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Summary Of: Extratropical cyclone

A fictitious synoptic chart of an extratropical cyclone affecting Great Britain... A fictitious synoptic chart of an extratropical cyclone affecting Great Britain... A fictitious synoptic chart of an extratropical cyclone affecting Great Britain... an extratropical cyclone south of Atlantic Canada deepened to 928... north Atlantic after completing its transition to an extratropical cyclone from a hurricane... north Atlantic after completing its transition to an extratropical cyclone from a hurricane... north Atlantic after completing its transition to an extratropical cyclone from a hurricane... an extratropical cyclone can transit into a tropical cyclone if it reaches an area of ocean with warmer... The windfield of an extratropical cyclone constricts with distance in relation to surface level pressure... Of the two theories on extratropical cyclone structure and life cycle... A second competing theory for extratropical cyclone development over the oceans is the Shapiro... It is also common for an extratropical cyclone to strengthen as the blocking anticyclone or ridge weakens in these circumstances... Where an extratropical cyclone encounters another extratropical cyclone...

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A fictitious synoptic chart of an extratropical cyclone affecting Great Britain & Ireland. The blue and red arrows between isobars indicate the direction of the wind and its relative temperature, while the "L" symbol denotes the center of the "low". Note the occluded, cold and warm frontal boundaries. | | isobars | frontal boundaries | cyclones | synoptic scale | low pressure | tropics | tropical | polar | fronts | gradients | temperature | dew point | anticyclones | showers | thunderstorms | cyclones | latitudes | baroclinic | gradient | frontal zones | barotropic | Approximate areas of extratropical cyclone formation worldwide | | An upper level jet streak.  DIV areas are regions of divergence aloft, which will lead to surface convergence and aid cyclogenesis. | | latitude | equator | Southern Hemisphere | Northern Hemisphere | Cyclogenesis | wind shear | baroclinic cyclones | cyclogenesis | frontal zones | upper level jetstream | divergence | convergence | surface pressure | cyclone | equator | warm front | denser | occlude | atmospheric pressure | millibars | inHg | Gulf Stream | United States | March 1 | 1914 | Bridgehampton, New York | January 4 | January 5 | 1989 | category 4 hurricane | Arctic | Cyclone Florence in the north Atlantic after completing its transition to an extratropical cyclone from a hurricane | | Tropical cyclones | forcing | Westerlies | heat from condensation | Canada | subtropical | sea surface temperature | Weather fronts | QuikSCAT image of typical extratropical cyclones over the ocean. Note the maximum winds are on the outside of the occlusion. | | QuikSCAT | cold fronts | pressure gradient force | counterclockwise | Coriolis effect | sea-level pressure | surface weather maps | United States | comma | km | tropical cyclones | Norwegian model and Shapiro-Keyser model differences in frontal structure | | Norwegian model | World War I | occluding | perpendicular | planes | ERICA | eye | tropical cyclones | convection | flux | oceans | winds | rain | Hurricane Maria | A February 24, 2007 radar image of a large Extratropical cyclonic storm system at its peak over the central United States (3 MB) | | February 24 | 2007 | zonal flow regime | Meridional flow | low pressure systems | troughs | ridges | anticyclones | blocking patterns | vortex | Fujiwhara effect | Preferred region of snowfall in an extratropical cyclone | | winds | km/h | mph | windstorms | precipitation | warm front | thunderstorms | thundersnows | fall | troposphere | lee troughs | hail | Great Plains | Rocky Mountains | strength | Great Storm of 1987 | £ | US$ | Hurricane Hazel | North Carolina | Columbus Day Storm of 1962 | Oregon | Washington | Hurricane Wilma | Crimean War | November 14 | 1854 | Columbus Day Storm of 1962 | Oregon | hPa | Vancouver Island | October 11 | Canada | Wahine disaster | | Weather portal | Cyclogenesis | European windstorm | Extratropical transition technique | Nor'easter | Surface weather analysis | Storm of the Century (1993) | Thundersnow | Thunderstorm | Tropical cyclone | Tropical cyclogenesis | Columbus Day Storm | 2005 | 12-07 | 2006 | 10-21 | 2006 | 10-03 | 2008 | 06-15 | 2006 | 10-20 | 2006 | 10-20 | 2008 | 06-28 | 2005 | 05-20 | 2006 | 10-04 | 2006 | 10-03 | Monthly Weather Review | 2006 | 11-11 | 2005 | 07-18 | 2006 | 10-21 | 2006 | 02-15 | 2006 | 10-04 | 2006 | 10-04 | 2003 | 07-10 | 2006 | 10-04 | 2002 | 02-15 | 2006 | 10-04 | 2006 | 04-25 | 2006 | 10-24 | 2006 | 10-24 | 1999 | 09-02 | 2006 | 10-11 | University of Aberdeen | 2008 | 06-15 | 2006 | 04-26 | 2006 | 10-04 | 2006 | 11-02 | 2006 | 04-20 | 2006 | 10-03 | 2003 | 02-18 | 2006 | 10-03 | 2006 | 10-04 | 2006 | 10-03 | 2005 | 12-15 | 2006 | 10-11 | 2001 | 09-25 | 2006 | 10-11 | 2001 | 01-05 | 2006 | 10-09 | 2006 | 04-25 | 2006 | 10-06 | 2003 | 12-11 | 2006 | 10-30 | 2006 | 02-14 | 2006 | 11-01 | 2006 | 02-08 | 2006 | 10-30 | 2006 | 10-03 | 2006 | 10-03 | 1997 | 05-02 | 2006 | 10-21 | 2003 | 11-20 | 2006 | 10-21 | 2006 | 10-04 | 1999 | 09-02 | 2006 | 10-21 | 2002 | 03-13 | 2006 | 10-21 | 2006 | 10-30 | 2005 | 12-22 | 2006 | 10-30 | 2006 | 01-12 | 2006 | 10-11 | 11-25 | 11-25 | v | d | Cyclones | Anticyclones | Meso-scale | Polar | Polar low | Subtropical | Tropical | Featured article | Categories | Featured articles | Extratropical cyclones | Midlatitude weather | Tropical cyclone meteorology | Types of cyclone |
This article is licensed under the GNU Free Documentation License. It uses material from the Wikipedia article "Extratropical cyclone".