Philippines Taal Volcano Could Erupt Anytime Soon- After recording the highest levels of sulfur dioxide gas emission, authorities in the Philippines warn about a volcano eruption. The Taal volcano, south of Manila, could erupt “anytime soon”, the authorities said.
The Philippine Institute of Volcanology and Seismology gave a statement in a bulletin. “The highest levels of volcanic sulfur dioxide gas emission set a record today at an average of 22,628 tonnes a day, the highest ever recorded in Taal volcano”. The institute also said that the “current sulfur dioxide parameters indicate ongoing magma extrusion at the main crater that may further drive succeeding explosions”.
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Taal Volcano, which sits in a beautiful lake, has been emitting sulfur dioxide for the past week. This is causing a haze over Manila and several surrounding provinces and prompting health warnings. The provincial disaster agency reported on Sunday that nearly 4,500 people have left their homes. Since authorities orders evacuations of high-risk areas along the lake’s shores. Some settlements have been safely locked down. Also, the prevention of the residents from returning to their homes, for the time being, has been into consideration.
Philippines Taal Volcano Eruption
Taal volcano is a large caldera in the Philippines that is in Taal Lake. It is in the province of Batangas. It is one of the most active volcanoes in the Philippines, with 34 historical eruptions. Volcano Island, near Taal Lake, was home to all of these volcanoes. Prehistoric eruptions between 140,000 and 5,380 years ago formed the caldera. This volcano is a component of the Ring of Fire. In the 1800s, this volcano’s name was Bombou or Bombon.
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Taal’s most recent eruption occurred on January 12, 2020. More than 376,000 people got displacement from nearby areas as a result of the disaster. 39 people died in evacuation centers as a result of illnesses and accidents caused by the thick ashfall. Since 1572, the Taal volcano has erupted 33 times.
According to the institute, “a total of 26 strong and very shallow low-frequency volcanic earthquakes associated with magma degassing beneath the eastern sector of Volcano Island”. According to the institute, some of the earthquakes got accompany by rumbling and weakly felt by fish cage keepers off the volcano island’s northeastern shorelines. Moreover, these observation parameters may indicate that an eruption similar to the one on July 1 “Philippines Taal Volcano Could Erupt Anytime Soon”.
On July 1, the alert level on Taal volcano in Batangas province increased to 3 after a phreatomagmatic eruption that “generated a short-lived dark phreatomagmatic plume 1 km high.” A phreatomagmatic eruption is defined as “an eruption involving both magma and water, which usually interact explosively.”
What is the Ring of Fire?
It is a region on the Pacific Ocean’s rim where several volcanic eruptions and earthquakes take place. It is a horseshoe-shaped belt that is approximately 40,000 kilometers long and 500 kilometers wide. The Pacific coasts of South America, North America, Kamchatka, and some islands in the western Pacific Ocean form the Ring of Fire.
The Ring of Fire has been around for over 35 million years. The Ring of Fire contains between 850 and 1,000 volcanoes that have been active in the last 11,700 years. The four largest volcanic eruptions on Earth in the last 11,700 years occurred at Ring of Fire volcanoes. The Ring of Fire contains the majority of the Earth’s active volcanoes with summits above sea level.
Important Highlights of Philippines Taal Volcano Eruption
- Since the volcano erupted, approximately 3,000 people have fled their homes in high-risk villages around Taal Volcano in Batangas province.
- Taal Volcano has produced several bursts of volcanic gas and steam since its recent eruption.
- After the eruption, the country also had the highest levels of volcanic sulphur dioxide gas emission. Sulfur dioxide emissions average around 22,628 tonnes per day.
- Because of magmatic degassing, these volcanic emissions were accompanied by 26 strong and very shallow low-frequency volcanic earthquakes.”
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