Calamity
criticalSevere weatherCalamity Score: 66

Severe weather near Shanghai

ChinaOGIMET

Reported by OGIMET today.

No stronger detection stands among the 557 recorded within 20 km of this point since 10 March 2026 — 453 others scored the same. Another comparable one was recorded here earlier the same day.

What the source measured

OGIMET reported: Hurricane-force wind of 81 knots observed at station 58362

An estimated 27,429,833 people live within 50 km of this point.

Nearby, since 10 March 2026

How we know

One source: OGIMET. Not yet confirmed by a second, independent source.

Our own score for this event is 66 out of 100, at 69 % confidence.

The score is ours, computed from intensity, exposed population and local history — not the source’s.

Event Data

TypeSevere weather
Severitycritical
Calamity Score (ours)66 / 100
Our confidence69%
Coordinates31.2000, 121.5000
Nearest CityShanghai (4 km)
Population Exposed27.4M within 50 km
Impact Tiercatastrophic
Timestamp2026-08-30T23:56:14.656Z
Sourcehttps://www.ogimet.com/

Score Breakdown

70
intensity
100
population
0
cascading
80
historical

Technical Details

StationId58362
WindSpeed81
WindUnitknots
Temperature28.7
TemperatureUnitC
RawSynop08,30,18,00,AAXX 30181 58362 14/80 /1503 10287 20251 30021 40030 57010 60001 333 10317 20275 3/027 59021 70012 90761 91109==

Safety Information

Always follow official guidance from your local emergency management agency. This platform provides scientific monitoring data and is not a substitute for official warnings. If you are in immediate danger, contact your local emergency number.

Series begins 10 February 2026. Comparisons refer to that period only. Collection gap: 14-26 August 2026.

This data is aggregated algorithmically from scientific sources. Not a replacement for official emergency warnings.

Share:XLinkedIn

Calamity.live data shows a weather event with CalamityScore 66/100, near Shanghai (China), based on data from ogimet. Source: Calamity.live, a platform aggregating real-time data from 191 scientific monitoring sources.