Bees are super important for our environment. They help plants grow by pollinating them. But, a common fungicide called iprodione might be causing problems for Chinese honeybees. This fungicide is used to protect crops from fungal diseases. However, it can also harm bees, especially the male ones, c
In a world where pollution is a growing concern, a new tool is helping women make smarter choices about breast cancer screening. This tool, called a decision aid (DA), is not just any ordinary guide. It has been specially designed to include information about environmental risks. But how effective i
Alaska's youngest residents are dealing with serious environmental issues. The numbers show that kids in Alaska are at a higher risk compared to the rest of the country. This is not just about the future; it's happening now. First, let's talk about water. In 2023, nearly half of Alaska's public wat
Soil is not just dirt. It's a living, breathing thing. And it can be tricky. People often think that soil full of organic matter is like a sponge. It soaks up bad stuff from wastewater and keeps it there. But what if it doesn't work that way? Scientists wanted to test this idea. They made little gr
Florida's stunning coastline is under threat once again. A recent proposal could allow oil drilling just off the coast, putting the state's economy and environment in danger. The idea of drilling for oil near Florida's coasts is not new, but it's always been a bad idea. The state's economy relies h
Microplastics, those tiny bits of plastic, are everywhere. They float in the air and settle on the ground. But how do they get around? It turns out their shape and size play a big role. In a recent study, scientists looked at how these tiny plastic pieces move through the air and land in Shanghai.
Microplastics are sneaky. They change in ways that are hard to track. Scientists have been trying to understand these changes using old methods. But now, a new tech approach is making waves. A team of researchers looked at 1371 microplastic samples. These samples went through seven different types
Tiny plastic pieces, called microplastics, come in different shapes and types. Scientists wanted to see how these tiny plastics move through sand. They looked at two kinds: polystyrene (PS) and polyethylene terephthalate (PET). PS was in tiny spheres, while PET came in both spheres and fragments. T
Scientists wanted to see how chemicals from building materials move through soil. They used both computer models and real-life experiments to figure this out. The computer models, like PELMO, are usually used for farming chemicals. But buildings are different from farms. So, the scientists had to ad
Imagine tiny particles of antibiotics floating around in the ocean. That's not just a scary thought, it's reality. These particles come from our daily lives, especially from the waste we produce on land. Scientists have been digging into this issue by studying sediment cores from the Hangzhou Bay in
