59 killed in flood-related incidents across Khyber-Pakhtunkhwa

Chitral seems to be the worst-hit with 35 reported deaths so far

PHOTO: APP

PESHAWAR:
As rains and floods continue to ravage Khyber-Pakhtunkhwa, initial damages make for a grim reading, with at least 59 reported deaths across the province.

Over 887 houses have been completely destroyed and 1,231 houses have been partially damaged.

Chitral seems to be the worst-hit with 35 reported deaths so far and two injuries. Independent sources in the area, however, dispute the figure, speculating that the deaths and injuries are well beyond the government’s assessment.

On Sunday evening, the meteorology department issued another weather warning for Chitral, stating, “A severe weather system is likely to persist for next 3-4 days in Gilgit-Baltistan and Chitral, having the potential to produce Glacial Lake Outbrust Flood (GLOF), particularly in PMD's pilot GLOF sites Bagrot, Bindogol and Golain valleys.”

Read: 109 killed in flash floods across Pakistan: NDMA

The assessment shows that there are around 348 houses that are completely damaged in Chitral, whereas 77 houses are partially damaged, while 500 houses have been completely washed away in Lakki Marwat, leaving hundreds of families homeless.


“These are the initial assessments by the Khyber-Pakhtunkhwa government,” an official privy to the proceedings of the assessment told The Express Tribune.  “The weather system has still not stabilized,” he said.

The Metrological department showed that there was 217 mm of rains recorded in Cherat, the most in the province during the last 24 hours.

Read: Natural calamity: Recurring floods in Chitral make relief work difficult

Monsoon rains began on June 16 and are continuing till date; however, a moderate moist current is penetrating into Punjab and Khyber Pakhtunkhwa up to 5,000 feet, according to the MET department.

PHOTO: Damages Report in KP (PDMA-KP)


The figures provided by the provincial disaster management authority (PDMA)  are from July 1 till August 3, 2015.
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