There is a temptation in American agriculture to judge every growing season against the best one we can remember. Record yields become the benchmark, above-average production becomes the expectation, and anything less can quickly feel like failure. But the dry conditions unfolding across parts of North Dakota, Montana and the Northern Plains in 2026 offer a useful reminder: farming has never promised an above-average crop every year. Some producers will undoubtedly face serious losses this season, while others may harvest respectable crops. For much of the region, however, the final result could simply be average-or somewhat below it.

That distinction matters. Agriculture operates in a world of biological and weather variability that precision agriculture, improved genetics, crop insurance and better management can reduce but never eliminate. A field can receive the right seed, fertilizer and crop protection program and still lose yield because rain arrived two weeks too late. Another field a few miles away can catch a timely storm and outperform expectations. The difference between a disappointing crop and a successful one can sometimes be measured by a single rainfall event, particularly across dryland production areas of the Northern Plains.

Travel across North Dakota and Montana makes those differences visible. Some pastures are drying down, crops in drought-affected areas are struggling and yield expectations have declined. Yet conditions are far removed from the devastating drought years when western North Dakota turned brown, corn struggled to reach normal height and cattle had to be removed from pastures because forage disappeared. The 2026 landscape is uneven rather than universally disastrous, and that nuance deserves more attention when farmers, markets and policymakers evaluate the season.

Agriculture Has a Problem With the Word "Average"

An average crop rarely generates excitement. Nobody gathers at the co-op to celebrate an ordinary wheat yield, and commodity markets do not build dramatic narratives around fields performing close to trend. Yet average production is not synonymous with agricultural failure. It is part of the statistical reality that makes above-average yields possible in the first place.

Modern agriculture may actually make that reality harder to accept. Seed technology, improved equipment, sophisticated weather forecasting, variable-rate applications and increasingly precise agronomic management have raised expectations. Farmers invest heavily in seed, fertilizer, machinery, fuel, land and technology because they are trying to capture every available bushel. With input costs elevated, an average yield can also create very real financial pressure when commodity prices fail to provide enough margin.

That economic reality should not be minimized. A producer facing below-average yields while carrying high production costs does not experience the season as an abstract statistical exercise. Crop insurance can provide an important safety net, but it does not erase lost production opportunities or every financial consequence. A crop can be agronomically respectable and still be economically disappointing. That is one of the uncomfortable realities of farming in a high-cost environment.

Irrigation illustrates another part of the equation. In semi-arid areas such as south-central Montana, irrigation can separate a viable crop from a failed one. Sugarbeets, corn and other crops may respond dramatically when producers can replace rainfall that nature did not provide. But irrigation brings its own infrastructure, labor, energy and water-management requirements. It is a powerful risk-management tool, not a guarantee of exceptional yields.

The Bigger Risk Is Treating Exceptional Yields as Normal

The U.S. agricultural sector has become remarkably productive. Long-term yield trends for crops such as corn and soybeans demonstrate what genetics, agronomy, mechanization and farm management have accomplished. But rising trend yields can create a dangerous psychological shift: yesterday's exceptional crop eventually becomes tomorrow's minimum expectation.

Weather does not recognize those expectations.

Drought will still develop. Heat will arrive at the wrong stage. Excessive rainfall can prevent planting or damage roots. Hail can destroy a field in minutes. Livestock producers can watch pasture conditions deteriorate while feed costs rise. Sustainable agriculture and precision technology can improve resilience, but neither can eliminate production risk from an industry fundamentally dependent on weather.

That is why the 2026 season across the Northern Plains should be evaluated with perspective. There will likely be farms with painful losses, and those losses deserve to be taken seriously. There will also be operations where irrigation or timely rainfall preserved yield potential. Between those extremes will be a large number of farmers harvesting crops that are neither exceptional nor catastrophic.

For markets, that middle ground matters. Localized drought headlines can influence expectations for commodity prices, but regional crop conditions need to be separated from national supply projections. For policymakers, the same principle applies when considering crop insurance, disaster assistance, the farm bill and broader agricultural risk-management programs. Assistance must recognize genuine losses without assuming that every below-record harvest constitutes a disaster.

And for agriculture itself, perhaps there is a broader lesson. Success cannot always be defined by beating last year's yield. Sometimes success means preserving a crop through drought, keeping cattle on pasture longer than expected, managing input costs carefully or harvesting enough production to position the farm for another season.

An above-average year feels extraordinary precisely because average and below-average years exist. Agriculture has always lived within that cycle. Technology may continue pushing the yield curve higher, but it will never completely straighten it.

Some years produce records. Some produce disappointments. Most fall somewhere in between. Understanding the difference may be one of the most important forms of risk management American agriculture has.