In a groundbreaking study, researchers from the University of Bern and ETH Zurich have shown how climate change is intensifying supercell thunderstorms in Europe. At a global temperature increase of 3 degrees Celsius, these powerful storms are expected to occur more frequently, especially in the Alpine region. This research utilizes a state-of-the-art digital map that provides unprecedented precision in tracking these storms.

As the world grapples with climate change and dwindling fossil fuel reserves, biodiesel emerges as a promising renewable alternative to conventional diesel. However, the journey toward sustainable biodiesel production faces significant hurdles, particularly in selecting the right feedstocks that don't compete with food supplies. A groundbreaking comprehensive review reveals how artificial neural networks (ANNs) and deep learning technologies are revolutionizing this field, offering unprecedented solutions to longstanding challenges.

As our cities choke on exhaust fumes and climate change accelerates, electric vehicles (EVs) have emerged as our beacon of hope. Yet, despite their promise, EVs face a critical challenge that limits their widespread adoption: the delicate balance between driving efficiency and ride comfort. Every time you press the accelerator in an electric car, the motor must deliver power efficiently while minimizing vibrations that can make your journey uncomfortable and reduce the vehicle's lifespan.

New research warns of declining access to safe, reliable and affordable water in the U.S., urging for better water tracking tools and immediate policy reforms.

New Arizona State University research reveals the extent to which sewage pollution threatens the fragile coral reef ecosystems of West Hawaiʻi Island. The study identifies exactly where sewage-contaminated water is entering the ocean, further damaging coral reefs already impacted by climate change, and endangering human health. The research team used advanced airborne mapping techniques, along with comprehensive field sampling and sophisticated statistical models, to pinpoint locations where high levels of fecal bacteria associated with populated coastal areas are driving worsening contamination. The study provides the critical data needed by government officials and local communities to mitigate this threat and protect the health and biodiversity of coastal ecosystems.