by Joe Romm Posted on January 5, 2015 at 9:09 am Updated: January 5, 2015 at 11:55 am
The Japan Meteorological Agency (JMA) has announced that 2014 was the hottest year in more than 120 years of record-keeping — by far. NOAA is expected to make a similar call in a couple of weeks and so is NASA. As the JMA graph shows, there has been no “hiatus” or “pause” in warming. In fact, there has not even been a slowdown. Yes, in JMA’s ranking of hottest years, 1998 is in (a distant) second place — but 1998 was an outlier as the graph shows. In fact, 1998 was boosted above the trendline by an unusual super-El Niño. It is usually the combination of the underlying long-term warming trend and the regional El Niño warming pattern that leads to new global temperature records. What makes setting the record for hottest year in 2014 doubly impressive is that it occurred despite the fact we’re still waiting for the start of El Niño. But this is what happens when a species keeps spewing record amounts of heat-trapping carbon pollution into the air, driving CO2 to levels in the air not seen for millions of years, when the planet was far hotter and sea levels tens of feet higher. The JMA is a World Meteorological Organization (WMO) Regional Climate Center of excellence. The WMO had announced a month ago that 2014 was on track to be hottest year on record. Different climate-tracking groups around the world use different data sets, so they can show different results for 2014 depending on how warm December turns out to be….Some of the hottest places in the world in 2014 included:
- Europe was the hottest it’s been in 500 years. One new analysis concluded “global warming has made a temperature anomaly like the one observed in 2014 in Europe at least 80 times more likely.”
- California had record-smashing heat, which helped create its “most severe drought in the last 1200 years.”
- Australia broke heat records across the continent (for the second year running). Back in January, “temperatures soared higher than 120°F (49°C).”
- Much of Siberia “defrosted in spring and early summer under temperatures more than 9°F (5°C) above its 1981 to 2010 average,” as Live Science noted. This is the second exceptionally hot summer in a row for the region, and scientists now think the huge crater discovered this year in the area “was probably caused by thawing permafrost.”
The permafrost (soon to be renamed the permamelt) contains twice as much carbon as the entire atmosphere. If we don’t reverse emissions trends sharply and soon, then the carbon released from it this century alone could boost global warming as much as 1.5°F.