Conducted Under GEP (Y/N): Y Guideline Description: To Protocol

Similar documents
Oregon State University Columbia Basin Ag Research Center Rattail fescue control in chemical fallow

Kansas State University Field Pansy Control In No-Till Fields Going To Soybeans

EFFICACY EVALUATION OF FUNGICIDE PROSARO AGAINST SCLEROTINIA DISEASE IN TURNIP RAPE

Comparison of "Full Load" Glyphosate Formulations in Roundup Ready Soybean - Waterhemp.

Southern Illinois University. General Trial Information. Trial Location. Personnel

(TA-05-03) Site Description Page 1 North Carolina State University. Osprey tank mix study -- broadleaf control. Phone No:

EVALUATION OF HERBICIDES IN CARAWAY IN HARVEST YEAR, Loimaa

Soil Moisture: Moist Emergence Date: 13/May/2003. Pest Description Pest 1 Type: W Code: ABUTH Abutilon theophrasti Common Name: Velvetleaf

FIELD DATA BOOK REVISIONS FOR TRIAL YEAR

Evaluation of Pendimethalin CS and EC.

2013 Purdue Soybean On-Farm Trial ROW WIDTHS

Bruce Potter, Jeff Irlbeck and Jodie Getting, University of Minnesota Department of Entomology and Southwest Research and Outreach Center

THE SELECTIVITY OF THE TANK MIXTURE OF ATTRIBUT SUPER AND THE PLANT GROWTH REGULATOR IN SPRING WHEAT

SOIL APPLIED AND WATER APPLIED PHOSPHORUS APPLICATION. M. J. Ottman, T. L. Thompson, M. T. Rogers, and S. A. White 1 ABSTRACT

Effects of Different Fertilizers and Continuous No-Till Production on Diseases, Growth, and Yield of Staked Tomato

2014 Giant Ragweed Control with Diflexx Herbicide in Field Corn in Rochester, MN.

Soil Amendment and Foliar Application Trial 2016 Full Report

IR-4 MINOR USE PERFORMANCE FORM PR NO. Date of Report Field I.D. No. Page 1

Foliar applied insecticide control of the Soybean Aphid (2015)

2015 Tillage Radish Planting Date x Seeding Rate Trial

Evaluation of Tomato Varieties with TSWV Resistance. Craig H. Canaday and Jim E. Wyatt. Interpretative Summary. Introduction

The Amity Single Disc Drill is the best in the industry for productivity, accuracy, simplicity, and versatility.

Western Illinois University/Allison Organic Research Farm. Tillage/Cover Crop Experiment

AMENDING ACIDIC SOILS FOR SUSTAINABLE WHEAT PRODUCTION

Liquid vs Dry Phosphorus Fertilizer Formulations with Air Seeders

R. Allen Straw, SW VA AREC, VPI Farm Rd., Glade Spring, VA 24340,

Evaluation of Grain Sorghum Hybrid Varieties in Dryland Farming Conditions in Nueces County

EVALUATION OF ATTRIBUT SUPER AT LOWER DOSES IN WHEAT IN 2011

WEED CONTROL IN PUMPKINS & SQUASH RESEARCH RESULTS 2006 PREPARED BY DARREN ROBINSON, RIDGETOWN CAMPUS FOR THE ONTARIO PROCESSING VEGETABLE GROWERS

MTT Agrifood Research Finland Trial Report 2011 Herbicides, fungicides and insecticides

EVALUATING WATER REQUIREMENTS OF DEVELOPING WALNUT ORCHARDS IN THE SACRAMENTO VALLEY

Unit E: Basic Principles of Soil Science. Lesson 8: Employing Conservation Tillage Practices

IMPROVING PERFORMANCE OF RYE COVER CROP SYSTEMS

Sunflower Seeding Rate x Nitrogen Rate Trial Report

MTT Agrifood Research Finland Trial Report 2012 Herbicides, fungicides and insecticides

Cotton Cultural Practices and Fertility Management 1

Purpose and Introduction:

COVER CROPS RESEARCH UPDATE. Matt Ruark Ken Albrecht A.J. Bussan Mack Naber Jim Stute Kevin Shelly Heidi Johnson

ENHANCED NITROGEN FOR HARD WHEAT YIELD AND PROTEIN Brad Brown University of Idaho, Parma R & E Center

Wheat and Barley Variety Screening in the Klamath Basin, 2009

Farming with Crop Residues

I ntroduction. Oat Variety Screening in the Klamath Basin, 1995 R.L. Dovel and G. Chilcote'

Tillage and Crop Residue Removal Effects on Evaporation, Irrigation Requirements, and Yield

ANNUAL REPORT DICKINSON EXPERIMENT STATION DICKINSON, NORTH DAKOTA SECTION I DRY LAND MANAGEMENT

Conservation Seeding Practices. John Nowatzki Extension Ag Machine Systems Specialist

2018 Engenia Herbicide Stewardship Training

Variable Rate Starter Fertilization Based on Soil Attributes

Rescue N Applications for Corn: Yield Response, Leaf Burn, and Yield Loss Progress Report for 2003

Spring Small Grain Seeding Rate Study Donald R. Clark and Jim E. Smith 1 I

Bourgault Agronomy Trials March 13, 2017 Bourgault Industries Ltd Curtis de Gooijer PAg, CCA

Cover Crop Seeding Methods. Charles Ellis Extension Natural Resource Engineer

Foliar Fungicide Study Block 5S Beaumont, TX 2009

Utilizing farmers changed nitrogen application technologies to demonstrate improved nutrient management practices year 2

Seed-placed versus side-banded phosphorus fertilizer effects on faba bean establishment and yield. Project # ADOPT 2016

Increasing Importance of Sulfur for Field Crops

EVALUATION OF COVER CROP TERMINATION METHODS IN CORN PRODUCTION

Use of Residual Herbicides for Tough to Control Weeds in Snap Beans Final Report for 2012

Farm Energy IQ. Farms Today Securing Our Energy Future

Farm Energy IQ. Energy Use in U.S. Production Agriculture. Steps to Determine Fuel Use. How does your usage compare? 2/23/2015

Optimizing Strip-Till and No-Till Systems for Corn in the Biofuel Era

Economics of Irrigation Ending Date for Corn 1

FERTILIZER RECOMMENDATIONS

Foliar applied insecticide control of the Soybean Aphid (2011) Summary Background

On-Farm Evaluation of Twin-Row Corn in Southern Minnesota (2010 to 2012) Stahl, Lizabeth A.B. and Jeffrey A. Coulter

Procedures for Tomato Variety Field Trials

Forage and Grain Yield Potential of Non-Irrigated Spring Grains in the Klamath Basin, 2010

Conducting Meaningful On-Farm Research and Demonstrations

Tillage RootMax Annual Ryegrass

Effect of Nitrogen and Sulfur on the Decomposition of Wheat Residue

POTATO IPM PROTOCOL for PRINCE EDWARD ISLAND

Interaction between fungicide program and in-crop nitrogen timing for the control of yellow leaf spot (YLS) in mid-may sown wheat

EFFECT OF FUSILADE 2000 ON STORAGE AND SEED PERFORMANCE OF RUSSET BURBANK AND NORGOLD POTATOES. Steven R. James '

Foliar applied insecticides, application rates, and application timings for the control of the Soybean Aphid insecticide (2016)

ARE TILLAGE AND SOIL QUALITY MUTUALLY EXCLUSIVE. Dick Wolkowski Department of Soil Science University of Wisconsin

Variable Rate Starter Fertilization Based on Soil Attributes

History. Grass Seed Production. Uses. Uses. Oregon Grass Seed. Environment Requirements 2/7/2008

On-Farm Evaluation of Twin-Row Corn in Southern Minnesota in 2010 and 2011 Stahl, Lizabeth A.B. and Jeffrey A. Coulter

LSU AgCenter Department of Agronomy. Valor and Velpar K4 Application Timing and Cane Tolerance Test

Evaluating Sugarcane Varieties in Southeast Texas. Beaumont, TX. 2003

Emergence Uniformity in Corn: Is it Essential for Ear Size Consistency and Improved Yield?

Crop Rotation, Prosaro Fungicide, Seed Treatment and Cultivar as Management Tools to Control Disease on 2-Row Barley, Langdon, 2009

(01-ASC-10) Common ragweed leaf no. - numerous height (inch) - 2-4

Green Manure Cover Crops Between Rows of Widely Spaced Vegetable Crops

Optimum Seeding Rate for Different Wheat Varieties in Kansas

Planting Date vs. Rice Water Weevil Beaumont, TX 2006

Roundup Ready Sugarbeet Production. Your Way To Grow 2008

2015 Dry Bean Planting Date Trial

Revised Universal Soil Loss Equation

Annual Ryegrass Variety Report Mike Plumer University of Illinois Extension June 2008

ANOTHER SCI: A SYSTEM OF CARROT INTENSIFICATION Mark Fulford November 2014

Conservation Tillage Systems for Spring Corn in the Semihumid to Arid Areas of China

TILLAGE EFFECTS ON SOIL PROPERTIES. Dick Wolkowski Department of Soil Science University of Wisconsin

SUSTAINABLE NITROGEN FERTILIZER REGIMES FOR SNAP BEANS IN VIRGINIA

Sugarbeet Response to Nitrogen Fertilizer Rates K.A. Rykbost and R.L. Dovell

Cover Crops, Crop Nutrition. Dave Franzen NDSU Extension Soil Specialist

Cover Crops, Crop Nutrition. Dave Franzen NDSU Extension Soil Specialist

Evaluating Corn Row Spacing and Plant Population in thetexas Panhandle

PART 7 PAGE Trial Year 2017 Total number of pages in this section at initial pagination:

Transcription:

Site Description Arise Research & Discovery, Inc. Evaluation of WakeUP2 and SEA-90 on Early Development of Tillage Radishes and Oats for Fall Cover Crops Trial ID: 12-RF0112-12 Study Dir.: Jerry Carlson Location: Martinsville Investigator: Dr. Roy M Stephen GENERAL TRIAL INFORMATION Study Director: Jerry Carlson Title: President Affiliation: Renewable Farming LLC 1527 South Union Road Cedar Falls IA Postal Code: 50613 Investigator: Dr. Roy M Stephen Title: President/CEO Affiliation: Arise research and Discovery, Inc. Postal Code: 62442 TRIAL LOCATION City: Martinsville, Trial Status: Yearly Renewal State/Prov.: IL Trial Reliability: Excellent Postal Code: 62442 Initiation Date: 5/3/2012 Country: USA Planned Completion Date: 12/30/2012 E-Longitude of LL Corner :87.940367 N-Latitude of LL Corner :39.352442 Unit: 1 Directions: Exit I-70 at #136, go South to Stop Sign. Turn right on IL Rt 40 West. Drive 2 miles to Snake Trail Road. Turn Right (North) Follow Road 2 miles to Arise Research Station on Left (South) side of road. COOPERATOR/LANDOWNER Cooperator: Arise Research & Discovery, Inc. Country: USA Phone No: (217)382-4850 Address 1: 3998 E. Snake Trail Road Fax No: (217)382-4853 City: Martinsville, State/Prov: IL Postal Code: 62442 Conducted Under GLP (Y/N): N Guidelines: Protocol Conducted Under GEP (Y/N): Y Guideline Description: To Protocol Objective: Use small "Look See" field test strips to get some idea if WakeUP 2 and a combination of WakeUP 2 and SEA-90 would have a beneficial effect on early root development of tillage radishes and oats drilled as a cover crop after corn harvest. Crop 1: AVESA OAT, COMMON Planting Date: 9/21/2012 Planting Method: Drill Rate: 60 Lb/A Row Spacing: 7 IN Soil Moisture: Adequate Crop 2: RAPSN RADISH Variety: Tillage Radish Planting Date: 9/21/2012 Rate: 4 LB/A Row Spacing: 7 IN Soil Moisture: Adequate

Arise Research & Discovery, Inc. Site Description SITE AND DESIGN Plot Width, Unit: 10 FT Plot Length, Unit: 17.5 FT Reps: 3 Site Type: Field Laboratory Tillage Type: MINIMUM-TILL Study Design: RANDOMIZED COMPLETE BLOCK Previous Crops Previous Pesticides Year 1. Turf None 2011 MAINTENANCE Field Prep./Maintenance: Spring subsoiled, mold board plowed, disked 2x, fallowed, mowed once. Disked and drilled cover crops September 21st. SOIL DESCRIPTION % Sand: 5 % OM: 3 Texture: Silty Clay Loam % Silt: 50 ph: 6.3 Soil Name: Piasa % Clay: 45 CEC: 9 Fert. Level: Moderate MOISTURE CONDITIONS Date Amount Unit Type 1. 9/1/2012 1.22 IN Rain, Thunderstorm 2. 9/2/2012 0.59 IN Rain 3. 9/4/2012 0.94 IN Fog, Rain, Thunderstorm 4. 9/5/2012 0.71 IN Rain, Thunderstorm 5. 9/7/2012 2.3 IN Rain 6. 9/26/2012 0.6 IN Rain 7. 10/5/2012 0.7 IN Rain 8. 10/8/2012 Frost 9. 10/9/2012 Frost 10. 10/17/2012 0.8 IN Rain 11. 10/18/2012 0.1 IN Rain 12. 10/26/2012 0.4 IN Rain Closest Weather Station: On Site Distance: 200 Unit: Ft

Arise Research & Discovery, Inc. Trt Treatment Rate Grow Appl No. Name Rate Unit Stg Code 1 WakeUP2 3.5 OZ/A 3 IN A WakeUP2 3.5 OZ/A 10 IN C 2 WakeUP2 3.5 OZ/A 3 IN B Sea 90 1 LB/A 3 IN B WakeUP2 3.5 OZ/A 10 IN D Sea 90 1 LB/A 10 IN D Site Description APPLICATION DESCRIPTION A B C D Application Date: 10/1/2012 10/1/2012 10/17/2012 10/17/2012 Time of Day: AM AM AM AM Application Method: Spray Spray Spray Spray Application Timing: Foliar Foliar Foliar Foliar Applic. Placement: 3" Leaves 3" Leaves 10" Leaves 10" Leaves Air Temp., Unit: 52 F 52 F 57 F 57 F % Relative Humidity: 83 83 80 80 Wind Velocity, Unit: 4.6 MPH 4.6 MPH 11.5 MPH 11.5 MPH Dew Presence (Y/N): N N N N Water Hardness: 23 Grains 23 Grains 23 Grains 23 Grains Soil Temp., Unit: 68 F 68 F 65 F 65 F Soil Moisture: Adequate Adequate Adequate Adequate % Cloud Cover: 0 0 0 0 CROP STAGE AT EACH APPLICATION A B C D Crop 1 Code, Stage: AVESA AVESA AVESA AVESA Height, Unit: 3 IN 3 IN 10 IN 10 IN Crop 2 Code, Stage: RAPSN RAPSN RAPSN RAPSN Height, Unit: 3 IN 3 IN 10 IN 10 IN APPLICATION EQUIPMENT A B C D Appl. Equipment: Sprayer Sprayer Sprayer Sprayer Operating Pressure: 15 PSI 15 PSI 15 PSI 15 PSI Nozzle Type: EFF EFF EFF EFF Nozzle Size: 8002 8002 8002 8002 Nozzle Spacing, Unit: 20 IN 20 IN 20 IN 20 IN Nozzles/Row: 1 1 1 1 Band Width, Unit: 7 IN 7 IN 7 IN 7 IN Boom Height, Unit: 12 IN 12 IN 15 IN 15 IN Ground Speed, Unit: 2 MPH 2 MPH 2 MPH 2 MPH Carrier: Water Water Water Water Spray Volume, Unit: 7 GPA 7 GPA 7 GPA 7 GPA Tank Mix (Y/N): N Y N Y Trt No Treatment Application Comment 1 Quality assurance review. Jim Porterfield assigned to oversee project. Spray nozzle adjusted for 7 inch band. 2 Quality assurance review. Jim Porterfield assigned to oversee project. Spray nozzle adjusted for 7 inch band.

Arise Research & Discovery, Inc. Evaluation of WakeUP2 and SEA-90 on Early Development of Tillage Radishes and Oats for Fall Cover Crops Trial ID: 12-RF0112-12 Study Dir.: Jerry Carlson Location: Martinsville Investigator: Dr. Roy M Stephen Schedule Schedule for 1/21/2011 to 1/21/2014 Date Trial Task Done Description 10/1/2012 12-RF0112-12 Treat Yes Foliar WakeUp2 and WakeUP2 + Sea 90 10/17/2012 12-RF0112-12 Treat Yes Foliar WakeUp2 and WakeUP2 + Sea 90 11/16/2012 12-RF0112-12 Harvest Yes Harvest Includes tasks: Treat, Assess, Other

Summary A Look See Evaluation of WakeUP 2 for Cover Crops following Fallow Objective: The project attempted to see if WakeUP 2 and a combination of WakeUP 2 +SEA-90 micronutrient fertilizer applied as foliars to young cover crops of consisting of a mixture of Tillage Radish and oats would increase rooting and/or vegetative growth. Methods: A fall cover crop of Tillage Radish and oats were drilled into a soil that had been fallowed during the summer of 2012. The field had previously been in turf for several years. The turf was subsoiled to a depth of 18 in the spring of 2012, then moldboard plowed and disced twice. It was allowed to fallow during the dry, hot summer of 2012. Weeds were mowed once. The area was disced again immediately before drilling the cover crop on September 21. Drill spacing was 7.5 inches between rows. Tillage Radishes were drilled at 4 Lb/ac and oats at 60 Lb/ac with a John Deere 1520 series drill. WakeUP 2 was sprayed on October 1 at 1:256 on three, 17.5-foot long rows. Three rows were left in between each of the treated rows with the middle row of those three being the control where no spray was applied. WakeUP 2 at 1:256 and SEA-90 at 1.0 Lb/ac were mixed together and sprayed on 3 other rows in similar fashion. plots were sprayed with a hand sprayer. The WakeUP 2 was sprayed again on October 17 at 1:256 on three, 17.5-foot long rows. Three rows were left in between the treated rows with the middle row of those three being the control where no spray was applied. WakeUP 2 at 1:256 and SEA-90 at 1.0 Lb/ac were mixed together and sprayed on 3 other rows in similar fashion on October 17. The plots were sprayed with a hand sprayer at 8:00 a.m. Air Temperature was 57 degrees F with a light wind. A heavy frost hit on October 8 th and 9 th but did not seem to hurt the cover crops too much as they continued to grow into November. On November 16 a potato fork was used to dig one full row of each of the control and treatments in both the WakeUP 2 and WakeUP 2 +SEA-90 plots. Roots were washed and plants counted and weighed and measured as fresh weight. Plants were allowed to air dry for 15 days and roots were clipped off the tillage radishes and weighed separately from the tops. Oats plants were left intact and dried roots and leaves weighed together. Soil had moisture in it because of the 5.76 inches of rainfall from Hurricane Isaac that occurred the first week of September. A nice rain of 0.6 inches fell five days after planting. Eight days later a cold 0.7 inches fell on October 5. Another 0.8 inches came the evening of October 17 after we had applied the second foliar early on the morning of the 17 th. Another 0.4 inches fell on October 26. All totaled, the cover crop had 2.5 inches of evenly spaced rains over the 2-month evaluation period.

WakeUP 2 sprayed on 3 rows designated by yellow flags. Photos on October 1, 2012. WakeUP 2 +SEA-90 sprayed on 3 rows designated by red flags in upper photo.

WakeUP 2 was sprayed on 3 rows designated by yellow flags. Photos on October 11, 2012. WakeUP 2 +SEA-90 was sprayed on 3 rows designated by red flags in upper photo.

Close-up on October 11 after heavy frost on October 8 and 9.. of WakeUP 2 +SEA-90 on October 17 Close-up of WakeUP 2 on October 17 Close-up

WakeUP 2 +SEA-90 on October 24 WakeUP 2 on October 24

Still growing on November 15.

WakeUP 2 on November 16 before digging up plants.

Tillage Radish roots from WakeUP 2 and its Control on December 1 after air drying.

Oats from WakeUP 2 +SEA-90 vs. its Control one day after being dug up. Dried Tillage Radish roots Wake Up 2 + Sea90 December 1

Dried Tillage Radish roots from the control on December 1. 450 400 Total Biomass Weight per 17.5 Ft (leaves and roots of both Oats and Tillage Radish) Tot Biomass Oats Tot Biomass Tillage Radish 350 grams 300 250 157 140 150 200 193 150 100 233 239 242 50 0 110 Control WakeUP2 Control WakeUP2 +SEA-90 ResearchConducted by Arise Research & Discovery Inc for Renewable Farming LLC

400 350 # of Plants per 17.5 Ft # of Oat Plants # of Tillage Radish Plants 300 85 71 250 # of plants 200 65 150 100 199 70 256 250 50 135 0 Control WakeUP2 Control WakeUP2 +SEA-90 ResearchConducted by Arise Research & Discovery Inc for Renewable Farming LLC 450 400 350 300 grams and 250 # of plants 200 Total Biomass Dry Weight per 17.5 Ft (leaves and roots of both Oats and Tillage Radish) Total Biomass Dry Wt/17.5 ft # of Plants 390 379 341 303 264 205 392 321 150 100 50 0 Control WakeUP2 Control WakeUP2 +SEA-90 Research Conducted by Arise Research & Discovery Inc for Renewable Farming LLC

Even though the average weight per radish was the highest of the four plots, total biomass dry weight was lower in the WakeUP 2 plot due to a lesser number (205) of plants. The other three plots had 59 up to 136 more plants per 17.5 ft than the WakeUP 2 plot and it showed in their higher total biomass dry weights. 30 25 Average Biomass Weight per Tillage Radish (leaves and roots) Fresh Weght/plant Dry Wt/plant 25.986 22.677 grams per plant 20 15 17.059 17.73 10 5 2.415 2.757 1.647 2.113 0 Control WakeUP2 Control WakeUP2 +SEA-90 ResearchConducted by Arise Research & Discovery Inc for Renewable Farming LLC 9 8 7 Average Biomass Weight per Oat Plant (leaves and roots) Fresh Weght/plant Dry Wt/plant 7.709 6.956 grams per plant 6 5 4.41 5.236 4 3 2 1 1.171 0.815 0.934 0.968 0 Control WakeUP2 Control WakeUP2 +SEA-90 ResearchConducted by Arise Research & Discovery Inc for Renewable Farming LLC

Control WakeUP2 Advantage For WakeUP2 Control WakeUP2 +SEA-90 Adv. For WakeUP2 +SEA-90 TILLAGE RADISH # of Tillage Radishes 65 70 7.7% 85 71-16.5% Avg Root Length of Radish Inches 4.78 5.3 10.9% 5.4 5.54 2.6% Fresh Wt/Radish gr 22.677 25.986 14.6% 17.059 17.73 3.9% Dry Wt/Radish gr 2.415 2.757 14.2% 1.647 2.113 28.3% Dry Wt/Radish Root gr 0.385 0.443 15.1% 0.329 0.394 19.8% Dry wt/radish Top gr 2.031 2.314 13.9% 1.318 1.718 30.3% Total Dry wt of Radishes gr 157 193 22.9% 140 150 7.1% OATS # of Oat Stems 199 135-32.2% 256 250-2.3% Fresh Wt /Oat plant (Leaves & Roots) gr 7.709 6.956-9.8% 4.41 5.236 18.7% Dry Wt /Oat plant (Leaves & Roots) gr 1.171 0.815-30.4% 0.934 0.968 3.6% Total Dry Wt Oats Biomass gr 233 110-52.8% 239 242 1.3% Total # of Radish and Oat Plants/17.5 Ft 264 205-22.3% 341 321-5.9% Total Dry Wt of all Radishes and Oats in 17.5 ft of row (grams) 390 303-22.3% 379 392 3.4%

Summary Foliar applications of WakeUP 2 and WakeUP 2 +SEA-90 were applied to a young cover crop of mixed oats and Tillage Radishes on October 1 before frost and on October 17 after frost. The cover crop was planted September 21 and plants were evaluated on November 16. The middle row of the three treated rows from each treatment was dug up and evaluated. The cover crop experienced excellent growing weather and timely rainfall this fall near Martinsville, IL. The WakeUP 2 foliar spray increased the dry weight of the Tillage Radishes by 14.2% per radish. Dry weight per radish increased 28.3% compared to the control when WakeUP 2 was combined with 1.0 Lb SEA-90 per acre. Even though there were 16% less Tillage Radish plants in the WakeUP 2 +SEA-90 strip than in the control they still increased in total biomass by 7.1% despite significant crowding by the 250 oat plants. The WakeUP 2 foliar actually decreased the dry weight per oat plant by 30.4 % compared to its control. However, the WakeUP 2 + SEA-90 combination foliar spray increased the dry weight per oat plant slightly by 3.6% compared to its control without any foliar spray. Average fresh and dry weights per plant of both the oats and radishes were less in the WakeUP 2 +SEA-90 plots than in the WakeUP 2 plots in large part due the crowding from the extra oat plants. This quick evaluation suggests that foliar application of WakeUP 2 can have a significant impact on increasing growth of Tillage Radishes in a cover crop mixed with oats, especially if the plants are not too crowded. Dissolving and adding the SEA-90 micronutrient fertilizer to the mix also appeared to be beneficial for increasing Tillage Radish growth in crowded conditions.