Farms.com Home   News

Farmers Rebuild Global Soy Supplies, Record Production Forecast

By Julie Deering

In its May 12 World Agricultural Supply & Demand Estimates report, U.S. Department of Agriculture analysts forecast record global soybean production for the 2023/24 crop year at nearly 410.6 million tons, up almost 11% from last year.  

If realized, this will be the largest year-over-year production increase in nearly two decades, shares Jason Grant, W.G. Wysor Professor of Agriculture and Director of the Center for Agricultural Trade at Virginia Tech. 

More than half the increase is estimated to come from increased yields in Argentina, after a historic drought. Meanwhile, USDA reports Brazil, Uruguay and Paraguay account from more than a quarter of production gains from increased plantings and higher yields across all three countries. U.S. farmers are forecast to plant acreage numbers similar to last year, but projections show higher yields. 

“There are always some ups and downs depending on the supply and demand and many different local conditions, says Jim Sutter, U.S. Soybean Export Council Chief Executive Officer. “Currency has challenged some markets limiting imports from what was normal and what is really needed.” 

Grant expects with the rebuilding of global grain and oilseed supplies that will normalize soon. 

Click here to see more...

Trending Video

Fendt Slicer - Automated adjustment of the conditioner intensity

Video: Fendt Slicer - Automated adjustment of the conditioner intensity

The Fendt Slicer explained: Grassland and forage stands show a high heterogeneous biomass growth when cut, which leads to different initial dry masses and drying speeds. The aim is to have a consistent dry matter content of 30 to 40% across the entire field. The Fendt Slicer 960/1010 Pro models with optional tine conditioner offer variable adjustment of the conditioner intensity thanks to the innovative ISOBUS control. The automatic adjustment is made using sensors in real time measurements or using application data based on the position registration of the biomass.