A recent muddy eruption, described as 'Kablooey!' by experts from the U.S. Geological Survey, took place at Black Diamond Pool in Yellowstone National Park on Saturday morning. USGS shared stunning video footage showing mud erupting from the pool just before 9:23 a.m. in Biscuit Basin, strategically located between two popular park attractions, Old Faithful and Grand Prismatic. Unlike previous eruptions that were mostly audible or obscured by nightfall or ice, this occurrence offered a clear view against a backdrop of wintery conditions.
Previously, Black Diamond Pool had seen a significant hydrothermal explosion back in July 2024, which resulted in debris being propelled hundreds of feet high and necessitated a temporary closure of the area due to safety concerns.
Since then, intermittent 'dirty eruptions' have occurred sporadically, reaching heights of up to 40 feet (about 12 meters). Researchers in the park installed new surveillance tools this summer, including a monitoring station and camera to capture and analyze these explosive events better. The instruments will work alongside temperature sensors already in use by the Yellowstone National Park Geology Program.
The recent eruption is a prime example of the unpredictable nature of these hydrothermal features. Experts from the USGS noted the lack of a clear pattern or precursors to these eruptions, emphasizing the dynamic environment Yellowstone provides, boasting over 10,000 hydrothermal features, of which more than 500 are geysers. As the monitoring efforts continue, visitors to Yellowstone can expect to see more intriguing geothermal activity as winter unfolds.
Previously, Black Diamond Pool had seen a significant hydrothermal explosion back in July 2024, which resulted in debris being propelled hundreds of feet high and necessitated a temporary closure of the area due to safety concerns.
Since then, intermittent 'dirty eruptions' have occurred sporadically, reaching heights of up to 40 feet (about 12 meters). Researchers in the park installed new surveillance tools this summer, including a monitoring station and camera to capture and analyze these explosive events better. The instruments will work alongside temperature sensors already in use by the Yellowstone National Park Geology Program.
The recent eruption is a prime example of the unpredictable nature of these hydrothermal features. Experts from the USGS noted the lack of a clear pattern or precursors to these eruptions, emphasizing the dynamic environment Yellowstone provides, boasting over 10,000 hydrothermal features, of which more than 500 are geysers. As the monitoring efforts continue, visitors to Yellowstone can expect to see more intriguing geothermal activity as winter unfolds.
