Brock Online Notes

Apr 17, 2003 12:00 PM, Richard Brock

Asian Rust Cutting Brazil Soy Crop

A top government plant pathologist recently told Reuters News Service that Brazil would lose more than 2.2 million metric tons of its 2002-2003 (October-September) soy crop to Asian rust and the fungus could hit the U.S. crop this year with help from the wind.

Jose Tadashi Yorinori, the plant pathologist for Brazil's crop research department, Embrapa, told Reuters that 1.8 million tons of soy had already been lost to rust in Brazil's number one soy state, Mato Grosso, and 415,000 tons had been lost in minor producer Bahia.

"This does not include losses in those two states caused by excessive rains," said Tadashi. "I have also received reports of rust from the south, in Rio Grande do Sul and Parana, but so far they appear not to have caused significant losses."

Tadashi said Mato Grosso, with 15% of its crop estimated lost, and Bahia, with 20% of its crop lost, were the states hardest hit by the fungus, which spreads its spores on the wind.

"This fungus is everywhere in Brazil. It's widespread in Paraguay. I've heard no report of it in Bolivia or Argentina this year," said Tadashi. "But with the right wind and climatic conditions, it could reach the United States by this year's crop."

Editors note: Richard Brock, The Corn and Soybean Digest's Marketing Editor, is president of Brock Associates, a farm market advisory firm, and publisher of The Brock Report.

Get Copyright ClearanceWant to use this article? Click here for options!
© 2010 Penton Media, Inc.


Acceptable Use Policy blog comments powered by Disqus

Most Recent Story

Weather

Continuing Education

Click here to view more courses


Accredited for 2 Units CCA Soil/Water Management:

(New Course)
Agronomic Principles and Efficient Chemigation and Fertigation Using Center Pivot/Linear Sprinkler Systems

This online CE course details sound mechanical irrigation design and management practices to allow efficient chemigation and fertigation.

Back to Top

Browse Back Issues

Related Sites