FIELD EXPERIMENT HISTORY
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1 111 Title: Corn - Soybean - Wheat Response to Rotation: Nrate Experiment: 09CSW Trial ID: 5950 Year: 2015 Personnel: Joe Lauer, Thierno Diallo, Kent Kohn, Location: Supported By: Site Information Field: ARS:335 Soil Test Date: 11/1 /15 Irrigation: Previous Crop: See factors Plano Silt Loam ph: 6.3 OM (%) 3.1 P (ppm) 15 K (ppm) 124 Plot Management Tillage Operations: No-Till Analysis: Rate lbs/a: Fertilizer: Preplant : N/A N/A Herbicide: Arlington, WI HATCH Date: Starter : N/A N/A N/A Post plant : See N rates 6 /16/15 Manure: N/A N/A N/A C,S:Medal II 24 fl oz/a, RoundUp PowerMax 22 oz/a Radar LV16 oz/a 4/28/15; Durango DMA 22 oz/a 6/17/15 W: Huskie 15 oz/a; Powerflex 2 oz/a 5/14/15 None Planting Date: C: 5/8/15 S: 5/8/15 W:10/15/14 Target Plant Density: Corn: Plants/A Soybean: Plants/A Harvest Date: C: 10/23/15, CS: 9/25/15 Notes: S: 10/28/15, W: 7/29/15 Experimental Design Design: RCB split-split-block Replications: 3 Plot Size Seeded: MP: 60' x 60'; SP: 10' x 30' Experiment Size: 3.47 A Harvest Plot Size: 5' x 26' Factors/Treatments: Rotation: 2014 Treatments N rate (lb N/A) Fungicide: 1) CC 2) SS 3) WW 4) CS- C 5) SC- S 6) GS1: CSW- C 7) GS1: CSW- S (early) 8) GS1: CSW- W 9) GS2: CWS- C (early) 10) GS2: CWS- S 11) GS2: CWS- W 12) Flex: CWS- C (silage) 13) Flex: CWS- S 14) Flex: CWS- W (straw) Results: Tables to FIELD EXPERIMENT HISTORY 1) 0 2) 40 3) 80 4) 120 5) 160 6) 200 County: Columbia Insecticide: Hybrid: Soil Type: N/A N/A C: Pioneer 9917AMX S: Pioneer P16T04R W: Pioneer 25R40 Row Width: C: 30" Planting Depth: C: 1.5" S,W: 1" Planting Method: C,S: JD1700 with RTK W: JD750 No-Till Drill Harvest Method: C:MF 8XP combine CS: NH 707 S,W: Almaco Plot combine 1) UTC 2) Priaxor
2 112 Table: Corn, Soybean and Wheat Rotation - Corn Arlington, WI Test Lodged Harvest AGI Rotation Nitrogen Fungicide Yield Moisture weight Total Stalk Root plants $3.44/bu lb N/A bu/a % lbs/bu % % % plants/a $/A CC CSW CWS CS Priaxor UTC CC CC CC CC CC CC CSW CSW CSW CSW CSW CSW CWS CWS CWS CWS CWS CWS CS CS CS CS CS CS CC Priaxor CC UTC CSW Priaxor CSW UTC CWS Priaxor CWS UTC CS Priaxor CS UTC continue
3 113 Table: Corn, Soybean and Wheat Rotation - Corn (continued) Arlington, WI Test Lodged Harvest AGI* Rotation Nitrogen Fungicide Yield Moisture weight Total Stalk Root plants $3.44/bu lb N/A bu/a % lbs/bu % % % plants/a $/A 0 Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC CC 0 Priaxor CC 0 UTC CC 40 Priaxor CC 40 UTC CC 80 Priaxor CC 80 UTC CC 120 Priaxor CC 120 UTC CC 160 Priaxor CC 160 UTC CC 200 Priaxor CC 200 UTC CSW 0 Priaxor CSW 0 UTC CSW 40 Priaxor CSW 40 UTC CSW 80 Priaxor CSW 80 UTC CSW 120 Priaxor CSW 120 UTC CSW 160 Priaxor CSW 160 UTC CSW 200 Priaxor CSW 200 UTC CWS 0 Priaxor CWS 0 UTC CWS 40 Priaxor CWS 40 UTC CWS 80 Priaxor CWS 80 UTC CWS 120 Priaxor CWS 120 UTC CWS 160 Priaxor CWS 160 UTC CWS 200 Priaxor CWS 200 UTC continue
4 114 Table: Corn, Soybean and Wheat Rotation - Corn (continued) Arlington, WI Test Lodged Harvest AGI Rotation Nitrogen Fungicide Yield Moisture weight Total Stalk Root plants $3.44/bu lb N/A bu/a % lbs/bu % % % plants/a $/A CS 0 Priaxor CS 0 UTC CS 40 Priaxor CS 40 UTC CS 80 Priaxor CS 80 UTC CS 120 Priaxor CS 120 UTC CS 160 Priaxor CS 160 UTC CS 200 Priaxor CS 200 UTC Mean Probability(%) Rotation (R) Nitrogen (N) Fungicide (F) R x N R x F N x F R x N x F LSD(0.10) Rotation (R) NS NS NS NS NS NS Nitrogen (N) NS NS NS NS NS 32 Fungicide (F) NS NS NS NS NS NS NS NS R x N NS NS NS NS NS NS NS 115 R x F NS NS NS NS NS NS NS NS N x F NS NS NS NS NS NS NS NS R x N x F NS NS NS NS NS NS NS NS AGI*: Adjusted Gross Income.
5 115 Table: Corn, Soybean and Wheat Rotation - Corn Silage Arlington, WI Whole Plant N Dry Matter Kernel Crude In Vitro Milk per Plant Rate Fungicide Yield Moisture milk protein ADF NDF Digest NDFD Starch Ton Acre population lbs/a tons/a % % % % % % % % lbs/t lbs/t plants/a Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Mean Probability(%) Nitrogen (N) Fungicide (F) N x F LSD(0.10) Nitrogen (N) NS 0.4 NS NS NS NS NS NS 3858 NS Fungicide (F) NS 0.8 NS NS NS NS NS NS NS NS NS NS N x F NS 3.5 NS NS NS NS NS NS NS NS NS NS
6 116 Table: Corn, Soybean and Wheat Rotation -Soybean Arlington, WI AGI Rotation Nitrogen Fungicide Yield Moisture $3.44/bu lb N/A bu/a % $/A CS CSW CWS CWS(L) SS Priaxor UTC CS CS CS CS CS CS CSW CSW CSW CSW CSW CSW CWS CWS CWS CWS CWS CWS CWS(L) CWS(L) CWS(L) CWS(L) CWS(L) CWS(L) continue
7 117 Table: Corn, Soybean and Wheat Rotation -Soybean (continued) Arlington, WI AGI Rotation Nitrogen Fungicide Yield Moisture $3.44/bu lb N/A bu/a % $/A SS SS SS SS SS SS CS Priaxor CS UTC CSW Priaxor CSW UTC CWS Priaxor CWS UTC CWS(L) Priaxor CWS(L) UTC SS Priaxor SS UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC CS 0 Priaxor CS 0 UTC CS 40 Priaxor CS 40 UTC CS 80 Priaxor CS 80 UTC CS 120 Priaxor CS 120 UTC CS 160 Priaxor CS 160 UTC CS 200 Priaxor CS 200 UTC continue
8 118 Table: Corn, Soybean and Wheat Rotation -Soybean (continued) Arlington, WI AGI Rotation Nitrogen Fungicide Yield Moisture $3.44/bu lb N/A bu/a % $/A CSW 0 Priaxor CSW 0 UTC CSW 40 Priaxor CSW 40 UTC CSW 80 Priaxor CSW 80 UTC CSW 120 Priaxor CSW 120 UTC CSW 160 Priaxor CSW 160 UTC CSW 200 Priaxor CSW 200 UTC CWS 0 Priaxor CWS 0 UTC CWS 40 Priaxor CWS 40 UTC CWS 80 Priaxor CWS 80 UTC CWS 120 Priaxor CWS 120 UTC CWS 160 Priaxor CWS 160 UTC CWS 200 Priaxor CWS 200 UTC CWS(L) 0 Priaxor CWS(L) 0 UTC CWS(L) 40 Priaxor CWS(L) 40 UTC CWS(L) 80 Priaxor CWS(L) 80 UTC CWS(L) 120 Priaxor CWS(L) 120 UTC CWS(L) 160 Priaxor CWS(L) 160 UTC CWS(L) 200 Priaxor CWS(L) 200 UTC SS 0 Priaxor SS 0 UTC SS 40 Priaxor SS 40 UTC continue
9 119 Table: Corn, Soybean and Wheat Rotation -Soybean (continued) Arlington, WI AGI Rotation Nitrogen Fungicide Yield Moisture $3.44/bu lb N/A bu/a % $/A SS 80 Priaxor SS 80 UTC SS 120 Priaxor SS 120 UTC SS 160 Priaxor SS 160 UTC SS 200 Priaxor SS 200 UTC Mean Probability(%) Rotation (R) Nitrogen (N) Fungicide (F) R x N R x F N x F R x N x F LSD(0.10) Rotation (R) 5 NS 38 Nitrogen (N) NS NS NS Fungicide (F) R x N 6 NS 48 R x F NS NS NS N x F NS NS NS R x N x F NS NS NS AGI*: Adjusted Gross Income.
10 120 Table: Corn, Soybean and Wheat Rotation - Wheat Arlington, WI Test AGI Rotation Nitrogen Fungicide Yield Moisture weight $3.44/bu lb N/A bu/a % lbs/bu $/A CSW CWS CWS(L) WW CSW CSW CSW CSW CSW CSW CWS CWS CWS CWS CWS CWS CWS(L) CWS(L) CWS(L) CWS(L) CWS(L) CWS(L) WW WW WW WW WW WW continue
11 121 Table: Corn, Soybean and Wheat Rotation - Wheat (continued) Arlington, WI Test AGI Rotation Nitrogen Fungicide Yield Moisture weight $3.44/bu lb N/A bu/a % lbs/bu $/A CSW Priaxor CSW UTC CWS Priaxor CWS UTC CWS(L) Priaxor CWS(L) UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC Priaxor UTC CSW 0 Priaxor CSW 0 UTC CSW 40 Priaxor CSW 40 UTC CSW 80 Priaxor CSW 80 UTC CSW 120 Priaxor CSW 120 UTC CSW 160 Priaxor CSW 160 UTC CSW 200 Priaxor CSW 200 UTC CWS 0 Priaxor CWS 0 UTC CWS 40 Priaxor CWS 40 UTC CWS 80 Priaxor CWS 80 UTC CWS 120 Priaxor CWS 120 UTC CWS 160 Priaxor CWS 160 UTC CWS 200 Priaxor CWS 200 UTC continue
12 122 Table: Corn, Soybean and Wheat Rotation - Wheat (continued) Arlington, WI Test AGI Rotation Nitrogen Fungicide Yield Moisture weight $3.44/bu lb N/A bu/a % lbs/bu $/A CWS(L) 0 Priaxor CWS(L) 0 UTC CWS(L) 40 Priaxor CWS(L) 40 UTC CWS(L) 80 Priaxor CWS(L) 80 UTC CWS(L) 120 Priaxor CWS(L) 120 UTC CWS(L) 160 Priaxor CWS(L) 160 UTC CWS(L) 200 Priaxor CWS(L) 200 UTC WW 0 Priaxor WW 0 UTC WW 40 Priaxor WW 40 UTC WW 80 Priaxor WW 80 UTC WW 120 Priaxor WW 120 UTC WW 160 Priaxor WW 160 UTC WW 200 Priaxor WW 200 UTC Mean Probability(%) Rotation (R) Nitrogen (N) Fungicide (F) R x N R x F N x F R x N x F LSD(0.10) Rotation (R) Nitrogen (N) NS 17 Fungicide (F) R x N NS NS NS NS R x F NS NS N x F NS 0.4 NS NS R x N x F NS NS 3.1 NS -- Winter kill treatments. AGI*: Adjusted Gross Income.
13 123 Table: Soil Organic and Nitrogen Total content in Corn/Soybean/Wheat Rotation Study. Arlington, WI Soil organic Soil organic Soil organic Soil total Soil total Soil total Rotation 15 cm 30 cm 60 cm 15 cm 30 cm 60 cm % % % % % % CC SS CS SC CSW CWS CWS(L) Mean Probability(%) Rotation (R) LSD(0.10) Rotation (R) NS NS NS NS NS NS
14 124 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 continued CC CS-c CS-s CSW-c CSW-s CSW-w CC CS-c CS-s CSW-c CSW-s CSW-w CC CS-c CS-s CSW-c CC CSW-s CS-c CSW-w CS-s CSW-c CC CSW-s CS-c CSW-w CS-s CSW-c BR CSW-s IR CSW-w CC CC CS-c CS-c CS-s CS-s CSW-c CSW-c CSW-s CSW-s CSW-w CSW-w
15 125 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h CC CC CS-c CS-c CS-s CS-s CSW-c CSW-c CSW-s CSW-s CSW-w CSW-w CC CC CS-c CS-c CS-s CS-s CSW-c CSW-c CSW-s CSW-s CSW-w CSW-w CC CC CS-c CS-c CS-s CS-s CSW-c CSW-c CSW-s CSW-s CSW-w CSW-w CC CC CS-c CS-c CS-s CS-s CSW-c CSW-c CSW-s CSW-s CSW-w CSW-w CC CC CS-c CS-c CS-s CS-s CSW-c CSW-c CSW-s CSW-s CSW-w CSW-w continued
16 126 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h CC BR CS-c IR CS-s CSW-c BR CSW-s IR CSW-w BR BR IR IR BR BR IR IR BR BR IR IR BR BR IR IR BR BR IR IR BR BR IR IR CC BR BR CC IR IR CS-c BR BR CS-c IR IR CS-s BR BR CS-s IR IR continued
17 127 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 CSW-c BR CC BR CSW-c IR CC IR CS-c BR CSW-s BR CS-c IR CSW-s IR CS-s BR CS-s IR CSW-w BR CSW-c BR CSW-w IR CSW-c IR CSW-s BR CC BR CSW-s IR CC IR CSW-w BR CS-c BR CSW-w IR CS-c IR CS-s BR CC BR CS-s IR CC IR CSW-c BR CS-c BR CSW-c IR CS-c IR CSW-s BR CS-s BR CSW-s IR CS-s IR CSW-w BR CSW-c BR CSW-w IR CSW-c IR CSW-s BR CC BR CSW-s IR CC IR CSW-w BR CS-c BR CSW-w IR CS-c IR CS-s BR CC BR CS-s IR CC IR CSW-c BR CS-c BR CSW-c IR CS-c IR CSW-s BR CS-s BR CSW-s IR CS-s IR CSW-w BR CSW-c BR CSW-w IR CSW-c IR continued
18 128 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h CSW-s BR CS-s BR CSW-s IR CS-s IR CSW-w BR CSW-c BR CSW-w IR CSW-c IR CSW-s BR CC BR CSW-s IR CC IR CSW-w BR CS-c BR CSW-w IR CS-c IR CS-s BR CC BR CS-s IR CC IR CSW-c BR CS-c BR CSW-c IR CS-c IR CSW-s BR CS-s BR CSW-s IR CS-s IR CSW-w BR CSW-c BR CSW-w IR CSW-c IR CSW-s BR CC BR CSW-s IR CC IR CSW-w BR CS-c BR CSW-w IR CS-c IR CS-s BR CC BR CS-s IR CC IR CSW-c BR CS-c BR CSW-c IR CS-c IR CSW-s BR CS-s BR CSW-s IR CS-s IR CSW-w BR CSW-c BR CSW-w IR CSW-c IR CSW-s BR CC BR CSW-s IR CC IR CSW-w BR CS-c BR CSW-w IR CS-c IR CC BR CC IR continued
19 129 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h -1 mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h CS-c BR CC BR CS-c IR CC IR CS-s BR CS-c BR CS-s IR CS-c IR CSW-c BR CS-s BR CSW-c IR CS-s IR CSW-s BR CSW-c BR CSW-s IR CSW-c IR CSW-w BR CSW-s BR CSW-w IR CSW-s IR CSW-w BR CC BR CSW-w IR CC IR CS-c BR CC BR CS-c IR CC IR CS-s BR CS-c BR CS-s IR CS-c IR CSW-c BR CS-s BR CSW-c IR CS-s IR CSW-s BR CSW-c BR CSW-s IR CSW-c IR CSW-w BR CSW-s BR CSW-w IR CSW-s IR CSW-w BR CC BR CSW-w IR CC IR CS-c BR CC BR CS-c IR CC IR CS-s BR CS-c BR CS-s IR CS-c IR CSW-c BR CS-s BR CSW-c IR CS-s IR CSW-s BR CSW-c BR CSW-s IR CSW-c IR CSW-w BR CSW-s BR CSW-w IR CSW-s IR continued
20 130 Table: Corn, Soybean and Wheat Rotation at Arlington - Greenhouse Gases Emission DOY Rotation Place CO 2 flux N 2 O flux CH 4 flux mg C m -2 h -1 µg N m -2 h -1 µg C m -2 h CSW-w BR CSW-w IR CC BR CC IR CS-c BR CS-c IR 16 4 at 317 CS-s BR CS-s IR CSW-c BR CSW-c IR CSW-s BR CSW-s IR CSW-w BR CSW-w IR Mean Probability(%) DOY (D) Treatment (T) Position (P) D x T D x P T x D D x T x P LSD(0.10) DOY (D) NS Treatment (T) 6 12 NS Position (P) D x T NS D x P NS T x D NS 17 NS D x T x P NS 69 NS IR: In Raws BR: Between Raws DOY (D): Day Of Year CC: Cont. Corn; CS: Corn-Soybean; CSW: Corn-Soybean-Wheat Small letters that follow rotations indicate current crop phase
21 131 Title: Personnel: Location: Supported By: Site Information Field: 405 Soil Test: Date: 11/7 /11 Plot Management Tillage Operations: Fertilizer: Herbicide: Planting Date: Preplant : Previous Crop: See factors Whitee ph: 7 OM (%) 3.3 P (ppm) 49 K (ppm) 162 Date: Starter : C: S-Zn 150 lb/a 5 /1 /15 Post plant : Manure: C:Medal II 1.67 pt, Hornet 3 oz, Roundup 32 oz S: Roundup 32 oz W: Banvel 3 oz, Affinity Broadspec.04 oz C:5/1/15 S:5/7/15 W:10/10/14 Harvest Date: C: 10/22/15, CS: 9/15/15 S: 10/14/15, W: 8/4/15 Notes: C: CW S-Zn W-GSI: WW: Planting Depth: C:1.5" S,W: 1" 27 gal 150 lb/a 65 lb/a 152 lb/a None W: PiP 734 (SRW) Planting Method: Fungicide: none 7/2/15 5/14/15 5/14/15 5/14/15 Harvest Method: CS: Hand harvest C.S,W: MF plot combine Row Width: C:30" S:15" W:7.5" Experimental Design Design: RCB split-split-block Replications: 3 Plot Size Seeded: 60' x 60' Harvest Plot Size: C: 60' x 10'; S/W:60' x 13'; CS: 10' x 2.5' Experiment Size: 3.09 A Factors/Treatments: 1) CC 2) SS 3) WW 4) CS- C 5) SC- S 6) GS1: CSW- C 7) GS1: CSW- S (early) 8) GS1: CSW- W 9) GS2: CWS- C (early) 10) GS2: CWS- S 11) GS2: CWS- W 12) Flex: CWS- C (silage) 13) Flex: CWS- S 14) Flex: CWS- W (straw) Corn - Soybean - Wheat Response to Rotation: Experiment: 09CSW Trial ID: 6021 Year: 2015 Target Plant Density: Rotation: 2014 Treatments J. Cavadini, M. Bertram Marshfield, WI Marshfield Ag Research Station Results: Tables to FIELD EXPERIMENT HISTORY Analysis: N/A County: Marathon Rate lbs/a: Hybrid: Soil Type: N/A C: P8906AM1 (89 HXX,LL,RR2) S: P10T02R (1.0) C: JD1750 planter S,W: Great Plains 1206 NT drill
22 132 Table: Corn, Soybean, and Wheat Rotation- Corn Marshfield, WI Test Harvest Stalk Rotation Yield Moisture Weight Population Lodging bu/a % in. ppa % Continuous , Alternating , Grain System I , Mean , Probability (%) Treatment LSD 10% ,345 NS Treatment CV (%) Table: Corn, Soybean, and Wheat Rotation- Corn Silage Marshfield, WI Kernel Harvest Milk per Rotation Yield Moisture milk Population CP ADF NDF NDFD NFC Starch TDN Ton Acre tn dm/a % % ppa % % % % % % % lb lb Continuous , ,363 22,166 Alternating , ,390 22,590 Grain System I , ,392 19,324 Mean , ,382 21,360 Probability (%) Treatment <0.1 < LSD 10% Treatment NS NS NS NS NS NS NS NS NS NS NS CV (%)
23 133 Table: Corn, Soybean, and Wheat Rotation- Wheat Marshfield, WI Test Rotation Yield Moisture Weight Height Lodging bu/a % lb/bu in. 1 to 5 Continuous Grain System I Mean Probability (%) Treatment < < LSD 10% Treatment 4.4 NS 1.0 NS NS CV (%) Table: Corn, Soybean, and Wheat Rotation- Soybean Marshfield, WI Test Rotation Yield Moisture Weight Height Lodging bu/a % lb/bu in. 1 to 5 Continuous Alternating Grain System I Mean Probability (%) Treatment < >50 LSD 10% Treatment NS NS NS CV (%)
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