EPA, protect farmworkers

EPA, protect farmworkers

Thank EPA Administrator McCarthy for meeting with farmworkers about stronger rules for a safer workplace — and urge her to finish the job. Take action »

Every kid deserves a healthy start

Every kid deserves a healthy start

Help prevent children's exposure to pesticides that harm their developing minds and bodies. Donate today »

Mr. President: Bees need help, now

Mr. President: Bees need help, now


Urge Obama's new task force to enact real and rapid protections for honey bees.
Act now »

Feeding the World

Feeding the World

What would a food system geared towards eradicating hunger look like? Much like sound farming, it all starts at the roots... Learn more »

Not lovin’ pesticide drift

Not lovin’ pesticide drift

Join rural Minnesotans in urging McDonald's to keep its promise to grow safe potatoes that don't put their families in harm's way. Take action »

Pesticide Action Network's blog
By Pesticide Action Network,

A combination of commonly used pesticides can triple the risk of Parkinson's disease (PD), according to a new study released last week in the European Journal of Epidemiology. People who work and/or live near fields sprayed with paraquat, maneb and ziram are more likely to suffer from the degenerative central nervous system disorder, for which there is no cure.

Researchers note that their findings provide the first strong evidence in humans that exposure to several pesticides increases risk of PD more than exposure to individual chemicals alone.

Pesticide Action Network's blog
By Pesticide Action Network,

A collection of recent studies shows that exposure to persistent organic pollutants (POPs) — including many longlasting pesticides — can slow growth rates of human embryos and shrink the genitals and weaken bones of polar bears.

The World Health Organization (WHO), meanwhile, is asking health professionals around the world to do more to protect children from the health effects of POPs.

Marcia Ishii-Eiteman's blog
By Marcia Ishii-Eiteman,

My mom hackles are up. GE toxins are turning up in umbilical cordblood and the blood of pregnant women, according to a study by independent Canadian doctors. And what might be the effect of these toxins on developing fetuses? No one really knows. Let me tell you why this is big news.

All this time, Monsanto has based its assertion that crops engineered to contain the bacterial toxin, Bacillus thuringiensis (Bt), are harmless on an assumption that the toxin breaks down in the digestive system and so never enters the rest of the body. Regulators have been repeating this to us for over a generation. Now it turns out that the Bt toxin is not only surviving in our guts, but is making its way on into our bloodstreams — and if we’re pregnant, into the soon-to-be-babies in our bellies.

Margaret Reeves's blog
By Margaret Reeves,

Healthy crops come from healthy soil. Soil fertility depends on an incredible diversity and abundance of soil critters, from the microscopic to the flying and creepy crawly. Together these critters cycle nitrogen (N) and many other essential minerals and nutrients, making them available to plants. The complexity of what goes on in healthy soil is truly awe-inspiring.

A key group of organisms that provide the soil with one nutrient that's often in short supply are the N-fixing soil bacteria. And according to a recent study by UK scientists, it turns out these organisms do a better job when they're working on organic farms.

Pesticide Action Network's blog
By Pesticide Action Network,

There's good news for school children in New York. The Child Safe Playing Fields Act, which took effect May 17, prohibits use of pesticides on playgrounds, athletic fields and all grassy areas in K-12 schools across the state.

This law represents major progress toward preventing children’s exposure to pesticides and the resulting health harms. Science clearly shows that during critical developmental windows, exposure to pesticides can cause long-term and irreversible damage for children’s health and cognitive development.