Weed interference in soybean would result in a 52.1% yield loss annually in the U.S. if no weed management tactics were employed.
Weed interference in soybean would result in a 52.1% yield loss annually in the U.S. if no weed management tactics were employed.
Synthetic Auxin Herbicide Applicator Training Program Module 1
Synthetic Auxin Herbicide Applicator Training Program Module 2
Synthetic Auxin Herbicide Applicator Training Program Module 3
Understanding Weather to Improve Pesticide Application Practices
Inversions and Ground Pesticide Applications
Sensitivity of Various Tree and Ornamental Species to 2,4-D and Dicamba
Dicamba and 2,4-D Injury on Common Vegetable and Flower Species
Minimizing the Risk of Drift: Synthetic Auxin Herbicides on Soybean
Common ragweed plants typically release a billion pollen grains per plant from August through October, triggering allergic reactions for nearly 36 million Americans annually.
Electrocution for Weed Management in Pastures
2020 Pasture Weed Management Trials Summary
Controlling Greenbrier in Tall Fescue Pastures
Weed Management in Pastures
Impact of Weed Removal on Cattle Distribution in Tall Fescue Pastures
Considerations for the Control of Blackberries in MO Pastures
Considerations for Spring Applications of Metsulfuron Herbicides in Pastures
Weeds change resistance tactics
Electrocution has limited role as alternative to herbicides
Weeds adapt to fight back against herbicides
Pasture Invaders: Seven Weeds to Watch
New regulations make weed management more complex in 2023
Forage, Feed and Grazing Restrictions for Some Common Corn and Soybean Herbicides
Professor and State Extension Weed Scientist
BradleyKe@missouri.edu
(573) 882-4039
Sr Research Associate
barlowh@missouri.edu
Sr Research Associate
KnerrDR@missouri.edu
M.S. Student
glrd4b@missouri.edu
M.S. Student
grantcoe@missouri.edu
M.S. Student
tmtkhf@missouri.edu
M.S. Student
jcyhmz@missouri.edu
