Viscosity Agents vs. Invert Emulsions for Glyphosate Efficacy.

Similar documents
Loveland Glyphosate Adjuvant Study.

Southern Illinois University BOLT Technology Herbicide Programs - Southern USA.

(09 SLL-1 Liberty Link SB) Site Description Page 1 of 13 Northeast Research & Extension Center

(12 08 CRRLL-12 BAY DLL Capreno) Site Description Northeast Research & Extension Center

(04 08 CRR-04 DUP USA Prequel North Pivot) Site Description Northeast Research & Extension Center

North Carolina State University

Comparison of MON76980 (Xtendimax) and Liberty Herbicide Systems for weed control in Soybeans at Rochester, MN in SUMMARY:

2. There was not any statistical difference between treatments

PAGE #1 TRIAL # US 828/01/ : PSOYGLYP* 01/25/2002 APPLICATIONS

North Carolina State University

LSU AgCenter. Water-Seeded Variety Tolerance to Command at PEGGING

Tidewater Ag. Res. & Ext. Ctr.

Introduction: Methods:

IR-4 Ornamental Horticulture Program Research Report Cover Sheet

General Trial Information

LSU AgCenter Northeast Research Station

(BENT3) Site Description Page 1 of 6 University of GA Coop Ext Service Evaluation of 1,3-D on Golf Course Putting Greens: Creeping Bentgrass

2012 WEED SCIENCE ANNUAL REPORT

Sep (Dollar spot fungicide Trial 2012) Site Description Page 1 of 14 University of California, Riverside

2003 RUTGERS Turfgrass Proceedings

Determination of Contribution to Off-field Deposition from Multiple Swaths

2005 Turfgrass Research Report. In Cooperation With The

Biology and Management of Rattail Fescue in Direct-Seed Systems

Madison, WI Page 1

Bayer Fungicides to Control Snow Mold on Fairways in Montana and Idaho (Final Report)

Charles T. Golob and William J. Johnston Dept. Crop and Soil Sciences Washington State University June 5, 2013

Post-emergent Goosegrass Control in a Mixed Stand of Fairway Turf with Sulfentrazone (Dismiss) and Fenoxaprop (Acclaim Extra), 2006

Table 1. Key plant indicators observed during the study period. 75% green-up 100% green-up. Annual bluegrass 75% boot 16 April

Syngenta/Bayer Fungicide Trial: Reduced Rates of Fungicides to Control Snow Mold on Fairways in Idaho and Washington

Objective: Experimental Procedures:

2000 RUTGERS Turfgrass Proceedings

IR-4 FIELD DATA BOOK

2017 Turfgrass Proceedings

Evaluation of Burn Down Herbicides Before Overseeding Fairways

Civitas + Harmonizer with or without Low Rates of Fungicides to Control Snow Mold on Putting Greens in Washington

AMVAC - Snow Mold Control with Various Fungicide Combinations with AMV4820-G or Turfcide 400 on Fairways in Washington and Montana

Evaluation of Plant Growth Regulators and Fertilizer to Fairway Height Creeping Bentgrass J.A. Borger and M.B. Naedel 1

Civitas Plus Harmonizer Tank Mixed with Reduced Rates of Fungicides to Control Snow Mold on Putting Greens in Idaho and Washington

2012 Turfgrass Pathology Field Research

IR-4 FIELD DATA BOOK

EVALUATION OF POSTEMERGENCE HERBICIDES ON EIGHT NATIVE GRASS SPECIES GROWN FOR SEED, Marvin Butler, Claudia Campbell, and Tom Shibley

Project 2012F083R: Night Spraying - Pesticide Efficacy with Night Time Application ( )

Amicarbazone, a Newer Herbicide for Annual Bluegrass Control In Bentgrass

BOOMLESS NOZZLES WIDE ANGLE FULL CONE SPRAY TIPS

2017 South Dakota Corn Hybrid Trial Results - Volga

Control of Ragweed with Pre-Emergent Herbicides Christy Hoepting and Darcy Telenko

Final Report. Herbicide screening trial. Les Mitchell Eurofins Agrisearch. Project Number: TU13032

Charles T. Golob, William J. Johnston, and Karine Paré Dept. Crop and Soil Sciences Washington State University Jan. 3, 2008

Weed control in ornamental bulbs ( ). Tim Miller and Carl Libbey, WSU Mount Vernon. Materials and Methods.

Dollarspot continues to be a

2017 NCWSS weed contest Time:

2011 Turfgrass Pathology Field Research

Objective: Experimental Procedures:

NATURAL RESOURCES, UNIVERSITY

Turfgrass and Environmental Research Online

Triticale and Rye. Tifton, Georgia: Triticale and Rye Grain Performance, Average 2 Average 2 Weight Height Lodging Date

Bayer Fungicides to Control Snow Mold on Putting Greens in Montana, Idaho, and Washington (Final Report)

Is Ground Rolling For You? Jodi DeJong-Hughes Regional Extension Educator, Marshall cell

Snow Mold Recovery Observations. Introduction

Turf Screen Solar protectant tests on creeping bentgrass Agrostis stolonifera L. plant quality under stress conditions.

P artners in. Peanut Variety Tests. rogress. C. B. Godsey and W. Vaughan Department of Plant and Soil Sciences. Variety Tests.

Turfgrass and Environmental Research Online

Peanut Variety Test. C.B. Godsey and W. Vaughan Department of Plant and Soil Sciences progress made possible through OPC and NPB support

BINDEX BFM INSTALLATION GUIDELINES

P artners in. Peanut Variety Test. rogress. C.B. Godsey, W. Vaughan, and B. Heister Department of Plant and Soil Sciences.

HRI s Mission: Copyright, All Rights Reserved

Objective: Experimental Procedures:

Proline Fungicide on Corn Silage to Reduce Mycotoxins 2014

Small Grains Variety Evaluation at Arizona City, Maricopa and Yuma, 2013

Airblast Sprayer Calibration Worksheet

Turfgrass and Environmental Research Online

2008 Aquatic Weed Control Math Prep

Early Dollar Spot Disease Control for Chicago Fairways

ACCESSORIES CATALOGUE. Guarany offers a complete line of accessories to optimize many spraying applications, assuring the best cost-benefit.

Weed Management in Onion and Potential New Labels Bernard Zandstra Michigan State University

Calibrating Equipment for Aquatic Herbicide Application 1

Image courtesy of NASA/GSFC

Grain Millers, Inc Rosemount non- GMO Variety Research

C 2. Winter wheat variety evaluation in off-station and re-crop trials near Moccasin, Denton, Fort Benton, Moore, and Winifred.

Trials. Farmers may face many trials

Turfgrass and Environmental Research Online

LI 700 COMMERCIAL SOLUTION NON-IONIC. PENETRATING SURFACTANT, ph ADJUSTER, DEPOSITION AID AND HARVEST AID DANGER: CAUSES SKIN AND EYE IRRITATION

Turfgrass Entomology Research 2006

52 nd Annual. Sweetpotato Meeting. UCCE Classroom, Merced CA February 7, 2017

Comparison of Two Yellow Sticky Traps for Capture of Western Cherry Fruit Fly (Rhagoletis indifferens) in Tart Cherry in Northern Utah 2015

2017 Cricket Frass as a Potential Nitrogen Fertility Source

Effectiveness of a new type of sprinkler system for cooling cows in free stall barns

Research Report Small Grains Variety Evaluation at Arizona City, Maricopa and Yuma, 2014

Winter Cover Crop Plots Willott Farms

2018 Corn Silage Field Crop Trials Results

Two New Invasive Pests in Washington: Spotted Wing Drosophila and Brown Marmorated Stink Bug

Dropp UltraMAX CONTENTS

Performance of New Bermudagrass Varieties in the Southeast. Kyley

1987 TURFGRASS SOIL RESEARCH REPORT. P. E. Rieke, M. T. McElroy and Douglas Lee Crop and Soil Sciences Department, M.S.U.

Best Practices to manage spray drift issues (How to reduce emissions from spray drift)

Navel orangeworm biology, monitoring, and management

Takeoff Performance. A 1 C change in temperature from ISA will increase or decrease the takeoff ground roll by 10%.

The origins and definitions of drift

@farmtested. Research and Evaluation Results

Trip Report: Lesotho & South Africa Jan. 31, 2011 Feb. 22, Michael J. Mulvaney, Assistant Program Director SANREM CRSP, OIRED/Virginia Tech

Transcription:

94 Viscosity Agents vs. Invert Emulsions for Glyphosate Efficacy. 02-1-M125 OBJECTIVE: Evaluate the effect of viscosity agents and invert emulsions on the efficacy of glyphosate applied using various spray nozzels. SUMMARY: The purpose of this study was to determine the effect of viscosity agents (30% PA and HPG) and invert emulsions (Placement and Lox) on weed control when Roundup UltraMax is applied with regular flat fan nozzles and various drift reduction nozzles. A very low rate of Roundup UltraMax (1/4 of the normal 26 oz use rate) was used to detect differences between treatments. Roundup UltraMax provided complete control of giant foxtail regardless of nozzle type or additive. This low rate of Roundup UltraMax only provided suppression of fall panicum with a slight ( 6 to 7%) reduction in control observed when Lox was added to Roundup UltraMax applied with the drift guard nozzles. Common lambsquarters control at 14 DAT (days after treatment) was reduced when Lox was added to Roundup UltraMax applied with Flat Fan nozzles and when any additive was used with Roundup UltraMax applied with Air Induction nozzles. However, these differences were not observed at 28 DAT. A lack of significant rainfall for at least 14 days prior to and after these treatments were applied most likely reduced the effect different nozzle types and additives may have had on weed control with Roundup UltraMax. HERBICIDES/ADJUVANTS/NOZZLES WEEDS CROP ROUNDUP ULTRA MAX 3.7 SL 30% PA 100 LIQ HPG 77.5 WG LOX 100 LIQ PLACEMENT 100 LIQ AIR INDUCTION NOZZLES DRIFT GUARD NOZZLES FLAT FAN NOZZLES TURBO TEEJET NOZZLES foxtail, giant lambsquarters, common panicum, fall velvetleaf waterhemp, common soybean Bryan Young PLANT, SOIL AND GENERAL AGRICULTURE DEPARTMENT SOUTHERN ILLINOIS UNIVERSITY

95 Viscosity Agents vs. Invert Emulsions for Glyphosate Efficacy. Project Code: 02-1-M125 Location: Belleville Research Center Investigator: Bryan Young, Assistant Professor, Southern Illinois University City State Zip Country: Belleville IL 62221 USA Trial Status: Final Updated: 10-31-02 Objective: Evaluate the effect of viscosity agents and invert emulsions on the efficacy of glyphosate applied using various spray nozzels. Weed Code Common Name Scientific Name 1. CHEAL lambsquarters, common Chenopodium album L. 2. ABUTH velvetleaf Abutilon theophrasti Medicus 3. AMATA waterhemp, common Amaranthus rudis Sauer 4. SETFA foxtail, giant Setaria faberi Herrm. 5. PANDI panicum, fall Panicum dichotomiflorum Michx. Crop 1: GLXMA soybean Variety: Asgrow 4602 RR Planting Method: Seeded Planting Date: 6-1-02 Rate: 75 lb/a Depth: 1.0 IN Row Spacing: 30 IN Plot Width, Unit: 10 FT Plot Length, Unit: 28 FT Reps: 4 Tillage Type: Reduced-Till Study Design: Randomized complete block Previous Crop, Year: ZEAMX, 2001 Field Prep./Maintenance: N 0 LB/A, P2O5 50 LB/A, K2O 150 LB/A Soil Name: Weir % OM: 1.8 ph: 5.7 CEC: 10 Texture: Silt loam Fert. Level: P1: 98 LB/A, K: 258 LB/A APPLICATION DESCRIPTION A Application Date: 7-2-02 Time of Day: 14:00 Application Method: Spray Application Timing: 6-8"W Applic. Placement: BROFOL Air Temp., Unit: 94 F % Relative Humidity: 40 Wind Velocity, Unit: 3-5 MPH Dew Presence (Y/N): N Soil Moisture: BELNOR % Cloud Cover: 25 CROP STAGE AT EACH APPLICATION A Crop 1 Code, Stage: GLXMA V3 Height, Unit: 6-8 IN WEED STAGE AT EACH APPLICATION A Weed 1 Code: CHEAL Stage(leaves): 2-14 Height(inches): 1-12 Medium Weed 2 Code: ABUTH Stage(leaves): 3-7 Height(inches): 2-14 Medium Weed 3 Code: AMATA Stage(leaves): 5-14 Height(inches): 3-12 Medium

96 Weed 4 Code: SETFA Stage(leaves): 5-7 Height(inches): 6-10 Low Weed 5 Code: PANDI Stage(leaves): 3-5 Height(inches): 3-10 High APPLICATION EQUIPMENT A Appl. Equipment: CO2 sprayer Operating Pressure: 40 PSI Nozzle Type: See note Nozzle Size: 110015 Boom Length, Unit: 7.5 FT Spray Volume, Unit: 10 GPA NOTES: Nozzel types are flat fan, drift guard, turbo teejet, and air induction, see treatment list. This study was not harvested.

Viscosity Agents vs. Invert Emulsions for Glyphosate Efficacy. Project Code: 02-1-M125 Location: Belleville Research Center Weed Code SETFA SETFA PANDI PANDI CHEAL CHEAL ABUTH ABUTH AMATA AMATA Crop Code GLXMA GLXMA Rating Data Type Injury Injury Control Control Control Control Control Control Control Control Control Control Rating Unit Percent Percent Percent Percent Percent Percent Percent Percent Percent Percent Percent Percent Rating Date 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 Trt-Eval Interval 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A Trt Treatment Form Form Rate Prod Prod Grow Appl No. Name Conc Type Rate Unit Rate Unit Stg Code 1 NONTREATED 0 0 0 0 0 0 0 0 0 0 0 0 2 FLAT FAN NOZZLES 0 0 99 99 60 53 72 61 21 34 80 58 2 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 3 FLAT FAN NOZZLES 0 0 99 99 58 50 73 48 25 43 88 57 3 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 3 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 4 FLAT FAN NOZZLES 0 0 99 99 56 54 73 65 23 39 86 55 4 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 4 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 5 FLAT FAN NOZZLES 0 0 99 99 58 51 70 60 21 36 78 69 5 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 5 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 6 FLAT FAN NOZZLES 0 0 99 99 58 51 63 64 23 39 78 69 6 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 6 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 97 7 DRIFT GUARD NOZZLES 0 0 99 99 64 55 66 60 28 41 88 69 7 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 8 DRIFT GUARD NOZZLES 0 0 99 99 64 54 72 69 23 28 88 64 8 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 8 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 9 DRIFT GUARD NOZZLES 0 0 99 99 69 54 72 61 30 48 88 61 9 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 9 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 10 DRIFT GUARD NOZZLES 0 0 99 99 68 51 67 62 30 43 89 65 10 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 10 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 11 DRIFT GUARD NOZZLES 0 0 99 99 58 48 65 43 26 38 89 53 11 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 11 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 12 TURBO TEEJET NOZZLES 0 0 99 99 56 48 67 47 20 30 85 53 12 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A

Weed Code SETFA SETFA PANDI PANDI CHEAL CHEAL ABUTH ABUTH AMATA AMATA Crop Code GLXMA GLXMA Rating Data Type Injury Injury Control Control Control Control Control Control Control Control Control Control Rating Unit Percent Percent Percent Percent Percent Percent Percent Percent Percent Percent Percent Percent Rating Date 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 7-16-02 7-30-02 Trt-Eval Interval 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A 14 DA-A 28 DA-A Trt Treatment Form Form Rate Prod Prod Grow Appl No. Name Conc Type Rate Unit Rate Unit Stg Code 13 TURBO TEEJET NOZZLES 0 0 99 99 63 53 64 53 24 43 83 58 13 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 13 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 14 TURBO TEEJET NOZZLES 0 0 99 99 58 51 70 55 24 26 84 68 14 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 14 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 15 TURBO TEEJET NOZZLES 0 0 99 99 56 48 64 41 25 38 85 59 15 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 15 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 16 TURBO TEEJET NOZZLES 0 0 99 99 61 50 62 54 18 35 81 50 16 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 16 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 17 AIR INDUCTION NOZZLES 0 0 99 99 64 51 77 45 29 41 90 61 17 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 18 AIR INDUCTION NOZZLES 0 0 99 99 61 49 66 61 29 46 86 59 18 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 18 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 98 19 AIR INDUCTION NOZZLES 0 0 99 99 60 50 67 49 29 46 85 50 19 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 19 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 20 AIR INDUCTION NOZZLES 0 0 99 99 61 55 71 63 29 38 88 58 20 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 20 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 21 AIR INDUCTION NOZZLES 0 0 99 99 59 51 63 58 25 45 90 60 21 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 21 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 22 NONTREATED 0 0 0 0 0 0 0 0 0 0 0 0 LSD (P=.05) 0.0 0.0 0.0 0.0 7.0 5.7 6.9 10.9 7.7 9.8 5.7 11.8 Replicate F 0.000 0.000 0.000 0.000 1.056 23.112 4.374 3.142 9.470 1.330 20.467 1.014 Replicate Prob(F) 1.0000 1.0000 1.0000 1.0000 0.3741 0.0001 0.0077 0.0317 0.0001 0.2725 0.0001 0.3933 Treatment F 0.000 0.000 0.000 0.000 53.299 58.214 68.915 21.986 8.893 13.532 156.559 19.507 Treatment Prob(F) 1.0000 1.0000 1.0000 1.0000 0.0001 0.0001 0.0001 0.0001 0.0001 0.0001 0.0001 0.0001

Weed Code CHEAL ABUTH AMATA Crop Code Rating Data Type Plants Plants Plants Rating Unit 1.0 m2 1.0 m2 1.0 m2 Rating Date 7-23-02 7-23-02 7-23-02 Trt-Eval Interval 21 DA-A 21 DA-A 21 DA-A Trt Treatment Form Form Rate Prod Prod Grow Appl No. Name Conc Type Rate Unit Rate Unit Stg Code 1 NONTREATED 74.5 20.5 25.5 2 FLAT FAN NOZZLES 13.5 28.5 21.5 2 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 3 FLAT FAN NOZZLES 37.0 20.5 4.5 3 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 3 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 4 FLAT FAN NOZZLES 9.5 25.5 4.5 4 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 4 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 5 FLAT FAN NOZZLES 22.0 29.5 34.0 5 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 5 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 6 FLAT FAN NOZZLES 34.0 13.0 11.5 6 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 6 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 99 7 DRIFT GUARD NOZZLES 47.5 22.0 5.0 7 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 8 DRIFT GUARD NOZZLES 13.0 24.0 12.0 8 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 8 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 9 DRIFT GUARD NOZZLES 6.0 12.5 7.5 9 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 9 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 10 DRIFT GUARD NOZZLES 19.5 15.0 7.0 10 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 10 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 11 DRIFT GUARD NOZZLES 82.5 18.5 3.5 11 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 11 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 12 TURBO TEEJET NOZZLES 36.0 35.0 10.0 12 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 13 TURBO TEEJET NOZZLES 45.0 19.0 9.0 13 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 13 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A

Weed Code CHEAL ABUTH AMATA Crop Code Rating Data Type Plants Plants Plants Rating Unit 1.0 m2 1.0 m2 1.0 m2 Rating Date 7-23-02 7-23-02 7-23-02 Trt-Eval Interval 21 DA-A 21 DA-A 21 DA-A Trt Treatment Form Form Rate Prod Prod Grow Appl No. Name Conc Type Rate Unit Rate Unit Stg Code 14 TURBO TEEJET NOZZLES 17.5 27.5 1.5 14 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 14 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 15 TURBO TEEJET NOZZLES 73.5 21.0 6.0 15 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 15 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 16 TURBO TEEJET NOZZLES 56.0 25.0 8.5 16 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 16 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 17 AIR INDUCTION NOZZLES 54.0 16.5 11.5 17 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 18 AIR INDUCTION NOZZLES 36.5 15.0 12.5 18 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 18 30% PA 100 LIQ 0.0312 % V/V 4 OZ/100 GAL 6-8"W A 19 AIR INDUCTION NOZZLES 52.5 18.5 24.5 19 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 19 HPG 77.5 WG 8.0 OZ A/100 GAL 10.3 OZ/100 GAL 6-8"W A 100 20 AIR INDUCTION NOZZLES 30.0 31.0 17.0 20 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 20 PLACEMENT 100 LIQ 6.5 FL OZ/A 6.5 OZ/A 6-8"W A 21 AIR INDUCTION NOZZLES 71.5 17.0 3.5 21 ROUNDUP ULTRA MAX 3.7 SL 0.188 LB AE/A 6.5 OZ/A 6-8"W A 21 LOX 100 LIQ 6.0 FL OZ/A 6 OZ/A 6-8"W A 22 NONTREATED 97.0 35.5 54.5 LSD (P=.05) 62.76 21.57 28.23 Replicate F 1.473 6.239 0.230 Replicate Prob(F) 0.2305 0.0009 0.8749 Treatment F 1.343 0.776 1.541 Treatment Prob(F) 0.1838 0.7360 0.0958

Viscosity Agents vs. Invert Emulsions for Glyphosate Efficacy. Project Code: 02-1-M125 Location: Belleville Research Center Trial Comments 1. Protocol: ISPOB/BGY. 2. DA-A = days after 6-8"W application. 1.0 m2 = one square meter. 101

2024 © sportdocbox.com Privacy Policy | Terms of Service | Feedback