Benefits

Over the past 30 years, Glufosinate-ammonium has become one of the key herbicides in global agriculture. For farmers, the product offers a unique, simple and effective weed control in a variety of crops, while preserving a balance between the needs of the environment, economy and society.  
Fighting weed resistance

Fighting weed resistance

Overreliance on a single herbicide can cause the development of resistant weeds jeopardizing yields. » more

Benefits for the crop

Benefits for the crop

GA has enabled the healthy production of more than 100 crops. » more

Benefits in the field

Benefits in the field

GA’s unique chemistry enables a substantial increase in yields and offers significant agricultural advantages. » more

Sustainability

Sustainability

GA preserves the balance between the needs of the environment, economy and society. » more

Fighting Global Herbicide Resistance Benefits

Professor Stephen Powles, Director of the Australian Herbicide Resistance Initiative (AHRI), discussed global weed resistance with Liam Condon, Member of the Board of Management of Bayer AG and President of the Crop Science Division, at the Weed Resistance Global Symposium in Paris. Bayer and the AHRI have been collaborating in research on the mechanisms of resistance and continue to exchange experiences in order to develop better solutions that are needed to ensure that weeds do not threaten food production. A diversified approach to weed resistance is needed as herbicides alone as weed control tool are not sustainable. For this purpose, Bayer invests annually more than one billion euros in crop science research and development, combining chemical and biological crop protection products with modern breeding technologies and trait research.

» more

Learn about LibertyLink Crops

Is Glufosinate-ammonium present in our food?

Any traces of Glufosinate-ammonium that may remain on crops and that are ingested directly by humans or indirectly as a result of consuming meat and milk from animals that have fed on such crops are limited at stricter levels than defined toxicological safety thresholds.

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