Yesterday, WPI presented our initial acreage forecasts for the 2026 U.S. crop year with a focus on the major crops (corn, soybeans, and all-wheat). Today, we extend that analysis to show our forecasts for more minor crop acres. Briefly, our modeling results show that producers across the U.S. are still expected to pare back planted area for minor crops amid low farm profitability. One might have expected a larger switch from the “big three” (corn, soybeans, and wheat) into specialty crops, but our current models show the economic incentives lie either in CRP land or crops not currently modeled. For background (and as we noted Thursday), WPI has recently completed a set of sweeping updates to our U.S. crop acreage forecasti...
Forecasting developments in production agriculture
On behalf of a private U.S. agricultural technology provider, WPI’s team generated an econometric model to forecast the movement of concentrated corn production north and west from the traditional U.S. Corn Belt. WPI’s model has subsequently provided quantitative support to a multi-million-dollar investment into short-season corn variety development. WPI’s methodology included a series of interviews with regional grain elevators and seed consultants. Emphasizing outreach and communication with stakeholders who possess intimate sectoral knowledge – on-the-ground insights – is a regular component of WPI’s methodologies, made possible by WPI’s ever-growing network of industry contacts.
A microlith is a small stone tool usually made of flint or chert and typically several centimeters in length and half a centimetre wide. They were made by humans from at least the Upper Paleolithic, across Africa, Europe, Asia and Australia. The microliths were used in spear points and arrowhea...
An Ankylosaurus lumbers along the shore of what’s now eastern Montana. Walking low to the ground, the dino uses its flat, leaf-shaped teeth to tear at ferns lining the water. Suddenly, a shadow looms over the herbivore—a Tyrannosaurus rex is hungry. But Ankylosaurus won’t be a...
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