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Echinacea and bee gather pollen in the People's Garden, Washington, D.C. (Photo: Smith Collection/Gado/Getty Images)
Beyond Neonics: New Study Shows Glyphosate Also Major Threat to World's Honey Bee Population
"We need better guidelines for glyphosate use, especially regarding bee exposure, because right now the guidelines assume bees are not harmed by the herbicide. Our study shows that's not true."
Sep 25, 2018
While it has been widely established by the scientific community that the class of pesticides known as neonicotinoids (or neonics) have had devastating impacts on honey bees and other pollinators, new research shows that Monsanto's glyphosate--the world's most widely used chemical weed-killer--is also extremely harmful to the health of bees and their ability to fend off disease.
Documented in a new study by scientists at the University of Texas at Austin and published in the Proceedings of the National Academy of Sciences, the findings show, according to the Guardian, that glyphosate negatively impacts "beneficial bacteria in the guts of honeybees and makes them more prone to deadly infections" by damaging "the microbiota that honeybees need to grow and to fight off pathogens."
Erick Motta, one of the researchers and co-author of the study, said, "We demonstrated that the abundances of dominant gut microbiota species are decreased in bees exposed to glyphosate at concentrations documented in the environment."
Based on their study, Motta and her colleagues are urging farmers and homeowners to avoid spraying glysophate-based herbicides on flowering plants that are likely to attract bees.
Bee experts and advocates worldwide in recent years have been warning that humanity's insatiable use of pesticides has been causing serious harm to bee populations that are essential to the global food supply.
While previous research has shown that use of glyphosate--the main active ingredient in Monsanto's pesticide Roundup--indirectly harms bees by devastating certain flowers on which they depend, the new research is significant for showing the direct harm it has on the health of bees.
"The biggest impact of glyphosate on bees is the destruction of the wildflowers on which they depend," Matt Sharlow, with the conservation group Buglife, told the Guardian. "Evidence to date suggests direct toxicity to bees is fairly low, however the new study clearly demonstrates that pesticide use can have significant unintended consequences."
According to Motta, "We need better guidelines for glyphosate use, especially regarding bee exposure, because right now the guidelines assume bees are not harmed by the herbicide. Our study shows that's not true."
Speaking to The Advocate, Professor Dave Goulson, a bee expert from the University of Sussex, added: "Those of us that study bees have long ago come to the conclusion that colony health is adversely affected by a number of interacting stressors, including exposure to cocktails of insecticides and fungicides, impacts of pathogens, and effects of poor nutrition."
Now, he said, "It now seems that we have to add glyphosate to the list of problems that they face."
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While it has been widely established by the scientific community that the class of pesticides known as neonicotinoids (or neonics) have had devastating impacts on honey bees and other pollinators, new research shows that Monsanto's glyphosate--the world's most widely used chemical weed-killer--is also extremely harmful to the health of bees and their ability to fend off disease.
Documented in a new study by scientists at the University of Texas at Austin and published in the Proceedings of the National Academy of Sciences, the findings show, according to the Guardian, that glyphosate negatively impacts "beneficial bacteria in the guts of honeybees and makes them more prone to deadly infections" by damaging "the microbiota that honeybees need to grow and to fight off pathogens."
Erick Motta, one of the researchers and co-author of the study, said, "We demonstrated that the abundances of dominant gut microbiota species are decreased in bees exposed to glyphosate at concentrations documented in the environment."
Based on their study, Motta and her colleagues are urging farmers and homeowners to avoid spraying glysophate-based herbicides on flowering plants that are likely to attract bees.
Bee experts and advocates worldwide in recent years have been warning that humanity's insatiable use of pesticides has been causing serious harm to bee populations that are essential to the global food supply.
While previous research has shown that use of glyphosate--the main active ingredient in Monsanto's pesticide Roundup--indirectly harms bees by devastating certain flowers on which they depend, the new research is significant for showing the direct harm it has on the health of bees.
"The biggest impact of glyphosate on bees is the destruction of the wildflowers on which they depend," Matt Sharlow, with the conservation group Buglife, told the Guardian. "Evidence to date suggests direct toxicity to bees is fairly low, however the new study clearly demonstrates that pesticide use can have significant unintended consequences."
According to Motta, "We need better guidelines for glyphosate use, especially regarding bee exposure, because right now the guidelines assume bees are not harmed by the herbicide. Our study shows that's not true."
Speaking to The Advocate, Professor Dave Goulson, a bee expert from the University of Sussex, added: "Those of us that study bees have long ago come to the conclusion that colony health is adversely affected by a number of interacting stressors, including exposure to cocktails of insecticides and fungicides, impacts of pathogens, and effects of poor nutrition."
Now, he said, "It now seems that we have to add glyphosate to the list of problems that they face."
While it has been widely established by the scientific community that the class of pesticides known as neonicotinoids (or neonics) have had devastating impacts on honey bees and other pollinators, new research shows that Monsanto's glyphosate--the world's most widely used chemical weed-killer--is also extremely harmful to the health of bees and their ability to fend off disease.
Documented in a new study by scientists at the University of Texas at Austin and published in the Proceedings of the National Academy of Sciences, the findings show, according to the Guardian, that glyphosate negatively impacts "beneficial bacteria in the guts of honeybees and makes them more prone to deadly infections" by damaging "the microbiota that honeybees need to grow and to fight off pathogens."
Erick Motta, one of the researchers and co-author of the study, said, "We demonstrated that the abundances of dominant gut microbiota species are decreased in bees exposed to glyphosate at concentrations documented in the environment."
Based on their study, Motta and her colleagues are urging farmers and homeowners to avoid spraying glysophate-based herbicides on flowering plants that are likely to attract bees.
Bee experts and advocates worldwide in recent years have been warning that humanity's insatiable use of pesticides has been causing serious harm to bee populations that are essential to the global food supply.
While previous research has shown that use of glyphosate--the main active ingredient in Monsanto's pesticide Roundup--indirectly harms bees by devastating certain flowers on which they depend, the new research is significant for showing the direct harm it has on the health of bees.
"The biggest impact of glyphosate on bees is the destruction of the wildflowers on which they depend," Matt Sharlow, with the conservation group Buglife, told the Guardian. "Evidence to date suggests direct toxicity to bees is fairly low, however the new study clearly demonstrates that pesticide use can have significant unintended consequences."
According to Motta, "We need better guidelines for glyphosate use, especially regarding bee exposure, because right now the guidelines assume bees are not harmed by the herbicide. Our study shows that's not true."
Speaking to The Advocate, Professor Dave Goulson, a bee expert from the University of Sussex, added: "Those of us that study bees have long ago come to the conclusion that colony health is adversely affected by a number of interacting stressors, including exposure to cocktails of insecticides and fungicides, impacts of pathogens, and effects of poor nutrition."
Now, he said, "It now seems that we have to add glyphosate to the list of problems that they face."
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