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Stephen Adams

Chemistry Regulatory Affairs Manager, Bayer Crop Science

Expert Bio

I’ve been working in the crop protection industry for over 30 years starting as an analytical chemist studying the fate of agricultural pesticides in the environment. One of the most rewarding phases of my career at Monsanto was working directly with farmers and pesticide applicators in the field, putting what I learned in the lab and about the regulation of pesticides by the States and U.S. EPA, into pesticide best management practices that protect the environment and resources we all share. I am currently the Chemistry Regulatory Affairs Manager at Bayer.

Studies, Articles and Answers

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Question

Q: How do you remove Glyphosate from runoff water from agricultural land? How do you prevent glyphosate from entering the drinking water supply?

Answered By Stephen Adams - Oct 02, 2014

A: I have recently responded to this very topic but for more detailed information you can find my full response here on management practices that farmers use to limit movement of glyphosate:     “There are a number of management practices that farmers use to limit the movement of glyphosate herbicides and other pesticide tools in both ground- and surface-water sources of drinking water and there are two ways in which pesticides can enter into ground and surface water—either directly, called point source, or indirectly, called nonpoint source. I spent a good portion of my [...]

Environment Crop protectants

Question

Q: How do farmers prevent glyphosate from entering drinking water?

Answered By Stephen Adams - May 15, 2014

A: Drinking water can come from two sources: a public water system that provides drinking water to approximately 90 percent of Americans, or private drinking-water wells. Groundwater or surface waters (lakes, rivers and streams) are the sources of drinking water. There are a number of management practices that farmers use to limit the movement of glyphosate herbicides and other pesticide tools in both ground- and surface-water sources of drinking water. There are two ways in which pesticides can enter into ground and surface water—either directly, called point source, or indirectly, called [...]