The North Central Research Station and the associated AgroExpo are spotlighting how farm technology is evolving to shift the economics and labour of crop production, the head of fertiliser developer AgroLiquid said during this week’s event in St. Johns, Michigan.
Field trials to product development
Nick Bancroft, who leads AgroLiquid, explained the research station began in the early 1990s as a practical demonstration site to show farmers alternative fertiliser management techniques. That ground-level testing has continued for decades and now serves as a base for product research and demonstration.
“Those long-term trials continue to be repeated in different ways as yields go up and as crop practices change,” Bancroft told Brownfield during AgroExpo. He emphasised that the station’s work is intended to prove concepts on-farm so growers and agribusinesses can see whether results are reproducible before adoption.
“We use this farm to do base research for product development to demonstrate that what we see here can be replicated.”
Technology that targets labour, storage and yields
Organisers say the AgroExpo has expanded its focus as agricultural practices and equipment have advanced. Over the past decade, the event has developed into a showcase where farmers can evaluate tools aimed at:
- Optimising labour on the farm through automation and workflow improvements;
- Protecting commodities and storage to reduce post-harvest losses;
- Ensuring that inputs — including fertilisers — translate into yield at harvest.
Bancroft noted that the same site has hosted AgroExpo for about 10 years, permitting a view of how technologies mature from concept to field-ready systems. He told Brownfield that the pace of change remains brisk, and he expects further rapid advances in the coming decade.
“The thing that I see continuing to change is the amount of technology that we use to optimize the labor on the farm, to protect our commodities and storage, and to make sure that what inputs we use have yield in the bin at the end of the season,” he said.
Why this matters
Having an operational research farm tied to a public showcase creates a feedback loop between developers and end users. That direct connection can:
- Speed validation of new practices under realistic conditions;
- Reduce adoption risk by letting producers judge return on investment firsthand;
- Highlight operational constraints — such as labour shortages or storage gaps — that technology must solve to be valuable.
AgroLiquid’s approach — using the station to support product development and demonstrate replicability — mirrors a broader shift in agriculture toward evidence-based adoption. As yields and cropping systems change, long-term, repeatable trials provide a stable reference point for evaluating new inputs and machines.
| Milestone | Timing |
|---|---|
| Founding of North Central Research Station | Early 1990s |
| Start of AgroExpo at the site | About 10 years ago |
For Canadian readers, the trajectory at the North Central Research Station is illustrative. The kinds of demonstration trials and technology that Bancroft described are increasingly part of conversations at field days and agronomy events across Canada — from precision nutrient management to automated labour-saving equipment.
While the AgroExpo content focuses on U.S. Midwestern conditions, its underlying lesson is universal: practical, repeatable research conducted where crops are grown remains a key way to separate marketing claims from reliable agronomic benefits. For growers weighing new investments, that clarity can be the difference between a useful upgrade and an expensive experiment.
Bancroft closed by predicting continued rapid change: “It changes as much in the next 10 as in the last, it will be fun to watch,” he said, signalling that both incremental improvements and disruptive tools are likely to surface at future field events.
