Glyphosate resistance in American row crops and lessons for weed control in Europe

Glyphosate is the single most-used herbicide in the world. It has been on the market since 1974, but its use increased rapidly in North and South America with the adoption of the herbicide tolerant traits in crops that made its use possible in canola, cotton, corn and soybean to control weeds during...

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Main Authors: Strek, Harry J., Hess, Martin, Kaiser, Joachim
Format: Article
Language:deu
Published: Julius Kühn-Institut 2012-03-01
Series:Julius-Kühn-Archiv
Subjects:
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spelling doaj-70f31810e9a2464186a1377df9d2c86d2020-11-25T02:35:11ZdeuJulius Kühn-InstitutJulius-Kühn-Archiv1868-98922012-03-0143417117610.5073/jka.2012.434.020Glyphosate resistance in American row crops and lessons for weed control in EuropeStrek, Harry J.Hess, MartinKaiser, JoachimGlyphosate is the single most-used herbicide in the world. It has been on the market since 1974, but its use increased rapidly in North and South America with the adoption of the herbicide tolerant traits in crops that made its use possible in canola, cotton, corn and soybean to control weeds during the cropping season. Since the first report of a glyphosate resistant weed in a row crop in 2000, resistance has spread throughout most of the cropping areas of the Southeast and Mid- South regions of the US and is now growing in the Midwest cornsoybean belt. The reason for this development is clear, the use of only glyphosate to control weeds, its application to very large weeds and the use of low rates, coupled with lack of significant tillage and rotation to other herbicides or crops and other integrated weed management strategies have contributed to the situation. In Europe glyphosate is used in cereals to provide a weed-free field to sow the crop. Although the dynamics in Europe are different, the lessons to be learned from the US are that no herbicide system is immune to the development of resistance and care should be taken to integrate other complementary measures into weed management strategies in order to preserve the utility of all current herbicides. EPSP-HemmerGlyphosatHerbizidresistenzESPS-inhibitorglyphosateherbicide resistance
collection DOAJ
language deu
format Article
sources DOAJ
author Strek, Harry J.
Hess, Martin
Kaiser, Joachim
spellingShingle Strek, Harry J.
Hess, Martin
Kaiser, Joachim
Glyphosate resistance in American row crops and lessons for weed control in Europe
Julius-Kühn-Archiv
EPSP-Hemmer
Glyphosat
Herbizidresistenz
ESPS-inhibitor
glyphosate
herbicide resistance
author_facet Strek, Harry J.
Hess, Martin
Kaiser, Joachim
author_sort Strek, Harry J.
title Glyphosate resistance in American row crops and lessons for weed control in Europe
title_short Glyphosate resistance in American row crops and lessons for weed control in Europe
title_full Glyphosate resistance in American row crops and lessons for weed control in Europe
title_fullStr Glyphosate resistance in American row crops and lessons for weed control in Europe
title_full_unstemmed Glyphosate resistance in American row crops and lessons for weed control in Europe
title_sort glyphosate resistance in american row crops and lessons for weed control in europe
publisher Julius Kühn-Institut
series Julius-Kühn-Archiv
issn 1868-9892
publishDate 2012-03-01
description Glyphosate is the single most-used herbicide in the world. It has been on the market since 1974, but its use increased rapidly in North and South America with the adoption of the herbicide tolerant traits in crops that made its use possible in canola, cotton, corn and soybean to control weeds during the cropping season. Since the first report of a glyphosate resistant weed in a row crop in 2000, resistance has spread throughout most of the cropping areas of the Southeast and Mid- South regions of the US and is now growing in the Midwest cornsoybean belt. The reason for this development is clear, the use of only glyphosate to control weeds, its application to very large weeds and the use of low rates, coupled with lack of significant tillage and rotation to other herbicides or crops and other integrated weed management strategies have contributed to the situation. In Europe glyphosate is used in cereals to provide a weed-free field to sow the crop. Although the dynamics in Europe are different, the lessons to be learned from the US are that no herbicide system is immune to the development of resistance and care should be taken to integrate other complementary measures into weed management strategies in order to preserve the utility of all current herbicides.
topic EPSP-Hemmer
Glyphosat
Herbizidresistenz
ESPS-inhibitor
glyphosate
herbicide resistance
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AT kaiserjoachim glyphosateresistanceinamericanrowcropsandlessonsforweedcontrolineurope
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