Not exact matches
Hurricane Maria, which made
landfall on Puerto Rico on September 21 as a Category 4 storm, will go down as one of the most devastating
events in the island's history.
Katrina was the most feared of all meteorological
events, a major
hurricane making
landfall in a highly - populated low - lying region.
One thing which seems to be missing from the discussion is not whether or not
hurricanes will increase in intensity and become more frequent but whether we will begin to see more storms make
landfall in places that didn't historically get these kinds of
events.
While many studies of the effects of global warming on
hurricanes predict an increase in various metrics of Atlantic basin - wide activity, it is less clear that this signal will emerge from background noise in measures of
hurricane damage, which depend largely on rare, high - intensity
landfalling events and are thus highly volatile compared to basin - wide storm metrics.
To estimate the trend in
landfalling storm counts, we count the number of large surge
events greater than 10 units in 1 y, which is roughly equivalent to
hurricane categories 0 — 5.
While there has been a recent increase in the number of
landfalling US
hurricanes, the increase in tropical cyclone - associated heavy
events is much higher than would be expected from the pre-1994 association between the two, indicating that the upward trend in heavy precipitation
events is due to an increase in the number of heavy precipitation
events per system.
Super Storm Sandy, a hybrid of
Hurricane Sandy (and very much a true hurricane up to and beyond its landfall in the Greater New York / New Jersey area) was an important event for several
Hurricane Sandy (and very much a true
hurricane up to and beyond its landfall in the Greater New York / New Jersey area) was an important event for several
hurricane up to and beyond its
landfall in the Greater New York / New Jersey area) was an important
event for several reasons.
(Note that this annual frequency is specific to
landfalling segments and different from the annual frequency of
landfalling events since some
events have multiple
landfalling segments, e.g. in 2005
Hurricane Katrina made
landfall in both South Florida and Louisiana.)
That science, in turn, gets connected to real - world, real - time
events — like what happens when two Category 4
hurricanes make
landfall with higher seas.
Now,
events in the Atlantic comprise only 11 % of global
hurricanes, and U.S.
landfalling hurricanes only comprise 1 %.
If AGW doesn't intrinsically increase
hurricane frequency (just strength) but does increase El Nino
events, then we should see a decrease in Gulf and Atlantic
hurricanes and
landfalls.
Wrapping up the
event, Florida Realtors ® Chief Economist Brad O'Connor took a look at what happened in Florida real estate in 2017 after
Hurricane Irma, which made
landfall on Cudjoe Key on Sept. 10, as a Category 4 with winds of more than 130 miles per hour.