180 likes | 289 Vues
This study investigates the relationship between the Atlantic Multidecadal Mode (AMM) and sea surface temperature (SST) anomalies, using the REOF method proposed by Mestas-Nunez and Enfield (1999). By analyzing SST anomalies during August, September, and October, we explore the influence of AMM on the occurrence and strength of hurricanes, considering both El Niño and La Niña events. Data from 1903 to 2000 are examined, highlighting critical patterns of major landfalling hurricanes along the U.S. East Coast and their correlation with low tropospheric vertical wind shear.
E N D
Atlantic Multidecadal Mode Local Correlation of SST versus REOF Mestas-Nunez and Enfield (1999)
Atlantic Multidecadal Mode Aug-Sep-Oct SST Anomalies Local Correlation of SST versus REOF Mestas-Nunez and Enfield (1999)
La Nina versus El Nino Hurricane Probabilities
Aug-Sep-Oct Outgoing Longwave Radiation Anomalies Atlantic Multidecadal Mode Local Correlation of SST versus REOF Mestas-Nunez and Enfield (1999)
Atlantic Multidecadal Mode Local Correlation of SST versus REOF Mestas-Nunez and Enfield (1999)
Active Decades U.S. MAJOR LANDFALLING HURRICANES: 1903-2000 Major East Coast Hurricanes Inactive Decades
Strong Conveyor Weak Conveyor
The “Global Mode”: Enhanced 200mb Subtropical Ridges
The Returnof the Major Atlantic Hurricanes:Causes and Implications Chris Landsea NOAA/Hurricane Research Division Miami, Florida, USA June 29th, 2004 AMS Master Teachers
Atlantic Multidecadal Mode Aug-Sep-Oct 200mb Wind Anomalies Local Correlation of SST versus REOF Mestas-Nunez and Enfield (1999)