Eric Friedebach
EF2
Oxford Analytica, 09.08.05
The frequency of hurricanes and other storm events in the southern Atlantic is higher than in previous years. This increase may be part of a longer-term cycle, and storm events could occur more often for a decade or more.
Governments need to invest in the infrastructure necessary to mitigate storm events and their immediate aftermath if impacts are to be reduced.
While it remains difficult to predict the specific timing and location of catastrophic weather events like the U.S. Gulf Coast hurricane last week, scientists can predict whether a particular hurricane season is likely to be more or less intense.
Researchers at Colorado State University have forecasted hurricanes for the last 22 years, using a long-range model that draws on 52 years of data. In April, they predicted that the 2005 storm season would be active, with the likelihood of hurricanes making landfall on the continental United States 40% higher than the long-term average. The Colorado modelers predicted that this season would see three Category 3-5 storms. The meteorology of storm prediction is extremely complex and involves the interaction of multiple variables on a global scale. The Colorado team uses six predictors in its model.
More:
http://www.forbes.com/2005/09/08/hurricane...rmtracking.html
Full-lenghth analysis:
http://www.oxan.com/display.aspx?StoryDate...=1&StoryType=DB
To read without registration, try:
http://www.bugmenot.com/
The frequency of hurricanes and other storm events in the southern Atlantic is higher than in previous years. This increase may be part of a longer-term cycle, and storm events could occur more often for a decade or more.
Governments need to invest in the infrastructure necessary to mitigate storm events and their immediate aftermath if impacts are to be reduced.
While it remains difficult to predict the specific timing and location of catastrophic weather events like the U.S. Gulf Coast hurricane last week, scientists can predict whether a particular hurricane season is likely to be more or less intense.
Researchers at Colorado State University have forecasted hurricanes for the last 22 years, using a long-range model that draws on 52 years of data. In April, they predicted that the 2005 storm season would be active, with the likelihood of hurricanes making landfall on the continental United States 40% higher than the long-term average. The Colorado modelers predicted that this season would see three Category 3-5 storms. The meteorology of storm prediction is extremely complex and involves the interaction of multiple variables on a global scale. The Colorado team uses six predictors in its model.
More:
http://www.forbes.com/2005/09/08/hurricane...rmtracking.html
Full-lenghth analysis:
http://www.oxan.com/display.aspx?StoryDate...=1&StoryType=DB
To read without registration, try:
http://www.bugmenot.com/