Pakistan train collision kills at least three

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Pakistani onlookers gather around damaged carriages after a passenger train rammed into a goods train in Hyderabad on June 20, 2019. (AFP)
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Pakistani onlookers gather around damaged carriages after a passenger train rammed into a goods train in Hyderabad on June 20, 2019. (AFP)
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Pakistani onlookers stand a top a carriage after a passenger train rammed into a goods train in Hyderabad on June 20, 2019. (AFP)
Updated 20 June 2019

Pakistan train collision kills at least three

  • Baloch said the crash occurred on the main railway track and that train services from Karachi were suspended while the wreckage was being removed
  • Train accidents are common in Pakistan, where railways have seen decades of decline due to corruption, mismanagement and lack of investment

KARACHI: At least three people were killed and several others injured when two trains collided in Pakistan's southern Sindh province on Thursday, officials said.
A driver, assistant driver and a guard were killed when a passenger train travelling to Lahore from the southern port city of Karachi hit a goods train that had stopped at a crossing, railway spokesman Riaz Abbasi told AFP.
Ishaq Baloch, a railway official confirmed the death toll and told AFP that an investigation has been launched to determine the causes of the collision.
Baloch said the crash occurred on the main railway track and that train services from Karachi were suspended while the wreckage was being removed.
All passengers on the train were safe, Sheikh Rasheed Ahmed, the country's minister for railways told private TV channel ARY.
Video footage on local media showed the damaged engine and bogies of the trains and rescue workers and hundreds of people gathering to rescue the injured.
Train accidents are common in Pakistan, where railways have seen decades of decline due to corruption, mismanagement and lack of investment.


Scientists discover big storms can create ‘stormquakes’

Updated 17 October 2019

Scientists discover big storms can create ‘stormquakes’

  • Shaking of sea floor during hurricanes and nor’easters can rumble like a magnitude 3.5 earthquake and can last for days
  • But a stormquake is more an oddity than something that can hurt you, says seismologist
WASHINGTON: Scientists have discovered a mash-up of two feared disasters — hurricanes and earthquakes — and they’re calling them “stormquakes.”
The shaking of the sea floor during hurricanes and nor’easters can rumble like a magnitude 3.5 earthquake and can last for days, according to a study in this week’s journal Geophysical Research Letters. The quakes are fairly common, but they weren’t noticed before because they were considered seismic background noise.
A stormquake is more an oddity than something that can hurt you, because no one is standing on the sea floor during a hurricane, said Wenyuan Fan, a Florida State University seismologist who was the study’s lead author.
The combination of two frightening natural phenomena might bring to mind “Sharknado ,” but stormquakes are real and not dangerous.
“This is the last thing you need to worry about,” Fan told The Associated Press.
Storms trigger giant waves in the sea, which cause another type of wave. These secondary waves then interact with the seafloor — but only in certain places — and that causes the shaking, Fan said. It only happens in places where there’s a large continental shelf and shallow flat land.
Fan’s team found 14,077 stormquakes between September 2006 and February 2015 in the Gulf of Mexico and off Florida, New England, Nova Scotia, Newfoundland, Labrador and British Columbia. A special type of military sensor is needed to spot them, Fan said.
Hurricane Ike in 2008 and Hurricane Irene in 2011 set off lots of stormquakes, the study said.
The shaking is a type that creates a wave that seismologists don’t normally look for when monitoring earthquakes, so that’s why these have gone unnoticed until now, Fan said.
Ocean-generated seismic waves show up on US Geological Survey instruments, “but in our mission of looking for earthquakes these waves are considered background noise,” USGS seismologist Paul Earle said.pport from the Howard Hughes Medical Institute’s Department of Science Education. The AP is solely responsible for all content.