Tropical storm ARLENE 2011: track, intensity and history

Jul 1, 2011, 00:00:00

Jun 28, 2011, 06:00:00 – Jul 1, 2011, 00:00:00

Severe StormsClosed55 kt100 km/h

Historical storm track

Follow how Tropical storm ARLENE developed and moved during 2011, with its full recorded path, peak sustained winds of 55 kt, lowest central pressure and complete timeline.

Maximum wind55 kt

Central pressure993 hPa

Date	Time	Type	Windkm/h	PressurehPa
Jul 01	00:00	TDTropical depression	55	1002
Jun 30	21:00	TSTropical storm	70	1000
Jun 30	18:00	TSTropical storm	85	998
Jun 30	15:00	TSTropical storm	95	995
Jun 30	13:00	TSTropical storm	100	993
Jun 30	12:00	TSTropical storm	100	993
Jun 30	09:00	TSTropical storm	100	994
Jun 30	06:00	TSTropical storm	100	994
Jun 30	03:00	TSTropical storm	100	995
Jun 30	00:00	TSTropical storm	95	996
Jun 29	21:00	TSTropical storm	95	997
Jun 29	18:00	TSTropical storm	95	998
Jun 29	15:00	TSTropical storm	90	999
Jun 29	12:00	TSTropical storm	85	1000
Jun 29	09:00	TSTropical storm	75	1002
Jun 29	06:00	TSTropical storm	65	1003
Jun 29	03:00	TSTropical storm	65	1004
Jun 29	00:00	TSTropical storm	65	1005
Jun 28	21:00	TSTropical storm	65	1006
Jun 28	18:00	TSTropical storm	65	1006
Jun 28	15:00	RRemnant low	60	1006
Jun 28	12:00	RRemnant low	55	1006
Jun 28	09:00	RRemnant low	50	1007
Jun 28	06:00	RRemnant low	45	1007

Event location history

24 Recorded locations

Nearby natural disasters

View natural disasters near this event:

Mexico Mexico City Mexico City

Event Details

Event ID2011179N20267

StatusClosed

ClosedJul 1, 2011, 00:00:00

Coordinates21.1000, -98.7000

Recorded locations24

Sources1

Source Links

IBTrACS

You may also find these tools useful

Weather forecast for Mexico City Latest earthquakes near Mexico City When will the ISS pass over Mexico City?

Current time in Mexico City Aurora Forecast IPv6 Connectivity Test

What is my IP address?

An event's reported location, extent and status may update at different times depending on the source. Verify critical decisions with official emergency agencies.

Event records come from NASA EONET, supplemented by USGS FDSN landslide records. Storm analyses and forecasts may use NOAA NHC or JTWC, with historical ATCF records from UCAR/NCAR. Satellite imagery is supplied through NASA Worldview/GIBS (GOES and Himawari) or EUMETSAT Meteosat, depending on map coverage.

Sources: NASA EONET · USGS · NOAA NHC · JTWC · UCAR/NCAR ATCF · NASA Worldview/GIBS · EUMETSAT Meteosat · OpenStreetMap contributors