Chances Peak in the context of "Soufrière Hills volcano"

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⭐ Core Definition: Chances Peak

Chances Peak is a summit of the active complex stratovolcano named Soufrière Hills, the youngest volcanic complex on the island of Montserrat, a British overseas territory located in the Caribbean Sea. It was the highest point on the island until the mid-1990s, when fluctuating volcanic domes during the 1995–1999 Soufrière Hills eruptions eclipsed the peak in height.The Soufriere Hills volcano is on a destructive plate margin, and is part of the Eastern Caribbean Volcanic Arc. This volcanic arc lies on the Caribbean plate, and has formed by subduction of the North American Plate beneath it.

On 17 September 1965 a Boeing 707 aircraft operating as Pan Am Flight 292 flew into Chances Peak near the summit and was destroyed, killing the 30 people on board.

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👉 Chances Peak in the context of Soufrière Hills volcano

The Soufrière Hills (/ˈsfriɛər/) is an active, complex stratovolcano with many lava domes forming its summit on the Caribbean island of Montserrat, an overseas territory of the United Kingdom. After a long period of dormancy, the Soufrière Hills volcano became active in 1995 and continued to erupt until 2010. Its last eruption was in 2013. Its eruptions have rendered more than half of Montserrat uninhabitable, destroying the capital city, Plymouth, and causing widespread evacuations: about two-thirds of the population have left the island. Chances Peak in the Soufrière Hills was the highest summit on Montserrat until the mid-1990s, but it has since been eclipsed by various rising and falling volcanic domes during the recent volcanic activity.

The volcano is andesitic in nature, and the current pattern of activity includes periods of lava dome growth, punctuated by brief episodes of dome collapse which result in pyroclastic flows, ash venting, and explosive eruption. The volcano is monitored by the Montserrat Volcano Observatory. Volcanic gas emissions from this volcano are measured by a multi-component gas analyzer system, which detects pre-eruptive degassing of rising magmas, improving prediction of volcanic activity.

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