Reduce Bee Poisoning from Pesticides
Published in academic literature
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Detailed Description
Functionality & Mechanism Developed by Oregon State University Extension, this agricultural reference tool enables assessment of pesticide toxicity to bees across California, Idaho, Oregon, and Washington. The interface supports queries by product name or active ingredient (chemical name) and returns toxicity classifications via color-coded icons and text. Three toxicity levels'ranging from highly toxic to none'are displayed based on Environmental Protection Agency precautionary statements. The platform functions as a digital companion to the full publication (PNW 591), which outlines collaborative guidelines for beekeepers, growers, and pesticide applicators. Intended Use & Scope This application is intended for farmers, beekeepers, and pesticide applicators requiring rapid field access to pollinator toxicity data. It serves as a reference utility for informed product selection. This tool is intended to support, not replace, EPA label requirements or professional agronomic consultation.
Studies & Publications
Peer-reviewed research associated with this app.
How to Reduce Bee Poisoning from Pesticides
Hooven et al. (2013) · Pacific Northwest Extension Publication
Referenced in university extension researchIn the Media
Keeping bees safe from pesticides: There's an app for that
Oregon State and Washington State University researchers created a mobile app companion to their bee protection guide, providing searchable pesticide toxicity ratings in three classes to help farmers and turf managers protect bees during field applications.
Mobile app helps protect bees from pesticides
Oregon State University released a smartphone app based on its extension publication "How to Reduce Bee Poisoning from Pesticides" (PNW 591), allowing farmers and beekeepers to look up bee-toxicity ratings for 150 pesticides by trade name or active ingredient while in the field.
App helps protect bees from pesticides
Oregon State University developed "Reduce Bee Poisoning from Pesticides" to help farmers and beekeepers protect bees by providing mobile access to pesticide safety information while working in the field. The app makes 150 insecticides, fungicides, miticides, slug killers and growth disruptors searchable by trade name or chemical name, with lead author Ramesh Sagili noting "Our stakeholders have been asking for an app to go along with this publication, and they're very excited that we now have one." Products are classified into three toxicity levels based on EPA requirements and include residual toxicity estimates for environmental persistence.
App Information
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Oregon State UniversityCategory
Evidence Profile
Published in academic literature
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Updated
Jun 2017
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