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Global Climate ReportNovember 2005
Global Highlights:
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Contents of this Section: |
The data presented in this report are preliminary. Ranks and anomalies may change as more complete data are received and processed. The most current data may be accessed via the Global Surface Temperature Anomalies page. |
Temperature anomalies for September-November and November 2005 are
shown on the four maps below. The dot maps on the left provides a
spatial representation of anomalies calculated from the Global
Historical Climatology Network (GHCN) data set of land surface
stations using a 1961-1990 base period. The maps on the right are
an experimental
blended product of a merged land air and sea surface
temperature anomaly analysis which is based on data from the GHCN
of land temperatures and the Comprehensive Ocean-Atmosphere Data
Set (COADS) of Sea-Surface Temperature (SST) data. Temperature
anomalies with respect to 1961-1990 for land and ocean are analyzed
separately and then merged to form the global analysis. Additional
information on this product is available. |
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During November 2005,
there were above average temperatures over Scandinavia, Russia,
eastern China, eastern Australia and the majority of North America.
Cooler than average temperatures were observed over Alaska, Peru,
the Iberian Peninsula, southern portions of Europe and the U.S.
Pacific Northwest. Warmer than average SSTs occurred in the North Pacific and the North Atlantic. Cooler than average conditions were observed in the Niรฑo 3 and 3.4 regions and the South Indian Ocean. |
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The mean position of upper level ridges of high pressure and troughs of low pressure (depicted by positive and negative 500 millibar height anomalies on the September-November 2005 map and the November 2005 map) are generally reflected by areas of positive and negative temperature anomalies at the surface, respectively. For other Global products see the Climate Monitoring Global Products page. |
Images of sea surface temperature conditions are available for all weeks during 2005 at the weekly SST page |
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Current Month / Seasonal / Year-to-date |
November | Anomaly | Rank | Warmest Year on Record |
---|---|---|---|
GlobalLandOcean Land and Ocean |
+1.04ยฐC (+1.87ยฐF) +0.42ยฐC (+0.76ยฐF) +0.61ยฐC (+1.10ยฐF) |
2nd warmest 9th warmest 3rd warmest |
2004 (+1.14ยฐC/2.05ยฐF) 1997 (+0.57ยฐC/1.03ยฐF) 2004 (+0.69ยฐC/1.24ยฐF) |
Northern HemisphereLandOcean Land and Ocean |
+1.37ยฐC (+2.47ยฐF) +0.51ยฐC (+0.92ยฐF) +0.85ยฐC (+1.53ยฐF) |
3rd warmest 5th warmest 2nd warmest |
2004 (+1.47ยฐC/2.65ยฐF) 2004 (+0.60ยฐC/1.08ยฐF) 2004 (+0.95ยฐC/1.71ยฐF) |
Southern HemisphereLandOcean Land and Ocean |
+0.19ยฐC (+0.34ยฐF) +0.37ยฐC (+0.67ยฐF) +0.34ยฐC (+0.61ยฐF) |
40th warmest 10th warmest 12th warmest |
1990 (+0.90ยฐC/1.62ยฐF) 1941 (+0.70ยฐC/1.26ยฐF) 1941 (+0.61ยฐC/1.10ยฐF) |
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September-November | Anomaly | Rank | Warmest Year on Record |
---|---|---|---|
GlobalLandOcean Land and Ocean |
+1.05ยฐC (+1.90ยฐF) +0.45ยฐC (+0.81ยฐF) +0.63ยฐC (+1.13ยฐF) |
warmest 4th warmest warmest |
2nd - 2004 (+0.89ยฐC/1.60ยฐF) 1997 (+0.54ยฐC/0.97ยฐF) 2nd - 2003 (+0.61ยฐC/1.10ยฐF) |
Northern HemisphereLandOcean Land and Ocean |
+1.23ยฐC (+2.21ยฐF) +0.54ยฐC (+0.97ยฐF) +0.82ยฐC (+1.48ยฐF) |
warmest 4th warmest warmest |
2nd - 2004 (+1.01ยฐC/1.82ยฐF) 2003 (+0.61ยฐC/1.10ยฐF) 2nd - 2004 (+0.75ยฐC/1.35ยฐF) |
Southern HemisphereLandOcean Land and Ocean |
+0.59ยฐC (+1.06ยฐF) +0.40ยฐC (+0.72ยฐF) +0.44ยฐC (+0.79ยฐF) |
6th warmest 9th warmest 8th warmest |
2002 (+0.72ยฐC/1.30ยฐF) 1997 (+0.55ยฐC/1.00ยฐF) 1997 (+0.58ยฐC/1.04ยฐF) |
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January-November | Anomaly | Rank | Warmest Year on Record |
---|---|---|---|
GlobalLandOcean Land and Ocean |
+0.97ยฐC (+1.75ยฐF) +0.44ยฐC (+0.79ยฐF) +0.60ยฐC (+1.08ยฐF) |
2nd warmest 2nd warmest 2nd warmest |
1998 (+0.99ยฐC/1.78ยฐF) 1998 (+0.48ยฐC/0.86ยฐF) 1998 (+0.63ยฐC/1.13ยฐF) |
Northern HemisphereLandOcean Land and Ocean |
+1.01ยฐC (+1.82ยฐF) +0.52ยฐC (+0.94ยฐF) +0.72ยฐC (+1.30ยฐF) |
3rd warmest warmest warmest |
2002 (+1.05ยฐC/1.90ยฐF) 2nd - 1998 (+0.50ยฐC/0.90ยฐF) 2nd - 1998 (+0.71ยฐC/1.28ยฐF) |
Southern HemisphereLandOcean Land and Ocean |
+0.74ยฐC (+1.33ยฐF) +0.40ยฐC (+0.72ยฐF) +0.46ยฐC (+0.83ยฐF) |
2nd warmest 5th warmest 4th warmest |
1998 (+0.80ยฐC/1.44ยฐF) 1998 (+0.48ยฐC/0.86ยฐF) 1998 (+0.54ยฐC/0.97ยฐF) |
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The most current data may be accessed via the Global Surface Temperature Anomalies page.
The maps below represent anomaly values based on the GHCN data set
of land surface stations using a base period of 1961-1990. During
the 2005 boreal fall, above average precipitation fell over areas
that include Alaska, the Caribbean, India, the Philippines, Norway,
Peru and the northeastern U.S. Below average precipitation was
observed in Eastern Europe, the southern U.S., southeastern China
and coastal Brazil. |
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Peterson, T.C. and R.S. Vose, 1997: An Overview of the Global
Historical Climatology Network Database. Bull. Amer. Meteorol.
Soc., 78, 2837-2849. |