Five Nato troops, three Afghans killed in Herat | world | Hindustan Times
Today in New Delhi, India
Apr 29, 2017-Saturday
-°C
New Delhi
  • Humidity
    -
  • Wind
    -

Five Nato troops, three Afghans killed in Herat

Two Afghan policewomen and a civilian were killed by a mine on their way to work on Thursday, a day after another five Nato soldiers died in the 10-year war against the Taliban.

world Updated: Sep 30, 2011 07:56 IST

Two Afghan policewomen and a civilian were killed by a mine on their way to work on Thursday, a day after another five Nato soldiers died in the 10-year war against the Taliban.

The policewomen and civilian died when their vehicle was blown up by a remote-controlled mine on their way to work at the civilian airport serving the western city of Herat, officials said.

Three foreign soldiers were also killed by an improvised explosive device (IED) in eastern Afghanistan on Wednesday, the Nato-led International Security Assistance Force (ISAF) said, along with two others in separate incidents.

The latest deaths came a day after the UN released figures saying that violent incidents in the Afghan war increased nearly 40% in the first eight months of this year compared to the same period last year.

ISAF, which is leading efforts to reverse the Taliban insurgency, disputes the figures, calling them "inconsistent with the data that we have collected".

Mohammad Rafiq Shaheer, a spokesman for Herat hospital, said, "A remote-controlled mine explosion on a police vehicle on the Herat airport road has killed three people, two policewomen and a civilian, and wounded 10 people, four policewomen and a policeman and five other civilians."

He added that the attack took place at around 8.00am.

Noor Khan Neikzad, a police spokesman in Herat, confirmed the blast but said he did not have the toll.

The incident came two days after 16 wedding guests including 11 children were killed when their bus hit a roadside bomb elsewhere in Herat province, which borders Iran.

Is Your Couch Making You Cough?
Promotional Feature