Pakistan Rivers Witness Surge in Water Levels Due to Rising Temperatures

Web DeskJuly 3, 2024 09:57 PMweather
  • Water inflow surpasses outflow in major rivers of Pakistan.
  • Tarbela Dam and Mangla Dam experience significant rise in water levels.
  • Crucial period for monitoring and managing water resources effectively.
Pakistan Rivers Witness Surge in Water Levels Due to Rising TemperaturesImage Credits: urdupoint
Recent reports highlight a surge in water levels in major rivers of Pakistan due to rising temperatures, emphasizing the need for effective water resource management to mitigate flooding risks and ensure sustainable water usage.

Recent reports indicate a notable surge in water levels in major rivers throughout Pakistan, primarily due to escalating temperatures in the northern regions. As of the latest update on Wednesday, the total water inflow in these rivers has peaked at 487,600 cusecs, surpassing the outflow of 326,400 cusecs.

The Indus River, particularly at Tarbela dam, has experienced a substantial increase in water inflow, currently reaching 264,700 cusecs, while the outflow stands at 130,000 cusecs. The water level at Tarbela Dam has risen to 1485.35 feet, marking an elevation of 87.35 feet above its dead level of 1,398 feet.

Similarly, the Jhelum River at Mangla dam has also witnessed a rise in water inflow, now at 51,500 cusecs, with an outflow of 25,000 cusecs. The water level at Mangla Dam has reached 1186.25 feet, surpassing its dead level of 1,050 feet by 138.25 feet.

Other rivers such as Kalabagh, Taunsa, Guddu, and Sukkur have recorded water inflow at 201,700, 195,400, 138,300, and 71,100 cusecs respectively. Additionally, the River Kabul at Nowshera is experiencing an inflow of 89,400 cusecs, while the River Chenab at Marala stands at 82,000 cusecs.

The surge in water levels across these vital rivers in Pakistan is a result of the rising temperatures in the northern regions. This increase in water inflow signifies a crucial period for monitoring and managing water resources effectively to mitigate any potential risks of flooding and ensure sustainable water usage for various purposes.

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