Volcán de Colima
The Volcán de Colima, 3,820 m (12,533 ft), also known as Volcán de Fuego, is part of the Colima Volcanic Complex (CVC) consisting of Volcán de Colima, Nevado de Colima (Spanish pronunciation: [neˈβaðo ðe koˈlima] (listen)) and the eroded El Cántaro (listed as extinct). It is the youngest of the three and as of 2015 is one of the most active volcanos in Mexico and in North America. It has erupted more than 40 times since 1576. One of the largest eruptions was on January 20–24, 1913. Nevado de Colima, also known as Tzapotépetl, lies 5 kilometres (3.1 mi) north of its more active neighbor and is the taller of the two at 4,271 meters (14,015 ft). It is the 26th-most prominent peak in North America.
|Volcán de Colima|
|Elevation||3820+ m (12,533+ ft)|
|Prominence||600 m (2,000 ft)|
|Location||Jalisco / Colima, Mexico|
|Parent range||Trans-Mexican Volcanic Belt|
|Age of rock||5 million years|
|Volcanic arc/belt||Trans-Mexican Volcanic Belt|
|Last eruption||2013 to 2018 (ongoing)|
Despite its name, only a fraction of the volcano's surface area is in the state of Colima; the majority of its surface area lies over the border in the neighboring state of Jalisco, toward the western end of the Trans-Mexican Volcanic Belt. It is about 485 km (301 mi) west of Mexico City and 125 km (78 mi) south of Guadalajara, Jalisco.
Since 1869–1878, a parasitic set of domes, collectively known as El Volcancito, has formed on the northeast flank of the main cone of the volcano.
In the late Pleistocene era, a huge landslide occurred at the mountain, with approximately 25 km³ (6 cubic miles) of debris traveling some 120 km, reaching the Pacific Ocean. An area of some 2,200 km² was covered in landslide deposits. The currently active cone is within a large caldera that was probably formed by a combination of landslides and large eruptions. The lava is andesite containing 56-61% SiO2. About 300,000 people live within 40 km (25 miles) of the volcano, which makes it the most dangerous volcano in Mexico. In light of its history of large eruptions and situation in a densely populated area, it was designated a Decade Volcano, singling it out for study.
In recent years there have been frequent temporary evacuations of nearby villagers due to threatening volcanic activity. Eruptions have occurred in 1991, 1998–1999 and from 2001 to the present day, with activity being characterized by extrusion of viscous lava forming a lava dome, and occasional larger explosions, forming pyroclastic flows and dusting the areas surrounding the volcano with ash and tephra.
The largest eruption for several years occurred on May 24, 2005. An ash cloud rose to more than 3 km over the volcano and satellite monitoring indicated that the cloud spread over an area extending 110 nautical miles (200 km) west of the volcano in the hours after the eruption. Pyroclastic flows travelled 4–5 km from the vent, and lava bombs landed 3–4 km away. Authorities set up an exclusion zone within 6.5 km of the summit.
On November 21, 2014, the volcano erupted again. An ash column was sent 5 km into the air, covering towns as far as 25 km away in ash. No fatalities were reported, and no evacuations took place. There were eruptions on January 10, 21 and 25, with the ash from the January 21 eruption falling in towns more than 15 miles (24 km) away.
On 10 July 2015, there was another eruption. Another eruption occurred on Sunday, September 25, 2016, sending a plume of ash and smoke 10,000 ft (3048 m) into the sky. During December 2016, ashes plumes occurred once or twice a day. On Sunday, December 18, 2016, there were three eruptions. The biggest columns of ash reached 2 kilometers in height.
Colima volcano experienced another strong explosion at 06:27 UTC (00:27 CST) on January 18, 2017. The eruption spewed volcanic ash up to 4 km (13,123 feet) above the crater.
The volcano is monitored by the Colima Volcano Observatory at the University of Colima, Mexico. A team analyzes, interprets and communicates every event that occurs at this volcano.
In 2018, a webcam was installed close to the volcano, and volcanic activity can be seen in real-time.
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