public read uid=datalibrarian,o=unaffiliated,dc=ecoinformatics,dc=org all Dr. Rob Harris Department of Environment and Primary Industries Research Scientist

DEPI Hamilton Centre Mount Napier Rd Hamilton Victoria 3300 Australia

+61 3 5573 0963 rob.harris@depi.vic.gov.au Ms. Siobhann McCafferty Institute for Future Environments, Queensland University of Technology Data Librarian

2 George Street Brisbane QLD 4001 Australia

+61 7 3138 0457 siobhann.mccafferty@qut.edu.au Custodian/Steward This experiment investigates the role that nitrogen use efficiency might play in delivering greater farm profitability and a simultaneous reduction of unnecessary nitrous oxide from high rainfall cropping systems. To achieve this objective a completely randomised block design with ten treatments replicated five times was established on raised beds at Hamilton in south west Victoria. The treatments included a 0N experimental control (0N), four additional rates of N fertiliser (TD10N@Z31, TD35N@Z31, TD85N@Z31 and TD185N@Z31) top-dressed at the first node (Z31) growth stage of wheat growth; a further three treatments involving different timings of N application, all of the N deep banded at sowing (DB100N@Z00), half the N deep banded at sowing and the other half top-dressed at the first node stage (DB50N@Z00_TD50N@Z31), and all of the N top-dressed at first node (TD100N@Z31); a further treatment involving DMPP (3,4-Dimethylpyrazole phosphate, Entec®) coated urea (DMPP85N@Z31) also top-dressed at first node; and finally one deep banded urea (DB85N@Z00) treatment imposed at sowing. Crop biomass, grain yield, grain quality, soil mineral N, soil temperature and soil water and N2O flux have been measured. Static chamber methodology was used to identify relative differences in N2O loss between N fertiliser management. Wheat Nitrogen Use Efficiency Nitrous Oxide Nitrate Ammonium Nitrogen Fertiliser Dimethylpyrazole phosphate Soil Water Soil Temperature Soil Organic Carbon ENTEC DMPP Hamilton VIC 0502 0799 anzsrc-for A third party may use the data included in this data package for simulation modelling only after making contact with the principal investigator (Dr. Rob Harris). Contractual obiligations with DAFF and GRDC means the data contained in this data package will be published in the future. 2012 Hamilton, Victoria 142.02 142.02 -37.73 -37.73 1379913865877 Professor Peter Grace Queensland University of Technology Professor of Global Change, Science and Engineering Faculty (SEF)

2 George St Brisbane Queensland 4000 Australia

National Co-ordinator Dept. Agriculture, Fisheries and Forestry (DAFF), the Grains Research and Development Corporation (GRDC) and the Victorian State Government Crop Grain Yield C rop Grain Yield Crop Grain Yield.txt 1645 1 #x0A column #x09 ecogrid://knb/harris.6.1 Date Date dd/mm/yyyy 0 Rep Replication text Plot Plot Text Treatment Treatment Treatment Grain Yield (kg/ha) Grain yield in kg per hectare kilogramsPerHectare natural 50 Baseline Deep Soil Chemistry Baseline Deep Soil Chemistry Baseline Deep Soil Chemistry.txt 6883 1 #x0A column #x09 ecogrid://knb/harris.7.1 Date Date DD MMM YYYY 0 Replication Replication text Position Raised Bed or Furrow separating the raised bed text Depth Depth in CM centimeter natural Phosphorus Colwell mg/Kg Available soil P in miligrams per kilogram text Potassium Colwell mg/Kg Available soil K. Miligram per kilogram text Sulphur mg/Kg Available soil S. Miligram per kilogram. text Organic Carbon % Soil OC percentage percentage Conductivity dS/m Electrical conductivity. Decisiemen per metre. decisemen per metre. pH Level (CaCl2) Soil pH (CaC12) text pH Level (H2O) Soil pH (water) text DTPA Copper mg/Kg Soil Cu. Miligrams per kilogram text DTPA Iron mg/Kg Soil Fe. Milogram per kilogram. text DTPA Manganese mg/Kg Soil Mn. Miligrams per kilogram. text DTPA Zinc mg/Kg Soil Zn. Miligram per kilogram. text Exc. Aluminium mg/Kg Exc. Al. Miligrams per kilogram. text Exc. Calcium meq/100g Exc Ca. Mili equivilents per 100g text Exc. Magnesium meq/100g Exc Magnesium, Mili equivenents per 100g. text Exc. Potassium meq/100g Exc K. Mili equivents per 100g text Exc. Sodium meq/100g Exc. Na. Mili equivalents per 100g. text Boron Hot CaCl2 mg/Kg Soil B. Miligrams per kilograms. text PBI Soil Phosphorus Buffering Index text. Total Nitrogen % Total nitrogen % text Total Carbon % Total Carbon % text Total CEC Total CEC text Exc. Sodium (%) Exc Na % text Exc. Al (%) Exc. AL % text Blank Blank column text blank blank column text blank column blank column text 45 Baseline Deep Soil Mineral N Baseline Deep Soil Mineral N Baseline Deep Soil Mineral N.txt 2779 1 #x0A column #x09 ecogrid://knb/harris.8.1 Date Date dd MMM YYYY 0 Rep Replication text Position Position (bed or furrow) text Depth Depth of soil in cm centimeter natural Layer Thickness (cm) Layer Thickness (cm) centimeter natural NH4 (mg/kg) NH4 concentration. Miligrams per kilogram mg per kg NO3 (mg/kg) NO3 concentration. Miligrams per kilogram. mg per kg BD Bulk Density. Grams per cubic centimeter NH4 (kg/ha) NH4 kg per ha kilogramsPerHectare natural NO3 (kg/ha) NO3 kg per ha kilogramsPerHectare natural Min N Mineral N (NH4+NO3) kilogramsPerHectare natural Profile NH4 Profile NH4 (0-120cm) kg per ha kilogramsPerHectare natural Profile NO3 Profile NO3 (0-120cm) kg per ha kilogramsPerHectare natural Profile Min N (kg/ha) Profile Mineral N (NH4+NO3) (0-12cm) kg per ha kilogramsPerHectare natural 45 Baseline Deep Soil Water Baseline Deep Soil Water Baseline Deep Soil Water.txt 2413 1 #x0A column #x09 ecogrid://knb/harris.9.1 Date Date DD MMM YYYY 0 Rep Replication replication Depth Depth in cm. centimeter natural Length Length or layer thickness txt Wet Sample Wt (g) Wet sample weight in gram gram natural Dry Sample Wt (g) Dry sample weight in gram gram natural Grav Water Gravimetric water gravimetric water Sample Area Sample area or volume. Cubic cm cubic cm BD Bulk Density. grams per cubic centimeter grams per cubic centimeter Vol Water Volumetric water mm/mm mm/mm blank blank blanl blank blank blank blank blank blank blank blank blank blank blank blank blank blank blank blank blank blank 35 Crop Biomass. Crop Biomass Crop Biomass.txt 3711 1 #x0A column #x09 ecogrid://knb/harris.10.1 Date Date DD/MM/YYYY 0 Growth Stage Zadocks growth stage Z31 First node stage of wheat growth Z65 Anthesis stage of wheat growth Z93 Maturity stage of wheat growth. Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment 0N Zero N fertilizer TD185N@Z31 185 units of N fert applied at Z31 DMPP85N@Z31 85 units of N fert with DMPP applied at z31 DB85N@Z00 185 units deep banded at z00 TD35N@Z31 35 units of N fert applied at z31 TD10N@Z31 10 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 kg DM/ha DM yield kilogramsPerHectare natural 105 Crop Density at Z12 Crop Density at Z12 Crop Density at Z12.txt 1595 1 #x0A column #x09 ecogrid://knb/harris.11.1 Date Date Date DD/MM/YYYY 0 Rep Replication Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment Treatment 0N Zero N fert TD185N@Z31 185 units of N fert applied at z31 DMPP85N@Z31 85 units of N fert coated with DMPP applied at z31 DB50N@Z00_TD50N@Z31 50 units of N fert deep banded at z00 and 50 units of N fert applied at z31 DB85N@Z00 85 units of N fert deep banded at z00 TD35N@Z31 35 units of N fert applied at z31 DB100N@Z00 100 units of N fert banded at z00 TD100N@Z31 100 units of N fert applied at z31 TD10N@Z31 10 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Density (plants/m2) Plant density Plant density numberPerMeterSquared natural 50 Crop Density at Z65 Crop Density at Z65 Crop Density at Z65.txt 1077 1 #x0A column #x09 ecogrid://knb/harris.12.1 Date Date Date DD/MM/YYYY 0 Rep Replication Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 10 Plot 10 Treatment Treatment Treatment 0N Zero N fert TD185N@Z31 185 units of N fert applied at z31 DMPP85N@Z31 85 units of N fert coated DMPP applied at z31 DB85N@Z00 85 units of N fert deep banded at z31 TD35N@Z31 35 units of N fert applied at z31 TD10N@Z31 10 units of N fert applied at z31 TD85N@Z31 85 units of N applied at z31 Heads/m2 Head or grain ear density at anthesis Head or grain ear density at anthesis numberPerMeterSquared natural 35 Crop Grain Protein Crop Grain Protein Crop Grain Protein.txt 1257 1 #x0A column #x09 ecogrid://knb/harris.13.1 Date Date Date DD/MM/YYYY 0 Rep Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment Treatment 0N Zero N fert TD185N@Z31 185 units of N fert applied at z31 DMPP85N@Z31 85 units of N fert coated with DMPP applied at z31 DB85N@Z00 85 units of N fert applied at z31 TD35N@Z31 35 units of N fert applied at z31 TD10N@Z31 10 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Grain Protein % Grain Protein % Grain Protein % text blank blank text 35 Crop Grain Screenings and Test Weight Crop Grain Screenings and Test Weight Crop Grain Screenings and Test Weight.txt 1970 1 #x0A column #x09 ecogrid://knb/harris.14.1 public read uid=datalibrarian,o=unaffiliated,dc=ecoinformatics,dc=org all Date Date Date DD/MM/YYYY 0 Rep Replication Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot Plot number 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment Treatment 0N Zero N fert TD185N@Z31 185 of N fert applied at z31 DMPP85N@Z31 85 units of N fert coated with DMPP applied at z31 DB50N@Z00_TD50N@Z31 50 units of N fert deep banded at z00 with 50 units of N fert applied at z31 DB85N@Z00 85 units of N fert deep banded at z00 TD35N@Z31 35 units of N fert applied at z31 DB100N@Z00 100 units of N fert deep banded at z00 TD100N@Z31 100 units of N fert applied at z31 TD10N@Z31 10 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Test Weight (kg/hl) grain weight within one hectolitre volume grain weight within one hectolitre volume grain weight within one hectolitre volume Screenings (%) Screenings percentage Screenings percentage Screenings percentage 50 Crop N Uptake and Harvest Index Crop N Uptake and Harvest Index Crop N Uptake and Harvest Index.txt 3532 1 #x0A column #x09 ecogrid://knb/harris.15.1 Date Crop N Uptake and Harvest Index Crop N Uptake and Harvest Index DD/MM/YYYY 0 Growth Stage Growth stage Z65 Anthesis stage of wheat growth. Z93 Maturity stage of wheat growth. Rep Replication Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment Treatment 0N Zero N fert TD185N@Z31 185 units of N fert applied at z31 DMPP85N@Z31 85 units of N fert coated DMPP applied at z31 DB85N@Z00 85 units of N fert deep banded at z00 TD35N@Z31 35 units of N fert applied at z31 TD10N@Z31 10 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Herbage N% Herbage N percent Herbage N percent Herbage N percent N Uptake (kg N/ha) Plant N uptake Plant N uptake in kg per hectare, kilogramsPerHectare natural Grain N % Grain N percentage Grain N percentage Grain N percentage Grain N uptake (kg N/ha) Grain N uptake kg per hectare kilogramsPerHectare natural Total Plant N Uptake Total plant N uptake Total plant N uptake kilogramsPerHectare natural HI Harvest Index Harvest Index of grain to vegetative biomass Harvest Index 70 Daily Surface Soil Temperature Beds Daily Surface Soil Temperature Beds Daily Surface Soil Temperature Beds.txt 30216 1 #x0A column #x09, ecogrid://knb/harris.16.1 Date Date dd/mm/yyyy 0 Rep 1 Bed Mean Rep 1 Mean soil temp celsius natural Rep 1 Bed Min Rep 1 Bed Min soil temp celsius natural Rep 1 Bed Max Rep 1 max soil temp celsius natural Rep 3 Bed Mean Rep 3 mean soil temp celsius natural Rep 3 Bed Min Rep 3 min soil temp celsius natural Rep 3 Bed Max Rep 3 max soil temp celsius natural Rep 4 Bed Mean Rep 4 mean soil temp celsius natural Rep 4 Bed Min Rep 4 min soil temp celsius natural Rep 4 Bed Max Rep 4 max soil temp celsius natural Rep 5 Bed Mean Rep 5 mean soil temp celsius natural Rep 5 Bed Min Rep 5 min soil temp celsius natural Rep 5 Bed Max Rep 5 max soil temp celsius natural Bed Mean Temp Mean soil temp (mean of all replications) celsius natural Bed Mean min Temp Min soil temp (of all replications) celsius natural Bed Mean max Temp Max soil temp (mean of all replications) celsius natural Bed Mean Max Temp Max soil temp (mean of all replications celsius natural blank blank text 324 Daily Surface Soil Temperature Furrows Daily Surface Soil Temperature Furrows Daily Surface Soil Temperature Furrows.txt 30447 1 #x0A column #x09 ecogrid://knb/harris.18.1 Date Date DD/MM/YYYY 0 Rep 1 Furrow Mean Rep 1 furrow mean soil temp celsius natural Rep 1 Furrow Min Rep 1 furrow min soil temp celsius natural Rep 1 Furrow Max Rep 1 furrow max soil temp celsius natural Rep 3 Furrow Mean Rep 3 furrow mean soil temp celsius natural Rep 3 Furrow Min Rep 3 furrow min soil temp celsius natural Rep 3 Furrow Max Rep 3 furrow man soil temp celsius natural Rep 4 Furrow Mean Rep 4 furrow mean soil temp celsius natural Rep 4 Furrow Min Rep 4 furrow min soil temp celsius natural Rep 4 Furrow Max Rep 4 furrow max soil temp celsius natural Rep 5 Furrow Mean Rep 5 furrow mean soil temp celsius natural Rep 5 Furrow Min Rep 5 furrow min soil temp celsius natural Rep 5 Furrow Max Rep 5 furrow max soil temp celsius natural Furrow Mean Temp Mean furrow soil temp (mean of all replications) celsius natural Furrow Mean Min Temp Min furrow soil temp (mean of all replications) celsius natural Furrow Mean Max Temp Max furrow soil temp (mean of all replications) celsius natural 324 Daily Surface Soil Water Beds Daily Surface Soil Water Beds Daily Surface Soil Water Beds.txt 13576 1 #x0A column #x09 ecogrid://knb/harris.19.1 Date Date DD/MM/YYYY 0 Rep 1 Bed Rep 1 Surface Raw Soil Water Data directly from the Theta probe Rep 1 surface soil water data Rep 3 Bed Rep 3 surface raw soil water data directly from the theta probe. Rep 3 surface soil water data Rep 4 Bed Rep 4 surface raw soil water data directly from the Theta probe Rep 4 surface soil water data Rep 5 Bed Rep 5 surface raw soil water data directly from the theta probe. Rep 5 surface soil water data Mean Bed Surface raw soil water data directly from the theta probe (mean of all replications) Mean surface soil water data (mean of all replications) Mean Bed Vol Mean surface volumetric soil water data (mean of all replications) Mean surface volumentric soil water data (mean of all replications) Mean Bed WFPS Mean Surface Water Filled Pores Space Data (mean of all replications) Mean surface water filled pores space data (mean of all replications) 323 Daily Surface Soil Water Furrows Daily Surface Soil Water Furrows Daily Surface Soil Water Furrows.txt 14785 1 #x0A column #x09 ecogrid://knb/harris.20.1 Date Date DD/MM/YYYY 0 Rep 1 Furrow Rep 1 Surface Raw Soil Water Data directly from the Theta probe Rep 1 surface raw soil water data directly from the theta probe Rep 3 Furrow Rep 3 Surface Raw Soil Water Data directly from the Theta probe Rep 1 Surface Raw Soil Water Data directly from the Theta probe Rep 4 Furrow Rep 4 Surface Raw Soil Water Data directly from the Theta probe Rep 4 Surface Raw Soil Water Data directly from the Theta probe Rep 5 Furrow Rep 5 Surface Raw Soil Water Data directly from the Theta probe Rep 5 Surface Raw Soil Water Data directly from the Theta probe Mean Furrow Surface raw soil water data directly from the theta probe (mena of all replications) Surface raw soil water data directly from the theta probe (mena of all replications) Mean Furrow Vol Mean surface volumentric soil water data (mean of all replications) Mean surface volumentric soil water data (mean of all replications) Mean Furrow WFPS Mean surface water filled pores space data (mean of all replications) Mean surface water filled pores space data (mean of all replications) 324 N2O Flux Beds N2O Flux Beds N2O Flux Beds.txt 74668 1 #x0A column #x09 ecogrid://knb/harris.21.1 Date Date DD/MM/YYYY 0 Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment 0N Zero N fert DB85N@Z00 85 units of N fert deep banded at z00 DMPP85N@Z31 85 units of N fert coated in DMPP applied at z31 TD35N@Z31 35 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Position! Bed or furrow Bed Raised bed Chamber No Chamber no Chamber no Bed N2O flux g N/ha/day N2O flus measured from the beds grams of nitrous oxide N per hectare per day blank blank text 5760 N2O Flux Furrows N2O Flux Furrows N2O Flux Furrows.txt 58487 1 #x0A column #x09 ecogrid://knb/harris.22.1 Date date DD/MM/YYYY 0 Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot 1 Plot 1 2 Plot 2 3 Plot 2 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatments 0N Zero N fert DB85N@Z00 85 units of N fert deep banded at z00 DMPP85N@Z31 85 units of N fert coated in DMPP applied at z31 TD35N@Z31 35 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Position Bed or furrow Furrow Furrow seperating the raised beds Chamber No Chamber no Chamber no g N/ha/day Furrow N2O flux g N/ha/day Grams of nitrous oxide N per hectare per day blank blank blank 4942 Seasonal Surface Soil Mineral N Beds Seasonal Surface Soil Mineral N Beds Seasonal Surface Soil Mineral N Beds.txt 18864 1 #x0A column #x09 ecogrid://knb/harris.23.1 Date Date DD/MM/YYYY 0 Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment 0N Zero N fert DB85N@Z00 85 units of N fert deep banded at Z00 DMPP85N@Z31 85 units of N fert coated in DMPP applied at Z31 TD35N@Z31 35 units of N applied at z31 TD85N@Z31 85 units of N fert applied at z31 Position Position Bed Raised bed NH4 (mg/kg) NH4 concentration miligrams per kilogram NO3 (mg/kg) NO3 concentration Milligrams per kilogram BD Bulk Density gramsPerCubicCentimeter natural NH4 (kg/ha) NH4 kg per ha kilogramsPerHectare natural NO3 (kg/ha) NO3 kg per ha kilogramsPerHectare natural Mineral N Mineral N (NH4+NO3) kg per ha kilogramsPerHectare natural 540 Seasonal Surface Soil Mineral N Furrows Seasonal Surface Soil Mineral N Furrows Seasonal Surface Soil Mineral N Furrows.txt 16326 1 #x0A column #x09 ecogrid://knb/harris.24.1 Date Date DD MMM YYYY 0 Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment 0N Zero N Fert DB85N@Z00 85 units of N fert deep banded at Z00 DMPP85N@Z31 85 units of N fert coated in DMPP applied at Z31 TD35N@Z31 35 units of N fert applied at Z31 TD85N@Z31 85 units of N applied at Z31 Position Furrow or bed Furrow furrow seperating the raised beds NH4 (mg/kg) NH4 concentration Miligrams per kilogram NO3 (mg/kg) NH4 concentration Miligrams per kilogram BD Bulk density gramsPerCubicCentimeter natural NH4 (kg/ha) NH4 (kg/ha) kilogramsPerHectare natural NO3 (kg/ha) NO3 kg per ha kilogramsPerHectare natural Mineral N Mineral N (NH4+NO3) kilogramsPerHectare natural 270 Post Harvest Deep Soil Mineral N Post Harvest Deep Soil Mineral N Post Harvest Deep Soil Mineral N.txt 11649 1 #x0A column #x09 ecogrid://knb/harris.25.1 Date Date DD MMM YYYY 0 Rep Replication 1 Rep 1 2 Rep 2 3 Rep 3 4 Rep 4 5 Rep 5 Plot Plot 1 Plot 1 2 Plot 2 3 Plot 3 4 Plot 4 5 Plot 5 6 Plot 6 7 Plot 7 8 Plot 8 9 Plot 9 10 Plot 10 Treatment Treatment 0N Zero N fert DMPP85N@Z31 85 units of N fert coated in DMPP applied at z31 DB85N@Z00 85 units of fert applied at Z00 TD35N@Z31 35 units of N fert applied at z31 TD85N@Z31 85 units of N fert applied at z31 Position Bed or furrow Bed Raised bed Depth Depth 0-10 0-10cm soil layer 10-20 10-20cm soil layer 20-30 20-30cm soil layer 30-40 30-40cm soil layer 40-60 40-60cm soil layer 60-80 60-80 cm soil layer 80-100 80-10cm soil layer Layer thickness Layer thickness Layer thickness NH4 (mg/kg) NH4 concentration milograms per kg NO3 (mg/kg) NO3 concentration milograms per kilograms BD Bulk Density gramsPerCubicCentimeter natural NH4 (kg/ha) NH4 kg per ha kilogramsPerHectare natural NO3 (kg/ha) NO3 kg per ha kilogramsPerHectare natural Min N (kg/ha) Mineral N (NH4+NO3) kg per ha kilogramsPerHectare natural Profile NH4 Profile (0-10cm) NH4 kg per ha kilogramsPerHectare natural Profile NO3 Profile (o-10cm) NO3 kg per ha kilogramsPerHectare natural Profile Min N (kg/ha) Profile (0-10cm) Mineral N (NH4+NO3) kg per ha kilogramsPerHectare natural 175 Exp Site Weather Station Data Exp Site Weather Station Data Exp Site Weather Station Data.txt 13870 1 #x0A column #x09 ecogrid://knb/harris.26.1 Date Date DD-MMM-YY Min Temp Min temp celsius natural Max temp Max temp. celsius natural Rainfall Rainfall Millimeter Radiation Radiation Radiation 486 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1380690126195 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381193905361 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381196119735 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381197734196 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381198539876 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381208526382 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381210691948 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true 1381212252860 true