agronomy research update 2023

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2023 Agronomy Research Update

The crops extension specialists are excited to bring you another great Agronomy Research Update , offered both in-person and online. 

Agronomists, producers, industry and retail attendees will have the opportunity to learn about what happened in the 2023 growing season and the potential impact in 2024, as well as the latest research impacting agriculture in the province. There will be focused discussions on disease, soils, herbicides and insects over the two days.

Registration: $200.00 for both days or $120.00 for one day (online or in person).

CEU credits for CCAs are pending.

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Agronomy Research Update

December 12, 2023 - december 13, 2023.

The Crops Extension Specialist Team is excited to bring you another great Agronomy Research Update, offered both in-person and online! The event will take place at TCU Place in Saskatoon over a two-day period on December 12th and 13th, 2023. Agronomists, producers, industry, and retail attendees will have the opportunity to learn about what happened in the 2023 growing season and the potential impact in 2024, as well as the latest research impacting agriculture in the province. There will be a variety of experts speaking with focused sessions on disease, soils, herbicides, and insects over the two days.

Speakers include:

• Dr. Tyler Wist, Ph.D., AAFC Research Scientist, Field Crop Entomology
• Dr. Charles M. Geddes, Ph.D., P.Ag., AAFC Research Scientist – Weed Ecology and Cropping Systems
• Dr. James Tansey, Ph.D., Provincial Specialist, Insect/Vertebrate Pest Management, Saskatchewan Ministry of Agriculture
• Cory Jacob, MSc, Acting Provincial Specialist, Weed Control, Saskatchewan Ministry of Agriculture
• Dr. Alirez Akhavan, Ph.D., Provincial Specialist, Plant Disease, Saskatchewan Ministry of Agriculture
• Dr. Jeff Schoenau, Ph.D., Ministry of Agriculture Strategic Research Program Chair in Soil Nutrient Management, Professor, College of Agriculture and Bioresources, University of Saskatchewan
• Dr. Reynald Lemke, Ph.D., AAFC Research Scientist, Agronomy and Environment
• Dr. Bill Biligetu, Ph.D., P.Ag., Ministry of Agriculture Strategic Research Program Chair in Forage Breeding and Genetics, Crop Development Centre, University of Saskatchewan
• Dr. Steve Shirtliffe, Ph.D., Professor, College of Agriculture and Bioresources, University of Saskatchewan

For more information or to register, click the link: https://prairiecca.ca/events/

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Information

• Digital Edition

Saskatchewan Agronomy Research Update

December 13 - december 14, 2022 2002 airport dr, saskatoon, sk s7l 6m4.

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Comprehensive agronomic guide delivers valuable, research-based insights to farmers

Fourth-annual Golden Harvest Agronomy in Action Research Review gives corn and soybean farmers the knowledge to have a successful 2023 growing season

DOWNERS GROVE, Ill., USA, March 1, 2023 ― Golden Harvest released its Agronomy in Action 2023 Research Review today to help corn and soybean farmers mitigate risk and adjust management techniques throughout the 2023 growing season and beyond. The book provides a comprehensive review of applied and practical agronomic studies conducted during the 2022 growing season at Golden Harvest Agronomy in Action research sites .

This issue marks the fourth consecutive year of publishing a compilation of research trial results, along with other timely topics. With more than 100 pages of corn and soybean trial results to help farmers make research-based decisions this season, the book provides farmers with a variety of data and recommendations, including some that are specific to the Golden Harvest portfolio.

“There are lots of options when it comes to seed purchasing decisions; but at Golden Harvest, we strongly believe success requires more than just good genetics,” said Syngenta Seeds Technical Agronomy Manager Bruce Battles. “We are devoted to delivering agronomic insights and exemplary service along with every bag of seed.”

The book features 36 insight-packed articles and is organized into five sections with each focusing on a critical factor of farm management:

• Corn Management
• Weather Effects
• Corn Pest Management
• Nutrient Management
• Soybean Management

“Golden Harvest is committed to our farmers and our research,” said Battles. “We are so excited to bring our customers yet another edition of the Agronomy in Action Research Review, so they can access insights and recommendations pertinent to their fields at any time.”

The  Agronomy in Action 2023 Research Review is now available for download at GoldenHarvestSeeds.com .

To find better solutions for your corn and soybean acres, contact a Golden Harvest Seed Advisor at GoldenHarvestSeeds.com .

About Golden Harvest Golden Harvest Seeds has been working with and listening to farmers with intention since 1973, offering in-depth seeds expertise combined with the local agronomic know-how of an independent Golden Harvest Seed Advisor to help identify custom solutions for every corn and soybean acre. Today, each Golden Harvest hybrid or variety is bred with the individual needs of hardworking farmers in mind. Golden Harvest ® corn hybrids feature elite genetics with proven performance and the most complete above- and below-ground insect control solutions with the Duracade ™ and Viptera ™ trait stacks. Golden Harvest soybean varieties include the industry’s broadest trait choice and exclusive genetics that set a new standard for performance and yield potential.

Follow us on X at www.twitter.com/GldnHarvest , on Instagram at https://www.instagram.com/goldenharvestseeds/ and on Facebook at www.facebook.com/GldnHarvest .

The content of this release is for information purposes only. This release is not, and should not be construed as, an offer to sell or issue or the solicitation of an offer to buy any securities or other property interests.

Media Contacts: Jaime Jonesmith 314-605-6004 [email protected]

Kennedy Fowler 919-886-5964 [email protected]  

Web Resources: Agronomy in Action Research Review Agronomy in Action sites Golden Harvest Newsroom Thrive

Cautionary Statement Regarding Forward-Looking Statements This document may contain forward-looking statements, which can be identified by terminology such as ‘expect’, ‘would’, ‘will’, ‘potential’, ‘plans’, ‘prospects’, ‘estimated’, ‘aiming’, ‘on track’ and similar expressions. Such statements may be subject to risks and uncertainties that could cause the actual results to differ materially from these statements. For Syngenta, such risks and uncertainties include risks relating to legal proceedings, regulatory approvals, new product development, increasing competition, customer credit risk, general economic and market conditions, compliance and remediation, intellectual property rights, implementation of organizational changes, impairment of intangible assets, consumer perceptions of genetically modified crops and organisms or crop protection chemicals, climatic variations, fluctuations in exchange rates and/or commodity prices, single source supply arrangements, political uncertainty, natural disasters, and breaches of data security or other disruptions of information technology. Syngenta assumes no obligation to update forward-looking statements to reflect actual results, changed assumptions or other factors.

All photos are either the property of Syngenta or used with permission.

© 2023 Syngenta. Important: Always read and follow label and bag tag instructions; only those labeled as tolerant to glufosinate may be sprayed with glufosinate ammonium-based herbicides. 

LibertyLink ® , Liberty ® and the Water Droplet logo are registered trademarks of BASF. HERCULEX ® and the HERCULEX Shield are trademarks of Corteva Agriscience LLC. HERCULEX Insect Protection technology by Corteva Agriscience LLC. 

Under federal and local laws, only dicamba-containing herbicides registered for use on dicamba-tolerant varieties may be applied. See product labels for details and tank mix partners. Golden Harvest ® and NK ® soybean varieties are protected under granted or pending U.S. variety patents and other intellectual property rights, regardless of the trait(s) within the seed. The Enlist E3 ® soybean, LibertyLink ® , LibertyLink ® GT27 ® , Roundup Ready 2 Xtend ® , Roundup Ready 2 Yield ® and XtendFlex ® soybean traits may be protected under numerous United States patents. It is unlawful to save soybeans containing these traits for planting or transfer to others for use as a planting seed. Only dicamba formulations that employ VaporGrip ® Technology are approved for use with Roundup Ready 2 Xtend ® and XtendFlex ® soybeans. Only 2,4-D choline formulations with Colex-D ® Technology are approved for use with Enlist E3 ® soybeans. ENLIST E3 ® soybean technology is jointly developed with Corteva Agriscience LLC and M.S. Technologies, L.L.C. The ENLIST trait and ENLIST Weed Control System are technologies owned and developed by Corteva Agriscience LLC. ENLIST ® and ENLIST E3 ® are trademarks of Corteva Agriscience LLC. GT27 ® is a trademark of M.S. Technologies, L.L.C. and BASF. Roundup Ready 2 Xtend ® , Roundup Ready 2 Yield ® , XtendFlex ® and YieldGard VT Pro ® are registered trademarks used under license from the Bayer Group. 

Trademarks are the property of their respective owners. 

For more information about Golden Harvest seeds, contact your Golden Harvest Seed Advisor or visit www.goldenharvestseeds.com

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Minnesota Crop News

Search this blog, new agronomy update podcast: managing issues after heavy may rains and early-season pests in 2023.

Co-hosts Dave Nicolai, Extension educator-crops, and Dr. Seth Naeve, Extension soybean agronomist, give an update on planting progress and talk about agronomic issues from the recent heavy rains and early-season insect issues with Bruce Potter, IPM Extension Specialist based out of the Southwest Research and Outreach Center at Lamberton, MN. Bruce has been monitoring black cutworm and true armyworm flights as well as alfalfa weevil of which he reviews how that may be affecting crops in upcoming weeks. In addition, there is a discussion about later planting dates for corn and soybeans as well as diseases to watch out for in flooded or wet soils include soybean sudden death syndrome, Pythium , and Fusarium .

Subscribe to the IPM Field Crops  podcast and never miss an episode!

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Species and Varieties

Agronomic crops come in many different species and varieties, each of which will require specific conditions and care to maximize production. Penn State Extension has a wide selection of resources to help you choose the best species and varieties of agronomic crops.

Choosing the Right Seed Variety of Your Agronomic Crops

Variety selection is crucial to achieving high yields and better quality crops. It’s also one of the most important decisions for a producer to make every year. Selecting the right variety is the cornerstone of a crop management plan that is both effective and successful. There are many considerations to factor into this crucial decision.

Yield Potential and Yield Stability

This is the most important characteristic when selecting a variety to grow. Ideally, it should be a variety that is high-yielding and can be grown successfully in many locations and situations.

Growers are able to evaluate how a particular hybrid performed in a given year by following yield replication trials. These annual trials also provide an insight into a hybrid’s yield consistency over time.

Seed Quality

Seeds of the highest quality will have a high germination success rate, be of a uniform size, and high varietal purity. They will have no weeds, other crop seeds, or green immature seeds. They should have no disease or be contaminated with fungal or viral pathogens. The seed coat will be intact, with no cracking or splits.

Pest and Disease Resistance

Planting varieties with a known history of resistance to diseases such as leaf and stem rust, septoria and tan spot, Fusarium Head Blight, and root rots, is the most cost-effective method of disease and pest control. Strategies for planting corn and soybean varieties play a vital role as well.

Choosing the right pest and disease-resistant varieties is a complex process. Seed companies, for example, use different disease resistance ratings . If certain diseases dominate an area, this information should also be factored in when selecting disease-resistant crops.

The Penn State Agronomy Guide covers pest management and provides comprehensive information on crop and soil management.

Field Corn and Seed Corn Hybrids

Selecting the best species of corn plays a significant role in the profitability of a corn production enterprise. There are several characteristics to consider and the right selection can make an average difference of between 5 to 10 bushels per acre. There is a lot of information available to help in the decision-making process, such as independent and unbiased PA Commercial Grain and Silage Hybrid Corn Test Reports .

Pests can be a big problem with agronomic crops; however, seed companies are now offering a range of different packages of transgenic traits to protect against insects and herbicides. There are so many choices that it can be confusing, but the Handy Bt Trait Table is an excellent resource to help with this process.

To maximize feed production, many producers look to double-cropping corn . In Pennsylvania, this strategy has a good success rate, but careful management is required.

Soybean Varieties

To help producers choose the best variety of soybean, variety trials are conducted annually . The reports provide information regarding the performance of soybeans grown in Pennsylvania. Penn State Extension has a Soybean Variety Trials Reports Archive for producers who would like to check the performance of certain varieties in previous years.

Winter Wheat, Barley, and Cereal Grains Varieties

When purchasing seeds for upcoming crop production, quality is another factor to bear in mind. Choosing seeds that are certified ensures varietal purity, optimum seed health, uniform and fast germination, reduced number of weed seeds, and lower risk of introducing noxious weeds into your fields. You’re also less likely to introduce unwanted wheat and barley diseases .

With regards to the performance of barley and winter wheat, Penn State Extension conducted trials last year that can be used to supplement industry performance tests, and other independent testing data.

Grain, Fiber, and CBD Hemp Varieties

Extensive trials relating to hemp production have been taking place and in 2018, the Agricultural Improvement Act, or the 2018 Farm Bill, was passed. This made the cultivation of Hemp in Pennsylvania legal. Growing industrial hemp is an exciting new industry and if you want to learn more about it, there is a 2020 Hemp Research Update webinar.

Items 1 - 25 of 32

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Hemp Crop Outlook 2024

Starting at Free

2023 Agronomy Research Report

2023 Corn Grain Hybrid Testing Report

2023 Soybean Variety Testing Report

Winter Survival of Small Grains and Cover Crops at Risk

2023 Winter Small Grains Variety Testing Report

2020 Barley and Winter Wheat Performance Trials

Penn State Field and Forage Crops Official Variety Testing Program

2018 Barley and Winter Wheat Performance Trials

2019 Barley and Winter Wheat Performance Trials

2018 Soybean Variety Trials

2019 Soybean Variety Trials

2018 Results: PA Commercial Grain and Silage Hybrid Corn Tests Report

Sunflowers: an Alternative to Double Crop Soybeans?

Cutting Height in Forages: How Low Can You Go?

Sorting Out the Small Grains

Adjust Your Mower-Conditioner Before You Head to the Field

Starting at $15.00

The Penn State Agronomy Guide

2019 Results: PA Commercial Grain and Silage Hybrid Corn Tests Report

2022 Soybean Variety Trials

2022 Results: PA Commercial Grain and Silage Hybrid Corn Tests Report

2022 Barley and Winter Wheat Performance Trials

Pennsylvania Five Acre Corn Club

Speeding up the Hay Drying Process

Resources for Current and Prospective Hemp Growers and Marketers

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Personalize your experience with Penn State Extension and stay informed of the latest in agriculture.

Read answers to your top agronomic questions. Download the 2023 Product Agronomy Research (PAR) Report HERE .

January 24, 2024

2023 par (product & agronomy research) report: soybean plant populations, by dairyland seed agronomy team.

Plant population, or final stand plant population, in soybeans has been a hot topic for the last few years.

The question of what the optimum plant population for highest yield expression is will vary from field to field, as well as areas within a field, with varietal differences also impacting yields by plant population.

Diseases such as sclerotinia white mold (SWN) favor reducing plant population, and nutrient deficiencies such as iron deficiency chlorosis (IDC) favor increasing population. These factors influence the decision-making process on what is the correct plant population for a field or parts of a field. Other factors such as weed control, canopy type (bushy or narrow) and plant height will impact this decision as well.

The other aspect of looking at plant populations is that, whether it be as an agronomist or a farmer, we have all had instances in which plant populations have been reduced by some calamity such as weather (hail, wind, heat, drought, rainfall and drown outs, sandblasting or frost) or animals (deer, turkeys and deer), and we need to make decisions on if replanting is warranted.

This data will provide a better understanding as to what level the bottom for plant populations might be.

GRAND MEADOW, MINNESOTA

DSR-1505E™ were planted at various plant populations starting at 120,000 seeds per acre and ratcheting down to 72,000 seeds per acre in mostly 8-18,000 seeds per acre increments in 30-inch rows.

Final plant populations were within 2-4,000 plants of the planting population with the exception of the 101,000 entry, which ended up with a final plant population of 75,000.

This plot was planted on May 20th, 2023, which was an average to slightly later planting date for soybeans in this area, with the harvest date being October 1st, 2023.

The yields for this trial appear to be average, but were actually 3-7 bushels better than other fields in the area. This area was affected by a lack of rainfall and drought conditions all growing season, but this drought intensified in August and September, which is a critical time for soybean pod and seed development. I would attribute the 3–7-bushel yield increase versus other fields in the area to above average soil fertility and the ability of the DSR-1505E™ product, which has the potential to yield even in difficult growing conditions, especially in a variable rainfall pattern.

Typically, it has been this agronomist’s belief, that plant populations below 90- 95,000 plants per acre in this area would suggest replanting. (As we move our latitude further south as has been referenced in our studies at the Wabash Indiana PAR location in previous years this number maybe closer to 80,000 plants/acre. Conversely, as we move north, this number may increase to 100-110,000 plants/acre.) In looking at the data from this location, this year, as well as other locations from previous years, it would suggest that this belief of needing 90-95,000 plants/acre to be further reviewed and potentially changed. By reducing the planting population from 120,000 to 80,000, a 33% reduction, we decreased yield by 4.8 bushels, an 11.8% reduction. This is still a yield reduction, but not to the level as the reduction in plant population.

In previous site years, we saw a yield increase as plant populations decreased. In this site and year, we experienced the opposite, and the higher plant populations being compared were the highest yielding. We believe that is due to the extreme drought conditions we experienced in southeastern Minnesota in 2023. The increased plant population of 120,000 plants allowed more ground cover or shading for the soil. This shading of the soil resulted in cooler soils as well as allowing less wind to reach the soil level, which reduced the amount of evapotranspiration from the soil and leaf surface area.

The results, much like in previous trials, indicates that this trial needs to be replicated in different locations, with different varieties, over a longer period. Other interesting aspects to see would be replicating this trial in areas with lower fertility levels and a shorter growing season, with differing rainfall amounts. The shorter growing season, lower fertility and varying rainfall levels might suggest other outcomes over a longer period.

Enjoying our Agronomy Updates? Suggestions for topics you'd like us to weigh in on? Drop us an email at [email protected] . We'd love to hear from you!

Subscribe for more insights delivered straight to your inbox., you may also like..., you planted. now what, key reminders for planting soybeans in 2024, dairyland seed revs up product pipeline, find your rep, just two quick things and you'll be all set:.

$7.6 Million Announced for Integrated Crop Agronomy Research

WGRF is pleased to welcome more than $7.6 million in funding for the second phase of the Integrated Crop Agronomy Cluster (ICAC).  WGRF would like to thank Minister MacAulay and the Government of Canada for their continued partnership and investment in this important area of crop research.

The total value of research announced today under the five-year Cluster is more than $7.6 million, with over $4 million coming from the AgriScience Clusters under the Sustainable Canadian Agricultural Partnership (Sustainable CAP), more than $1.9 million from WGRF, and $1.5 million from our industry partners.

“Agronomic practices that support resilient and profitable crop production are vital to our sector and to Canada’s economy,” said Lawrence MacAulay, federal Minister of Agriculture and Agri-Food. “This important research that will be done across the country through this cluster will help to give farmers better solutions to the agronomic challenges they face, while improving profitability and incorporating climate-friendly practices to keep the sector well-positioned for the future.”

“Opportunities and challenges in crop production cannot always be addressed by studying individual crops in isolation, it is important to include the interaction of crops within a cropping system,” said Laura Reiter, WGRF Board Chair.  “ICAC provides WGRF the opportunity to continue funding multi crop agronomic research that will ultimately provide farmers valuable insight and tools as they tackle widespread agronomic challenges.”

The Agronomy Cluster consists of seven projects will be funded between April 1, 2023, and March 31, 2028. The research being funded aligns well with WGRF’s cross-cutting research priorities and the Sustainable CAP priority areas. Research will focus on agronomic issues to improve sector profitability, increase carbon sequestration, reduce nitrous oxide emissions, and enhance resilience to climate change and herbicide resistance.

“The experience in collaboratively developing this application and the positive outcomes of the first Agronomy Cluster, motivated us to believe that there is more to be accomplished through continuing this funding collaboration,” says Wayne Thompson, WGRF Executive Director.

“The development of a unique Cluster such as this requires a great deal of collaboration and coordination,” added Thompson.  “I would like to thank and acknowledge all of the researchers and co-funders who have put in the time and effort to ensure this Cluster application was successful.”

Collaborating research organizations include Agriculture and Agri-Food Canada, Alberta Agriculture and Irrigation, the University of Alberta, Brandon University, University of Manitoba, Manitoba Agriculture and the University of Saskatchewan.

WGRF would like to acknowledge all the funders of ICAC: Agriculture and Agri-Food Canada, Alberta Canola Producers Commission, Alberta Grains, Manitoba Canola Growers Association, Manitoba Crop Alliance, Manitoba Pulse and Soybean Growers, Prairie Oat Growers Association, Saskatchewan Canola Development Commission, Saskatchewan Pulse Growers, and the Saskatchewan Wheat Development Commission

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You are here, saskatchewan agriculture's 2021 agronomy research update (virtual).

"The 2021 Agronomy Research Update hosted by Saskatchewan Agriculture's Crops Extension Specialists will be online again this year. Agronomist, producer, industry and retail attendees will have the opportunity to learn about what happened in the 2021 growing season and the potential impact in 2022 and research on dry crop conditions and annual forage crops. Agronomy Research Update will have online sessions spread out over four days from November 29 to December 2, 2021.

Each day will be from 9 a.m. to 11:15 a.m. (approximately) and attendees have to register separately for each day. They will have the freedom to come and go and we will track who has attended which speaker to accurately track CCA CEUs. All sessions will be recorded and shared with those who are registered at the end of the week. They will also be posted  here  along with all of Saskatchewan Agriculture’s other recorded webinars.

Location:  Online Fee:  FREE No registration deadline

Continuing Education Units (CEUs) are pending for Certified Crop Advisors.  Please note that you will need to register for each day separately, reminder emails will be sent one week, one day and one hour before the webinar.

List of Speakers

David Sauchyn Current Drought Conditions from a Climate Change Perspective

Matt Struthers Saskatchewan Crop Report

Mike Hall Does Variety Selection Impact Nitrogen Management of Malt Barley and Milling Oat?

Bryan Nybo Wheatland Conservation Area Research Update

James Tansey 2021 Field Crop Insect Report

Brynn Jones Producer Programs Update

Cory Jacob Establishing Nitrogen and Seeding Rate Recommendations for Hybrid Brown Mustard Production in Saskatchewan

Alireza Akhavan 2021 Saskatchewan Disease Update

Jeff Schoenau Managing Soil Fertility Under Dry Conditions

Rosalind Bueckert Crop Physiology in Dry Conditions: Impacts of Lack of Water and Intense Heat

Bart Lardner Challenges of Managing Mature and Salvage Crops in Livestock Diets

Clark Brenzil Herbicide Injury Risks in 2022

Dale Risula Seed Quality Considerations for the 2022 Growing Season

Josh Lade Herbicide resistance concerns in Saskatchewan and Australia

CLICK HERE TO DOWNLOAD THE FULL AGENDA

For more information contact your nearest Crops Extension Specialist or the Agriculture Knowledge Centre at 1-866-457-2377."

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