TEMPO.CO, Jakarta - The eruption of Mount Semeru in Indonesia occurred again on Thursday morning, April 16, 2026, at 06:21 AM WIB (Western Indonesian Time). The Mount Semeru Observation Post reported ...

JAKARTA: Indonesia’s Mount Semeru, located on the border of Lumajang and Malang regencies in East Java, erupted twice on Tuesday (April 14) morning, sending pyroclastic flows up to three kilometres ...

JAKARTA: Indonesia’s Mount Semeru located on the border of Lumajang and Malang regencies in East Java, erupted multiple times on Monday (April 13), sending ash columns up to 1,000 metres above its ...

In an advisory posted by the OCD, residents living near Mayon were warned of possible "pyroclastic flow, rockfall, and ashfall." “Manatili pong naka-alerto, laging mag-ingat, at sumunod sa paalala at ...

Learn techniques for surviving a pyroclastic flow. Trump evacuated from White House Correspondents’ Association dinner Hegseth fired the Army chief of chaplains. It’s an unusual move I Left My Baby ...

Add Yahoo as a preferred source to see more of our stories on Google. A powerful volcanic eruption in Indonesia sent residents fleeing as Mount Semeru released a towering ash column and pyroclastic ...

Semeru volcano — the tallest volcano on Java at 3,676 meters — erupted on the afternoon of November 19, 2025, with pyroclastic flows racing at high speed more than 8.5 kilometers down its slopes, as ...

Automation has become the backbone of modern SystemVerilog/UVM verification environments. As designs scale from block-level modules to full system-on-chips (SoCs), engineers rely heavily on scripts to ...

An AI-generated video released by the Tokyo Metropolitan Government shows the impact of a larger volcanic eruption of Fuji-san on the city’s infrastructure. The simulation, part of disaster ...

Volcanologist Professor Chris Jackson discovers evidence of the deadly pyroclastic flow. Volcanologist Professor Chris Jackson reveals the power of the deadly pyroclastic flow that had swept through ...

To simulate blood flow inside brain aneurysms, researchers from Japan have developed a computational method that combines 4D flow MRI, computational fluid dynamics, and data assimilation, which ...