OK! I'll think again.
HISTORY OF GLOBAL TEMPERATURE CHANGES
According to:
http://www.cru.uea.ac.uk/cru/data/temperature/hadcrut3gl.txt
From 1850 to 1910, the highest average annual global temperature occurred in 1878, and was +0.023C = 15.023C or (32+27.041) = 59.041F.
In 1911 the average annual global temperature was at a low of -0.581C = 14.419C or (32+25.954) = 57.954F.
In 1998, the average annual global temperature was at a high of +0.546C = 15.546C or (32+27.983) = 59.983F.
The 1998 high was a 2.029 degrees Fahrenheit
increase since 1911, but only a 0.942 degree Fahrenheit
increase since 1878.
Over the 11 month period January 2007 to November 2007, the average global temperature was 15.414C or (32+27.745) = 59.745F, a
decrease of 59.983F - 59.745F = 0.238F since 1998.
AVERAGE ANNUAL GLOBAL TEMPERATURES
1878 = 15.023C = (32 + (15.023 X 1.8)) = (32 +27.041) = 59.041F
1911 = 14.419C = (32 + (14.419 X 1.8)) = (32 +25.954) = 57.954F
1998 = 15.546C = (32 + (15.546 X 1.8)) = (32 +27.983) = 59.983F
1999 = 15.296C = (32 + (15.296 X 1.8)) = (32 +27.533) = 59.533F
2000 = 15.270C = (32 + (15.270 X 1.8)) = (32 +27.486) = 59.486F
2001 = 15.409C = (32 + (15.409 X 1.8)) = (32 +27.736) = 59.736F
2002 = 15.464C = (32 + (15.464 X 1.8)) = (32 +27.835) = 59.835F
2003 = 15.473C = (32 + (15.473 X 1.8)) = (32 +27.851) = 59.851F
2004 = 15.447C = (32 + (15.447 X 1.8)) = (32 +27.805) = 59.805F
2005 = 15.482C = (32 + (15.482 X 1.8)) = (32 +27.868) = 59.868F
2006 = 15.421C = (32 + (15.421 X 1.8)) = (32 +27.758) = 59.758F
2007 = 15.414C = (32 + (15.414 X 1.8)) = (32 +27.745) = 59.745F
Now look again at those average annual temperature fluctuations since 1998. Ain't they huge? Well maybe not! Hmmm ... none of those average annual temperatures since 1998 were greater than in 1998. Maybe the average annual global temperature will rise in 2008. After all it's a USA election year.