the ENSO events(passive) caused byatmospheric circulation
trade winds and westerlies very cold winters , and short , cool summers(passive) created bythe atmospheric circulation
El Niño ... sea - surface temperatures in the equatorial Pacific Oceaninfluencesatmospheric circulation
el nino el nino ... sea - surface temperatures in the equatorial pacific oceaninfluencesatmospheric circulation
the waste heat cool areas of Europe by as much as one degree(passive) caused byatmospheric circulation
climate 2 Factors and mechanismsinfluencingatmospheric circulation
Arctic sea ice loss and increased Eurasian snowfall(passive) prompted byatmospheric circulation
the same pressure factorsinfluenceatmospheric circulation
This global temperature gradientcausesatmospheric circulation
the waste heat cool areas of Europe by as much as 1 degree Celsius(passive) caused byatmospheric circulation
La Niña ... sea - surface temperatures in the equatorial Pacific Oceaninfluencesatmospheric circulation
the waste heat cool areas of Europe by as much as 1.8 degrees F(passive) caused byatmospheric circulation
El Niño ... the warming of sea - surface temperatures in the equatorial Pacific Oceaninfluencesatmospheric circulation
the waste heat cool areas of Europe by as much as 1 C ( 1.8 F(passive) caused byatmospheric circulation
climate Surface conditions of the oceansetatmospheric circulation
The many complex factorsinfluencingatmospheric circulation
two major factors(passive) is caused byAtmospheric circulation
La Nina ... sea - surface temperatures in the equatorial Pacific Oceaninfluencesatmospheric circulation
the waste heat cool areas of Europe by as much as 1 degree C ( 1.8 degrees F(passive) caused byatmospheric circulation
the El Niño , Earth(passive) caused byatmospheric circulation
the loss of snow cover(passive) triggered byatmospheric circulation
El Niño , which means ‘ the little boy ’ in Spanish ... sea - surface temperatures in the equatorial Pacific Oceaninfluencesatmospheric circulation
the waste heat cool areas of Europe by as much as 1 degree C with much of the temperature decrease occurring in the fall(passive) caused byatmospheric circulation
changes in sea ice(passive) caused bythe atmospheric circulation
the 2010/11 La Niña(passive) caused byatmospheric circulation
some of the largest shifts in Antarctic climate in recent decadeshas causedsome of the largest shifts in Antarctic climate in recent decades
to the HeatRisk Eventleadingto the HeatRisk Event
to both low precipitation over the Eastern U.S.leadsto both low precipitation over the Eastern U.S.
global climate to change from “ greenhouse ” to “ icehouse ” conditionscausingglobal climate to change from “ greenhouse ” to “ icehouse ” conditions
from the ENSO phenomenon and climate changeresultingfrom the ENSO phenomenon and climate change
rainfall and storm patterns around the world — an El Niñoinfluencesrainfall and storm patterns around the world — an El Niño
to the event ( a.k.a . dynamicalleadingto the event ( a.k.a . dynamical
the ice in the Eurasian Arctic to melt faster than in the American Arctic in the 21st centuryhas causedthe ice in the Eurasian Arctic to melt faster than in the American Arctic in the 21st century
European climateinfluencingEuropean climate
for climate researchusually designedfor climate research
global coolingcausingglobal cooling
to more snow and ice " climate scientist Jiping Liuleadsto more snow and ice " climate scientist Jiping Liu
the location and disposition of large - scale climate patternsinfluencesthe location and disposition of large - scale climate patterns
The wind regime(passive) is influenced byThe wind regime
to an enhanced period of hurricane activityleadingto an enhanced period of hurricane activity
the melting of large ice sheets and many other catastrophic effects of climate changecausesthe melting of large ice sheets and many other catastrophic effects of climate change
the melting of large ice sheet and many other catastrophic effects of climate changecausesthe melting of large ice sheet and many other catastrophic effects of climate change
large climate shiftscauseslarge climate shifts
the melting of large ice sheets and add to many other catastrophic effects of climate changecausesthe melting of large ice sheets and add to many other catastrophic effects of climate change
to either unusual synoptics or normal synoptics with higher than usual energyleadingto either unusual synoptics or normal synoptics with higher than usual energy
to extreme snow and ice in the Northern Hemisphereledto extreme snow and ice in the Northern Hemisphere
to cooling over the southern polecontributingto cooling over the southern pole
to more snow and ice ( National Geographic ... March 2013leadsto more snow and ice ( National Geographic ... March 2013
turbulent boundary conditions in winter ... resulting in greater production of sea spray aerosols ... and/or enhanced transport of frost flower and sea spray aerosolscausesturbulent boundary conditions in winter ... resulting in greater production of sea spray aerosols ... and/or enhanced transport of frost flower and sea spray aerosols
the large shifts in Antarctic climate in recentcausingthe large shifts in Antarctic climate in recent
up when mass hadley pictured global - scale circulation as a large - scale version of theis setup when mass hadley pictured global - scale circulation as a large - scale version of the
to more snow and ice.[2 ] −93.2 ° C 315 km / h ( 196 mph ; 170 kn ) Land and ocean temperature values in February 2013 compared to a 1981–2010 base periodleadsto more snow and ice.[2 ] −93.2 ° C 315 km / h ( 196 mph ; 170 kn ) Land and ocean temperature values in February 2013 compared to a 1981–2010 base period
climate in Europe , northern Africa , Greenland , North America andinfluencesclimate in Europe , northern Africa , Greenland , North America and
the global ocean wind - driven surface currentscreatesthe global ocean wind - driven surface currents
the spatial distribution of clouds , which , finally , increases planetary albedoinfluencesthe spatial distribution of clouds , which , finally , increases planetary albedo
as much as 60 % to the September sea - ice extent decline and surface downwelling shortwave flux in the Arctic during summertimemay have contributedas much as 60 % to the September sea - ice extent decline and surface downwelling shortwave flux in the Arctic during summertime
to cooling and increasing sea ice extents over much of the Antarctic regionleadingto cooling and increasing sea ice extents over much of the Antarctic region
free flow of the north - westerly wind , which aids onset of winterwas preventingfree flow of the north - westerly wind , which aids onset of winter
the wind to cross the sea from west to east during the first part of the day , and east to west latercausesthe wind to cross the sea from west to east during the first part of the day , and east to west later
in cooling in the eastern part of the Pacific Ocean similar to that observed during the La Niña ( cold ) phase of ENSOresultingin cooling in the eastern part of the Pacific Ocean similar to that observed during the La Niña ( cold ) phase of ENSO
in a series of climate anomalies including droughts , floods and also effects on societies and economics such as agriculture , water resources , forestry wildfires , and the spread of insects and waterborne diseases over the Indian Ocean and the surrounding areasresultsin a series of climate anomalies including droughts , floods and also effects on societies and economics such as agriculture , water resources , forestry wildfires , and the spread of insects and waterborne diseases over the Indian Ocean and the surrounding areas
variations in density and pressurecreatesvariations in density and pressure
the penetration of mild ocean winds towards the interiorpreventsthe penetration of mild ocean winds towards the interior
to the formation of high and low pressure zonesleadsto the formation of high and low pressure zones
the Arctic 's cold air to spill southwardhas been causingthe Arctic 's cold air to spill southward