Tootfinder

"Microplastics found in the stomachs of Amazon tree-dwelling monkeys"
#Microplastics #Monkeys

Microplastics found in the stomachs of Amazon tree-dwelling monkeys
Scientists have detected microplastics in the digestive systems of red howler monkeys living in protected areas in the Brazilian Amazon, marking the first evidence of plastic ingestion by a tree-dwelling primate, according to a recent study. The researchers evaluated 47 Juruá red howler monkeys (Alouatta juara) and found green-colored microplastic filaments, smaller than 5 millimeters […]

"Microplastics are brought into the wilderness on hiking shoes and gear, study shows"
#Plastic #Plastics #Microplastics

"The plastic inside us: how microplastics may be reshaping our bodies and minds"
#Plastic #Plastics #Microplastics

"Fish-inspired filter removes 99% of microplastics from washing machine wastewater"
#Microplastics #Plastic #Plastics

Fish-inspired filter removes 99% of microplastics from washing machine wastewater
Wastewater from washing machines is considered a major source of microplastics—tiny plastic particles that are suspected of harming human and animal health. Researchers at the University of Bonn have now developed a filter to curb this problem. Their invention was inspired by the gill arch system in fish.

"Microplastics reduce soil fertility and boost production of a potent greenhouse gas, study shows"
#Microplastics #Plastic #Plastics

Microplastics reduce soil fertility and boost production of a potent greenhouse gas, study shows
More than 90% of plastic waste ends up in the soil, where it breaks down into microplastics that are invisible to the naked eye. Microplastic pollution of the soil poses a severe threat to soil health as it can harm essential microbial communities and reduce crop yields. The presence of these tiny plastics may also worsen climate change by boosting the production of greenhouse gases, according to a new study published in Environmental Science & Technology.

"Revolutionary Study Shows Plants That Remove Microplastics Work Better Than Current Technology"
#Microplastics #Plastic #Plastics

Revolutionary Study Shows Plants That Remove Microplastics Work Better Than Current Technology | Happy Eco News
Plants that remove microplastics from water could revolutionize treatment methods. Scientists discovered okra and fenugreek extracts capture up to 90% of plastic particles, outperforming synthetic chemicals. These natural, biodegradable alternatives cost less than industrial polymers while avoiding toxic additives, offering safer water treatment for communities worldwide.

"Another threat to reefs: Microplastic chemicals may harm coral reproduction"
#CoralReef #Microplastics #Plastic

Another threat to reefs: Microplastic chemicals may harm coral reproduction
As the sliver of a new moon shines over Kāneʻohe Bay, Oʻahu, millions of tiny orbs ascend from a reef and swirl in the water column. These spheres are bundles of coral eggs and sperm responding to lunar cycles and chemical cues in the water that tell them when to fertilize and where to settle […]

"Green Roofs Filter Microplastic From Urban Rainfall, Study Finds"
#Plastic #Plastics #Microplastics

Green Roofs Filter Microplastic From Urban Rainfall, Study Finds | Happy Eco News
Green roofs filter microplastic from urban rainwater by capturing up to 97.5% of plastic particles during rainfall, according to a new study. Most particles stay in the soil, helping reduce pollution in city waterways. While challenges remain, this adds another reason to expand green roof infrastructure in urban areas.

"Crickets munch on microplastics—especially if they have a big mouth"
#Crickets #Animals #Plastic #Microplastics

Crickets munch on microplastics—especially if they have a big mouth
To a human, microplastics are very small at less than 5 millimeters (mm) wide. But to an insect, microplastics might be the same size as the food they usually eat. Researchers reporting in the journal Environmental Science & Technology have shown that crickets can and will consume polyethylene microplastics if their mouth is larger than the plastic particle. The study suggests that crickets—and likely many other insects—cannot distinguish plastic from food.