Scientists have detected the first direct evidence of a coronal mass ejection from a star beyond our Sun, specifically the M dwarf StKM1-1262. This massive expulsion of plasma, observed as a Type II radio burst, offers crucial insights into the space weather experienced by exoplanets, particularly those orbiting M dwarfs, and their potential for habitability.

Ancient dog skulls and DNA reveal a surprising diversity in shape and size over 10,000 years ago, long before modern breeds. These early canines were not just companions but travelled extensively with humans, adapting to various roles like hunting and guarding. Their genetic exchanges highlight a deep, enduring partnership that shaped both species.

NASA's 1967 ATS-3 satellite captured Earth's first true-colour image, revolutionizing weather forecasting and planetary understanding. This breakthrough, using a novel scanning camera, allowed scientists to distinguish cloud layers and storm patterns with unprecedented clarity. The vivid global portrait fostered environmental awareness, bridging science and public consciousness, and laid the foundation for modern satellite imaging.

Oregon's Axial Seamount, a highly active underwater volcano, is closely monitored for potential eruptions by mid-to-late 2026. Scientists track seafloor inflation and seismic activity, noting that eruptions follow periods of magma accumulation and stress. While predictions are based on historical patterns, new physics-based models are being tested to improve forecasting accuracy.

Arctic fossils reveal the oldest known oceanic reptile ecosystem from the Age of Dinosaurs. Over 30,000 specimens show marine life, including diverse reptiles and fish, rebuilt complex food chains just three million years after the devastating end-Permian mass extinction. This discovery challenges previous timelines for marine ecosystem recovery.