Austria has been keeping a close eye on the remnants of COVID-19. The country has been using wastewater data to estimate the number of infections after the pandemic. This approach is not new. Wastewater has been used to track other diseases in the past. It is a clever way to monitor the spread o
Clay is tricky to understand when it comes to water flow, especially when it's dry and cracked. These cracks, called desiccation cracks, are a big deal in extreme weather. They make it hard to figure out how much water is getting into the soil. This is a big problem for landfills, where we need to k
Water quality is a big deal. It's important for our environment and the systems we build. Alkalinity is a key part of water quality. It's been measured in many ways, from old-school titrations to fancy spectrophotometric and electrochemical methods. Each has its pros and cons. But what if there was
Psychotropic drugs are everywhere. They're among the most commonly prescribed medicines worldwide. These drugs can have serious effects on the environment. They can hurt other organisms even in tiny amounts. But what happens to these drugs when they go down the drain? Not much, it turns out.
Imagine having a magical map that shows where water is being used, where pollution is happening, and where diseases are spreading. That's exactly what the Water Health Open Knowledge Graph (WHOW-KG) does. It's not just a map; it's a tool designed to help us make smart decisions about water and healt
Photosynthetic bacteria (PSB) are known for their ability to clean up aquaculture waters by breaking down harmful substances like ammonia and nitrite. But here's a surprising twist: these bacteria can also tackle a much tougher challenge. They can degrade stubborn pharmaceutical residues, such as ci
Imagine tiny robots that can twist and turn, cleaning up water pollution. These aren't your average robots; they're soft, flexible, and have special powers. They can move in different ways and break down nasty pollutants. These robots are made with a clever design. They have two main parts.
Imagine this: a world where filters for cleaning our air and water are not just effective, but also eco-friendly. Sounds like a dream, right? Well, scientists have been working on making this dream a reality. They've discovered a way to use silk nanofibrils (SNFs) to create filters that can tackle b
Imagine a place where the ocean water is so dirty that it makes people sick. This isn't some distant land; it's right here in California, at the Naval Amphibious Base in Coronado. Over the past six years, beaches near this base have been shut down multiple times because the water was too contaminate
Microplastics, tiny particles smaller than 1 mm, are everywhere. They come from factories making plastic and from bigger plastic waste breaking down over time. These tiny bits of plastic behave differently in the environment because of their small size and unique surface chemistry. Think of it like
