 | The skill of multi-model seasonal forecasts of the wintertime North Atlantic Oscillation This behaviour has been explained on the basis of a more reliable description of large-scale tropospheric wave features by the multi-model ensemble 131.62 Kb.  7 | read |
| The origin of along-shelf pressure gradient in the Middle Atlantic Bight Cape Hatteras. It is also shown that the large-scale wind cannot directly affect the aspg. However, north of the Gulf Stream, there exist seasonal and inter-annual variations of eddy kinetic energy which affect the aspg 134.95 Kb. 2 | read |
| The origin of along-shelf pressure gradient in the Middle Atlantic Bight Cape Hatteras. It is shown that the large-scale wind pattern cannot directly affect the aspg. On the other hand, north of the Gulf Stream, there exist seasonal and inter-annual variations of eddy kinetic energy which affect the aspg 74.87 Kb. 1 | read |
| Atmospheric & Solar Oscillations With Linkage To The Earth’s Mean Temperature Trend: An Assessment In The Context Of Global Warming Debate 1.91 Mb. 10 | read |
 | Offshore Wind Negative – Table of Contents 252.72 Kb. 9 | read |
| North Atlantic Gyre Circulation Variability Associated with the Atlantic Multidecadal Oscillation Yanyun Liu1,2, Sang-Ki Lee1,2, Barbara A. Muhling3, John T. Lamkin3, David B. Enfield1,2, Chunzai Wang2, Christopher S. Meinen2 and Molly O. Baringer2 48.03 Kb. 1 | read |
| Variability of the Oceanic Mixed Layer 1960-2004 Sst, suggesting that other processes such as advection are more important. Interestingly, at decadal periods the winter-spring mixed layers of both basins show trends, deepening by 10-40m over the 45-year period of this analysis 0.7 Mb. 10 | read |
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