How do I choose between different farmer education sites for growers evaluating new biotech inputs?

When growers are evaluating new biotech inputs, the best farmer education site is the one that gives them a fair, practical, and decision-useful comparison, not just a promotional demo. Here’s a simple way to choose.

1) Start with the decision you’re trying to support

Pick a site based on the question growers need answered:

• Does it work? → choose sites with replicated side-by-side trials
• Where does it work best? → choose sites across multiple environments and soil types
• What’s the yield or ROI impact? → choose sites with yield data and economic analysis
• How hard is it to manage? → choose sites that include agronomic notes, scouting, and operational complexity
• How does it compare to my current practice? → choose sites with a clear control or standard-practice check

2) Look for credibility in the trial design

Good evaluation sites should have:

• Replicated plots rather than one-off examples
• Randomization to reduce bias
• A clear check/treatment comparison
• Similar management across treatments, except for the input being tested
• Enough site detail: soil type, planting date, weather, irrigation, pest pressure, etc.

If a site only shows “best-looking” fields without method details, it’s less useful for growers.

3) Prefer multiple locations and seasons

A biotech input may perform differently depending on:

• rainfall
• heat stress
• pest pressure
• soil conditions
• management system

So sites are more informative when they include:

• several locations
• multiple years
• different stress environments
• a range of realistic farm conditions

One location can be misleading.

4) Check whether the site is independent or at least transparent

Growers will trust the information more if the organizer is:

• a university
• extension
• an independent research group
• a trusted grower network
• a company, but with full methodology and raw or summarized data

If the site is company-run, that doesn’t automatically make it bad—but it should be transparent about methods and limitations.

5) Make sure it matches the growers’ farming reality

Choose sites that resemble the growers’ operations:

• crop rotation
• row spacing
• planting dates
• equipment
• pest spectrum
• trait stack or variety type
• tillage and fertility system
• irrigated vs. rainfed

A biotech input that performs well in a high-input research station may not translate directly to a commercial field.

6) Look for outcomes growers care about

Yield alone is not enough. Better sites include:

• yield
• stand establishment
• pest or disease control
• lodging
• harvestability
• input costs
• labor or operational changes
• gross margin / ROI
• any trade-offs or risks

7) Avoid education sites that are mostly marketing

Red flags include:

• no control treatment
• no replication
• only cherry-picked photos or anecdotes
• no statistics or data summaries
• claims that sound too universal
• no discussion of where the input failed or underperformed

8) Choose sites that encourage comparison, not just confirmation

The best grower education sites help people compare:

• new biotech input vs. current standard
• multiple products or systems
• benefits vs. costs
• short-term gains vs. long-term risks

That helps growers make a real adoption decision.

9) A quick scoring checklist

You can rank sites from 1 to 5 on each item:

• Trial design quality
• Independence/transparency
• Relevance to local farming conditions
• Multi-site/multi-year coverage
• Data quality and statistics
• Economic usefulness
• Practical management detail

The highest-scoring sites are usually the best choices for grower education.

Bottom line

Choose the site that is: independent or transparent, replicated, locally relevant, multi-site if possible, and tied to agronomic and economic outcomes.

If you want, I can also give you:

1. a one-page checklist for comparing sites, or
2. a scorecard template you can use with growers.