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2012 Global Temperatures


okie333

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This is interesting.

Not sure how it will effect global SST's. Or how long it will last. But global sst's definitely won't be dropping much with development's like this.

The Indian Ocean also look's to have warmed up some. The Northern Hemisphere hot spot's haven't changed.

Not sure how typical it is, but global sst anomaly's should go up from this.

navy-anom-bb.gif

NW Atl and NW Pac continue to roast.

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Dec. GISS tumbled:

 

Year   Jan  Feb  Mar  Apr  May  Jun  Jul  Aug  Sep  Oct  Nov  Dec    J-D D-N    DJF  MAM  JJA  SON  Year
2001    41   45   56   49   55   51   57   51   52   48   68   52     52  50     38   53   53   56  2001
2002    71   73   89   57   61   52   60   52   58   54   56   42     60  61     65   69   55   56  2002
2003    72   54   55   51   60   46   53   65   62   71   53   72     59  57     56   55   55   62  2003
2004    56   66   63   58   41   40   24   43   50   61   69   48     52  54     65   54   36   60  2004
2005    69   54   66   66   60   63   60   60   70   75   70   65     65  63     57   64   61   71  2005
2006    52   65   59   45   44   60   50   66   58   64   69   74     59  58     61   49   58   64  2006
2007    93   66   67   71   63   55   57   58   60   57   54   46     62  65     78   67   57   57  2007
2008    23   31   69   48   46   42   55   41   56   60   62   51     49  48     33   54   46   59  2008
2009    56   48   49   56   58   61   66   61   65   59   70   57     59  58     52   55   63   64  2009
2010    66   74   86   81   70   59   57   59   55   64   75   45     66  67     66   79   58   65  2010
2011    46   44   58   60   47   53   69   69   53   59   50   45     54  54     45   55   64   54  2011
2012    36   39   49   60   70   59   51   57   66   70   68   44     56  56     40   60   56   68  2012
Year   Jan  Feb  Mar  Apr  May  Jun  Jul  Aug  Sep  Oct  Nov  Dec    J-D D-N    DJF  MAM  JJA  SON  Year
 

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GISS was impressively cold for December. I wonder if that has to do with the high snow cover and resultant cold anomalies over Asia.

 

Yeah, that's it  since these were the coldest NH December land temps since 2004. You can see how different

a temperature pattern this was compared to June with the record warm NH land temps and low snow cover.

 

http://data.giss.nasa.gov/gistemp/tabledata_v3/NH.Ts.txt

 

 

 

 

 

 

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GISS was impressively cold for December. I wonder if that has to do with the high snow cover and resultant cold anomalies over Asia.

 

Yeah, that's it  since these were the coldest NH December land temps since 2004. You can see how different

a temperature pattern this was compared to June with the record warm NH land temps and low snow cover.

 

http://data.giss.nasa.gov/gistemp/tabledata_v3/NH.Ts.txt

 

 

 

 

 

 

This should be good news for your side of the debate.... The world was on the cooler side (recently speaking) and yet all locals think it was a scorcher

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This should be good news for your side of the debate.... The world was on the cooler side (recently speaking) and yet all locals think it was a scorcher

The last time the world saw a month on the cooler side was all the way back in 1985. December was just less above

normal than in recent years. The last cold global December was back in 1984.

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The year finished at -0.7... Which is neutral.

 

-0.7 for a year is less than most MONTHLY nina figures.

I'm not sure where you get -.7. I get -.37 using a 3 month lag. Without a lag it's like -.1. The lag is appropriate because of the lag between ONI and surface temperatures. So I'll go with a value of -.37 for the year, which is fairly weak. 

 

 

 

However a Nina is not defined by the year long ONI, it is defined by whether there are 3 months of tri-monthly ONI readings at or below -.5. The chart appears to be consistent. It also marks 1996 as a Nina year which followed a weaker Nina than the one this year. 95-96 peaked at -.9, while this year peaked at -1.0. 

 

The chart is consistent. There is no year which had a stronger Nina that was marked as "neutral." This is one of the weaker years that are marked as "Nina." While I still find the chart very informative, an even more accurate picture can be developed if we statistically adjust temperatures based on the ONI depending on the ONI reading. We can also adjust for TSI. Here is the chart that appears if we use well known statistical correlations between temperatures and the ONI and TSI to create ENSO and solar unbiased temperatures. 

 

post-480-0-79205000-1358453063_thumb.png

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I'm not sure where you get -.7. I get -.37 using a 3 month lag. Without a lag it's like -.1. The lag is appropriate because of the lag between ONI and surface temperatures. So I'll go with a value of -.37 for the year, which is fairly weak. 

 

 

 

However a Nina is not defined by the year long ONI, it is defined by whether there are 3 months of tri-monthly ONI readings at or below -.5. The chart appears to be consistent. It also marks 1996 as a Nina year which followed a weaker Nina than the one this year. 95-96 peaked at -.9, while this year peaked at -1.0. 

 

The chart is consistent. There is no year which had a stronger Nina that was marked as "neutral." This is one of the weaker years that are marked as "Nina." While I still find the chart very informative, an even more accurate picture can be developed if we statistically adjust temperatures based on the ONI depending on the ONI reading. We can also adjust for TSI. Here is the chart that appears if we use well known statistical correlations between temperatures and the ONI and TSI to create ENSO and solar unbiased temperatures. 

 

attachicon.gifENSO-TSI-Volc corrected smoothed.png

 

Is 1980 the first year pacific equatorial temps were given a correlating numerical index?

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I'm not sure where you get -.7. I get -.37 using a 3 month lag. Without a lag it's like -.1. The lag is appropriate because of the lag between ONI and surface temperatures. So I'll go with a value of -.37 for the year, which is fairly weak. 

 

 

 

However a Nina is not defined by the year long ONI, it is defined by whether there are 3 months of tri-monthly ONI readings at or below -.5. The chart appears to be consistent. It also marks 1996 as a Nina year which followed a weaker Nina than the one this year. 95-96 peaked at -.9, while this year peaked at -1.0. 

 

The chart is consistent. There is no year which had a stronger Nina that was marked as "neutral." This is one of the weaker years that are marked as "Nina." While I still find the chart very informative, an even more accurate picture can be developed if we statistically adjust temperatures based on the ONI depending on the ONI reading. We can also adjust for TSI. Here is the chart that appears if we use well known statistical correlations between temperatures and the ONI and TSI to create ENSO and solar unbiased temperatures. 

 

attachicon.gifENSO-TSI-Volc corrected smoothed.png

 

Thanks for posting this again.

 

Anyway to get it out to 2012?

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