Heavy rainfall impact
As a result of the heavy rainfall, major thoroughfares and underpasses were severely affected. "Anuvrat Marg, Dhaula Kuan Flyover, and Aurobindo Marg faced significant traffic disruptions" due to the accumulation of water on the roads. Commuters faced difficulties navigating through these areas, leading to prolonged travel times and congestion.
Traffic advisories
Delhi Traffic Police issued advisories due to extensive waterlogging on Outer Ring Road and other critical routes.
Commuters were urged to plan their routes in advance to avoid heavily affected areas.
IMD weather forecast
IMD's seven-day forecast predicts generally cloudy skies in Delhi with varying intensities of rainfall and strong winds.
June 28: Expect light to moderate rain or thunderstorms, similar temperatures, and winds up to 35 km/h.
June 29: Cooler weather with highs around 36°C and lows at 28°C, light to moderate rain or thunderstorms, and winds reaching 30-40 km/h.
June 30: Maximum temperature dropping to 34°C with moderate to heavy rain and gusty winds anticipated.
Monsoon progress
IMD noted favorable conditions for the southwest monsoon's advancement into more parts of North India, including Delhi.
Relief from earlier heatwave conditions was observed across the country.
Specific traffic disruptions
Waterlogging at specific locations like Azad Market underpass, Dhaula Kuan Flyover, and Aurobindo Marg under AIIMS Flyover caused significant traffic disruptions.
Traffic flow was severely impacted, necessitating alternative routes for commuters.
Impact on daily commute
Severe waterlogging forced diversions and delays on major thoroughfares, affecting daily commuting routines.
The situation prompted heightened awareness among commuters about planning for alternative routes.
Continued weather pattern
IMD expects the prevailing weather pattern of cloudy skies, varying rainfall, and strong winds to persist over the next few days in Delhi-NCR.
Residents are advised to stay informed about weather updates and take necessary precautions against potential disruptions.