neonicotinoids

Paul Towers's blog
By Paul Towers,

Inaction? Intransigence? Negligence? Whatever the right word, we’re reminded that the U.S. is behind the curve when it comes to protecting bees. Yesterday, Europe’s restrictions on bee-harming pesticides went into effect.

Today, in a full-page advertisement in the New York Times and six other major papers, PAN and over 60 food, farm, faith and investor groups are calling on the Environmental Protection Agency (EPA) to take action. Quickly.

Pesticide Action Network's blog
By Pesticide Action Network,

Last week, the Environmental Protection Agency (EPA) announced new labels intended to better protect bees from neonicotinoid pesticides. While seemingly a move in the right direction — and explicit acknowledgement from the agency that neonics indeed pose a threat to bee populations — these labels fail to establish truly meaningful protections.

There is no clear path for enforcing EPA's new labels. And even if followed to the letter, the labels fail to address a primary route of exposure through pre-treated seeds. Neonics are systemic, permeating the plant (including pollen and nectar), and are commonly applied as seed coatings to widely planted crops like corn. In short, EPA's labels appear to be an empty gesture.

Johnnae Nardone

Contact:

Paul Towers, Pesticide Action Network North America: 916-216-1082, ptowers@panna.org

FOR IMMEDIATE RELEASE

August 14, 2013

Pesticide Action Network's blog
By Pesticide Action Network,

Neonicotinoids have been in the news a lot in recent months, and are now widely recognized as a class of insecticides contributing to the dramatic declines in honey bee populations.

Last week, a researcher out of the University of Stirling in the UK released a new study examining other ways “neonics” are impacting the environment. It turns out that the harmful effects of these insecticides are widespread — from birds to earthworms, mammals to aquatic insects.

Pesticide Action Network's blog
By Pesticide Action Network,

Two new studies confirm that common pesticides are scrambling the circuits of bees’ brains. Researchers report that certain neonicotinoids and an organophosphate pesticide — particularly in combination — interfere with the insects' ability to learn, smell or remember, all critical capacities for foraging honey bees.

The new studies add to a growing body of evidence pointing to pesticides as a key driver to the dramatic losses in bee colonies reported by beekeepers.