| 31. | Sea surface temperatures in the Beagle Channel range.
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| 32. | Additionally sea surface temperature anomalies have some winter to winter persistence due to the reemergence mechanism.
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| 33. | Warm equatorial sea surface temperatures lower surface air pressure which induces more equatorward flow than normal.
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| 34. | Atmospheric GCMs ( AGCMs ) model the atmosphere and impose sea surface temperatures as boundary conditions.
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| 35. | Modelers predict that equatorial El Nino Sea Surface Temperature conditions will return to normal by June-July.
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| 36. | Consequently, there was a significant cooling of sea surface temperatures over portions of the north Atlantic.
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| 37. | As the cyclone moved over an area of warm seas surface temperatures, the storm started to intensify.
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| 38. | Located within an area of weak vertical wind shear and warm sea surface temperatures, the depression intensified.
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| 39. | This increase was attributed to the sea surface temperatures being expected to be warmer than previously thought.
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| 40. | Since hurricanes rely on sea surface temperature, sometimes an active season in the beginning becomes quiet later.
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