Heavy to very heavy with extremely heavy rainfall — India was recorded by Global Incident Tracker on Tuesday, 15 September 2026 at 01:30 UTC. The event is classified as a flood incident with a severity rating of Severe, and was detected through CAPHUB.

Official warning from NWFC DIVISION, IMD, NEW DELHI (India): Extremely heavy. Severity Severe, urgency Expected, certainty Likely. Areas: ODISHA. Valid from 15 Sep 2026 01:30 UTC until 16 Sep 2026 01:30 UTC. Isolated extremely rainfall likely over Saurashtra and Kutch on 15th September. A warning announces a hazard; it is not a report that harm occurred. Distributed through the CAP Alert Hub.

Where this happened

The incident is located in India (Asia), whose capital is New Delhi. Historically, India is most affected by floods, cyclones, earthquakes, heatwaves and rail accidents. You can follow every incident recorded in this country, updated live, on the India incident tracker.

Approximate coordinates of the reported event are 22.662°, 70.296°. The marker on the map above shows this position; for news-derived reports the location reflects the place named in media coverage and may represent a district or city rather than an exact site.

Understanding flood events

River, flash, urban and coastal flooding events. Flood damage depends less on total rainfall than on how fast water arrives and where it has to go. Flash floods in urban areas can rise within minutes because sealed surfaces stop absorption, while river floods build over days and allow more warning time.

How severity is rated

Global Incident Tracker rates every event on a four-step scale — Minor, Moderate, Severe and Extreme — derived from the source signal: earthquake magnitude, official GDACS alert colour, or the volume of independent media reporting for news-derived incidents. This event is currently rated Severe. Ratings can change as more information becomes available, and a rating is a monitoring signal rather than an official government assessment.

Safety guidance for flood situations

  • Never walk or drive through floodwater — 15 cm of moving water can knock you down and 60 cm can float a car.
  • Move to higher floors or higher ground early; do not wait for water to reach you.
  • Switch off electricity at the mains if water is entering the building and it is safe to reach.
  • Treat all floodwater as contaminated: wash hands, boil drinking water and clean wounds.
  • Follow only official instructions from local authorities and emergency services — this page is a monitoring record, not an emergency alert.

Data and verification

This record was generated automatically from CAPHUB and de-duplicated against our archive. Early reports for any incident can be revised: locations get refined, magnitudes are recalculated and impact figures change as assessments arrive. We deliberately do not publish casualty numbers unless an official source states them. The original source report is linked at the top of this page.

Keep watching the situation on our live world incident map, browse every floods we track on the Flood tracker, or see today's global picture on the incidents today page.

Timeline and sources

Official warning

Issued by National weather and disaster agencies (CAP Alert Hub). A warning or forecast describes a hazard; on its own it is not a report that harm occurred.

How statuses are decided · the number of reports is never treated as confirmation.

  1. · received · event time 15 Sep 2026, 01:30 UTC
    First report Official warning

    First recorded from National weather and disaster agencies (CAP Alert Hub).

    National weather and disaster agencies (CAP Alert Hub) ↗

Times are when this site received each report, in UTC; the event time is shown where the source gave one. Copies of one syndicated story count as one report.

Conditions at the time

6mm
Rainfall that day
30°C
Maximum temperature
25°C
Minimum temperature
17km/h
Peak wind speed

6 mm of rain fell that day, and the temperature peaked at 30°C. Conditions are shown for context only — they do not establish a cause.

Weather reanalysis for this location and date via Open-Meteo.