Detergent pods are only the start of clothing’s microplastic pollution problem
Perhaps the most holistic solution would be to regulate and limit the use of plastics for clothing and laundry applications altogether.
Perhaps the most holistic solution would be to regulate and limit the use of plastics for clothing and laundry applications altogether.
When you think of plastic pollution, you might imagine ocean “garbage patches” swirling with tens of millions of plastic bottles and shopping bags. But unfolding alongside the “macroplastic” pollution crisis is another threat caused by much smaller particles: microplastics.
If you were to somehow instantly remove all the particles from ocean waters and sediments, they’d live on by transferring from gut to gut. Everything eats, everything gets eaten, and microplastics go along for the ride.
At the broadest level, Thompson, other scientists, and environmental advocates are supportive of measures to limit overall plastic production and ban the most problematic categories of plastic, both of which would indirectly reduce the generation of microplastics.
Plastic is everywhere, and its presence in our lives has grown in the last few decades, as the oil and gas industry ramped up its production to unprecedented levels. The resulting plastic pollution crisis has now entered a new phase in the form of microplastics.
A new study has found a dramatic increase in levels of microplastics and nanoplastics (MNPs) in human brains in recent years.
The amount of plastic waste littering the Earth’s ocean floors could be up to 100 times the quantity floating on the surface, according to a study published this week.
Bottlenose dolphins in Sarasota Bay in Florida and Barataria Bay in Louisiana are exhaling microplastic fibers, according to our new research published in the journal PLOS One.
If there are future geologists and archaeologists, they will easily identify strata from our fleeting era by evidence of the rapid growth (and decline) of human numbers and their environmental impact, and by durable materials we have left behind—many of which will be plastics.
What we do with water matters even more in the era of global warming. Can we learn to treat this most precious of resources in a way that achieves sustainability?