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  • 标题:An analysis of the impact of blocking on North American and Eurasian summers.
  • 作者:Singer, Marc
  • 期刊名称:Transactions of the Missouri Academy of Science
  • 印刷版ISSN:0544-540X
  • 出版年度:2005
  • 期号:January
  • 语种:English
  • 出版社:Missouri Academy of Science
  • 摘要:The summer of 2004 in the central part of North America was unusually cool. During August, temperatures were 5[degrees]-7[degrees]F cooler than normal across most of Missouri, and in Columbia this was the third coolest summer since 1889. The cool summer can be linked directly to unusually strong and persistent blocking in the East Pacific and Alaskan Sector. Conversely, blocking was also responsible for the devastating summer heat waves in Eurasia during the summers of 2002, and, especially, 2003. In North America, historically cool summers can be linked to unusual summer blocking activity over the East Pacific region. However, there is little to suggest that these events are related to interannual variations such as the El Nino and Southern Oscillation. Thus, the role of blocking may play a larger role in influencing summer season temperature and precipitation regimes than sea surface temperature anomalies.
  • 关键词:Meteorology;Summer;Weather

An analysis of the impact of blocking on North American and Eurasian summers.


Singer, Marc


The summer of 2004 in the central part of North America was unusually cool. During August, temperatures were 5[degrees]-7[degrees]F cooler than normal across most of Missouri, and in Columbia this was the third coolest summer since 1889. The cool summer can be linked directly to unusually strong and persistent blocking in the East Pacific and Alaskan Sector. Conversely, blocking was also responsible for the devastating summer heat waves in Eurasia during the summers of 2002, and, especially, 2003. In North America, historically cool summers can be linked to unusual summer blocking activity over the East Pacific region. However, there is little to suggest that these events are related to interannual variations such as the El Nino and Southern Oscillation. Thus, the role of blocking may play a larger role in influencing summer season temperature and precipitation regimes than sea surface temperature anomalies.

Glisan, J.M., T.E. Hagen and * A.R. Lupo. Department of Soil, Environmental and Atmospheric Sciences.

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