Microplastics found in every field tested

A five-year EU-funded study detected microplastics in all 227 agricultural fields across 11 European countries, revealing widespread soil contamination from current farming and historical land use.

“Microplastics in soil pose global threat by acting like 'Trojan horse' to deliver toxins”

Plastics act as Trojan horse for toxins

Microplastics create surfaces called the plastisphere where pollutants, pesticides, bacteria and metals accumulate, then spread through soil. Smaller particles absorb more contaminants.

“Trojan horse effect that can potentially increase the diffusion of pathogens and antibiotic-resistance genes”

Antibiotic resistance spreads in plastispheres

Microplastic surfaces showed increased antibiotic-resistant genes compared to normal soil. Pesticides made this effect even stronger, creating ideal conditions for dangerous bacteria to thrive.

Soil organisms and plants suffer damage

Microplastics disrupt earthworms and nutrient cycles critical to soil health. In lettuce, higher microplastic levels reduced leaf area, chlorophyll and photosynthetic efficiency, especially under drought stress.

Biodegradable plastics aren't the solution

Biodegradable plastics still fragment into microplastics in soil and can cause ecological damage. The study shows switching to biodegradable options alone won't prevent contamination.

Policy must address multiple pollutants together

Current environmental assessments treat pollutants separately, but microplastics interact with pesticides and other chemicals to cause greater harm. Urgent policy changes are needed for monitoring and regulation.

“Once these plastics fragment into the ground, they're practically impossible to remove”