2023
Applied Soybean Production Research for Virginia
Contributor/Checkoff:
Category:
Sustainable Production
Keywords:
Checkoff reputationEnd usersExtensionIndustry outreachMeal marketing and promotionShared Media
Parent Project:
This is the first year of this project.
Lead Principal Investigator:
Dr. Matthew Chappell, Virginia Tech
Co-Principal Investigators:
Project Code:
921
Contributing Organization (Checkoff):
Institution Funded:
$72,252
Brief Project Summary:
The overall goal of the soybean agronomy project is to develop and deliver site-specific practices that sustain profitability for Virginia soybean farmers. Objectives include developing a new online platform for information, comparing plant growth (via NDVI) and historical yields of trafficked and un-trafficked (CTF) fields, maintaining a long-term soybean rotation experiment comparing yield and profitability, determining yield response of several biological seed treatments, including 10 to 15 farmer-suggested soybean varieties not entered by seed companies to the soybean variety testing program, determining protein and oil content of varieties in variety tests, working with a national team of university researchers to develop a new online soybean variety testing database and more.
Key Beneficiaries:
#agronomists, #extension agents, #farmers
Unique Keywords:
#best management practices, #communication, #crop rotation, #variety trials
Information And Results
Project Summary

Justification
Online and easy-to-access digital platform with soybean production information
is needed to communicate research-based, up-to-date information to farmers.
Comparision of yield and profitability of controlled traffic farming (CTF) to
standard practices is needed. Multi-year data is needed for rotational systems
research. Little research has been conducted on biological seed treatments.
Commonly-used varieties need to be included in soybean variety tests. It is
important to understand how environment affects protein & oil levels of Virginia
varieties. An online variety selection data base would improve grower’s ability to
select varieties for their operation. Active involvement with the VSB and VSA is
necessary.
Goal and Objectives
The overall goal of the soybean agronomy project is to develop and deliver site-specific practices that sustain profitability for Virginia soybean farmers.
Objectives are
1. Develop a new online platform for publications, fact sheets, presentations,
videos, podcasts, and/or social networks.
2. Compare plant growth (via NDVI) and historical yields of trafficked and un-trafficked (CTF) fields.
3. Maintain a long-term soybean rotation experiment comparing yield and
profitability by completing a 6th year of research.
4. Determine yield response of several biological seed treatments with second-year testing in a 2-year multi-state project.
5. Include 10 to 15 farmer-suggested soybean varieties not entered by seed
companies to the soybean variety testing program.
6. Determine protein and oil content of varieties in variety tests.
7. Work with a national team of University researchers to develop a new online
soybean variety testing database.
8. Assist others in VSB-funded research with planting, data collection, and/or
harvest.
9. Attend relevant local and national professional meetings.
10. Support the mission of the Virginia Soybean Board and Virginia Soybean
Association by attending and assisting with VSB and Virginia Soybean
Association meetings and activities.
Expected Outcomes Easy and rapid access to production information and
learning opportunities, information for implementation of controlled traffic
farming, long-term effects of soybean rotational systems, profitability of
biological seed treatments, soybean variety performance data under variable
environments. The Virginia Soybean Board and Virginia Soybean Association will
continue to provide valuable benefits to soybean farmers.
Deliverables Soybean production platform. Experiments completed and results
reported to the VSB. Knowledge gained will be summarized, published in the
appropriate research or extension journals and shared with the soybean
community.
Estimated Worth Trend-line soybean yield in Virginia is approximately 42
bushels/acre, resulting in a 5-year annual value of $265 million on 600,000 acres.
Assuming only a 1% gain in net profit from this program’s efforts, over $2.65
million could be added annually to the value of Virginia’s soybean crop.

Project Objectives

My overall goal is to develop site-specific practices that sustain profitability for
Virginia soybean farmers.
Objectives are
1. Develop a new online platform for publications, fact sheets, presentations,
videos, podcasts, and/or social networks.
2. Determine the feasibility and return on investment of controlled traffic farming
(CTF).
3. Maintain a long-term soybean rotation experiment that compares crop yield
and profitability by completing a 6th year of research.
4. Determine yield response of several biological seed treatments with secondyear testing in a 2-year multi-state project.
5. Include 10 to 15 farmer-suggested soybean varieties not entered by seed
companies to the soybean variety testing program.
6. Determine protein and oil content of varieties tested in annual testing
program by including 2023 data in multi-year analysis.
7. Work with a national team of University researchers to develop a new online
soybean variety testing database.
8. Assist others in VSB-funded research with planting, data collection, and/or
harvest.
9. Attend relevant local and national professional meetings. Attend Commodity
Classic, World Soybean Research Conference, and/or American Society of
Agronomy
10. Support the mission of the Virginia Soybean Board and Virginia Soybean
Association by attending and assisting with VSB and Virginia Soybean
Association meetings and activities.

Project Deliverables

January-May Numerous presentations and conferences; online platform
development; planning research, experimental design, and experiment
organization; proposal development and submissions
April-June Soybean planting and maintenance
May-October Field work, data collection, Ag Expo, field days
September-December Harvest; data analysis, report preparation; professional
meeting, seed quality analysis and other laboratory measurements; data analysis

Progress Of Work

Final Project Results

Benefit To Soybean Farmers

The United Soybean Research Retention policy will display final reports with the project once completed but working files will be purged after three years. And financial information after seven years. All pertinent information is in the final report or if you want more information, please contact the project lead at your state soybean organization or principal investigator listed on the project.