A country can lose agricultural capacity gradually and discover its value all at once. A stretch of widespread drought, a season of flooding, or repeated harvest failures can turn yesterday’s “excess” hay into tomorrow’s desperately needed feed.

Between 2002 and 2022, the United States lost nearly 30% of its hay-producing operations, more than 22% of its harvested hay acreage, and almost 24% of its hay production, according to the supplied USDA Census of Agriculture data. Those are three different measures pointing toward the same concern: a smaller hay sector supporting the livestock economy.

We should ask whether farm policy is helping preserve the right kinds of agricultural capacity—or making some forms of production easier to sustain than others.

Fewer operations means fewer businesses behind the bales

The number of operations harvesting hay fell from 870,541 to 612,946, a decline of 257,595 operations. Every harvested-acreage category below 1,000 acres declined over those 20 years. 

Larger operations moved in the opposite direction. The number harvesting at least 1,000 hay acres increased 36.4%.

That shift is consistent with consolidation, although leaving hay production does not necessarily mean leaving farming. Larger farms can be efficient, capable businesses. The concern is what happens around them when fewer operations—and less overall production—remain to support equipment dealers, repair shops, custom harvesters, seed suppliers, and trucking companies.

A repair shop needs enough customers to keep a mechanic employed. A trucking business needs enough loads to keep a driver working. When that business base contracts, the remaining farms can face fewer service choices and longer distances. Those are risks the census counts cannot quantify, but rural communities cannot afford to ignore.

Fewer acres means consolidation is only part of the story

If hay production were simply moving from small farms to large ones, total acreage might hold steady. It did not.

Harvested hay acreage fell from 60.65 million to 47.21 million acres—a reduction of 13.44 million acres. Meanwhile, acreage on operations harvesting 1,000 acres or more grew 43.1%, increasing their share from 10.0% to 18.4%.

Larger operations gained acres, but those gains did not replace the acreage lost elsewhere. The data does not tell us whether individual fields went into other crops, pasture, development, or simply went unharvested in a particular census year. It does tell us that substantially fewer acres supplied harvested hay in 2022 than in 2002.

Fewer tons means less forage entering the system

Hay production fell from 137.86 million to 105.42 million tons, a decline of 32.44 million tons. Production fluctuated between census years; weather and changing livestock demand matter. This is not a straight-line forecast of future losses.

Still, the endpoint comparison is substantial. Production on operations harvesting at least 1,000 acres rose 38.5%, but national production fell 23.5%. Those larger operations supplied 20.8% of the total in 2022, up from 11.5% in 2002.

Fewer tons also mean less hay available to move through storage, transportation, and marketing businesses. Whether supplies are adequate depends on livestock numbers, other feeds, and inventories—not production alone.

Government policy belongs in this conversation

It is too easy to describe every long-run agricultural shift as the natural result of supply and demand. Farmers respond to returns and risk, and government programs help shape both.

USDA research distinguishes between support linked directly to current production and payments tied to historical acreage. Production-linked benefits can influence planting incentives; even less directly linked support can affect risk, wealth, and investment. Those mechanisms deserve scrutiny when we consider which enterprises attract land and capital over decades.^[2]

The distinction matters. ARC and PLC payments are tied to eligible historical base acres, not a requirement to plant the corresponding crop today. Hay can be grown on land with eligible base acres; a hay enterprise without that base does not receive the same protection.^[3]

My concern is that unequal safety nets can tilt long-run agricultural investment, leaving essential forage capacity less able to compete. The census figures do not establish how much of the decline subsidies caused. But neither should we treat the resulting agricultural landscape as the product of an untouched market.

Policy should be judged partly by the capacity it leaves us with when normal conditions end.

A feed shortage can become a herd liquidation

Annual hay production is not the same as stored hay reserves. These figures do not show that America has no feed stocks, or establish how many days those stocks would cover. The concern is whether sufficient, usable feed is available—and affordable—in the places that need it during a widespread disaster.

In a regional shortage, livestock producers may buy hay from somewhere else. When drought or flooding hits several producing regions together, that option becomes harder. Freight can move hay; it cannot manufacture it.

USDA has documented the connection: drought damages pasture, producers turn to supplemental hay, and high hay prices increase the cost of keeping cattle. In its analysis of the 2022–2023 contraction, USDA identified drought and costly hay as contributors to herd reductions.^[4]

When feed is unavailable or costs more than a producer can sustain, selling breeding animals may become unavoidable. Liquidation can put more beef on the market temporarily while reducing the herd that produces future calves. Rebuilding requires time, replacement females, adequate feed, and confidence that the next season will be better.

That is a food-security concern: a system can look adequately supplied today while losing some of its ability to supply tomorrow.

Resilience starts before the emergency

We should want farms to respond to markets. We should also want to know when public policy is changing those signals—and whether the result leaves livestock producers with fewer options when disaster strikes.

A serious response would examine differences in farm safety nets, monitor regional feed inventories relative to livestock demand, and recognize the value of forage production, storage, and the businesses that keep both working.

The time to ask whether we have enough hay capacity is before drought forces us to sell the cows.