That is, for 2016, the Temperatures of Earth’s Atmosphere Nearest to Its Surface Were an Insignificant 0.02 Deg C Higher than the Previous El Niño-Related High in 1998.
Guest Post by Bob Tisdale
Earlier this week, Dr. Roy Spencer of the University of Alabama in Huntsville (UAH) announced the annual lower troposphere temperature anomalies for the year 2016. See his post Global Satellites: 2016 not Statistically Warmer than 1998. Bottom line: The UAH global lower troposphere temperature anomaly for 2016 (an strong El Niño-decay year) was only 0.02 deg C (that’s read 2 one-hundredths of one degree Celsius) higher than in 1998, another strong El Niño-decay year with the previous highest value. See Figure 1. (Monthly data here.)
With much less fanfare, Remote Sensing Systems (RSS) released their results for December 2016 yesterday. After converting the monthly data to annual anomalies, we can see that RSS…
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