A clouded future for the Earth? Fear not, that is what is stabilizing the temperature.

The cause of Climate Change is still up in the air.
Sherlock Holmes: “It is a capital mistake to theorize before one has data. Insensibly one begins to twist facts to suit theories instead of theories to suit facts”. From: “Scandal in Bohemia” by A. Conan Doyle.

The first Earth Day in Philadelphia 1970, April 22 (the 100 year anniversary of Lenin’s Birth) featured Ira Einhorn (The Unicorn Killer) as master of Ceremonies. The big environmental scare of the day was the threat of a new Ice Age. The clarion call was: “In the year 2000 temperatures will have fallen 10 degrees”, the culprit was pollution, especially acid rain. The acid rain was so bad in the Adirondacks, Canada, Norway and Sweden that the Rainbow Trout died in droves, and even the oceans were said to be in danger of getting too acid. Regulations were enacted to add scrubbers to power stations, waste water was purified, and – wouldn’t y you know it, the cooling trend reversed itself and was followed by warming.
Since the cooling trend was “obviously man-made” they had to find a reason for the sudden warming. Never mind that around the year 1200 there was at least one farm on South West Greenland that exported, among other things, cheese. How do we know that? They have excavated the ruins of a farm, “Gården under Sanden”, buried under permafrost for five centuries. During these five centuries the Northern Hemisphere experienced what is called “the little ice age” a time when the winters could be so cold that in 1658 the Swedish army, cavalry and artillery crossed the Belts in the southern Baltic over ice and sacked Copenhagen.


Picture left: Gården under sanden excavation.
Picture right: The crossing of the Great Belt 1658.

To predict future climate changes many computer models have been developed dealing with how the earth responds to changes in atmospheric conditions, especially how it responds to rising CO2 levels. Most were developed in the 1970 to 2000 time frame, a time of rapid temperature rise and as such they were all given a large factor for the influence of rising CO2. Since 2000 we have had what is called “the pause”, a time with no statistically significant temperature rise,  so the models cooperated less and less and produced more and more unreliable predictions. It is no wonder then that they all have failed to model the past. None of them have reproduced the medieval warm period or the little ice age. If they cannot agree with the past there is no reason to believe they have any ability to predict the future. The models are particularly bad when it comes to predict cloud cover and also what time of day clouds appear and disappear.
Below is a chart of a number of climate models and their prediction of cloud cover versus observed data. Note especially to the right where they completely fail to notice the clear skies over Antarctica.

Is there a better way to predict future temperature trends? When you go to the doctor for a physical, at some point and without warning he hits you under the knee with a hammer and watches your reaction. He is observing your impulse response. Can we observe impulse responses for the earth? One obvious case is volcanic explosions. Sometimes the earth burps a lot of carbon dioxide or methane. But the most interesting response would be how the earth responds to a solar flare with a sudden change in the amount of cosmic radiation hitting the earth. That would give the best indication how the sun and cosmic radiation affects cloud formation.

A couple of solar flares lately have been giving us a hint how the cloud cover responds to changes in cosmic radiation, and they are consistent with the latest results from the CLOUD project conducted using the CERN particle accelerator, a confirmation of a theory forwarded by the Danish Physicist Henrik Svensmark. He first presented the theory in 1997 and finally got the results verified and published in 2007, but the prevailing consensus has been slow to accept the theory that the sun as the primary driver of climate change.
We have many reasons to be concerned about the well-being of the earth, but rising levels of CO2 is not one of them. In fact, CO2 is our friend. Rising CO2 levels increases crop yields, makes the impact of land use changes less pronounced and the photosynthesis process more efficient, using less water and allowing us to grow crops on land once deemed unprofitable.

James Hansen, a world famous climate science activist/NASA physicist writes in one of his publications, called “Earth’s Energy Imbalance and Implications“.
It contains a quote that fits nicely with Sherlock Holmes observation:
The precision achieved by the most advanced generation of radiation budget satellites is indicated by the planetary energy imbalance measured by the ongoing CERES (Clouds and the Earth’s Radiant Energy System) instrument (Loeb et al., 2009), which finds a measured 5-year-mean imbalance of 6.5 W/m2 (Loeb et al., 2009). Because this result is implausible, instrumentation calibration factors were introduced to reduce the imbalance to the imbalance suggested by climate models, 0.85 W/m2 (Loeb et al., 2009).

There we have it. The observed data does not fit the climate models. Change the observed data! Then use that data to validate the climate models! How convEEnient, as the SNL Churchlady used to say.
Shenanigans like this have been exposed in what has been named “Climategate1.0”, followed by “Climategate2.0” and “Climategate3.0”
This is what happens when politicians take over science and make further funding contingent on obtaining desired results.
James Hansen arrested Aug 29 2011 at a Keystone XL pipeline protest outside the White House.

And now, this is the official basis for enacting the Green New Deal. They have come a long way since then, but the science they claim is settled is not. It is just flawed. Look at the clouds! They provide the negative feedback that keeps the climate from overheating.

Yet I am hopeful that the scientists are catching on to the major fallacy of the models, their failure to correctly model the clouds and their changing behavior with increasing CO2.

This is an excerpt from the IPCC Fifth Assessment.

Box 2.1 | Advances, Confidence and Uncertainty in Modelling the Earth’s Climate System Improvements in climate models since the IPCC Fourth Assessment Report (AR4) are evident in simulations of continental-scale surface temperature, large-scale precipitation, the monsoon, Arctic sea ice, ocean heat content, some extreme events, the carbon cycle, atmospheric chemistry and aerosols, the effects of stratospheric ozone and the El Niño-Southern Oscillation. Climate models reproduce the observed continental-scale surface temperature patterns and multi-decadal trends, including the more rapid warming since the mid-20th century and the cooling immediately following large volcanic eruptions (very high confidence). The simulation of large-scale patterns of precipitation has improved somewhat since the AR4, although models continue to perform less well for precipitation than for surface temperature. Confidence in the representation of processes involving clouds and aerosols remains low. {WGI SPM D.1, 7.2.3, 7.3.3, 7.6.2, 9.4, 9.5, 9.8, 10.3.1}The ability to simulate ocean thermal expansion, glaciers and ice sheets, and thus sea level, has improved since the AR4, but significant challenges remain in representing the dynamics of the Greenland and Antarctic ice sheets. This, together with advances in scientific understanding and capability, has resulted in improved sea level projections in this report, compared with the AR4. {WGI SPM E.6, 9.1.3, 9.2, 9.4.2, 9.6, 9.8, 13.1, 13.4, 13.5}There is overall consistency between the projections from climate models in AR4 and AR5 for large-scale patterns of change and the magnitude of the uncertainty has not changed significantly, but new experiments and studies have led to a more complete and rigorous characterization of the uncertainty in long-term projections. {WGI 12.4}

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lenbilen

Engineer, graduated from Chalmers Technical University a long time ago with a degree in Technical Physics. Career in Aerospace, Analytical Chemistry, and chip manufacturing. Presently adjunct faculty at PSU, teaching one course in Computer Engineering, the Capstone Course.

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