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Frontiers | Paleoseismological Findings at a New Trench Indicate the 1714 M8 1 Earthquake Ruptured the Main Frontal Thrust Over all the Bhutan Himalaya

Frontiers | Paleoseismological Findings at a New Trench Indicate the 1714 M8 1 Earthquake Ruptured the Main Frontal Thrust Over all the Bhutan Himalaya
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Why the recent 6 4 magnitude earthquake should be a wake-up jolt for Assam

Why the recent 6.4 magnitude earthquake should be a wake-up jolt for Assam Scientists point that anthropogenic factors could contribute to earthquake triggers, although of smaller magnitude. 3 hours ago Seismic activity has a role to play in adding sediment load to the Brahmaputra river. | Vinoyblog/Wikimedia Commons When a strong, 6.4 magnitude earthquake shook Assam on April 28, there was panic and mayhem. The earth cracked near the epicentre in the Sonitpur district, and so did walls and ceilings of people’s houses scores of miles in the radius; buildings swayed “like betel nut trees in the wind”, a hill broke down, and water seeped out of paddy fields.

United statesNitin gadkariChandan mahantaVineet gahalautHimanta biswa sarmaNilutpal boraGeophysical research instituteNational centre for seismologyIndian institute of technology guwahatiAssam state disaster management authorityUnited states geologicalNortheast indiaGyanendra dev tripathiAssam state disaster managementNational centreKopili fault

A wake-up jolt? Assam s 6 4 quake exposes its vulnerabilities

Experts have said that recent seismicity discovered along the Kopili fault had led to speculations that it is one of the most seismically active faults of the region.

United statesNitin gadkariChandan mahantaVineet gahalautHimanta biswa sarmaNilutpal boraGeophysical research instituteNational centre for seismologyUnited states geological surveyIndian institute of technologyAssam state disaster management authorityGyanendra dev tripathiNational centreKopili faultHimalayan frontal thrustBhutan himalaya

Unfamiliar lineament among Assam earthquake factors

Unfamiliar lineament among Assam earthquake factors Updated: Updated: Mechanism to understand strain localisation of future tremors under progress, says Geological Survey of India Share Article AAA A man shows the cracks on a wall at an apartment building in Guwahati on April 28, 2021, after a strong earthquake hit Assam in northeastern India, damaging buildings, but there were no immediate reports of casualties. | Photo Credit: AFP Mechanism to understand strain localisation of future tremors under progress, says Geological Survey of India An unfamiliar lineament is among four factors behind frequent earthquakes in northern Assam’s Sonitpur area. A lineament is a linear feature in a landscape dictated by an underlying geological structure such as a fault.

National centre of seismologyGeological survey of indiaGeological surveyAtherkhet faultKopili faultNational centreDirector general sandip kumar somSiang fractureYemla faultNamula thrustCanyon thrustMain himalayan thrustMain boundary thrustMain central thrustபுவியியல் கணக்கெடுப்பு ஆஃப் இந்தியாபுவியியல் கணக்கெடுப்பு

Strong earthquake jolts Assam - Temblor net

Strong earthquake jolts Assam A strong earthquake rocked the northeastern Indian state of Assam on Wednesday morning at 7:51 am local time. The National Centre for Seismology (NCS), India’s agency responsible for monitoring earthquakes via a regional network of seismic stations, determined that the magnitude-6.4 event struck 4.8 miles (7.7 kilometers) northwest of the town of Dhekiajuli and 26.7 miles (43 kilometers) west of Tezpur, a city on the banks of the Brahmaputra River. The NCS reports that the quake ruptured at a depth of 10.5 miles (17 kilometers). The United States Geological Survey and European Mediterranean Seismological Centre both report that the event registered as a magnitude-6.0 earthquake. They calculated this magnitude using teleseismic data collected from stations located more than approximately 620 miles (1000 kilometers) from the quake.

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