived_analyte","Base Saturation, Sum of Cations, pH 8.2, CEC-Set 1","bsecat_cec1","BSSCat_d-1_S","I","3.0","%","layer",,"([base_sum] / [cec_sum]) * 100","Base saturation by sum of cations (pH 8.2) is calculated by (BASE_SUM/CEC_SUM)*100.","<2 mm"
513,"derived_analyte","Base Saturation, NH4OAc, pH 7.0, CEC-Set 1","bsesat_cec1","BSSBas_d-1_S","I","3.0","%","layer",,"([base_sum] / [cec_nh4]) * 100","NH4OAC base saturation (pH 7.0) is calculated by (BASE_SUM/CEC_NH4)*100.","<2 mm"
512,"derived_analyte","Aluminum Saturation, CEC-Set 1","al_sat_cec1","AlSat_d-1_S","I","3.0","%","layer",,"(AL_KCL/(Sum of bases))*100","Aluminum saturation is calculated by (AL_KCL/(Sum of bases))*100. It provides some inference of potential Al toxicity problems, although many other factors influence Al toxicity.","<2 mm"
511,"aggregate analyte","Nitrogen, Mineralizable (EPA)","n_minr2","MinNit","F","5.1","mg/L","layer","mean","to be added","Mineralizable nitrogen is the fraction converted from organic to mineral form by anaerobic incubation. It is an index of availability of soil N.",
510,"aggregate analyte","Zinc, Trace Element","zn_trelm","Zn_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Zn is the zinc measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
509,"aggregate analyte","Phosphorus, Trace Element","p_trelm","P_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total P is the phosphorus measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
508,"aggregate analyte","Nickel, Trace Element","ni_trelm","Ni_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Ni is the nickel measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
507,"aggregate analyte","Mercury, Trace Element","hg_trelm","Hg_tot","F","8.0","ug/kg","layer","mean","To Be Added","Total Hg is the mercury measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
506,"aggregate analyte","Manganese, Trace Element","mn_trelm","Mn_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Mn is the manganese measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
505,"aggregate analyte","Lead, Trace Element","pb_trelm","Pb_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Pb is the lead measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
504,"aggregate analyte","Copper, Trace Element","cu_trelm","Cu_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Cu is the copper measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
503,"aggregate analyte","Cobalt, Trace Element","co_trelm","Co_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Co is the cobalt measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
502,"aggregate analyte","Chromium, Trace Element","cr_trelm","Cr_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Cr is the chromium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
501,"aggregate analyte","Cadmium, Trace Element","cd_trelm","Cd_tot","F","8.2","mg/kg","layer","mean","To Be Added","Total Cd is the cadmium measured after total dissolution of a size fraction of soil material. It is stored and reported as milligrams per kilogram on the base of the size fraction used.",
500,"aggregate analyte","Zirconium, Major Element","zr_mjelm","Zr_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Zr is the zirconium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
499,"aggregate analyte","Titanium, Major Element","ti_mjelm","Ti_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Ti is the titanium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as       percent oxide on the base of the size fraction used.",
498,"aggregate analyte","Sodium, Major Element","na_mjelm","Na_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Na is the sodium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
497,"aggregate analyte","Silicon, Major Element","si_mjelm","Si_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Si is the silica measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
496,"aggregate analyte","Potassium, Major Element","k_mjelm","K_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total K is the potassium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as       percent oxide on the base of the size fraction used.",
495,"aggregate analyte","Phosphorus, Major Element","p_mjelm","P_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total P is the phosphorus measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
494,"aggregate analyte","Manganese, Major Element","mn_mjelm","Mn_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Mn is the manganese measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
493,"aggregate analyte","Magnesium, Major Element","mg_mjelm","Mg_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Mg is the magnesium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported a      s percent oxide on the base of the size fraction used.",
492,"aggregate analyte","Iron, Major Element","fe_mjelm","Fe_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Fe is the iron measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as per      cent oxide on the base of the size fraction used.",
491,"aggregate analyte","Aluminum, Major Element","al_mjelm","Al_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Al is the aluminum measured after total dissolution of a size fraction of soil material. It is stored as percent of the element and reported as  percent oxide on the base of the size fraction used.",
490,"aggregate analyte","Calcium, Major Element","ca_mjelm","Ca_tot","F","8.0","mg/kg","layer","mean","To Be Added","Total Ca is the calcium measured after total dissolution of a size fraction of soil material. It is stored as elemental percent and reported as percent oxide on the base of the size fraction used.",
489,"aggregate analyte","Gypsum 2-20mm Calculation Factor","gyp_2_20_factor","Fgyp20","F","3.0","(NA)","layer","mean","To Be Added","Factor used to calculate corrected Gypsum and ADOD values",
488,"aggregate analyte","Corrected Gypsum, 2-20mm","c_gyp_2_20","cGyp20","F","3.0","% wt","layer","mean","To Be Added","Calcium sulfate as gypsum in the 2-20 mm fraction is reported as a gravimetric percent on a 2-20 mm base.",
487,"aggregate analyte","Corrected ADOD, 2-20mm","c_adod_2_20","ADODc","F","4.3","% wt","layer","mean","To Be Added","ADOD Corrected for Gypsum (ADOD * Factor)",
486,"aggregate analyte","Corrected ADOD","c_adod","c_adod","F","4.3","(NA)","layer","mean","To Be Added","ADOD Corrected for Gypsum (ADOD * Factor)",
485,"aggregate analyte","Corrected Gypsum, <2mm","c_gypl2","cGypL2","F","3.0","% wt","layer","mean","To Be Added","Corrected Gypsum ( Uncorrected Gypsum * Factor)",
484,"aggregate analyte","Gypsum Calculation Factor","gypl2_factor","Fgyp","F","3.0","(NA)","layer","mean","To Be Added","Factor used to calculate corrected Gypsum and ADOD values",
483,"aggregate analyte","Phosphorus, Mehlich3 Extractable","p_mehlich3","PMeh3","F","3.1","mg/kg","layer","mean","To Be Added","The phosphorus extracted by the Mehlich III solution.",
482,"aggregate analyte","Melanic Index","Melanic","MI","F","4.2","(NA)","layer","mean","to be added","Melanic index is an absorbance ratio for melanic Andisols.",
481,"aggregate analyte","Thenardite, petro_count","min_TH_petro_count","TH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
480,"aggregate analyte","Tridymite, petro_count","min_TD_petro_count","TD_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
479,"aggregate analyte","Smectite, petro_count","min_SM_petro_count","SM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
478,"aggregate analyte","Sepiolite, petro_count","min_SE_petro_count","SE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
477,"aggregate analyte","Scapolite, petro_count","min_SC_petro_count","SC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
476,"aggregate analyte","Palygorskite, petro_count","min_PG_petro_count","PG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
475,"aggregate analyte","Palagonite, petro_count","min_PA_petro_count","PA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
474,"aggregate analyte","Montmorillonite-Vermiculite, petro_count","min_MV_petro_count","MV_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
473,"aggregate analyte","Montmorillonite-Mica, petro_count","min_MM_petro_count","MM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
472,"aggregate analyte","Maghemite, petro_count","min_MH_petro_count","MH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
471,"aggregate analyte","Montmorillonite-Chlorite, petro_count","min_MC_petro_count","MC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
470,"aggregate analyte","Leucite, petro_count","min_LI_petro_count","LI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
469,"aggregate analyte","Lepidocrocite, petro_count","min_LE_petro_count","LE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
468,"aggregate analyte","Analcime, petro_count","min_LC_petro_count","LC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
467,"aggregate analyte","Illite (Hydromuscovite), petro_count","min_IL_petro_count","IL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
466,"aggregate analyte","Halite, petro_count","min_HA_petro_count","HA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
465,"aggregate analyte","Cobaltite, petro_count","min_CE_petro_count","CE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
464,"aggregate analyte","Allophane, petro_count","min_AL_petro_count","AL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
463,"aggregate analyte","Aegirine-Augite, petro_count","min_AI_petro_count","AL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
462,"aggregate analyte","Sulfur, Total NCS","s_tot_ncs","S_tot","F","4.2","% wt","layer","mean","To Be Added","Total sulfur is a measure of all organic and inorganic sulfur, including that found in sulfide minerals.",
461,"aggregate analyte","Nitrogen, Total NCS","n_tot_ncs","N_tot","F","4.2","% wt","layer","mean","To Be Added","Total nitrogen is a measure of all organic and inorganic nitrogen, including that found in nitrogen minerals.",
460,"aggregate analyte","Carbon, Total NCS","c_tot_ncs","C_tot","F","4.2","% wt","layer","mean","To Be Added","Total carbon is a measure of all organic and inorganic carbon, including that found in carbonate minerals.",
459,"aggregate analyte","Field Water Content, Clod","fw_clod","FWclod","F","5.1","% wt","layer","mean","to be added","Field H20 content by compliant cavity is the field water content of the material removed in a compliant cavity bulk density determination. It is reported as percent gravimetric water on a <2 mm base.",
458,"aggregate analyte","Field Water Content, Core","fw_core","FWcore","F","5.1","% wt","layer","mean","to be added","Field H20 content by clod is the field water content of the clod bulk density determination. It is reported as percent gravimetric water on a <2 mm base.",
457,"aggregate analyte","micromorphology","morph","Morph","C","2000","(NA)","layer","concat","To Be Added","Micromorphology is the study pf microfabrics of soils in their natural, undisturbed arrangement.",
456,"aggregate analyte","pH, Saturated Paste","ph_sp","pH_sp","F","3.1","(NA)","layer","mean","To Be Added","The pH, saturated paste is the pH of the solution extracted from the saturated paste sample. It is used as an indicator of the irrigated pH of soils with soluble salts.",
455,"aggregate analyte","pH, 1:2 Soil-CaCl2 Suspension","ph_cacl2","pHcacl","F","3.1","(NA)","layer","mean","To Be Added","The pH, 1:2 soil-CaCl2 is the pH of a sample measured in 0.01M CaCl2 at a 1:2 soil:solution ratio.",
454,"aggregate analyte","Fiber Type, Histosol","fib_type","FibTyp","C","60","(NA)","layer","concat","To Be Added","The kind of sapric or limnic material that composes more than half the organic material.",
453,"aggregate analyte","Effervescence, 1N HCl","efferv_1nhcl","Efferv","C","11","(NA)","layer","concat","To Be Added","The visual effervescence of the prepared sample when treated with 1N HCl.",
452,"aggregate analyte","Optical Density, Oxalate Extract","optd_ox","OptDen","F","4.2","(NA)","layer","mean","To Be Added","Ammonium oxalate optical density is a measure of the light blocking capacity of the extract. It relates to the amount of noncrystalline materials dissolved by the solution.",
451,"aggregate analyte","pH, 0.01M CaCl2, Histosol","ph_hist","pHHist","F","3.1","(NA)","layer","mean","To Be Added","The pH in 0.01M CaCl2 of the organic material in the Histosol procedure.",
450,"aggregate analyte","Zeolite, x-ray","min_ZE_x-ray","ZExray","C","4","peak_size","layer","concat","to be added","to be added",
449,"aggregate analyte","Vermiculite-Mica, x-ray","min_VM_x-ray","VMxray","C","4","peak_size","layer","concat","to be added","to be added",
448,"aggregate analyte","Vermiculite-Hydrobiotite, x-ray","min_VH_x-ray","VHxray","C","4","peak_size","layer","concat","to be added","to be added",
447,"aggregate analyte","Vermiculite-Chlorite, x-ray","min_VC_x-ray","VCxray","C","4","peak_size","layer","concat","to be added","to be added",
446,"aggregate analyte","Vermiculite, x-ray","min_VR_x-ray","VRxray","C","4","peak_size","layer","concat","to be added","to be added",
445,"aggregate analyte","Tridymite, x-ray","min_TD_x-ray","TDxray","C","4","peak_size","layer","concat","to be added","to be added",
444,"aggregate analyte","Thenardite, x-ray","min_TH_x-ray","THxray","C","4","peak_size","layer","concat","to be added","to be added",
443,"aggregate analyte","Talc, x-ray","min_TA_x-ray","TAxray","C","4","peak_size","layer","concat","to be added","to be added",
442,"aggregate analyte","Sepiolite, x-ray","min_SE_x-ray","SExray","C","4","peak_size","layer","concat","to be added","to be added",
441,"aggregate analyte","Resistant Minerals, x-ray","min_RE_x-ray","RExray","C","4","peak_size","layer","concat","to be added","to be added",
440,"aggregate analyte","Quartz, x-ray","min_QZ_x-ray","QZxray","C","4","peak_size","layer","concat","to be added","to be added",
439,"aggregate analyte","Pyrophyllite, x-ray","min_PY_x-ray","PYxray","C","4","peak_size","layer","concat","to be added","to be added",
438,"aggregate analyte","Potassium Feldspar, x-ray","min_FK_x-ray","FKxray","C","4","peak_size","layer","concat","to be added","to be added",
437,"aggregate analyte","Plagioclase Feldspar, x-ray","min_FP_x-ray","FPxray","C","4","peak_size","layer","concat","to be added","to be added",
436,"aggregate analyte","Phlogopite, x-ray","min_PL_x-ray","PLxray","C","4","peak_size","layer","concat","to be added","to be added",
435,"aggregate analyte","Palygorskite, x-ray","min_PG_x-ray","PGxray","C","4","peak_size","layer","concat","to be added","to be added",
434,"aggregate analyte","Orthoclase, x-ray","min_FR_x-ray","FRxray","C","4","peak_size","layer","concat","to be added","to be added",
433,"aggregate analyte","Oligoclase, x-ray","min_FO_x-ray","FOxray","C","4","peak_size","layer","concat","to be added","to be added",
432,"aggregate analyte","Non-Crystalline, x-ray","min_NX_x-ray","NXxray","C","4","peak_size","layer","concat","to be added","to be added",
431,"aggregate analyte","Muscovite, x-ray","min_MS_x-ray","MSxray","C","4","peak_size","layer","concat","to be added","to be added",
430,"aggregate analyte","Montmorillonite-Vermiculite, x-ray","min_MV_x-ray","MVxray","C","4","peak_size","layer","concat","to be added","to be added",
429,"aggregate analyte","Montmorillonite-Mica, x-ray","min_MM_x-ray","MMxray","C","4","peak_size","layer","concat","to be added","to be added",
428,"aggregate analyte","Montmorillonite-Chlorite, x-ray","min_MC_x-ray","MCxray","C","4","peak_size","layer","concat","to be added","to be added",
427,"aggregate analyte","Montmorillonite, x-ray","min_MT_x-ray","MTxray","C","4","peak_size","layer","concat","to be added","to be added",
426,"aggregate analyte","Mica, x-ray","min_MI_x-ray","MIxray","C","4","peak_size","layer","concat","to be added","to be added",
425,"aggregate analyte","Magnetite, x-ray","min_MG_x-ray","MGxray","C","4","peak_size","layer","concat","to be added","to be added",
424,"aggregate analyte","Maghemite, x-ray","min_MH_x-ray","MHxray","C","4","peak_size","layer","concat","to be added","to be added",
423,"aggregate analyte","Lepidocrocite, x-ray","min_LE_x-ray","LExray","C","4","peak_size","layer","concat","to be added","to be added",
422,"aggregate analyte","Labradorite, x-ray","min_FL_x-ray","FLxray","C","4","peak_size","layer","concat","to be added","to be added",
421,"aggregate analyte","Kaolinite, x-ray","min_KK_x-ray","KKxray","C","4","peak_size","layer","concat","to be added","to be added",
420,"aggregate analyte","Illite (Hydromuscovite), x-ray","min_IL_x-ray","ILxray","C","4","peak_size","layer","concat","to be added","to be added",
419,"aggregate analyte","Hydrobiotite, x-ray","min_HB_x-ray","HBxray","C","4","peak_size","layer","concat","to be added","to be added",
418,"aggregate analyte","Hornblende, x-ray","min_HN_x-ray","HNxray","C","4","peak_size","layer","concat","to be added","to be added",
417,"aggregate analyte","Hematite, x-ray","min_HE_x-ray","HExray","C","4","peak_size","layer","concat","to be added","to be added",
416,"aggregate analyte","Halloysite, x-ray","min_KH_x-ray","KHxray","C","4","peak_size","layer","concat","to be added","to be added",
415,"aggregate analyte","Gypsum, x-ray","min_GY_x-ray","GYxray","C","4","peak_size","layer","concat","to be added","to be added",
414,"aggregate analyte","Goethite, x-ray","min_GE_x-ray","GExray","C","4","peak_size","layer","concat","to be added","to be added",
413,"aggregate analyte","Glauconite, x-ray","min_GL_x-ray","GLxray","C","4","peak_size","layer","concat","to be added","to be added",
412,"aggregate analyte","Gibbsite, x-ray","min_GI_x-ray","GIxray","C","4","peak_size","layer","concat","to be added","to be added",
411,"aggregate analyte","Feldspar, x-ray","min_FD_x-ray","FDxray","C","4","peak_size","layer","concat","to be added","to be added",
410,"aggregate analyte","Enstatite, x-ray","min_EN_x-ray","ENxray","C","4","peak_size","layer","concat","to be added","to be added",
409,"aggregate analyte","Dolomite, x-ray","min_DL_x-ray","DLxray","C","4","peak_size","layer","concat","to be added","to be added",
353,"aggregate analyte","Magnesium, Saturation Extract","mg_satx","Mg_sx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Magnesium in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
352,"aggregate analyte","Fluoride, Saturation Extract","fl_satx","F_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Fluoride in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
351,"aggregate analyte","Electrical Conductivity, Saturation Extract","ec_satp","EC_sx","F","5.2","dS/m","layer","mean","EC = A 10^B ( 0.8696 - 0.01951 C + 0.000186 C^2 ) 2 D / ( 141.12 / ( E 10^F ( 0.8696 - 0.01951 G + 0.000186 G^2 ) 2 D )",,
350,"aggregate analyte","Chloride, Saturation Extract","cl_satx","Cl_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Chloride in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
349,"aggregate analyte","Carbonate, Saturation Extract","co3_satx","CO3_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Carbonate in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
348,"aggregate analyte","Calcium, Saturation Extract","ca_satx","Ca_sx","F","5.1","mmol(+)/L","layer","mean","To Be Added","Calcium in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
347,"aggregate analyte","Bromide, Saturation Extract","br_satx","Br_sx","F","5.1","mmol(-)/L","layer","mean","to be added","The bromide anion in the saturation extract.",
346,"aggregate analyte","Borate, Saturation Extract","b_satx","B_sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Boron as BO3 in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
345,"aggregate analyte","Bicarbonate, Saturation Extract","hco3sx","HCO3sx","F","5.1","mmol(-)/L","layer","mean","To Be Added","Bicarbonate (HCO3) in the saturation extract is the fraction removed from a sample by saturating the sample with distilled H2O, then vacuum extracting the water. It is reported as meq per liter of extract.",
344,"aggregate analyte","Acetate, Saturation Extract","oac_satx","OAc_sx","F","5.1","mmol(-)/L","layer","mean","TO Be Added","The acetate anion in the saturation extract.",
343,"aggregate analyte","Electrical Conductivity, Predict, 1:2 (w/w)","ec_12pre","EC_12p","F","5.2","dS/m","layer","mean","To Be Added","The salt predict electrical conductivity is used to determine whether additional salt analyses are needed, and to estimate appropriate dilution ratios for additional tests. It is reported as mmhos per centimeter of a 1:2 soil:water mixture by weight.",
342,"aggregate analyte","Clay, H2O Dispersible, Moist","w_cly_moist","Cly_MW","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particles dispersed without organic matter and salt removal, and without chemical dispersion. It is reported on a <2 mm base.",
341,"aggregate analyte","Silt, H2O Dispersible, Hydrometer","w_slt_h","Slt_Hy","F","4.1","% wt","layer","mean","to be added","H2O dispersible silt, <2mm (by hydrometer) is the gravimetric percent 0.002 to 0.05 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
340,"aggregate analyte","Sand, H2O Dispersible, Hydrometer","w_snd_h","Snd_Hy","F","4.1","% wt","layer","mean","to be added","H2O dispersible sand, <2mm (by hydrometer) is the gravimetric percent 0.05 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
339,"aggregate analyte","Clay, H2O Dispersible, Hydrometer","w_cly_h","Cly_Hy","F","4.1","% wt","layer","mean","to be added","H2O dispersible clay, <2mm (by hydrometer) is the gravimetric percent of <0.002 mm particles dispersed without organic matter and salt removal, and without chemical dispersion. It is reported on a <2 mm base.",
338,"aggregate analyte","Silt, Fine, H2O Dispersible","w_slt_f","SiF_W","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible fine silt, <2mm (by pipette) is the gravimetric percent 0.002 to 0.02 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
337,"aggregate analyte","Sand, Very Fine, H2O Dispersible","w_snd_vf","SndVFW","F","4.1","% wt","layer","mean","to be added","H2O dispersible very fine sand, <2mm (by pipette) is the gravimetric percent 0.05 to 0.10 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
336,"aggregate analyte","Sand, Very Coarse, H2O Dispersible","w_snd_vc","SndVCW","F","4.1","% wt","layer","mean","to be added","H2O dispersible very coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
335,"aggregate analyte","Sand, Medium, H2O Dispersible","w_snd_m","SndM_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible medium sand, <2mm (by pipette) is the gravimetric percent 0.25 to 0.50 mm diameter particles separated without chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
334,"aggregate analyte","Sand, Fine, H2O Dispersible","w_snd_f","SndF_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible fine sand, <2mm (by pipette) is the gravimetric percent of 0.10 to 0.25 mm diameter particles separated without the use of chemical dispersants or removal of organic matter and salts. It is reported on a <2 mm base.",
333,"aggregate analyte","Sand, Coarse, H2O Dispersible","w_snd_c","SndC_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible coarse sand, <2mm (by pipette) is the gravimetric percent 1.0 to 2.0 mm diameter particles separated without chemical dispersants or the removal of organic matter and salts. It is reported on a <2 mm base.",
332,"aggregate analyte","Clay, H2O Dispersible","w_cly","Cly_W","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particles dispersed without organic matter and salt removal, and without chemical dispersion. It is reported on a <2 mm base.",
331,"aggregate analyte","Clay, Fine, H2O Dispersible","w_cly_f","ClyF_W","F","4.1","% wt","layer","mean","To Be Added","H2O dispersible fine clay, <2mm (by pipette) is the gravimetric percent of <0.0002 mm diameter particles dispersed without chemical dispersants or organic matter and salt removal. It is reported on a <2 mm base.",
330,"aggregate analyte","Clay, Carbonate, H2O Dispersible","w_clyco3","CCly_W","F","4.1","% wt","layer","mean","to be added","H2O dispersible CO3 clay, <2mm (by pipette) is the gravimetric percent of <0.002 mm particle diameter carbonates dispersed without chemical dispersants, organic matter and clay removal. It is reported on a <2 mm base.",
329,"aggregate analyte","Silt, Fine PSDA, Ultrasonic, Pipet","silt_f_Ultrasonic","SiltFu","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, Pipet",
328,"aggregate analyte","Sand, Very Fine PSDA, Ultrasonic, Pipet","sand_vf_Ultrasonic","SndVFu","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, Pipet",
327,"aggregate analyte","Sand, Very Coarse PSDA, Ultrasonic, Pipet","sand_vc_Ultrasonic","SndVCu","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, Pipet",
326,"aggregate analyte","Sand, Medium PSDA, Ultrasonic, Pipet","sand_m_Ultrasonic","SndM_u","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, Pipet",
325,"aggregate analyte","Sand, Fine PSDA, Ultrasonic, Pipet","sand_f_Ultrasonic","SndF_u","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, Pipet",
324,"aggregate analyte","Sand, Coarse PSDA, Ultrasonic, Pipet","sand_c_Ultrasonic","SndC_u","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Ultrasonic, Pipet",
323,"aggregate analyte","Clay PSDA, Ultrasonic, Pipet","clay_tot_Ultrasonic","ClyT_u","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Ultrasonic, Pipet",
322,"aggregate analyte","Silt, Fine","silt_f_psa","SiltFp","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
321,"aggregate analyte","Sand, Very Fine","sand_vf_psa","SndVFp","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
320,"aggregate analyte","Sand, Very Coarse","sand_vc_psa","SndVCp","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
319,"aggregate analyte","Sand, Medium","sand_m_psa","SndM_p","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base.",
285,"aggregate analyte","Clay, Noncarbonate, Moist","nco3_cly_moist","NCClyM","F","4.1","%","layer","mean","To Be Added","Non Carbonate Clay is the weight percentage of noncarbonate clay relative to the total <2mm fraction for moist sample.",
284,"aggregate analyte","Clay, Fine, Moist","clay_f_moist","ClyFMp","F","4.1","% wt","layer","mean","To Be Added","Fine clay is the <0.0002 mm particle diameter soil separate. It is reported as a weight percent of the <2mm fraction.",
283,"aggregate analyte","Clay, Carbonate, Moist","co3_cly_moist","CClyMp","F","4.1","% wt","layer","mean","To Be Added","Carbonate clay is the part of <0.002 mm diameter particles that are composed of carbonates. It is reported as a weight percent of the <2 mm fraction.",
282,"aggregate analyte","Clay PSDA, Moist, Pipet","clay_tot_Moist","ClyTMp","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Moist, Pipet",
281,"aggregate analyte","Silt, Fine PSDA, Moist, NaOH, Pipet","silt_f_Moist_NaOH","SiFMH","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOH, Pipet",
280,"aggregate analyte","Sand, Very Fine PSDA, Moist, NaOH, Pipet","sand_vf_Moist_NaOH","SdVFMH","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOH, Pipet",
279,"aggregate analyte","Sand, Very Coarse PSDA, Moist, NaOH, Pipet","sand_vc_Moist_NaOH","SdVCMH","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOH, Pipet",
278,"aggregate analyte","Sand, Medium PSDA, Moist, NaOH, Pipet","sand_m_Moist_NaOH","SndMMH","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOH, Pipet",
277,"aggregate analyte","Sand, Fine PSDA, Moist, NaOH, Pipet","sand_f_Moist_NaOH","SndFMH","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOH, Pipet",
276,"aggregate analyte","Sand, Coarse PSDA, Moist, NaOH, Pipet","sand_c_Moist_NaOH","SndCMH","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Moist, NaOH, Pipet",
275,"aggregate analyte","Clay PSDA, Moist, NaOH, Pipet","clay_tot_Moist_NaOH","ClyTMH","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Moist, NaOH, Pipet",
274,"aggregate analyte","Silt, Fine PSDA, Moist, NaOAc, Pipet","silt_f_Moist_NaOAc","SiFMN","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOAc, Pipet",
273,"aggregate analyte","Sand, Very Fine PSDA, Moist, NaOAc, Pipet","sand_vf_Moist_NaOAc","SdVFMN","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOAc, Pipet",
272,"aggregate analyte","Sand, Very Coarse PSDA, Moist, NaOAc, Pipet","sand_vc_Moist_NaOAc","SdVCMN","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOAc, Pipet",
271,"aggregate analyte","Sand, Medium PSDA, Moist, NaOAc, Pipet","sand_m_Moist_NaOAc","SndMMN","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOAc, Pipet",
270,"aggregate analyte","Sand, Fine PSDA, Moist, NaOAc, Pipet","sand_f_Moist_NaOAc","SndFMN","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, NaOAc, Pipet",
269,"aggregate analyte","Sand, Coarse PSDA, Moist, NaOAc, Pipet","sand_c_Moist_NaOAc","SndCMN","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Moist, NaOAc, Pipet",
268,"aggregate analyte","Clay PSDA, Moist, NaOAc, Pipet","clay_tot_Moist_NaOAc","ClyTMN","F","4.1","% wt","layer","mean","To Be Added","Total clay is the soil separate with <0.002 mm particle diameter. Clay size carbonate is included. Total clay is reported as a weight percent of the <2 mm fraction., PSDA, Moist, NaOAc, Pipet",
267,"aggregate analyte","Silt, Fine PSDA, Moist, Dith, Pipet","silt_f_Moist_Dith","SiFMD","F","4.1","% wt","layer","mean","To Be Added","Fine silt is the soil separate with 0.002 to 0.02 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Dith, Pipet",
266,"aggregate analyte","Sand, Very Fine PSDA, Moist, Dith, Pipet","sand_vf_Moist_Dith","SdVFMD","F","4.1","% wt","layer","mean","To Be Added","Very fine sand is the soil separate with 0.05 to 0.10 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Dith, Pipet",
265,"aggregate analyte","Sand, Very Coarse PSDA, Moist, Dith, Pipet","sand_vc_Moist_Dith","SdVDMD","F","4.1","% wt","layer","mean","To Be Added","Very coarse sand is the soil separate with 1.0 to 2.0 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Dith, Pipet",
264,"aggregate analyte","Sand, Medium PSDA, Moist, Dith, Pipet","sand_m_Moist_Dith","SndMMD","F","4.1","% wt","layer","mean","To Be Added","Medium sand is the soil separate with 0.25 to 0.50 mm particle diameter. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Dith, Pipet",
263,"aggregate analyte","Sand, Fine PSDA, Moist, Dith, Pipet","sand_f_Moist_Dith","SndFMD","F","4.1","% wt","layer","mean","To Be Added","Fine sand is the soil separate with 0.10 to 0.25 mm diameter particles. It is reported as a gravimetric percent on a <2 mm base., PSDA, Moist, Dith, Pipet",
262,"aggregate analyte","Sand, Coarse PSDA, Moist, Dith, Pipet","sand_c_Moist_Dith","SndCMD","F","4.1","% wt","layer","mean","To Be Added","Coarse sand is the soil separate with 0.5 to 1.0 mm particle diameter. It is reported a gravimetric percent on a <2 mm base., PSDA, Moist, Dith, Pipet",
244,"aggregate analyte","pH, 1:1 Soil-KCl Suspension","ph_kcl","pH_kcl","F","3.1","(NA)","layer","mean","To Be Added","The pH, 1:1 soil-KCl suspension is the pH of a sample measured in 1.0N KCl at a 1:1 soil:solution ratio. If the pH in KCl < pH in water, Al+++ is indicated.",
243,"aggregate analyte","Particle density >2 mm","pd_g2","PD_G2","F","4.2","g/cc","layer","mean","to be added","Particle density >2mm is the density of the >2 mm diameter particles. It is reported as grams per cubic centimeter of particles.",
242,"aggregate analyte","Particle density <2 mm","pd_l2","PD_L2","F","4.2","g/cc","layer","mean","to be added","Particle density <2mm fraction is the density of the <2 mm diameter particles. It is reported as grams per cubic centimeter of particles. If blank, a value of 2.65 g/cc is assumed for calculations.",
241,"aggregate analyte","Fiber, Unrubbed","fib_urb","Fiburb","F","3.0","% vol","layer","mean","To Be Added","Unrubbed fiber is an approximate measure of the fibric and hemic portions of the organic matter in a sample. It is reported as a volume percent of the sample.",
240,"aggregate analyte","Fiber, Rubbed","fib_rb","Fibrub","F","3.0","% vol","layer","mean","To Be Added","Rubbed fiber is an approximate measure of the fibric portion of the organic matter in a sample. It is reported as a volume percent of the sample.",
239,"aggregate analyte","Color, Pyrophosphate Extract","pyr_col","ColrPy","C","10","(NA)","layer","concat","To Be Added","The Munsell color of the pyrophosphate extract of organic material provides information on the nature of the material. Light colors are associated with fibric materials, and darker colors with sapric materials.",
238,"aggregate analyte","Zoisite, petro_count","min_ZO_petro_count","ZO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
237,"aggregate analyte","Zircon, petro_count","min_ZR_petro_count","ZR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
236,"aggregate analyte","Zeolite, petro_count","min_ZE_petro_count","ZE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
235,"aggregate analyte","Weatherable Mineral, petro_count","min_WE_petro_count","WE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
234,"aggregate analyte","Weatherable Aggregates, petro_count","min_AR_petro_count","AR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
233,"aggregate analyte","Wavellite, petro_count","min_WV_petro_count","WV_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
232,"aggregate analyte","Vivianite, petro_count","min_VI_petro_count","VI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
231,"aggregate analyte","Vermiculite-Mica, petro_count","min_VM_petro_count","VM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
230,"aggregate analyte","Vermiculite-Hydrobiotite, petro_count","min_VH_petro_count","VH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
229,"aggregate analyte","Vermiculite-Chlorite, petro_count","min_VC_petro_count","VC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
228,"aggregate analyte","Vermiculite, petro_count","min_VR_petro_count","VR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
227,"aggregate analyte","Tremolite, petro_count","min_TE_petro_count","TE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
226,"aggregate analyte","Tourmaline, petro_count","min_TM_petro_count","TM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
225,"aggregate analyte","Topaz, petro_count","min_TP_petro_count","TP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
224,"aggregate analyte","Talc, petro_count","min_TA_petro_count","TA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
223,"aggregate analyte","Sulphur, petro_count","min_SU_petro_count","SU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
222,"aggregate analyte","Stilbite, petro_count","min_ST_petro_count","ST_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
221,"aggregate analyte","Staurolite, petro_count","min_SO_petro_count","SO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
220,"aggregate analyte","Sponge Spicule, petro_count","min_SS_petro_count","SS_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
219,"aggregate analyte","Spinel, petro_count","min_SN_petro_count","SN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
218,"aggregate analyte","Sphene, petro_count","min_SP_petro_count","SP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
217,"aggregate analyte","Sphalerite, petro_count","min_SG_petro_count","SG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
216,"aggregate analyte","Sillimanite, petro_count","min_SL_petro_count","SL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
215,"aggregate analyte","Siliceous Aggregates, petro_count","min_SA_petro_count","SA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
214,"aggregate analyte","Siderite, petro_count","min_SI_petro_count","SI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
213,"aggregate analyte","Sericite, petro_count","min_SR_petro_count","SR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
212,"aggregate analyte","Sanidine, petro_count","min_FS_petro_count","FS_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
211,"aggregate analyte","Rutile, petro_count","min_RU_petro_count","RU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
210,"aggregate analyte","Riebeckite (Blue Amphibole), petro_count","min_RB_petro_count","RB_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
209,"aggregate analyte","Rhodochrosite, petro_count","min_RO_petro_count","RO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
208,"aggregate analyte","Resistant Minerals, petro_count","min_RE_petro_count","RE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
207,"aggregate analyte","Resistant Mineraloids, petro_count","min_MD_petro_count","MD_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
206,"aggregate analyte","Resistant Aggregates, petro_count","min_RA_petro_count","RA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
205,"aggregate analyte","Quartz, petro_count","min_QZ_petro_count","QZ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
204,"aggregate analyte","Pyroxene, petro_count","min_PR_petro_count","PR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
203,"aggregate analyte","Pyrophyllite, petro_count","min_PY_petro_count","PY_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
202,"aggregate analyte","Pyrolusite, petro_count","min_PU_petro_count","PU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
201,"aggregate analyte","Pyrite, petro_count","min_PI_petro_count","PI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
200,"aggregate analyte","Potassium Feldspar, petro_count","min_FK_petro_count","FK_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
199,"aggregate analyte","Pollen, petro_count","min_PN_petro_count","PN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
198,"aggregate analyte","Plumbojarosite, petro_count","min_PJ_petro_count","PJ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
197,"aggregate analyte","Plant Opal, petro_count","min_PO_petro_count","PO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
196,"aggregate analyte","Plagioclase Feldspar, petro_count","min_FP_petro_count","FP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
195,"aggregate analyte","Piemontite, petro_count","min_PD_petro_count","PD_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
194,"aggregate analyte","Phlogopite, petro_count","min_PL_petro_count","PL_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
193,"aggregate analyte","Perovskite, petro_count","min_PK_petro_count","PK_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
192,"aggregate analyte","Other, petro_count","min_OT_petro_count","OT_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
191,"aggregate analyte","Other Weatherable Minerals, petro_count","min_OW_petro_count","OW_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
190,"aggregate analyte","Other Resistant Minerals, petro_count","min_OR_petro_count","OR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
189,"aggregate analyte","Orthoclase, petro_count","min_FR_petro_count","FR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
188,"aggregate analyte","Opaques, petro_count","min_OP_petro_count","OP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
187,"aggregate analyte","Olivine, petro_count","min_OV_petro_count","OV_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
186,"aggregate analyte","Oligoclase, petro_count","min_FO_petro_count","FO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
185,"aggregate analyte","Non-Crystalline, petro_count","min_NX_petro_count","NX_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
184,"aggregate analyte","Nepheline, petro_count","min_NE_petro_count","NE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
183,"aggregate analyte","Muscovite, petro_count","min_MS_petro_count","MS_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
182,"aggregate analyte","Montmorillonite, petro_count","min_MT_petro_count","MT_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
181,"aggregate analyte","Monazite, petro_count","min_MZ_petro_count","MZ_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
180,"aggregate analyte","Microcline, petro_count","min_FC_petro_count","FC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
179,"aggregate analyte","Mica, petro_count","min_MI_petro_count","MI_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
178,"aggregate analyte","Melilite, petro_count","min_ML_petro_count","ML_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
177,"aggregate analyte","Marcasite, petro_count","min_MR_petro_count","MR_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
176,"aggregate analyte","Magnetite, petro_count","min_MG_petro_count","MG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
175,"aggregate analyte","Magnesite, petro_count","min_ME_petro_count","ME_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
174,"aggregate analyte","Lithiophorite, petro_count","min_LT_petro_count","LT_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
173,"aggregate analyte","Limonite, petro_count","min_LM_petro_count","LM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
172,"aggregate analyte","Leucoxene, petro_count","min_LU_petro_count","LU_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
105,"aggregate analyte","Aragonite, petro_count","min_AO_petro_count","AO_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
104,"aggregate analyte","Apatite, petro_count","min_AP_petro_count","AP_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
103,"aggregate analyte","Antigorite, petro_count","min_AG_petro_count","AG_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
102,"aggregate analyte","Anthophyllite, petro_count","min_AH_petro_count","AH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
101,"aggregate analyte","Anorthoclase, petro_count","min_FH_petro_count","FH_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
100,"aggregate analyte","Anorthite, petro_count","min_FN_petro_count","FN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
99,"aggregate analyte","Anhydrite, petro_count","min_AY_petro_count","AY_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
98,"aggregate analyte","Andesite, petro_count","min_FA_petro_count","FA_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
97,"aggregate analyte","Andalusite, petro_count","min_AN_petro_count","AN_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
96,"aggregate analyte","Anatase, petro_count","min_AE_petro_count","AE_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
95,"aggregate analyte","Amphibole, petro_count","min_AM_petro_count","AM_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
94,"aggregate analyte","Albite, petro_count","min_FB_petro_count","FB_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
93,"aggregate analyte","Actinolite, petro_count","min_AC_petro_count","AC_pc","I","3.0","count","layer","mean","OUTPUT = 100.0 * mineral_count / total_count","to be added",
92,"aggregate analyte","Sponge Spicule, glass_count","min_SS_glass_count","SS_gc","I","3.0","count","layer","mean","to be added","to be added",
91,"aggregate analyte","Plant Opal, glass_count","min_PO_glass_count","PO_gc","I","3.0","count","layer","mean","to be added","to be added",
90,"aggregate analyte","Other, glass count","min_OT_glass_count","OT_gc","I","2.0","%","layer","mean","To Be Added","To Be Added",
89,"aggregate analyte","Glassy Materials, glass_count","min_GM_glass_count","GM_gc","I","3.0","count","layer","mean","to be added","to be added",
72,"aggregate analyte","Volume, CEC, NH4OAc, Syringe Extract","volcecextr_NH4OAc","Volnh4","F","4.2","mL","layer","mean","To Be Added","The volume of the extract contained in the syrringe of the CEC procedure. This value is not normally reported.  It is used in the calculation of extractable bases (Ca, Mg, Na, K).",
71,"aggregate analyte","Sodium, NH4OAc Extractable","na_nh4","Na_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable sodium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable Na. It is reported as meq per 100 grams on a <2 mm base.",
70,"aggregate analyte","Potassium, NH4OAc Extractable","k_nh4","K_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable potassium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable K. It is reported as meq per 100 grams on a <2 mm base.",
69,"aggregate analyte","Magnesium, NH4OAc Extractable","mg_nh4","Mg_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable magnesium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable Mg if MgCO3 is not present. It is reported as meq per 100 grams on a <2 mm base.",
68,"aggregate analyte","CEC, NH4OAc, pH 7.0","cec_nh4","CECnh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","CEC by NH4OAC is the cation exchange capacity of the sample, determined by 1N NH4OAC in a system highly buffered at pH 7.0. It is reported as meq per 100 grams sample, on a <2 mm base.",
67,"aggregate analyte","Calcium, NH4OAc Extractable","ca_nh4","Ca_nh4","F","4.1","cmol(+)/kg","layer","mean","To Be Added","NH4OAC extractable calcium is the fraction removed by pH 7.0 NH4OAC. It is assumed to represent the exchangeable Ca. It is reported as meq per 100 grams on a <2 mm base. It is not reported for samples containing carbonates or soluble salts.",
66,"aggregate analyte","Volume, CEC, NH4Cl Syringe Extract","volcecextr_NH4Cl","Volnst","F","4.2","mL","layer","mean","To Be Added","The volume of the extract contained in the syrringe of the CEC procedure. This value is not normally reported.  It is used in the calculation of extractable bases (Ca, Mg, Na, K).",
65,"aggregate analyte","Sodium, Neutral Salt Extractable","na_neutral_salt","Na_nst","F","4.1","cmol(+)/kg","layer","mean","to be added","The neutral salt extractable sodium is the fraction removed by 1.0N NH4Cl.",
64,"aggregate analyte","Potassium, Neutral Salt Extractable","k_neutral_salt","K_nst","F","4.1","cmol(+)/kg","layer","mean","to be added","The neutral salt extractable potassium is the fraction removed by 1.0N NH4Cl.",
63,"aggregate analyte","Magnesium, Neutral Salt Extractable","mg_neutral_salt","Mg_nst","F","4.1","cmol(+)/kg","layer","mean","to be added","The neutral salt extractable magnesium is the fraction removed by 1.0N NH4Cl.",
62,"aggregate analyte","CEC, NH4Cl","cec_nhcl","CECnst","F","4.1","cmol(+)/kg","layer","mean","To Be Added","CEC by a neutral unbuffered salt (1N NH4Cl) is a measure of the neutral salt exchange capacity of the soil at its natural pH, reported as meq per 100 grams on a <2 mm base. For noncalcareous soils this value approximates (BASE_SUM+AL_KCL).",
61,"aggregate analyte","Calcium, Neutral Salt Extractable","ca_neutral_salt","Ca_nst","F","4.1","cmol(+)/kg","layer","mean","to be added","The neutral salt extractable calcium is the fraction removed by 1.0N NH4Cl.",
60,"aggregate analyte","Manganese, Sodium Pyrophosphate Extractable","mn_pyp","Mn_pyp","F","5.2","% wt","layer","mean","To Be Added","Sodium pyrophosphate extractable manganese is the fraction extracted by 0.1M sodium pyrophosphate. It was originally considered the portion associated with organic compounds, although subsequent evidence indicates other forms are also removed.",
59,"aggregate analyte","Iron, Sodium Pyrophosphate Extractable","fe_pyp","Fe_pyp","F","5.1","% wt","layer","mean","To Be Added","Sodium pyrophosphate extractable iron is assumed to be the fraction associated with organic complexes. It is reported as gravimetric percent on a <2 mm base.",
58,"aggregate analyte","Carbon, Sodium Pyrophosphate Extractable","c_pyp","C_pyp","F","5.1","% wt","layer","mean","To Be Added","Sodium pyrophosphate extractable carbon was originally thought to correspond to carbon that bound Fe and Al in spodic materials. It is reported on a <2 mm base.",
39,"aggregate analyte","Weight, shelf sample","wt_shelf","Wt_slf","F","5.0","g","layer","mean","to be added","The pre-processed weight of the bulk sample, before any preparation work is done.  The value of this weight is used in lieu of the actual field moist sample weight to make estimates of field moisture.",
38,"aggregate analyte","Weight, moist sample","wt_moist","Wt_mst","F","5.0","g","layer","mean","to be added","The weight of the bulk sample used to prepare the air-dried sample.  This weight may be different from the self moist weight, because a subsample may have been taken for a moist preparation.",
37,"aggregate analyte","Weight, air-dry sample","wt_air_dry","Wt_ad","F","5.0","g","layer","mean","to be added","The weight of the air-dry bulk sample before any other processing occurs.",
36,"aggregate analyte","Weight, 5-20mm","wt_5_20","Wt5_20","F","5.0","g","layer","mean","to be added","The weight of the sieved coarse fragments after air-drying which are 5 to 20 mm.",
35,"aggregate analyte","Weight, 20-75mm","wt_20_75","Wt2075","F","5.0","g","layer","mean","to be added","The weight of coarse fragments sieved after air-drying which are 20 to 75 mm.",
34,"aggregate analyte","Weight, 2-5mm, slaked","wt_2_5_sla","Wt25sl","F","5.0","g","layer","mean","to be added","The weight of the 2 to 5 mm aggregates remaining after slaking.",
33,"aggregate analyte","Weight, 2-5mm, preslaked","wt_2_5_pre","Wt25pr","F","5.0","g","layer","mean","to be added","The weight of the subsample, 2 to 5 mm, before slaking.",
32,"aggregate analyte","Weight, 2-5mm","wt_2_5","Wt_2_5","F","5.0","g","layer","mean","to be added","The weight of the sieved coarse fragments after air-drying which are 2 to 5 mm.",
31,"aggregate analyte","Weight, >75mm","wt_gt_75","WtG75","F","5.0","g","layer","mean","to be added","The weight of coarse fragments sieved after air-drying which are > 75 mm.",
30,"aggregate analyte","Field Water Content, <2mm","fw_l2","FW_L2","F","4.0","% wt","layer","mean","to be added","The field water content of a bulk sample, <2mm is the gravimetric water content of a sample, as collected. It is reported as percent gravimetric water on a <2 mm base.",
29,"aggregate analyte","Coarse Fragments, 2-5mm, Slaking Percentage","sp_25","SP_25","F","3.0","% wt","layer","mean","to be added","The gravimetric percentage of 2 to 5 mm diameter particles slaking.",
28,"aggregate analyte","Bulk Density, 1/3 Bar, Estimated","db_3est","Db3est","F","4.2","g/cc","layer","mean","to be added","Bulk density, 1/3 bar is estimated when no measured value exists. It has been estimated from rupture resistance, particle size distribution, and organic carbon.",
27,"aggregate analyte","Water Retention, 1/3 Bar, Rewet","w3rw","W3rw","F","5.1","% wt","layer","mean","to be added","1/3 bar water rewet is the gravimetric percent water in clods after air drying when equilibrated at 1/3 bar water tension. It is reported on a <2 mm base.",
26,"aggregate analyte","Water Retention, 1/3 Bar, Before Rewet","w3brw","W3Brw","F","5.1","% wt","layer","mean","to be added","1/3 bar water before rewet is the gravimetric percent water in clods after air drying when equilibrated at 1/3 bar water tension. It is reported on a <2 mm base.",
25,"aggregate analyte","Bulk Density, 1/3 Bar, Rewet (Organic Soils)","db_3rw","Db3rw","F","4.2","g/cc","layer","mean","To Be Added","Bulk density, 1/3 bar rewet (organic soils) is the weight per unit volume of the <2 mm fraction, with volume being measured after samples have been equilibrated at 1/3 bar water tension, air dried, and re-equilibrated at 1/3 bar tension.",
24,"aggregate analyte","Bulk Density, 1/3 Bar, Before Rewet (Organic Soils)","db_3brw","Db3Brw","F","4.2","g/cc","layer","mean","To Be Added","Bulk density, 1/3 bar rewet (organic soils) is the weight per unit volume of the <2 mm fraction, with volume being measured after samples have been equilibrated at 1/3 bar water tension, air dried, and re-equilibrated at 1/3 bar tension.",
23,"aggregate analyte","Bulk Density, <2mm Fraction, Rewet, Ovendry","db_rw_od","DbROD","F","4.2","g/cc","layer","mean","To Be Added","Bulk density, oven dry (105 C) is the weight per unit volume of the <2 mm fraction, with volume measured on oven dry (105 C) natural fabric (clods). It is reported as grams per cubic centimeter on a <2 mm base.",
22,"aggregate analyte","Bulk Density, Clod, Field Water Content","db_fmst","DbFMst","F","4.2","g/cc","layer","mean","To BE Added","Bulk density, <2mm fraction, moist is the weight per unit volume of the <2 mm fraction, with volume measured at field (sampling) moisture on natural clods. It is reported as grams per cubic centimeter on a <2 mm base.",
21,"aggregate analyte","Bulk Density, Core, <2 mm fraction, Field Moist","db_fmstc","DbFldM","F","4.2","g/cc","layer","mean","to be added","Bulk density, <2mm fraction, field moist is the weight per unit volume of the <2 mm fraction, with volume measured at field (sampling) moisture. Measurements are made on known volume cores. It is reported as grams per cubic centimeter, <2 mm base.",
20,"aggregate analyte","Field Water Content, Compliant Cavity","fw_cc","FW_cc","F","5.1","% wt","layer","mean","to be added","Field H20 content by core is the field water content of the material from a core bulk density determination. It is reported as percent gravimetric water on a <2 mm base.",
19,"aggregate analyte","Bulk Density, Compliant Cavity, Field Moisture","db_cc","Db_cc","F","4.2","g/cc","layer","mean","To Be Added","Bulk density (compliant cavity at field H20) is the weight per unit volume of the <2 mm fraction, with volume measured at field (sampling) moisture content by the compliant cavity method. It is reported as grams per cubic centimeter on a <2 mm base.",
18,"aggregate analyte","Water Retention, 1/3 Bar, Reconstituted, Moist","w3rec","W3rec","F","5.1","% wt","layer","mean","to be added","1/3 bar water, reconstituted moist is the gravimetric percent water in reconstituted samples (held moist) after equilibration at 1/3 bar water tension. It is reported on a <2 mm base.",
17,"aggregate analyte","Bulk Density, <2mm Fraction, Reconstituted, Ovendry","db_recd","DbODrc","F","4.2","g/cc","layer","mean","To Be Added","Bulk density, <2mm fraction, reconstituted, oven dry is the weight per unit volume of the <2 mm fraction, with volume measured on oven dry (105 C) reconstituted samples. It is reported as grams per cubic centimeter on a <2 mm base.",
16,"aggregate analyte","Bulk Density, <2mm Fraction, Reconstituted, 1/3 Bar","db_rec3","Db3rec","F","4.2","g/cc","layer","mean","To Be Added","Bulk density, <2mm fraction, reconstituted, 1/3 bar is the weight per unit volume of the <2 mm fraction, with volume measured on reconstituted samples at 1/3 bar water tension. It is reported as grams per cubic centimeter on a <2 mm base.",
15,"aggregate analyte","Water Retention, 2 Bar, Cores","w2bcore","W2Bcor","F","5.1","% wt","layer","mean","to be added","2 bar water, cores is the gravimetric percent water in soil core after equilibration at 2 bar water tension. It is reported on a <2 mm base.",
14,"aggregate analyte","Water Retention, 1/3 Bar, Cores","w3core","W3corw","F","5.1","% wt","layer","mean","To Be Added","1/3 bar water, cores is the gravimetric percent water in soil core after equilibration at 1/3 bar water tension. It is reported on a <2 mm base.",
13,"aggregate analyte","Water Retention, 1/10 Bar, Cores","w10core","W10cr","F","5.1","% wt","layer","mean","To Be Added","1/10 bar water, cores is the gravimetric percent water in soil core after equilibration at 1/10 bar water tension. It is reported on a <2 mm base.",
12,"aggregate analyte","Water Retention, 1 Bar, Cores","w1bcore","W1Bcor","F","5.1","% wt","layer","mean","To Be Added","1 bar water, cores is the gravimetric percent water in soil core after equilibration at 1 bar water tension. It is reported on a <2 mm base.",
11,"aggregate analyte","Water Retention, 0.06 Bar, Cores","w6core","W6core","F","5.1","% wt","layer","mean","To Be Added","0.06 bar water, cores is the gravimetric percent water in soil core after equilibration at 0.06 bar water tension. It is reported on a <2 mm base.",
10,"aggregate analyte","Bulk Density, <2 mm Fraction, 1/10 Bar","db_10b","Db_10B","F","4.2","g/cc","layer","mean","to be added","Bulk density, <2 mm fraction, 1/10 bar is the weight per unit volume of the <2 mm fraction, with volume being measured after equilibration at 1/10 bar water tension. It is reported as grams per cubic centimeter on a <2 mm base.",
9,"aggregate analyte","Water Retention, 1/3 Bar, <2mm Clod","w3cld","W3cld","F","5.1","% wt","layer","mean","To Be Added","1/3 bar water, clods is the gravimetric percent water in natural fabric (clods) after equilibration at 1/3 bar water tension. It is reported on a <2 mm base.",
8,"aggregate analyte","Water Retention, 1/10 Bar, <2mm Clod","w10cld","W10cld","F","5.1","% wt","layer","mean","To Be Added","1/10 bar water, clods is the gravimetric percent water retained at 1/10 bar tension. It is measured on natural fabric (clods), and reported on a <2 mm base.",
7,"aggregate analyte","Water Retention, 1 Bar, <2mm Clod","w1bcld","W1Bcld","F","5.1","% wt","layer","mean","To Be Added","1 bar water, clods, <2mm is the gravimetric percent water in natural fabric (clods) after equilibration at one bar water tension. It is reported on a <2 mm base.",
6,"aggregate analyte","Water Retention, 0.06 Bar, <2mm Clod","w6clod","W6clod","F","5.1","% wt","layer","mean","To Be Added","0.06 bar water, <2mm fraction of clods is the gravimetric percent water held by clods equilibrated at 0.06 bar water tension. It is reported on a <2 mm base.",
5,"aggregate analyte","Bulk Density, <2mm Fraction, Ovendry","db_od","DbOD","F","4.2","g/cc","layer","mean","[db_od]","Bulk density, oven dry (105 C) is the weight per unit volume of the <2 mm fraction, with volume measured on oven dry (105 C) natural fabric (clods). It is reported as grams per cubic centimeter on a <2 mm base.",
4,"aggregate analyte","Bulk Density, <2mm Fraction, 1/3 Bar","db_13b","Db1/3","F","4.2","g/cc","layer","mean","[db_13b]","Bulk density, <2 mm fraction, 1/3 bar is the weight per unit volume of the <2 mm fraction, with volume being measured after equilibration at 1/3 bar water tension. It is reported as grams per cubic centimeter on a <2 mm base.",
3,"aggregate analyte","Plastic Limit, Atterberg","abgpl","abgpl","I","4.0","% H2O","layer","mean","To Be Added","Atterberg plastic limit is the water content of a soil at the boundary between the plastic and brittle states. It is defined by the ASTM D 4318 test.",
2,"aggregate analyte","Liquid Limit, Atterberg","abgll","abgll","I","4.0","% H2O","layer","mean","To Be Added","Atterberg liquid limit is the gravimetric percent water content of the soil at a defined boundary between the liquid and plastic states. It is determined by ASTM method D 4318 and reported as percent water on a <0.4 mm base.",
1,"aggregate analyte","Aggregate Stability, 0.5-2mm Aggregates","aggstb","AggStb","I","4.0","% wt","layer","mean","To Be Added","Aggregate stability is the weight percent of 0.5mm - 2mm aggregates remaining after wet sieving.",