Sentences with phrase «main development region»

If you were to inject SO2 into the Northern Hemisphere, the models show, you would reduce storm activity in the North Atlantic — probably because the injection would put the tropical jet stream on a collision course with the Atlantic hurricane main development region.
The thick blue line shows the projection using the full spatial gridded temperatures and confidence interval (5 — 16 — 84 — 95 %); magenta and black show the projections using only Main Development Region (MDR) and global average surface temperature.
A pronounced decline over the period 2005 - 2015 is identified in Atlantic major hurricane frequency, as well as in the Atlantic Multidecadal Variability (AMV), while an increase is identified in the vertical wind shear over the Atlantic hurricane main development region
Much of the remainder of the western Pacific was much warmer than average, while the main development region for Atlantic hurricanes (10 ° N — 20 ° N) was near average to warmer than average, helping make this area conducive for hurricane formation.
NOAA research shows that two prominent climate factors strongly control the key inter-related set of conditions that determine if tropical storms will form in the main development region during August through October.
Part of the explanation is that SSTs over the main development region were anomalously warm, favoring development even in the face of an unfavorable shear environment (associated with the incipient El Nino during Fall» 06).
BP correlate with reconstructed SSTs from the Main Development Region (MDR) of the North Atlantic Ocean.
The observational and modeling results of the teleconnections linked to AMOC changes (including the dynamical response of vertical wind shear over the main development region of Atlantic hurricanes) suggest an important role of the AMOC in the AMV and the multidecadal variability of the Atlantic major hurricane frequency.
The Lesser Antilles intersect the «main development region» for Atlantic hurricane formation, making storm data there «our best source for historical variability of tropical cyclones in the tropical Atlantic in the past three centuries,» the researchers explain.
Moreover, 370 years of tropical cyclone data from the Lesser Antilles (the eastern Caribbean island chain that bisects the main development region for landfalling U.S. hurricanes) show no long - term trend in either power or frequency but a 50 - to 70 - year wave pattern associated with the Atlantic Multidecadal Oscillation, a mode of natural climate variability.
They compared their storm surge index to changes in global surface temperature, to temperatures in the Main Development Region (MDR; a part of the Atlantic Ocean where most hurricanes form), and to MDR warming relative to the tropical mean temperatures (rMDR).
Even if the statistical relationship is valid, EJN's physical interpretation is faulty: a westward and southward shift of the Bermuda High causes an increased meridional sea level pressure gradient and stronger tradewinds over the main development region, not a relaxation of the tradewinds.
Footnote: For some presumably poetic reason, the Bard neglected to note that the Main Development Region is more like 25,000 furlongs across and the Sahara is about 2 billion acres.
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