Tragic Electrocution of Two Cousins in Jaisalmer During Storm
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Jaipur, March 19 (NationPress) In a heartbreaking incident, two young cousins lost their lives after accidentally coming into contact with a live high-tension wire that had fallen onto the ground during a heavy downpour in Jaisalmer, Rajasthan, officials reported on Thursday.
The tragic event took place in the vicinity of the Sagar police station.
An 11 kV high-voltage power line snapped due to the adverse weather conditions, crashing down onto the roadway. At approximately 9 p.m. on Wednesday, Vikram Singh (25) and Raju Singh (20) were riding their motorcycle to their fields. Unfortunately, due to the poor visibility brought on by the darkness, they did not see the fallen live wire and subsequently made contact with it, resulting in their deaths at the scene.
The incident was discovered on Thursday when passersby noticed the bodies and notified the authorities. The police promptly arrived and took custody of both bodies.
Concerned locals have raised serious issues regarding potential negligence by the Electricity Department, asserting that prior complaints about the same power line had been ignored.
The weather across Rajasthan has dramatically shifted due to a Western Disturbance, causing continuous rain and strong winds in various districts.
While this change has provided some relief from rising temperatures, it has also created perilous situations in certain areas, including Jaisalmer.
Additionally, the severe weather has adversely affected agriculture in both Jaisalmer and Barmer, with significant damage reported to standing crops of cumin (jeera) and isabgol (psyllium husk) as a result of the rain and winds.
The Agriculture Department has initiated an assessment of the damages incurred.
This sudden weather change has resulted in a drop of about 9 degrees Celsius in daytime temperatures across Rajasthan, providing temporary respite from the heat. However, this unexpected shift has raised alarms among farmers and local residents, emphasizing the dual nature of the unseasonal rains.