Browsing by Author/Contributor "Bradley, Kevin"

Now showing items 1-12 of 12

  • Biology and management of common ragweed 

    Bradley, Kevin; Jordan, Tom; Nice, Glenn; Smeda, Reid; Sprague, Christy; Loux, Mark; Johnson, Bill (University of Missouri--Columbia. Extension Division, 2022)
    "This publication examines the biological characteristics of common ragweed that make it a troublesome weed, and outlines management practices that will help growers better manage the weed and slow the selection of biotypes ...

  • Biology and management of giant ragweed 

    Bradley, Kevin; Johnson, Bill; Loux, Mark; Nordby, Dawn; Sprague, Christy; Nice, Glenn; Westhoven, Andy; Stachler, Jeff (University of Missouri--Columbia. Extension Division, 2022)
    "This publication discusses the biological characteristics that make giant ragweed troublesome, and provides management guidelines that will minimize yield losses and slow the development of glyphosate-resistant ...

  • Biology and management of horseweed 

    Bradley, Kevin; Loux, Mark; Stachler, Jeff; Johnson, Bill; Nice, Glenn; Davis, Vince; Nordby, Dawn (University of Missouri--Columbia. Extension Division, 2022)
    "This publication discusses some of the biological characteristics that make horseweed particularly troublesome to control in agronomic crops. Then it provides management strategies, using technologies now available, that ...

  • Biology and management of waterhemp 

    Bradley, Kevin; Nordby, Dawn; Hartzler, Bob (University of Missouri--Columbia. Extension Division, 2022)
    "This publication provides an overview of the biological characteristics that make waterhemp difficult to manage in agronomic crops. Then it provides management strategies to help growers better manage this weed and slow ...

  • Evaluation of harvest weed seed destruction in U.S. soybean and a survey of waterhemp populations response to dicamba and glufosinate 

    Winans, Travis Robert (University of Missouri--Columbia, 2022)
    "One impact mill commonly used in commercial production in Australia is known as the Seed Terminator[trademark]. Independent research has shown the Seed Terminator[trademark] to be an effective HWSC tool in Australian grain ...

  • Facts about glyphosate-resistant weeds 

    Bradley, Kevin; Boerboom, Chris; Owen, Michael (University of Missouri--Columbia. Extension Division, 2022)
    "This publication describes the status and potential consequences of glyphosate-resistant weeds; and the primary factors that increase the risk of glyphosate resistance, and it encourages growers to use practices that ...

  • Impact of electrocution on weed control and weed seed viability in soybean 

    Schreier, Haylee Elizabeth (University of Missouri--Columbia, 2022)
    Field experiments were conducted in 2020 and 2021 to test the effectiveness of electrocution on several weeds commonly encountered in Missouri soybean production using an implement known as The Weed Zapper[trademark]. The ...

  • Managing ponds and lakes for aquaculture and fisheries in Missouri : controlling nuisance aquatic vegetation (2014) 

    Hicks, Charles E.; Pierce, Robert A. II; Bradley, Kevin (University of Missouri--Columbia. Extension Division, 2014)
    Aquatic vegetation can be controlled using cultural, biological and chemical methods. Methods aimed at preventing vegetation problems are often the most successful, but control usually requires a combination of methods, ...

  • Missouri weed seeds (2005) 

    Fishel, Fred; Bradley, Kevin (University of Missouri Extension, 2005)

  • Research to advance our understanding of off-target dicamba movement in United States agriculture 

    Oseland, Eric (University of Missouri--Columbia, 2021)
    The commercialization of dicamba-resistant (DR) crops and subsequent increase in post-emergent applications of dicamba has contributed to millions of acres of dicamba injury to sensitive plant species since 2016. The ...

  • Response of insect pest and beneficial species to the timing and severity of dicamba injury in soybean 

    Tubbs, William Andrew (University of Missouri--Columbia, 2020)
    Off-target movement (OTM) of dicamba (3,6-dichloro-2-methoxybenzonic acid), to sensitive crops has been one of the most significant issues to affect non-dicamba-resistant (non-DR) soybean (Glycine max (L.) Merr.) production ...

  • Understanding glyphosate to increase performance 

    Bradley, Kevin; Hartzler, Bob; Boerboom, Chris; Nice, Glenn; Sikkema, Peter (University of Missouri--Columbia. Extension Division, 2022)
    "Glyphosate and Roundup Ready crops are popular because they provide consistent, broad-spectrum weed control with minimal risk of crop injury. On occasion, however, growers experience poor weed control with glyphosate, ...