IRB Approved

AI4AgSys Farmer Survey

Help co-develop an AI-based forecasting platform for Michigan farmers focused on corn, soybean, wheat, and potato production.

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Welcome
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Contact
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Property
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Crops
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Practices
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Energy
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Review
Step 1 of 7

About This Survey

What is AI4AgSys? Developing effective adaptation and mitigation strategies is both urgent and essential for farmers, our primary clients. This project aims to co-develop an AI-based platform for Michigan's farmers to forecast the production of four major crops: corn, soybean, wheat, and potatoes.

AI4AgSys will be a large-scale, pre-trained deep learning forecasting system trained on massive, diverse datasets using self-supervised and multi-task learning techniques. In this Big Data approach, the system learns by predicting parts of the data from other parts, reducing the need for extensive labeled datasets.

It integrates machine learning, remote sensing, and field data by synthesizing satellite imagery, weather station data, crop model outputs, and historical yield records to generate near-real-time and seasonal forecasts of crop productivity and climate risk.

By making AI-driven insights actionable at the farm level, AI4AgSys supports more resilient and sustainable food production in the face of increasing climate variability across the Great Lakes region.

  • Responses should pertain only to your Michigan property.
  • The primary decision-maker for the property should complete this survey.
  • Project website and online survey access: https://lees.geo.msu.edu/research-ai4agsys.html
  • Questions? Contact Dr. Jiquan Chen at (517) 884-1884. Cell phone availability is provided upon request.
  • This survey has been reviewed and approved by the Michigan State University Institutional Review Board (IRB) to help protect your private information.

Consent

By completing this survey, you indicate your consent to allow the research team to conduct field measurements on your property. These activities may include: (1) non-destructive sampling of soil and vegetation properties at 6–8 locations; (2) installation of a weather station; or (3) installation of a flux tower. Michigan State University will provide annual compensation in the amounts of $50, $100, and $250 for these respective activities.

Please enter your name.
Please select a date.

📞 Contact Information

How can we reach you? All fields are optional except where noted.

🏞 Your Property

Tell us about the land you farm in Michigan.

Decimal degrees format
Use negative for West

🌽 Crop Rotation

Select the rotation that best describes your operation.

📈 Crop Yields

Provide yields for the current year and 3 previous years (if available).

YearCrop TypeYield (bu/acre)

Management Practices

For the years 2025 and 2026. Fill in what you can — every bit helps.

Fertilizer & Soil
Fertilizer source
Fertilizer rate
Timing of fertilizer application
Fertilizer placement method
Tillage practice
Soil organic matter build-up method
Water Management
Irrigation method
Strategies for irrigation decisions
Drainage management strategy
Pest Management
Most common pests encountered
Pest control strategy
Hybrid & variety selection traits
Planting & Harvesting
Planting dates
Row spacing
Seeding rate
Seeding depth
Seed treatments
Harvesting dates

Energy Consumption

Check your utility bills for averages. Approximate values are fine.

Select all that apply

🚚 Vehicles & Equipment

Tell us about your farm vehicles and equipment.

Includes four-wheelers, tractors, combines, etc.

Review & Submit

You're almost done! Here's a summary of your responses. Click any section in the progress bar above to go back and make changes.

Your responses are stored securely in MSU's Microsoft OneDrive under the university's data governance agreement.

Thank You!

Go Green!!

Your survey has been submitted successfully.

Questions? Contact Dr. Jiquan Chen at jqchen@msu.edu or (517) 884-1884.

Return to AI4AgSys Project