Not exact matches
If a
storm of similar
intensity had veered east (Unlike Katrina for example) and moved east along our Gulf
coast, pushing a
storm surge ahead of it and into the corner of the Apalachee Bay as this one did into the Gulf of Martaban, we would also see extraordinary devastation — even though our
coast is not quite as low, and even though the Burma
coast forms a funnel (like the Bay of Fundy) unlike Apalachee Bay.
The intense rainfall was due to a complicated interplay between the
intensity of the hurricane, its path, and the fact that it stalled over the
coast with part of it still over the water so the
storm dynamics could access the heat and moisture of the Gulf.
This warmth and moisture also combines with increased surface ocean temperatures along the
coast each playing a role in the
intensity of this kind of
storm.
-- «Other trends in severe
storms, including the
intensity & frequency of tornadoes, hail, and damaging thunderstorm winds, are uncertain» — «lack of any clear trend in landfall frequency along the U.S. eastern and Gulf
coasts» — «when averaging over the entire contiguous U.S., there is no overall trend in flood magnitudes»
This is mainly because the area of maximum cyclone
intensity has moved nearer the East Asian coastline, the researchers believe, boosting cyclone
intensity at landfall — when the centre of the
storm hits the
coast — over easten China, Korea and Japan.
(Extremely warm sea surface temperatures both in the Gulf of Mexico and off the U.S. East
Coast are helping to fuel the present
storm's record
intensity.