Science, Volume 319, Issues 5859-5864John Michels (Journalist) American Association for the Advancement of Science, 2008 |
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Page 79
... polar vortices , despite huge seasonal differences in solar flux . The cores of both vortices are depleted in phosphine gas , probably resulting from subsidence of air into the troposphere . The warm cores are present throughout the ...
... polar vortices , despite huge seasonal differences in solar flux . The cores of both vortices are depleted in phosphine gas , probably resulting from subsidence of air into the troposphere . The warm cores are present throughout the ...
Page 80
... polar zones , are clearly visible in each contour plot . At 160 mbar , the south polar hot spot ( 99 K , which is 6 K warmer than the temperature at 80 ° S ) is 8 K warmer than the northern hot spot ( 91 K , which is 8 K warmer than ...
... polar zones , are clearly visible in each contour plot . At 160 mbar , the south polar hot spot ( 99 K , which is 6 K warmer than the temperature at 80 ° S ) is 8 K warmer than the northern hot spot ( 91 K , which is 8 K warmer than ...
Page 81
... polar spot at 74.9 ° N ( in the anticyclonic zone equatorward of the polar jet ) in Voyager images ( 3 , 17 ) and ground - based observations ( 4 , 18 ) led to speculation that a pole- encircling Rossby wave was being forced by ...
... polar spot at 74.9 ° N ( in the anticyclonic zone equatorward of the polar jet ) in Voyager images ( 3 , 17 ) and ground - based observations ( 4 , 18 ) led to speculation that a pole- encircling Rossby wave was being forced by ...
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