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30-Meter Breach Opens in Zhoukou Dyke as Henan Flooding Intensifies

about 1 hour ago2 MIN
30-Meter Breach Opens in Zhoukou Dyke as Henan Flooding Intensifies

Summary

A 30-meter-wide breach opened in a dyke along the east bank of the Kala River in Zhoukou City, Henan Province on Thursday night, forcing the evacuation of 781 residents with no casualties reported. Rescue teams are working to seal the breach using shipping containers to stabilize the dyke base while filling the gap with rock and sand. A separate 40-meter breach also formed in a civilian dyke in Pingdingshan's Ya County, with over 2,800 personnel now engaged in flood control operations.

Key Points

  • The breach occurred around 11 PM Thursday under the Xinbei Ring Bridge in Chuanhui District, Zhoukou, due to upstream Kala River flows and backwater pressure from the Shaying River .
  • The Henan Provincial Flood Prevention and Drought Relief Command organized the evacuation of 781 residents, with no injuries or deaths reported .
  • Rescue teams deployed shipping containers to secure the dyke foundation, while simultaneously filling the breach with rock and sand from both ends .
  • A larger 40-meter breach formed in a civilian dyke along the Beiru River in Ya County's Changqiao Township, Pingdingshan, on Wednesday .
  • Over 2,800 personnel are participating in rescue operations, employing land, water, and aerial methods to accelerate the closure of the breach .
  • The narrow civilian dyke prevented heavy machinery access, forcing rescue workers to form human chains transporting sandbags by hand .

Why It Matters

The flooding has already caused agricultural damage as Beiru River waters overflowed into farmland, while the dual breaches highlight the severity of Henan's flood crisis and the strain on emergency response resources across multiple regions .
The flooding has already caused agricultural damage as Beiru River waters overflowed into farmland, while the dual breaches highlight the severity of Henan's flood crisis and the strain on emergency response resources across multiple regions .