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- Formed: September 2, 2008
- Direction: WNW at 10 m.p.h.
- Wind speed: Maximum sustained winds of 30 m.p.h.
- Remnants expected to completely dissipate by September 10, 2008
- Previous storm: Hurricane Ike
- Next possible storm: Tropical Storm Kyle
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Tropical Storm Josephine formed in the Atlantic Ocean on September 2, 2008. As of 11 a.m. on September 4, 2008, Josephine was moving WNW at 10 m.p.h. with maximum sustained winds of 50 m.p.h. The storm turned into a tropical depression before dissipating over the far eastern Atlantic.
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Hurricane Josephine Projected Path News
- National Hurricane Center: Tropical Storm Josephine | Public Advisory
- ABC13(Miami): Tropical Storm Josephine Forms in Eastern Atlantic (September 2, 2008)
- BYM News: Tenth Tropical Storm of the Season (September 2, 2008)
- Reuters: 2-Storms Swirl in Atlantic, Floods Strike Haiti (September 2, 2008)
- UPI: Tropical Storm Josephine Weakens a Bit (September 4, 2008)
- Storm Pulse: Hurricane Tracking
<script src="http://www.stormpulse.com/api/maps/josephine/?key=fd9b8a56968e08af2ce5cc33a85a2222ef1997cb" type="text/javascript"></script>
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Hurricane Josephine Projected Path Questions
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How do meteorologists predict a hurricane's path? 2 AnswersHurricanes, and tropical cyclones in general, are steered by the larger-scale wind currents that surround them. These winds vary based on the strength and loca... read more -
Are you in the path of Hurricane Ida? 3 AnswersI am in fact in the projected path- the Alabama Gulf Coast. Preparing usually takes place within 12 hours of it making landfall. This means: 1.) Going to the b... read more -
When looking at NOAA's hurricane tracker, what is the "M" designation? 3 AnswersNASA launched a weather satellite called NOAA-M, later renamed (NOAA)-17(M). I suspect that the map you saw simply was data gathered from this craft which was l... read more -
Does the same forces that cause a tornado cause a hurricane? 1 Answer-----quote----- Tornadoes are formed because of instability in the atmosphere, whereas hurricanes are formed when a wet mass of air over the sea evaporates. Be... read more
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