Iran is bracing for a catastrophic water shortage that could leave Tehran's taps running dry by summer, with the capital facing an unprecedented crisis brought on by shifting storms and scorching summers. Reservoirs supplying the city reached record lows during a recent heatwave, forcing public offices and banks to close temporarily.
The situation reflects not only the extreme weather event but also years of reduced precipitation and ongoing drought across Iran. The capital's water supply systems are under acute strain, with officials warning that even evacuating the city may be necessary if water supplies fail to recover. This is the latest in a series of devastating events for Tehran, which has struggled to cope with drought and heatwaves.
Climate scientists say that regional climate patterns have shifted, resulting in reduced precipitation across central and southern Iran during winter months. Satellite data shows a pronounced north-south dipole, where northern regions see enhanced rainfall while areas such as Tehran experience significantly less water.
This phenomenon is part of a broader trend of reduced precipitation worldwide under climate change, and Iran's situation serves as an example of how regional shifts can have devastating effects on local infrastructure and ecosystems.
The situation reflects not only the extreme weather event but also years of reduced precipitation and ongoing drought across Iran. The capital's water supply systems are under acute strain, with officials warning that even evacuating the city may be necessary if water supplies fail to recover. This is the latest in a series of devastating events for Tehran, which has struggled to cope with drought and heatwaves.
Climate scientists say that regional climate patterns have shifted, resulting in reduced precipitation across central and southern Iran during winter months. Satellite data shows a pronounced north-south dipole, where northern regions see enhanced rainfall while areas such as Tehran experience significantly less water.
This phenomenon is part of a broader trend of reduced precipitation worldwide under climate change, and Iran's situation serves as an example of how regional shifts can have devastating effects on local infrastructure and ecosystems.