Tropical storm ANITA 2007: track, intensity and history
Dec 4, 2006, 06:00:00
Nov 26, 2006, 06:00:00 – Dec 4, 2006, 06:00:00
Historical storm track
Follow how Tropical storm ANITA developed and moved during 2007, with its full recorded path, peak sustained winds of 45 kt, lowest central pressure and complete timeline.
| Date | Time | Type | Windkm/h | PressurehPa |
|---|---|---|---|---|
| Dec 04 | 06:00 | TCTropical cyclone | -- | 1008 |
| Dec 04 | 03:00 | TDTropical depression | -- | 1008 |
| Dec 04 | 00:00 | TCTropical cyclone | 45 | 1002 |
| Dec 03 | 21:00 | TDTropical depression | 45 | 1002 |
| Dec 03 | 18:00 | TCTropical cyclone | 45 | 1002 |
| Dec 03 | 15:00 | TDTropical depression | 45 | 1002 |
| Dec 03 | 12:00 | TCTropical cyclone | 45 | 1002 |
| Dec 03 | 09:00 | TDTropical depression | 45 | 1002 |
| Dec 03 | 06:00 | TCTropical cyclone | 45 | 1002 |
| Dec 03 | 03:00 | TDTropical depression | 45 | 1002 |
| Dec 03 | 00:00 | TCTropical cyclone | 45 | 1002 |
| Dec 02 | 21:00 | TDTropical depression | 45 | 1002 |
| Dec 02 | 18:00 | TCTropical cyclone | 45 | 1002 |
| Dec 02 | 15:00 | TDTropical depression | 50 | 1001 |
| Dec 02 | 12:00 | DBTropical disturbance | 55 | 1000 |
| Dec 02 | 09:00 | TDTropical depression | 55 | 1000 |
| Dec 02 | 06:00 | DBTropical disturbance | 55 | 1000 |
| Dec 02 | 03:00 | TDTropical depression | 55 | 1000 |
| Dec 02 | 00:00 | DBTropical disturbance | 55 | 1000 |
| Dec 01 | 21:00 | TSTropical storm | 65 | 997 |
| Dec 01 | 18:00 | DBTropical disturbance | 75 | 994 |
| Dec 01 | 15:00 | TSTropical storm | 80 | 993 |
| Dec 01 | 12:00 | DBTropical disturbance | 85 | 991 |
| Dec 01 | 09:00 | TSTropical storm | 85 | 991 |
| Dec 01 | 06:00 | DBTropical disturbance | 85 | 991 |
| Dec 01 | 03:00 | TSTropical storm | 85 | 991 |
| Dec 01 | 00:00 | DBTropical disturbance | 85 | 991 |
| Nov 30 | 21:00 | TSTropical storm | 85 | 990 |
| Nov 30 | 18:00 | DBTropical disturbance | 85 | 989 |
| Nov 30 | 15:00 | TSTropical storm | 85 | 990 |
| Nov 30 | 12:00 | TDTropical depression | 85 | 991 |
| Nov 30 | 09:00 | TSTropical storm | 85 | 991 |
| Nov 30 | 06:00 | DBTropical disturbance | 85 | 991 |
| Nov 30 | 03:00 | TSTropical storm | 80 | 992 |
| Nov 30 | 00:00 | DBTropical disturbance | 75 | 993 |
| Nov 29 | 21:00 | TSTropical storm | 75 | 993 |
| Nov 29 | 18:00 | DBTropical disturbance | 75 | 993 |
| Nov 29 | 15:00 | TSTropical storm | 70 | 995 |
| Nov 29 | 12:00 | DBTropical disturbance | 65 | 996 |
| Nov 29 | 09:00 | TDTropical depression | 60 | 998 |
| Nov 29 | 06:00 | DBTropical disturbance | 55 | 1000 |
| Nov 29 | 03:00 | TDTropical depression | 55 | 1000 |
| Nov 29 | 00:00 | DBTropical disturbance | 55 | 1000 |
| Nov 28 | 21:00 | TDTropical depression | 55 | 1000 |
| Nov 28 | 18:00 | DBTropical disturbance | 55 | 1000 |
| Nov 28 | 15:00 | TDTropical depression | 55 | 1000 |
| Nov 28 | 12:00 | DBTropical disturbance | 55 | 1000 |
| Nov 28 | 09:00 | TDTropical depression | 55 | 1000 |
| Nov 28 | 06:00 | DBTropical disturbance | 55 | 1000 |
| Nov 28 | 03:00 | TDTropical depression | 55 | 1001 |
| Nov 28 | 00:00 | DBTropical disturbance | 55 | 1002 |
| Nov 27 | 21:00 | TDTropical depression | 50 | 1002 |
| Nov 27 | 18:00 | DBTropical disturbance | 45 | 1002 |
| Nov 27 | 15:00 | TDTropical depression | 45 | 1003 |
| Nov 27 | 12:00 | DBTropical disturbance | 45 | 1004 |
| Nov 27 | 09:00 | DBTropical disturbance | 45 | 1004 |
| Nov 27 | 06:00 | DBTropical disturbance | 35 | 1004 |
| Nov 27 | 03:00 | TDTropical depression | 35 | 1006 |
| Nov 27 | 00:00 | DBTropical disturbance | 35 | 1006 |
| Nov 26 | 21:00 | TDTropical depression | 35 | 1006 |
| Nov 26 | 18:00 | DBTropical disturbance | 35 | 1006 |
| Nov 26 | 15:00 | TDTropical depression | 35 | 1007 |
| Nov 26 | 12:00 | DBTropical disturbance | 35 | 1007 |
| Nov 26 | 09:00 | TDTropical depression | 35 | 1007 |
| Nov 26 | 06:00 | DBTropical disturbance | 35 | 1007 |
Event location history
65 Recorded locationsNearby natural disasters
Event Details
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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