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A quiet corner of Ethiopia’s Afar region transformed overnight when a long-inactive volcano awakened after thousands of years of stillness. The rare eruption drew the attention of scientists, aviation authorities, and nearby communities as a towering ash plume rose into the sky and drifted far beyond the region.
Hayli Gubbi, located near the Eritrean border in northeastern Ethiopia, erupted unexpectedly after nearly 12,000 years of silence. Its remote location and long dormancy made the event especially striking, reminding researchers how unpredictable volcanic systems can be.
Where It Happened
The volcano sits inside the Rift Valley, a deep geological corridor shaped by the slow separation of tectonic plates. This vast region is known for its intense seismic activity, and Hayli Gubbi’s structure rises modestly from a landscape already marked by fissures and shifting ground.
During the eruption, a dense column of smoke and ash shot miles into the atmosphere, reaching altitudes high enough to be visible from distant regions. The plume expanded rapidly, carried by strong upper-level winds that pushed the cloud eastward.
As the plume drifted, it crossed the Red Sea and continued over parts of Yemen, Oman, India, and northern Pakistan. Weather agencies tracked the movement closely, monitoring how far the ash particles could spread across the subtropical jet stream.
For volcanologists, the eruption is a remarkable case. Hayli Gubbi has no known history of activity during the entire Holocene, the geological epoch following the last Ice Age. Its sudden reactivation offers scientists a rare chance to study a volcano waking up after millennia of inactivity.
Scenes Shared Online
Videos circulating on social media showed a bright white column of smoke rising sharply from the landscape. Although not all recordings could be immediately verified, the images conveyed the force of the eruption and its impact on nearby areas.
Local administrators reported no loss of human life, yet the fallout poses serious challenges. Ash blankets several villages, reducing available grazing land for livestock herders who rely on open pastures. Many families now face uncertainty as they assess the damage to their animals’ food supply.
A Region Shaped by Activity
People living near the volcano described a deep rumbling followed by a powerful blast, moments before the sky darkened with ash. Some compared the noise to an explosion, accompanied by a wave of pressure that traveled across the ground.
Beyond the immediate disruption, the eruption may create lasting economic difficulties. Livestock-dependent communities are vulnerable to environmental changes, and recovery will require coordinated support to restore grazing areas and protect livelihoods.
The Afar region has long been prone to earthquakes and shifting terrain, and this event underscores its geological volatility. As monitoring continues, scientists and local authorities remain focused on understanding the volcano’s behavior and ensuring the safety of surrounding populations.