2011 Early Season Foliar Fungicide Timing Trial on Corn
|
|
|
- Evangeline Parker
- 5 years ago
- Views:
Transcription
1 2011 Early Season Foliar Fungicide Timing Trial on Corn South Central Ag L Clay Center, NE Tamra Jackson Extension Plant Pathologist University of Nebraska - Lincoln
2 2011 Diseases Gray leaf spot was the predominant foliar disease during the growing season at this location. Gray leaf spot severity levels were very low (< 1.8%) and reached the ear leaf by early August.
3 2011 Diseases Common rust was the foliar disease first observed in this trial & was initially seen in early July. Disease severity was very low at this location (<0.5%) due likely in part to the hybrid used having an excellent rating.
4 2011 Diseases Southern rust was present and was first identified in this trial on August 24 th. This disease was observed in trace amounts (<0.15%).
5 2011 Diseases Eyespot, common smut, holcus spot and Physoderma brown spot were also present in this trial, but at very low incidence and severity levels, thus not justifying ratings for these diseases at this location in 2011.
6 2011 Foliar Fungicide Trials South Central Ag L, Clay Center, NE High clearance sprayer used Previous year s crop was soybean Corn hybrid: DKC (GLS rating 6/9, good & CR rating 2/9, excellent ) Planting date: 5/3/11 Target plant population of 32,000 plants/a Seven foliar fungicide treatments plus a non-treated control NIS added at 0.25% v/v Alley width & row spacing = 30 inches Overhead sprinkler irrigated 6 reps, 20 gpa at 40 psi
7 Gray leaf spot disease severity (%) 5 rate & timing Disease Severity % (% total leaf area coverage) Non-treated control, 2 fl oz/a,,, 2 fl oz/a, fb Headline EC, 6 fl oz/a, Headline AMP, 10 fl oz/a, Quilt,, 0 Rating Date & Growth Stage 7/5/2011 V14 7/13/2011 8/1/2011 R3 8/10/2011 R4 8/24/2011 R5 (milk line 1/3rd from kernel top) Quilt Xcel,, * NIS added to each treatment at 0.25% v/v.
8 Area Under the Disease Progress Curve (AUDPC) for gray leaf spot 40 a Gray Leaf Spot AUDPC b 21.9 cd 13.0 d 11.8 bc b rate & timing 0 Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb * NIS added to each treatment at 0.25% v/v. Headline EC 6 fl oz/a Headline AMP 10 fl oz/a Quilt * Treatments with different letters are statistically different. Coefficient of variation is 29.1%. Quilt Xcel
9 Common rust disease severity (%) 5 rate & timing Disease Severity % (% total leaf area coverage) Rating Date & Growth Stage 7/5/2011 V14 7/13/2011 8/1/2011 R3 8/10/2011 R4 8/24/2011 R5 (milk line 1/3rd from kernel top) Non-treated control, 2 fl oz/a,,, 2 fl oz/a, fb Headline EC, 6 fl oz/a, Headline AMP, 10 fl oz/a, Quilt,, Quilt Xcel,, * NIS added to each treatment at 0.25% v/v.
10 Area Under the Disease Progress Curve (AUDPC) for common rust 20 Common Rust AUDPC a b rate & timing 0 Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb * NIS added to each treatment at 0.25% v/v. Headline EC 6 fl oz/a Headline AMP 10 fl oz/a Quilt Quilt Xcel * Treatments with different letters are statistically different. Coefficient of variation is 26.9%.
11 Gray leaf spot progression up the plant (Ear leaf = Leaf #13, Flag leaf = Leaf #19) Leaf Number (Leaf # from plant base) August 10 th, 2011 rating date (kernel dough stage, R4) Flag Leaf = Leaf #19 a a Ear Leaf = Leaf #13 b a a a 15.0 rate & timing 0 Non-treated control 2 fl oz/a 2 fl oz/a, fb 4 fl oz/a * NIS added to each treatment at 0.25% v/v. Headline EC 6 fl oz/a Headline AMP 10 fl oz/a Quilt * Treatments with different letters are statistically different. Coefficient of variation is 4.8%. Quilt Xcel
12 Stay green % assessed on September 19 th, 2011 Kernel dent stage (R5, milk line 2/3 rd from kernel top) Stay Green % c c a 29.5 c 24.1 c 21.6 bc 25.0 c rate & timing 0 Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb Headline EC 6 fl oz/a * NIS added to each treatment at 0.25% v/v. Headline AMP 10 fl oz/a Quilt * Treatments with different letters are statistically different. Coefficient of variation is 11.7%. Quilt Xcel
13 Push lodging % assessed on October 7 th, Physiological maturity stage (R6) 8 Push Lodging % rate & timing 0 Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb * NIS added to each treatment at 0.25% v/v. Headline EC 6 fl oz/a Headline AMP 10 fl oz/a Quilt * Assessment defined as the percentage of 20 stalks lodged below the ear node and do not return to a standing position after being pushed to arms length. No statistical differences between treatments. Coefficient of variation is 161.4%. Quilt Xcel
14 count kernel weight (g) 500 Count Kernel Weight (g) rate & timing Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb * NIS added to each treatment at 0.25% v/v. Headline EC 6 fl oz/a Headline AMP 10 fl oz/a * No statistical differences between treatments. Coefficient of variation is 2.6%. Quilt Quilt Xcel
15 Grain moisture % at harvest on October 20 th, Grain Moisture % rate & timing Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb * NIS added to each treatment at 0.25% v/v. Headline EC 6 fl oz/a Headline AMP 10 fl oz/a * No statistical differences between treatments. Coefficient of variation is 2.4%. Quilt Quilt Xcel
16 Yield (bu/a) on October 20 th, Yield (bu/a) d 238 cd 241 c 248 a cd 240 bcd 244 d rate & timing Non-treated control 2 fl oz/a 4 fl oz/a 2 fl oz/a, fb Headline EC 6 fl oz/a * NIS added to each treatment at 0.25% v/v. Headline AMP 10 fl oz/a Quilt * Treatments with different letters are statistically different. Coefficient of variation is 3.0%. Quilt Xcel
17 Acknowledgments Casey Schleicher, Technologist Jae Behn, Technologist Kim Miller, Technician UNL South Central Ag L (SCAL) Staff UNL Student Workers
18 Department of Plant Pathology University of Nebraska-Lincoln Institute of Agriculture and Natural Resources
Wisconsin Field Crops Pathology Fungicide Tests Summary
Wisconsin Field Crops Pathology Fungicide Tests Summary 2015 Damon Smith, UW Plant Pathology Scott Chapman, UW Entomology and Plant Pathology Brian Mueller, UW Plant Pathology Acknowledgements This report
DISEASE AND FUNGICIDE MANAGEMENT FOR CORN & WHEAT Heather M. Kelly Field Crops Plant Pathology West Tennessee Research and Education Center
DISEASE AND FUNGICIDE MANAGEMENT FOR CORN & WHEAT Heather M. Kelly Field Crops Plant Pathology West Tennessee Research and Education Center University of Tennessee Disease Pyramid 1. Plant susceptible
Wisconsin Field Crops Pathology Fungicide Tests Summary
Wisconsin Field Crops Pathology Fungicide Tests Summary 2014 Damon Smith, UW Plant Pathology Scott Chapman, UW Entomology and Plant Pathology Bryan Jensen, UW IPM Program Acknowledgements This report is
2007 Field Plot Summaries: Plant Diseases & Fungicide Trials. South Dakota State University, Brookings, SD 57007
research APRIL 2013 PLANT SCIENCE 2007 Field Plot Summaries: Plant Diseases & Fungicide Trials South Dakota State University, Brookings, SD 57007 SDSU Extension Plant Pathology Plant Science Department
First Forecast of Stripe Rust for 2017 and 2016 Fungicide and Variety Yield Loss Tests. January 3, Xianming Chen
First Forecast of Stripe Rust for 2017 and 2016 Fungicide and Variety Yield Loss Tests January 3, 2017 Xianming Chen A. First forecast for the eastern PNW in 2017 The current forecast is that highly susceptible
TIMELY INFORMATION Agriculture & Natural Resources
PLANT PATHOLOGY SERIES TIMELY INFORMATION Agriculture & Natural Resources Quash Fungicide Now Available for Foliar and Soil Control on Peanut A. K. Hagan Professor and Extension Plant Pathologist Newly
Joel Schaefer. NDSU Extension Plant Pathologist NDSU Carrington Research Extension Center. USDA-ARS Sunflower Unit
Andrew Friskop Sam Markell Blaine Schatz Scott Halley Joel Schaefer Tom Gulya Scott Meyer Febina Mathew Jim Jordahl Kevin Misek Paul Hendrickson NDSU Plant Pathology NDSU Extension Plant Pathologist NDSU
Sugarcane Brown Rust Research Results From Jeff Hoy Plant Pathology and Crop Physiology Department LSU Agricultural Center Baton Rouge, LA 70803
Sugarcane Brown Rust Research Results From 2006 Jeff Hoy Plant Pathology and Crop Physiology Department LSU Agricultural Center Baton Rouge, LA 70803 During 2006, a severe epidemic of brown rust, caused
2013 Black Dot Foliar Fungicides (200 Series)
2013 Black Dot Foliar Fungicides (200 Series) Location: Plot design: Inkster, ND 4 rows X 30 feet X 4 reps; RCBD All 4 rows were sprayed; foliar disease data was taken from the center 2 rows. Planting
Efficacy of Selected Acaricides on Spider Mites in Corn 2011
1 Efficacy of Selected Acaricides on Spider in Corn 2011 Larry Godfrey and Treanna Pierce Dept. of Entomology; Univ. of California-Davis Objectives: To compare the efficacy of selected registered and experimental
The Effect of Fungicide Treatment for Gray Leaf Spot on Silage-Specific TM Maize. Jason Steffl Spring 2009
The Effect of Fungicide Treatment for Gray Leaf Spot on Silage-Specific TM Maize Jason Steffl Spring 2009 Background information Home is Redwood Falls, MN Farming system included corn, soybeans, alfalfa,
Foliar fungicide effects on soybean disease suppression, senescence and yield I.
Foliar fungicide effects on soybean disease suppression, senescence and yield I. Bruce Potter, Jeff Irlbeck, Jodie Getting University of Minnesota Southwest Research and Outreach Center Summary Foliar
Sugar End Evaluation (1900 Series) 4 rows X 30 feet X 4 reps; RCBD All 4 rows were sprayed; foliar disease data was taken from the center 2 rows.
End Evaluation (1900 Series) Location: Plot design: Tappen, ND 4 rows X 30 feet X 4 reps; RCBD All 4 rows were sprayed; foliar disease data was taken from the center 2 rows. Planting date: May 14, 2008
2006- Foliar insecticide effects on soybean aphid and soybean yield. Summary Background Objective Site and application description
2006- Foliar insecticide effects on soybean aphid and soybean yield. Bruce Potter, Jeff Irlbeck, Jodie Getting University of Minnesota Southwest Research and Outreach Center Summary Insecticides were applied
2014 Black Dot Foliar Fungicides (200 Series)
2014 Black Dot Foliar Fungicides (200 Series) Location: Inkster, ND Plot design: 4 rows X 30 feet X 4 reps; RCBD All 4 rows were sprayed; foliar disease data was taken from the center 2 rows. Planting
Institute of Agric ulture and Natural Resourc es Department of Plant Pathology
2014 Evaluation of SCN Resistant Soybean Varieties in Nebraska Loren J. Giesler, Extension Plant Pathologist Nicholas Arneson, Extension Technologist John Wilson, Extension Educator Burt County Soybean
Table 1 Disease Ratings* May 22 May 30 Tst Treatment and rate/a Inc Sev Fld Sev Inc Sev Fld Sev Bu/A** LSD P=
MANAGEMENT OF FUSARIUM HEAD BLIGHT IN WHEAT USING SELECTED BIOLOGICAL CONTROL AGENTS AND FOLIAR FUNGICIDES, 2001 D.E. Hershman 1, P.R. Bachi 1, D.M. TeKrony 2 and D.A. VanSanford 2 Department of Plant
2015 Evaluation of In-Furrow and Foliar Fungicides for Disease Control in Peanut, Jay, FL
201 Evaluation of In-Furrow and Foliar Fungicides for Disease Control in Peanut, Jay, FL John Atkins and Barry Brecke This report includes a summary of the 201 in-furrow and foliar fungicide programs for
Commercial Crop Production Field Crops Corn
Table 1. Symptoms, source of inoculum and management of corn diseases. Disease Charcoal Rot Symptoms: Injury from this disease usually does not become evident (Macrophomina until plants approach maturity.
Cotton Incorporated TARGET SPOT UPDATE. A. K. Hagan Auburn University
Cotton Incorporated TARGET SPOT UPDATE A. K. Hagan Auburn University TARGET SPOT Target Spot Easily confused with Ascochyta Blight and Myrothecium Leaf Spot which are seen on 3 to 5 leaf cotton thru first
CoRoN Enhancement of Pumpkin Fungicides: Effects on Foliar Diseases. Craig H. Canaday and Jim E. Wyatt, University of Tennessee
CoRoN Enhancement of Pumpkin Fungicides: Effects on Foliar Diseases Craig H. Canaday and Jim E. Wyatt, University of Tennessee Kent Cushman, Mississippi State University Interpretative Summary The effect
Funding for this research was provided by the Nebraska Soybean Board.
2012 Evaluation of SCN Resistant Soybean Varieties in Nebraska Loren J. Giesler, Extension Plant Pathologist Haley Oser, Extension Technologist John Wilson, Extension Educator Burt Co. Michael Carson,
Burt Bluhm Department of Plant Pathology University of Arkansas Division of Agriculture
Burt Bluhm Department of Plant Pathology University of Arkansas Division of Agriculture Aspergillus flavus is a fungus that infects corn ears Produces aflatoxin causes cancer, other illnesses in humans
Effect of Nozzles on Fungicide Efficacy for Control of Fusarium Head Blight on Barley
Effect of Nozzles on Fungicide Efficacy for Control of Fusarium Head Blight on Barley Halley, S. 1 *, Van Ee, G. 2 and Hofman, V. 3 1 Langdon Research Extension Center, North Dakota State University, Langdon,
REPORT TO THE AGRICULTURAL RESEARCH FOUNDATION FOR THE OREGON PROCESSED VEGETABLE COMMISSION December 2010 Project Title: Management of Fusarium
REPORT TO THE AGRICULTURAL RESEARCH FOUNDATION FOR THE OREGON PROCESSED VEGETABLE COMMISSION December 21 Project Title: Management of Fusarium diseases of sweet corn in the PNW: microflora influence on
Spray or Not to Spray: Scout- Based Fungicide Decisions in Wheat. Andrew Friskop NDSU Cereal Extension Plant Pathologist
Spray or Not to Spray: Scout- Based Fungicide Decisions in Wheat Andrew Friskop NDSU Cereal Extension Plant Pathologist Wheat Disease Plan for 2016 1. Know your variety 2. Common diseases 3. Cropping system
Institute of Agric ulture and Natural Resourc es Department of Plant Pathology
2015 Evaluation of SCN Resistant Soybean Varieties in Nebraska Loren J. Giesler, Extension Plant Pathologist Nicholas Arneson, Extension Technologist Kyle Broderick, Extension Technologist John Wilson,
TARGET SPOT IN COTTON POSSIBLE EMERGING DISEASE
TARGET SPOT IN COTTON POSSIBLE EMERGING DISEASE Heather Kelly, Assistant Professor Entomology and Plant Pathology Department WTREC, Jackson, TN University of Tennessee Target Spot Foliar disease caused
RESPONSE OF DEKALB CORN PRODUCTS TO POPULATION
RESPONSE OF DEKALB CORN PRODUCTS TO POPULATION 2016 Learning Center Demo Report Monsanto Learning Center at Scott, MS BACKGROUND A demonstration was established to evaluate the response of new DEKALB brand
RESULTS OF AGRONOMIC AND WEED SCIENCE RESEARCH CONDUCTED IN SOUTH CENTRAL MONTANA
RESULTS OF AGRONOMIC AND WEED SCIENCE RESEARCH CONDUCTED IN SOUTH CENTRAL MONTANA - 2005 The Annual Report of the Investigations at and Administration of the Southern Agricultural Research Center, Huntley,
University of Idaho Pink Rot Fungicide Trial Powdery Scab Fungicide Trial
Trial ID: Pink Rot Parker Location: Parker, ID Pink Rot Fungicide Trial Powdery Scab Fungicide Trial Study Director: Syngenta Investigator: Dr. Jeff Miller General Trial Information Study Director: Syngenta,
CONTENTS. Early Blight Fungicide Trials...2 o Early blight degree days o Early blight fungicide trial...4
CONTENTS Early Blight Fungicide Trials.......2 o Early blight degree days - 2012...3 o Early blight fungicide trial...4 Root Knot Nematode Degree Days..... 18 SLV Late Blight Forecasting Data - 2011......20
Balance GT/Balance Bean/LL Systems in Soybeans at Rochester, MN Breitenbach, Fritz R., Lisa M. Behnken, Annette Kyllo and Matthew Bauer
Balance GT/Balance Bean/LL Systems in Soybeans at Rochester, MN Breitenbach, Fritz R., Lisa M. Behnken, Annette Kyllo and Matthew Bauer The objective of this trial was to evaluate Balance GT/Balance Bean/LL
Applied Research Results on Field Crop Disease Control
Applied Research Results on Field Crop Disease Control 2014 Nathan Kleczewski Ph.D. Extension Plant Pathology Specialist University of Delaware Department of Plant and Soil Sciences Newark, Delaware 19716
Soybean Rust suggested fungicide practices to prevent yield losses
2010 2011 Soybean Rust suggested fungicide practices to prevent yield losses Soybean rust (SBR), formerly known as Asian Soybean Rust (ASR), was first identified in the continental United States in November
Crop Staging guide FungiCideS
Crop Staging Guide Fungicides Take a stand. Stop disease before it starts. Once yield is lost to disease, it s gone forever. There s no cure. The best way to prevent this yield loss is to stop disease
Using silicon, Stimplex and plant resistance in pumpkin production systems to reduce plant disease loss
Using silicon, Stimplex and plant resistance in pumpkin production systems to reduce plant disease loss Gerald Brust, IPM Vegetable Specialist University of Maryland 2005 Largo Rd Upper Marlboro, MD 20774
2017 HEARTLAND BANK CORN TRIALS
2017 HEARTLAND BANK CORN TRIALS SUMMARY HEARTLAND CORN PLOTS Hybrid Trait YIELD Gross $ - Nu-Ag 712 SS 266.8 $837.00 1 DeKalb 64-34 SS 263.8 $825.50 2 DeKalb 63-21 SS 261.4 $822.40 3 Beck s 6274SX SS 261.2
Peanut Disease Control Field Trials 2015
Peanut Disease Control Field Trials 2015 Departmental Series No. 20 Alabama Agricultural Experiment Station William Batchelor, Director Auburn University Auburn, AL In cooperation with the Alabama Cooperative
Management of Root Diseases in Sugarbeet
Management of Root Diseases in Sugarbeet Ashok K. Chanda Assistant professor/ Extension Sugarbeet Pathologist Northwest Research and Outreach Center, Crookston Dept. of Plant Pathology, University of Minnesota
2007 Powdery Mildew of Cantaloupe Fungicide Trial
2007 Powdery Mildew of Cantaloupe Fungicide Trial Michael Matheron and Martin Porchas, University of Arizona, Yuma Agricultural Center, Yuma, AZ 85364 This study was conducted at The University of Arizona,
Wheat Update September 2017 ARKANSAS WHEAT PERFORMANCE TRIALS AND VARIETY SELECTION. Methods
September 2017 Wheat Update 2017 DR. JASON P. KELLEY Extension Agronomist Wheat and Feed Grains DR. ESTEN MASON Associate Professor Wheat Breeding and Genetics RANDY MILLER Program Associate DAVID MOON
Target Diseases and Application Timing Information for Foliar Fungicides Labeled for Use on Wheat in Missouri
Target Diseases and Application Timing Information for Foliar Fungicides Labeled for Use on Wheat in Missouri Information taken from current pesticide labels- April 2009 To be legally used in Missouri
Crop Disease Management Row Crop Short Course March 1 st, 2018
Crop Disease Management ---------------------------------------- Row Crop Short Course March 1 st, 2018 Nicholas S. Dufault Extension Specialist Row Crops & Vegetables Plant Pathology Department/IFAS University
2014 Standard Seed Treatment (2700 Series)
2014 Standard Seed (2700 Series) Location: Inkster, ND Plot design: 2 rows X 30 ft. X 4 reps; RCBD Planting date: June 6, 2014 Row width: 36 inches Plant spacing: 14 inches Cultivar: Russet Burbank Fertilizer:
Agronomic In-Service Training
Agronomic In-Service Training ---------------------------------------- NFREC, Quincy, FL January 16, 2018 Nicholas S. Dufault Extension Specialist Row Crops & Vegetables Plant Pathology Department/IFAS
Management of Corky Ringspot Disease in Potato Using Vydate C-LV Irrigated Trial Rice, MN 2009
Management of Corky Ringspot Disease in Potato Using Vydate C-LV Irrigated Trial Rice, MN 2009 Dr. Nick David Potato Agronomist, NDSU/UM Dr. Neil Gudmestad Plant Pathologist, NDSU Management of Corky Ringspot
Aphid Management on Head Lettuce Using Imidacloprid and Foliar Insecticides
Aphid Management on Head Lettuce Using Imidacloprid and Foliar Insecticides John C. Palumbo, Yuma Agricultural Center In the production of desert lettuce, growers and PCAs have a several options for aphid
INTRODUCTION AND BACKGROUND
Evaluation of weed control strategies for Roundup Ready soybean in a hypothetical glyphosate resistant weed situation in soybean at Rochester, MN, in 2007 and 2008. Miller, Ryan P., Fritz R. Breitenbach,
Ohio Vegetable & Small Fruit Research & Development Program 2007 Report on Research
Ohio Vegetable & Small Fruit Research & Development Program 2007 Report on Research Project Title: New Corn Earworm Management for Fresh Market Sweet Corn Principal Investigator(s): Jim Jasinski, Celeste
2011 Lygus Bug Management Trial in Blackeyes Kearney Research and Extension Center, Parlier, CA C.A. Frate 1, S.C. Mueller and P.B.
2011 Bug Management Trial in Blackeyes Kearney Research and Extension Center, Parlier, CA C.A. Frate 1, S.C. Mueller and P.B. Goodell Introduction bugs are the primary insect pest of blackeye cowpeas (Vigna
Delivering the Proven Performance of Three Industry-leading Technologies
Delivering the Proven Performance of Three Industry-leading Technologies With two highly effective modes of action plus a Zeon Concentrate formulation, Endigo ZC insecticide provides more robust and complete
2015 Turfgrass Proceedings
2015 Turfgrass Proceedings The New Jersey Turfgrass Association In Cooperation with Rutgers Center for Turfgrass Science Rutgers Cooperative Extension 2015 RUTGERS TURFGRASS PROCEEDINGS of the GREEN EXPO
Objective: Procedures:
Evaluation of Commercially Available Plant Growth Regulator Programs for Creeping Bentgrass Fairway Management, 2003 Cale Bigelow, Glenn Hardebeck, and Kristie Walker Objective: Procedures: To evaluate
The 1 th International and The 4 th National Congress on Recycling of Organic Waste in Agriculture April 2012 in Isfahan, Iran
PERIODIC MUNICIPAL COMPOST AND SEWAGE SLUDGE APPLICATION ON ACCUMULATION OF HEAVY METALS IN SOIL AND PLANTS Ali R. Marjovvi 1,* and Moslehedin Rezaei 1 1 Soil and Water Department, Isfahan Agricultural
2008 APPLIED PEANUT PLANT PATHOLOGY RESEARCH RESULTS
2008 APPLIED PEANUT PLANT PATHOLOGY RESEARCH RESULTS JASON E. WOODWARD EXTENSION PLANT PATHOLOGIST TEXAS AGRILIFE EXTENSION SERVICE 1102 E. FM 1294 LUBBOCK, TX 79403 806 746 4053 JEWOODWARD@AG.TAMU.EDU
Efficacy of fungicides for management of blueberry rust
Efficacy of fungicides for management of blueberry rust Russell Ingram, Phil Brannen, Shane Curry (Appling County); Morgan Joe Slusher (Ware County); William Lovett (Bacon County); Jeremy Taylor (Lanier/Clinch
Final 2013 Delaware Soybean Board Report
Final 2013 Delaware Soybean Board Report Title: Management of Slugs in Delaware Soybean Fields Personnel: Bill Cissel, Extension IPM Agent Joanne Whalen, Extension IPM Specialist Phillip Sylvester, Kent
2015 Field Trials Report. GRDC Project: Australian Cereal Rust Control Programme (ACRCP) Integrated Fungicide Management (IFM) Programme
2015 Field Trials Report GRDC Project: Australian Cereal Rust Control Programme (ACRCP) Integrated Fungicide Management (IFM) Programme GRDC Project No: FAR00002 May 30 th 2016 Foundation for Arable Research
DISEASE MANAGEMENT IN WHEAT AND OTHER SMALL GRAINS. A. K. Hagan Auburn University
DISEASE MANAGEMENT IN WHEAT AND OTHER SMALL GRAINS A. K. Hagan Auburn University Leaf Diseases of Wheat Head Blight, Take All, and Virus Diseases Diseases of Oats Crown rust Halo Blight Severe Crown Rust
2016 Processing Onion Weed Control Trial
Intermountain Research & Extension Center RESEARCH REPORT Number 179, 2016 2016 Processing Onion Weed Control Trial Rob Wilson, Center Director/Farm Advisor; Steve Orloff, Siskiyou County Director/Farm
IR-4 Ornamental Horticulture Program Research Report Cover Sheet
20160120q.pdf IR4 Ornamental Horticulture Program Research Report over Sheet Researcher(s) William Kirk Trial: 2015 MI Affiliation: Michigan State University PhoneNumber: Email: Lansing MI ProjectTitle:
PERENNIAL RYEGRASS SEED PRODUCTION RESEARCH ROSEAU/LAKE OF THE WOODS,MINNESOTA- 2010
PERENNIAL RYEGRASS SEED PRODUCTION RESEARCH ROSEAU/LAKE OF THE WOODS,MINNESOTA- 2010 Perennial Ryegrass Seed Production Meeting -Roseau December 15, 2010 Presented by Donn Vellekson- University of Minnesota
Predicting the Unpredictable: Disease Factors in Small Grain Production. Juliet M. Marshall. Idaho Falls and Aberdeen R&E Centers
Predicting the Unpredictable: Disease Factors in Small Grain Production Juliet M. Marshall Idaho Falls and Aberdeen R&E Centers Fusarium Head Blight Management History Disease first described in the U.S.
COMPARISON OF IMPREGNATED DRY FERTILIZER WITH S AND ZN BLENDS FOR CORN AND SOYBEANS
COMPARISON OF IMPREGNATED DRY FERTILIZER WITH S AND ZN BLENDS FOR CORN AND SOYBEANS Matthew Caldwell Graduate Student Bruce Burdick Research Associate & Superintendent Kelly Nelson Research Agronomist
Research Abstract for the CALIFORNIA LEAFY GREENS RESEARCH PROGRAM April 1, 2012 March 31, 2013
Research Abstract for the CALIFORNIA LEAFY GREENS RESEARCH PROGRAM April 1, 2012 March 31, 2013 Project Title: Management of Thrips on Lettuce Project Investigator: Eric T. Natwick University of California
A. K. Hagan, M. E. Rivas-Davila, K. L. Bowen Department of Entomology and Plant Pathology. L. Wells Wiregrass Research and Extension Center
February 10, 2004 PP-561 Comparison of Recommended Fungicide Programs for the Control of Early Leaf Spot and White Mold as well as their Impact on the Yield of Selected Peanut Cultivars in an Irrigated
Safflower FOLIAR SPRAYS. Soybean SEED TREATMENT
Safflower FOLIAR SPRAYS Chemical (Fungicide Group) Application 1 Dosage 2 Alternaria Leaf Spot Control Azoxystrobin (11) Quadris, 22.9% 6.0-15.5 fl oz/a Pyraclostrobin (11) Headline EC, 23.6% 6-12 fl oz/a
Rot. Sheath. Black. Lodging. Smut. False. Smut. Kernel. Stem Rot MS R MS S. Leaf S. Brown. Narrow. Blight. Panicle. Bacter. head. Straigh.
014 t 2 iseases, l to D Reactions Cultivar Rice po ia t Black heath Rot M M Lodging M MR M MR M MR False mut M M Kernel mut V M tem Rot V V V V Narrow Brown Leaf M R V MR MR M M Bacter Panicle Blight M
Insecticides Labeled for Control of Bean Leaf Beetle, Mexican Bean Beetle, and Green Cloverworm. Amount product per acre
Insect Management in Soybeans 2016 Joanne Whalen Extension IPM Specialist and Bill Cissel, Extension IPM Agent University of Delaware ( adapted from VA Pest Management Guide, section written by D Ames
2015 State Silage Corn Performance Test on the Texas High Plains
2015 State Silage Corn Performance Test on the Texas High Plains Wenwei Xu 1*, Thomas Marek 2, Jourdan M. Bell 3, and Dennis Pietsch 4 1 Professor and Corn Breeder, Texas A&M AgriLife Research, Lubbock;
Evaluating the Effectiveness of Iron Chelates in Managing Iron Deficiency Chlorosis in Grain Sorghum
Kansas Agricultural Experiment Station Research Reports Volume 2 Issue 6 Kansas Fertilizer Research Article 2 January 2016 Evaluating the Effectiveness of Iron Chelates in Managing Iron Deficiency Chlorosis
Bayer CropScience - Product Update Lethbridge January 18, 2011 Garett Cowan
Bayer CropScience - Product Update Lethbridge January 18, 2011 Garett Cowan Complete Insect and Disease Protection - All in One Package Raxil WW Cereal Seed Treatment that is a Co-pack of a fungicide (Raxil
SAMPLE. Monkey. 5 litres œ MAPP Warning
Monkey MAPP 12906 A systemic fungicide for the control of a wide range of diseases in wheat, barley, rye and Sclerotinia in oilseed rape. An emulsion, oil in water formulation containing 133 g/l (12% w/w)
IMAZAPYR (267) First draft prepared by Mr M Irie, Ministry of Agriculture, Forestry and Fisheries, Tokyo, Japan
1627 IMAZAPYR (267) First draft prepared by Mr M Irie, Ministry of Agriculture, Forestry and Fisheries, Tokyo, Japan EXPLANATION Imazapyr is a broad-spectrum herbicide in the imidazolinone family. It was
SOYBEAN DISEASE CONTROL John D. Mueller, Extension Soybean Pathologist
SOYBEAN DISEASE CONTROL John D. Mueller, Extension Soybean Pathologist Soybeans can be affected by diseases throughout the growing season. In general seedling diseases are only a problem in fields planted
INFLUENCE OF DAIRY MANURE APPLICATIONS ON CORN NUTRIENT UPTAKE
INFLUENCE OF DAIRY MANURE APPLICATIONS ON CORN NUTRIENT UPTAKE A. Moore 1, S. Hines 1, B. Brown 1, M. de Haro Marti 1, C. Falen 1, M. Chahine 1, T. Fife 1, R. Norell 1, and J. Ippolito 2 1 University of
Knockdown and Residual Control of Bagrada Bug With Foliar Insecticides in Broccoli: 2013 Efficacy Report
Knockdown and Residual Control of Bagrada Bug With Foliar Insecticides in Broccoli: 2013 Efficacy Report John C. Palumbo, Yuma Agricultural Center Preventing adult Bagrada bugs, Bagrada hilaris, from feeding
Entomology: A Perspective on Insecticide Efficacy Research
NAICC 2019 Annual Meeting and Ag Pro Expo January 15, 2019 Savannah, GA Entomology: A Perspective on Insecticide Efficacy Research Julien M. Beuzelin Everglades Research and Education Center Belle Glade,
USE OF OCEANGROWN PRODUCTS TO INCREASE CROP YIELD AND ESSENTIAL NUTRIENT CONTENT. Dave Franzen, North Dakota State University, Fargo, ND
USE OF OCEANGROWN PRODUCTS TO INCREASE CROP YIELD AND ESSENTIAL NUTRIENT CONTENT Dave Franzen, North Dakota State University, Fargo, ND Introduction OceanGrown (OG) products (Toronto, Ontario, Canada)
Reports of Soybean Research Conducted in 2011 by the Entomology Project
Reports of Soybean Research Conducted in 2011 by the Entomology Project Mo Way, Suhas Vyavhare, Becky Pearson and Mark Nunez Texas AgriLife Research and Extension Center, 1509 Aggie Dr., Beaumont, TX 77713
Weather conditions prior to POST I, II & III applications were favorable due to abundant moisture conditions and moderate temperatures.
Evaluation of the performance of Balance Flexx, Corvus and Capreno herbicide programs for weed control in field corn at Rochester, MN, in 2008. Breitenbach, Fritz R., Lisa M. Behnken, Ryan P. Miller, Jeffrey
Evaluation of Syngenta products to control of pink and gray snow mold in Washington, Idaho, and Montana
Evaluation of Syngenta products to control of pink and gray snow mold in Washington, Idaho, and Montana. 2003-2004. Charles T. Golob, M.S., and William J. Johnston, Ph.D. Crop & Soil Sciences Washington
Short Staple Regional Cotton Variety Trial, Safford Agricultural Center, Abstract. Introduction. Materials and Methods
Short Staple Regional Cotton Variety Trial, Safford Agricultural Center, 1998 L.J. Clark, E.W. Carpenter, G.L. Hart and J.M. Nelson Abstract Forty eight short staple varieties were grown in a replicated
Soybean Rust Incidence and the Response of Soybeans to Fungicides in 2009
Soybean Rust Incidence and the Response of Soybeans to Fungicides in 2009 Dr. Patrick M. Phipps, Tidewater AREC, Suffolk; Erik L. Stromberg, Plant Pathology, Physiology & Weed Science, Blacksburg;; Steve
Final Report 2015 Field Demonstrations of Sorghum Forages for the California Dairy Industry
Final Report 2015 Field Demonstrations of Sorghum Forages for the California Dairy Industry Jeff Dahlberg 1, Bob Hutmacher 2, and Steve Wright 3 Introduction The San Joaquin Valley of California is home
Integrated Management of White Mold and the Use of Foliar Fungicides
Integrated Management of White Mold and the Use of Foliar Fungicides Dr. Carl Bradley Dept. of Crop Sciences University of Illinois carlbrad@illinois.edu Dr. Martin Chilvers Dept. Plant, Soil and Microbial
SASKATOON BERRY PESTICIDE RECOMMENDATIONS FOR MICHIGAN
Introduction SASKATOON BERRY PESTICIDE RECOMMENDATIONS FOR MICHIGAN - 2016 This document is intended only as a guide to assist commercial growers of saskatoon berries (Juneberries) in the selection of
Residual herbicides in Liberty Link soybeans at Rosemount, MN Treatment Date May 23 June 17 June 23 July 10
Residual herbicides in Liberty Link soybeans at Rosemount, MN - 2014. Gunsolus, Jeffrey L., Douglas W. Miller, and Bradley Kinkaid. The objective of this experiment was to evaluate weed control and crop
Interpreting Plant Tissue and Soil Sample Analysis
Interpreting Plant Tissue and Soil Sample Analysis Dan Fromme Associate Professor-Cotton, Corn, & Grain Sorghum Specialist LSU AgCenter Dean Lee Research & Extension Center Alexandria, Louisiana Fertilization
2010 REPORT OF INSECTICIDE EVALUATION
2010 REPORT OF INSECTICIDE EVALUATION Department of Entomology Ames, Iowa 50011-3140 Leslie C. Lewis, Chair Insect Investigated Soybean Aphid Project Leaders 30 December 2010 Erin Hodgson File number 287-10
20 Turfgrass Proceedings
20 Turfgrass Proceedings The New Jersey Turfgrass Association In Cooperation with Rutgers Center for Turfgrass Science Rutgers Cooperative Extension 2010 RUTGERS TURFGRASS PROCEEDINGS of the GREEN EXPO
Disease severity (AUDPC) and yield of watermelon - Spring 2015
214-215 Watermelon Angular leaf spot research trial data. University of Florida, NFREC, Quincy, FL Disease severity () and yield of watermelon - Spring 215 TREATMENT (RATE/A) 1 Control (Untreated) 1,328
Fungicide. 5 L œ. PCS No
Safety information PROSARO Contains 125 g/l (12.8% w/w) prothioconazole, 125 g/l (12.8% w/w) tebuconazole and N,N-Dimethyl decanamide. 5 L œ Fungicide For use as an agricultural fungicide for the control
Predicting Potential Grain Protein Content of Spring Wheat with in-season Hand-Held Optical Sensors.
Predicting Potential Grain Protein Content of Spring Wheat with in-season Hand-Held Optical Sensors. orth Dakota State University orth Dakota State University Introduction Why is Protein Important in Spring
INFLUENCE OF PLANT PARTS ON IN VITRO DRY MATTER DISAPPEARANCE OF FORAGE SORGHUM SILAGES. J. White and K.K. Bolsen
INFLUENCE OF PLANT PARTS ON IN VITRO DRY MATTER DISAPPEARANCE OF FORAGE SORGHUM SILAGES J. White and K.K. Bolsen Summary Five mid- to late- season forage sorghum hybrids were used to plot the changes in
Corn Foliar Fungicide and Bactericide Product Information (Expanded List) 1
Corn Foliar Fungicide and Bactericide Product Information (Expanded List) 1 Class DMI Triazole (Group 3) Trade Name Active Ingredient (%) Andiamo 2 Fungicide Tetraconazole (20.5%) Alto 100SL Cyproconazole
Managing Micronutrients with Soil (Plant) Testing and Fertilizer
Managing Micronutrients with Soil (Plant) Testing and Fertilizer What Is Plant Analysis? A tool to monitor or make decisions Identify nutrient deficiencies and determine nutrient shortages Determining
2017 ILeVO Trial Harvest Report
2017 ILeVO Trial Harvest Report Site number: 2 County: Lincoln Extension Contact Charles Ellis, Agricultural Engineer Results Summary Whole strip yields indicate ILeVO increased yield 4.2 bushels/acre