Hey, you're right. This is the University of Alabamah Hunstville satellite based series of global temperture anomolies. It is much more homogenous over time that the NCDC data, but only has 31 years.
But where were you last year when September was only 11th (10th at the time) out of 30?
Code:
Year Month Anomoly
1998 9 0.432
[COLOR="red"]2009 9 0.424[/COLOR]
2005 9 0.355
1988 9 0.286
2002 9 0.284
2006 9 0.274
2003 9 0.232
1995 9 0.23
2007 9 0.201
1980 9 0.194
2008 9 0.161
2004 9 0.157
1996 9 0.153
2001 9 0.134
1997 9 0.095
1999 9 0.094
2000 9 0.085
1983 9 0.081
1991 9 0.072
1989 9 0.064
1994 9 0.064
1987 9 0.052
1979 9 0.027
1981 9 0.026
1990 9 0.001
1982 9 -0.146
1985 9 -0.198
1986 9 -0.258
1993 9 -0.288
1992 9 -0.343
1984 9 -0.486
And where were you in June, when it was only the 16th highest?
Code:
Year Month Anomoly
1998 6 0.562
2002 6 0.345
1991 6 0.331
2005 6 0.248
2007 6 0.203
2006 6 0.154
1987 6 0.144
1995 6 0.121
1980 6 0.097
1988 6 0.09
1990 6 0.09
2003 6 0.057
1994 6 0.05
2004 6 0.046
2000 6 0.038
2001 6 0.029
[COLOR="Red"]2009 6 0.003[/COLOR]
1997 6 -0.006
1981 6 -0.031
1993 6 -0.064
1983 6 -0.082
1982 6 -0.113
2008 6 -0.114
1996 6 -0.129
1999 6 -0.137
1979 6 -0.151
1986 6 -0.152
1992 6 -0.196
1989 6 -0.217
1984 6 -0.231
1985 6 -0.247
I think it is you doing the short term cherry picking here.
Don't misrepesent the position of most skeptics.
- It is warmer relative to recent modern history, but likely not relative to millenial timescales.
- It is not certain that CO2 has been the most important cause
- It is not certain what will occur in the future.
- It is not certain that there will be net negative effects from a marginally warmer planet (2-3 degrees on top of current approximamtely 280 degrees Kelvin - life on this planet has adapted quite easily to fluctuations of up to 10 times that over shorter, seasonal time scales).