Farms.com Home  › News

Soybean supply to grow in 2024-2025

U.S. soybean acreage increases lead to higher supply forecast

By Farms.com

For the 2024-2025 marketing year, the U.S. soybean supply is forecasted to reach 4.8 billion bushels, reflecting an 8% increase over the previous year, despite a recent downward revision of 20 million bushels from last month's forecast.

The latest data from the National Agricultural Statistics Service indicates that 86.1 million acres of soybeans were planted, up 3% from last year. The anticipated yield remains constant at 52 bushels per acre, leading to a production forecast of 4.4 billion bushels. This represents a significant rise of 270.3 million bushels over last year's production, but a 15 million bushel decrease from prior estimates.

With steady demand projections for crushing and exports, the adjustment in production forecasts has led to a projected decrease in ending stocks for the year, now expected at 435 million bushels, 20 million less than previous estimates.

The average price for U.S. soybeans for the 2024-2025 season has been adjusted downward to $11.10 per bushel, reflecting minor corrections in market expectations based on the latest supply forecasts.

These developments are crucial for stakeholders in the agriculture sector, providing a basis for operational and investment decisions in the coming year.


Trending Video

Soil Health Testing Series - Soil Protein (Bioavailable N) Overview

Video: Soil Health Testing Series - Soil Protein (Bioavailable N) Overview

This video is part of a series about soil health testing and requirements for NRCS CEMA 216. This video focuses on the test measuring bioavilable N or soil protein.

The NRCS Conservation Evaluation and Monitoring Activity 216 (CEMA 216) Soil Health Testing is a financial assistance opportunity for participants to hire Qualified Individuals or Technical Service Providers to provide quantitative testing for biological, chemical, and physical characteristics of soil using approved laboratory methods for all land uses.