As high - pressure air is sucked into the low -
pressure center of the storm, wind speeds increase.
Not exact matches
The precipitation has intensified over a very large region and the barometric
pressure of the
storm's
center has dropped from 995 to 983 mb.
NOTE: The Atlantic Tracks File is an ASCII (text) file containing the 6 - hourly (0000, 0600, 1200, 1800 UTC)
center locations (latitude and longitude in tenths
of degrees) and intensities (maximum 1 - minute surface wind speeds in knots and minimum central
pressures in millibars) for all Tropical
Storms and Hurricanes from 1851 through 2002.
Lightning time series graphs include histograms
of strokes per hour within 100 and 1,000 kilometers
of the
storm center, along with maximum wind speed and minimum
pressure data from NRL (Figures 2b and 3) and a lightning density spectrogram binned by the distance from the
storm center.
The track and intensity
of the
storm was poorly forecast, but new research performed at the University
of Manchester and in the United States at the National Weather Service's Ocean Prediction
Center shows for the first time the mechanism that may cause the strong winds in these low -
pressure systems.
Midlatitude synoptic
storms (Fig. 9), associated with low and high
pressure centers and warm and cold fronts, are the largest in scale (a thousand kilometers or more)
of all
storm types.
«According to the
center's records, the all - time strongest
storm in this area occurred on Dec. 15, 1986, and that had a minimum central
pressure of 900 millibars,» Mashable's Andrew Freedman reported on Tuesday.