WATCH: The effusive eruption at Mayon Volcano continues for the 28th consecutive day, producing incandescent lava flows, pyroclastic density currents (PDC) or “uson,” and rockfall. Lava flows have reached radial distances of around 3.7 kilometers in the Basud (east), 1.6 kilometers in the Bonga (southeast), and 1.3 kilometers in the Mi-isi Gullies, based on footage from the VMLH (Ligñon Hill) IP Camera as of February 3, 2026, according to PHIVOLCS. Alert Level 3 remains in effect over Mayon, and

LOOK: Phivolcs reports continued effusive eruption at Mayon Volcano, with time-lapse footage showing lava effusion and collapse from the summit crater on February 28, 2026. The volcano remains at alert level 3 as it enters its 54th day of activity, generating lava flows, uson, and rockfalls. (📷: Phivolcs) | ABS-CBN News

Here is a demonstration of that classic science experiment we all know and love! Whether you first saw it watching a TV show or you were able to catch a glimpse in a school science fair, we are all familiar with the erupting volcano experiment. It is such a classic and a great one to support teaching in chemical reactions. Now we show you just how you can do it yourself, in the comfort of your own home and with recycled materials. This is perfect for keeping children of all ages engaged for hour

Volcanic eruptions are breathtaking—but with lightning, they become nature’s most electrifying spectacle! When a volcano erupts, it creates a plume, which is a mixture of hot volcanic ash, gas, and water vapour that is tightly packed together. As it ascends, tiny particles gain friction, which helps contribute to these lightning strikes. #EarthCapture at Volcán de Fuego, Guatemala by Danielle Herrera 📸 #volcano #lightning #naturephotography #science | BBC Earth