Global Cooling
As predicted, 2011 and 2012 were cool. As predicted, there was no significant warming during 2014.
24 Mar 16: The El Nino event has ended and temperatures will drop rapidly over the next 6 months.
2 July 16: Temperatures dropped as predicted in March and will continue to drop for the next four months or so. As the drop is rapid, it now seems to be unlikely that 2016 will be the hottest year since satellite records began. (In fact, it was – by a miserable 0.02°. At that rate, the world will be something like 0.1° warmer by the end of the century.)
11 April 17: Temperatures continued to drop until the end of 2016. It appears likely that they will stabilise or drop slowly over the next few months.
4 Jan 2020 Temperatures continue to follow SOI. Expect some cooling over the next few months.
It is quite remarkable that the climate models still cannot predict the timing and magnitude of El Nino and La Nina.
In a peer reviewed paper entitled “Influence of the Southern Oscillation on Tropospheric Temperature” published in 2009, Maclean, de Freitas and Carter proposed that global temperatures followed the Southern Oscillation Index (SOI) with a lag of between six and eight months. In a Jan 2013 paper the lag was revised to 4 months. This meant that global temperatures could be predicted about four months ahead.*
In June 2010, I published a graph predicting that temperatures will fall sharply around October 2010. Exactly this happened. Since then I have regularly updated the graphs and predictions. The cooling did, as predicted, last until late in 2011. In fact, 2011 was a cool year. All the temperature records show this cooling. www.climate4you.com In July 2014, I predicted that the remainder of 2014 would not show significant warming. The prediction was correct.
What is remarkable about this is that a retired engineer with access to the Internet has been able to make reasonably accurate predictions of future climate. Yet, to my knowledge, no computer-based climate model nor any mainstream “climate scientist” predicted the 2011 cooling or the timing and magnitude of the 2015/2016 El Niño/La Nina. To me, this is truly remarkable. It seems to me that we can be reasonably confident that the Southern oscillation Index – which no one seems to be able to predict – has a major influence on world temperatures. But correlation does not prove causation so some small doubt still exists. All we really know is that the correlation is far better than it is for carbon dioxide concentration and temperature. Makes you think, doesn't it?
* Unpredictable effects such as volcanoes will affect these predictions. In general, volcanoes cause cooling.
Note that UAH satellite temperatures are used because satellites give the best coverage of the world and NASA has said that satellite temperatures are the most accurate.
Charts showing the the current predictions are given below.
Temperatures and Southern Oscillation Index from 2000.
In June 2010, I published a graph predicting that temperatures will fall sharply around October 2010. Exactly this happened. Since then I have regularly updated the graphs and predictions. The cooling did, as predicted, last until late in 2011. In fact, 2011 was a cool year. All the temperature records show this cooling. www.climate4you.com In July 2014, I predicted that the remainder of 2014 would not show significant warming. The prediction was correct.
What is remarkable about this is that a retired engineer with access to the Internet has been able to make reasonably accurate predictions of future climate. Yet, to my knowledge, no computer-based climate model nor any mainstream “climate scientist” predicted the 2011 cooling or the timing and magnitude of the 2015/2016 El Niño/La Nina. To me, this is truly remarkable. It seems to me that we can be reasonably confident that the Southern oscillation Index – which no one seems to be able to predict – has a major influence on world temperatures. But correlation does not prove causation so some small doubt still exists. All we really know is that the correlation is far better than it is for carbon dioxide concentration and temperature. Makes you think, doesn't it?
* Unpredictable effects such as volcanoes will affect these predictions. In general, volcanoes cause cooling.
Note that UAH satellite temperatures are used because satellites give the best coverage of the world and NASA has said that satellite temperatures are the most accurate.
Charts showing the the current predictions are given below.
Temperatures and Southern Oscillation Index from 2000.
What next?
Records from all over the world show that a long sunspot cycle is followed by cooling in the next cycle and a short sunspot cycle indicates warming. The last sunspot cycle was 12.5 years and the previous one was 9.5 years. The evidence tells us that a 3 year increase in cycle length will result in cooling of at least 1°C. As the total amount of warming that has occurred since the early 1900s is 0.7°C, this is potentially very serious. We could be returning to the conditions in the little ice age.
This is confirmed by the very weak solar cycle with no sunspots for significant periods.
History tells us that cooling causes crop failures, famine, disease and, often, war.
We must not forget that the climate changes naturally and we need to be prepared for climate change–be it cooling or warming.
Records from all over the world show that a long sunspot cycle is followed by cooling in the next cycle and a short sunspot cycle indicates warming. The last sunspot cycle was 12.5 years and the previous one was 9.5 years. The evidence tells us that a 3 year increase in cycle length will result in cooling of at least 1°C. As the total amount of warming that has occurred since the early 1900s is 0.7°C, this is potentially very serious. We could be returning to the conditions in the little ice age.
This is confirmed by the very weak solar cycle with no sunspots for significant periods.
History tells us that cooling causes crop failures, famine, disease and, often, war.
We must not forget that the climate changes naturally and we need to be prepared for climate change–be it cooling or warming.
