Students protest Clinton’s speaking fee
Press TV – June 28, 2014
Students at the University of Nevada-Las Vegas are asking former secretary of state Hillary Clinton to return the hefty speaking fee she is set to collect when she appears at the university in October.
Many Americans have criticized Clinton for her recent interview gaffes, including her defense of her six-figure speaking fees. Angered over her $225,000 speaking fee, UNLV students are now protesting her upcoming appearance at the university.
The students say if Clinton receives six figures for her speech, then she could at least donate the paycheck.
“You could give scholarships to thousands of students, benefit research on campus, give more students grants for research and studying,” Daniel Waqar, Student Relations Director for the UNLV Student Government told Ralston Reports.
Tuition is expected to increase by 17 percent at the school, so students could really use the extra financial support, he added.
“We would hope that Hillary Clinton commits to higher education … and returns part or whole of the amount she receives for speaking,” Elias Benjelloun, the UNLV student body president said.
Clinton is set to appear at the UNLV Foundation Annual Dinner in October. The event already comes with a pretty hefty price tag: individual tickets cost $200 each, while tables cost between $3,000 and $20,000.
Clinton’s office said the fee will be used to develop global initiatives ranging from climate change to women’s rights, according to The Washington Post.
Solar warnings, global warming and crimes against humanity
Malaysian Realist
We’ve been seeing a lot of unexpectedly cool weather across the world. While this may be explained by local phenomenon such as the Northeast Monsoon in Malaysia and the Polar Vortex in the USA, a longer term trend of worldwide cooling is headed our way.
I say this because the sun – the main source of light and heat for our planet – is approaching a combined low point in output. Solar activity rises and falls in different overlapping cycles, and the low points of several cycles will coincide in the near future:
A) 11-year Schwabe Cycle which had a minimum in 2008 and is due for the next minimum in 2019, then 2030. Even at its recent peak (2013) the sun had its lowest recorded activity in 200 years.
B) 87-year Gleissberg cycle which has a currently ongoing minimum period from 1997 – 2032, corresponding to the observed ‘lack of global warming’ (more on that later).
C) 210-year Suess cycle which has its next minimum predicted to be around 2040.
Hence, solar output will very likely drop to a substantial low around 2030 – 2040. This may sound pleasant for Malaysians used to sweltering heat, but it is really not a matter to be taken lightly. Previous lows such as the Year Without A Summer (1816) and the Little Ice Age (16th to 19th century) led to many deaths worldwide from crop failures, flooding, superstorms and freezing winters.
But what about the much-ballyhooed global warming, allegedly caused by increasing CO2 levels in the atmosphere? Won’t that more than offset the coming cooling, still dooming us all to a feverish Earth?
Regarding this matter, it is now a plainly accepted fact that there has been no global temperature rise in the past 25 years. This lack of warming is openly admitted by: NASA; The UK Met Office; the University of East Anglia Climatic Research Unit, as well as its former head Dr. Phil Jones (of the Climategate data manipulation controversy); Hans von Storch (Lead Author for Working Group I of the IPCC); James Lovelock (inventor of the Gaia Theory); and media entities the BBC, Forbes, Reuters, The Australian, The Economist, The New York Times, and The Wall Street Journal.
And this is despite CO2 levels having risen more than 13%, from 349 ppm in 1987 to 396ppm today. The central thesis of global warming theory – that rising CO2 levels will inexorably lead to rising global temperatures, followed by environmental catastrophe and massive loss of human life – is proven false.
(All the above are clearly and cleanly depicted by graphs, excerpts, citations and links in my collection at http://globalwarmingisunfactual.wordpress.com – as a public service.)
This is probably why anti-CO2 advocates now warn of ‘climate change’ instead. But pray tell, exactly what mechanism is there for CO2 to cause climate change if not by warming? The greenhouse effect has CO2 trapping solar heat and thus raising temperatures – as we have been warned ad nauseum by climate alarmists – so how does CO2 cause climate change when there is no warming?
Solar activity is a far larger driver of global temperature than CO2 levels, because after all, without the sun there would be no heat for greenhouse gases to trap in the first place. (Remember what I said about the Gleissberg cycle above?)
And why is any of this important to you and I? It matters because countless resources are being spent to meet the wrong challenges. Just think of all the time, energy, public attention and hard cash that have already been squandered on biofuel mandates, subsidies for solar panels and wind turbines, carbon caps and credits, bloated salaries of dignitaries, annual jet-setting climate conferences in posh five-star hotels… To say nothing of the lost opportunities and jobs (two jobs lost for every one ‘green’ job created in Spain, which now has 26% unemployment!). And most of the time it is the common working man, the taxpayer, you and I who foot the bill.
What if all this immense effort and expenditure had been put towards securing food and clean water for the impoverished (combined 11 million deaths/year)? Or fighting dengue and malaria (combined 1.222 million deaths/year)? Or preserving rivers, mangroves, rainforests and endangered species? Or preparing power grids for the increased demand that more severe winters will necessitate – the same power grids now crippled by shutting down reliable coal plants in favour of highly intermittent wind turbines?
In the face of such dire needs that can be met immediately and effectively, continuing to throw away precious money to ‘possibly, perhaps, maybe one day’ solve the non-problem of CO2 emissions is foolish, arrogant and arguably malevolent. To wit, the UN World Food Programme just announced that they are forced to scale back aid to some of the 870 million malnourished worldwide due to a $1 billion funding shortfall and the challenges of the ongoing Syrian crisis. To put this is context, a billion is a mere pittance next to the tens of billions already flushed away by attempted adherence to the Kyoto Protocol (€6.2 billion for just Germany in just 2005 alone!).
During the high times for global warmist doomsaying, sceptics and realists who questioned the unproven theories were baselessly slandered as ‘anti-science’, ‘deniers’, ‘schills for big oil’… Or even ‘war criminals’ deserving Nuremberg-style trials for their ‘crimes against humanity’!
Now that the tables are turned, just let it be known that it was not the sceptics who flushed massive amounts of global resources down the drain – while genuine human and environmental issues languished and withered in the empty shadow of global warming hysteria. Crimes against humanity, indeed.
Related articles

95% of Climate Models Agree: The Observations Must be Wrong
By Roy W. Spencer, Ph. D. | February 7th, 2014
I’m seeing a lot of wrangling over the recent (15+ year) pause in global average warming… when did it start, is it a full pause, shouldn’t we be taking the longer view, etc.
These are all interesting exercises, but they miss the most important point: the climate models that governments base policy decisions on have failed miserably.
I’ve updated our comparison of 90 climate models versus observations for global average surface temperatures through 2013, and we still see that >95% of the models have over-forecast the warming trend since 1979, whether we use their own surface temperature dataset (HadCRUT4), or our satellite dataset of lower tropospheric temperatures (UAH):
Whether humans are the cause of 100% of the observed warming or not, the conclusion is that global warming isn’t as bad as was predicted. That should have major policy implications…assuming policy is still informed by facts more than emotions and political aspirations.
And if humans are the cause of only, say, 50% of the warming (e.g. our published paper), then there is even less reason to force expensive and prosperity-destroying energy policies down our throats.
I am growing weary of the variety of emotional, misleading, and policy-useless statements like “most warming since the 1950s is human caused” or “97% of climate scientists agree humans are contributing to warming”, neither of which leads to the conclusion we need to substantially increase energy prices and freeze and starve more poor people to death for the greater good.
Yet, that is the direction we are heading.
And even if the extra energy is being stored in the deep ocean (if you have faith in long-term measured warming trends of thousandths or hundredths of a degree), I say “great!”. Because that extra heat is in the form of a tiny temperature change spread throughout an unimaginably large heat sink, which can never have an appreciable effect on future surface climate.
If the deep ocean ends up averaging 4.1 deg. C, rather than 4.0 deg. C, it won’t really matter.
~
Roy W. Spencer received his Ph.D. in meteorology at the University of Wisconsin-Madison in 1981. Before becoming a Principal Research Scientist at the University of Alabama in Huntsville in 2001, he was a Senior Scientist for Climate Studies at NASA’s Marshall Space Flight Center, where he and Dr. John Christy received NASA’s Exceptional Scientific Achievement Medal for their global temperature monitoring work with satellites. Dr. Spencer’s work with NASA continues as the U.S. Science Team leader for the Advanced Microwave Scanning Radiometer flying on NASA’s Aqua satellite. He has provided congressional testimony several times on the subject of global warming.
Dr. Spencer’s research has been entirely supported by U.S. government agencies: NASA, NOAA, and DOE. He has never been asked by any oil company to perform any kind of service. Not even Exxon-Mobil.
Dr. Spencer’s first popular book on global warming, Climate Confusion (Encounter Books), is now available at Amazon.com and BarnesAndNoble.com.

Senate EPW Hearing on the President’s Climate Action Plan
By Judith Curry | Climate Etc. | January 16, 2014
The hearing is now concluded, I’m on a plane flying back to Atlanta.
The testimony from each of the witnesses is now online [here]. The link for my testimony is [here].
The content of my verbal remarks is below:
I would like to thank the Committee for the opportunity to present testimony this morning. I am Chair of the School of Earth and Atmospheric Sciences at the Georgia Institute of Technology. I have devoted 30 years to conducting research on topics including climate of the Arctic, the role of clouds and aerosols in the climate system, and the climate dynamics of extreme weather events.
The premise of the President’s Climate Action Plan is that there is an overwhelming judgment of science that anthropogenic global warming is already producing devastating impacts. Anthropogenic greenhouse warming is a theory whose basic mechanism is well understood, but whose magnitude is highly uncertain. Multiple lines of evidence presented in the recent IPCC 5th assessment report suggest that the case for anthropogenic warming is now weaker than in 2007, when the 4th assessment report was published.
My written testimony documented the following evidence:
- For the past 16 years, there has been no significant increase in surface temperature. There is a growing discrepancy between observations and climate model projections. Observations since 2011 have fallen below the 90% envelope of climate model projections
- The IPCC does not have a convincing or confident explanation for this hiatus in warming.
- There is growing evidence of decreased climate sensitivity to atmospheric carbon dioxideconcentrations
- Based on expert judgment in light of this evidence, the IPCC 5th assessment report lowered its surface temperature projection relative to the model projections for the period 2016-2036.
The growing evidence that climate models are too sensitive to CO2 has implications for the attribution of late 20th century warming and projections of 21st century climate change. Sensitivity of the climate to carbon dioxide, and the level of uncertainty in its value, is a key input into the economic models that drive cost-benefit analyses, including estimates of the social cost of carbon.
If the recent warming hiatus is caused by natural variability, then this raises the question as to what extent the warming between 1975 and 2000 can also be explained by natural climate variability. In a recent journal publication, I provided a rationale for projecting that the hiatus in warming could extend to the 2030’s. By contrast, according to climate model projections, the probability of the hiatus extending beyond 20 years is vanishing small. If the hiatus does extend beyond 20 years, then a very substantial reconsideration will be needed of the 20th century attribution and the 21st century projections of climate change.
Attempts to modify the climate through reducing CO2 emissions may turn out to be futile. The stagnation in greenhouse warming observed over the past 15+ years demonstrates that CO2 is not a control knob that can fine tune climate variability on decadal and multi-decadal time scales. Even if CO2 mitigation strategies are successfully implemented and climate model projections are correct, an impact on the climate would not be expected for a number of decades. Further, solar variability, volcanic eruptions and natural internal climate variability will continue to be sources of unpredictable climate surprises.
As a result of the hiatus in warming, there is growing appreciation for the importance of natural climate variability on multi-decadal timescales. Further, the IPCC AR5 and Special Report on Extreme Events published in 2012, find little evidence that supports an increase in most extreme weather events that can be attributed to humans.
The perception that humans are causing an increase in extreme weather events is a primary motivation for the President’s Climate Change Plan. However, in the U.S., most types of weather extremes were worse in the 1930’s and even in the 1950’s than in the current climate, while the weather was overall more benign in the 1970’s. The extremes of the 1930’s and 1950’s are not attributable to greenhouse warming and are associated with natural climate variability (and in the case of the dustbowl drought and heat waves, also to land use practices). This sense that extreme weather events are now more frequent and intense is symptomatic of pre-1970 ‘weather amnesia’.
The frequency and intensity of extreme weather events is heavily influenced by natural climate variability. Whether or not anthropogenic climate change is exacerbating extreme weather events, vulnerability to extreme weather events will continue to increase owing to increasing population and concentration of wealth in vulnerable regions. Regions that find solutions to current problems of climate variability and extreme weather events and address challenges associated with an increasing population are likely to be well prepared to cope with any additional stresses from climate change.
Nevertheless, the premise of dangerous anthropogenic climate change is the foundation for a far-reaching plan to reduce greenhouse gas emissions and reduce vulnerability to extreme weather events. Elements of this Plan may be argued as important for associated energy policy reasons, economics, and/or public health and safety. However, claiming an overwhelming scientific justification for the Plan based upon anthropogenic global warming does a disservice both to climate science and to the policy process.
Good judgment requires recognizing that climate change is characterized by conditions of deep uncertainty. Robust policy options that can be justified by associated policy reasons whether or not anthropogenic climate change is dangerous avoids the hubris of pretending to know what will happen with the 21st century climate.
This concludes my testimony.
JC comments: The hearing was very long; not so much because of questioning of the witnesses, but there was much pontification by the committee members (much more of this than on the House Subcommittees, it seems).
Several things struck me. All of the members seem pretty well educated on the topic of climate change. I cannot say the same of the administrators on the first panel.
Most of the members were there for Panel 1; only a few remained for Panel 2.
I’m fairly happy with my written testimony, but was surprised that my verbal testimony went over the time limit (have never gone over before). The questions were fairly light weight.
Andrew Dessler did a pretty good job particularly on the verbal testimony and answering questions.
All in all, a very interesting experience, but stressful since you need to pretty much drop everything to prepare your testimony (and I have a pile of things that need to be finished before tomorrow).
So does any of this matter? We’ll see. I felt that my previous testimony to the House Committee did have an impact.

20 tips for interpreting scientific claims
By Judith Curry | Climate Etc. | November 20, 2013
This list will help non-scientists to interrogate advisers and to grasp the limitations of evidence – William J. Sutherland, David Spiegelhalter and Mark A. Burgman.
Nature has published a very interesting comment, titled Twenty tips for interpreting scientific evidence. Excerpts:
Perhaps we could teach science to politicians? It is an attractive idea, but which busy politician has sufficient time? The research relevant to the topic of the day is interpreted for them by advisers or external advocates.
In this context, we suggest that the immediate priority is to improve policy-makers’ understanding of the imperfect nature of science. The essential skills are to be able to intelligently interrogate experts and advisers, and to understand the quality, limitations and biases of evidence.
To this end, we suggest 20 concepts that should be part of the education of civil servants, politicians, policy advisers and journalists — and anyone else who may have to interact with science or scientists. Politicians with a healthy scepticism of scientific advocates might simply prefer to arm themselves with this critical set of knowledge.
Differences and chance cause variation. The real world varies unpredictably. Science is mostly about discovering what causes the patterns we see. Why is it hotter this decade than last? There are many explanations for such trends, so the main challenge of research is teasing apart the importance of the process of interest from the innumerable other sources of variation.
No measurement is exact. Practically all measurements have some error. If the measurement process were repeated, one might record a different result. In some cases, the measurement error might be large compared with real differences. Results should be presented with a precision that is appropriate for the associated error, to avoid implying an unjustified degree of accuracy.
Bias is rife. Experimental design or measuring devices may produce atypical results in a given direction. Confirmation bias arises when scientists find evidence for a favoured theory and then become insufficiently critical of their own results, or cease searching for contrary evidence.
Bigger is usually better for sample size. The average taken from a large number of observations will usually be more informative than the average taken from a smaller number of observations. That is, as we accumulate evidence, our knowledge improves. This is especially important when studies are clouded by substantial amounts of natural variation and measurement error.
Correlation does not imply causation. It is tempting to assume that one pattern causes another. However, the correlation might be coincidental, or it might be a result of both patterns being caused by a third factor — a ‘confounding’ or ‘lurking’ variable.
Regression to the mean can mislead. Extreme patterns in data are likely to be, at least in part, anomalies attributable to chance or error.
Extrapolating beyond the data is risky. Patterns found within a given range do not necessarily apply outside that range.
Scientists are human. Scientists have a vested interest in promoting their work, often for status and further research funding, although sometimes for direct financial gain. This can lead to selective reporting of results and occasionally, exaggeration. Peer review is not infallible: journal editors might favour positive findings and newsworthiness. Multiple, independent sources of evidence and replication are much more convincing.
Feelings influence risk perception. Broadly, risk can be thought of as the likelihood of an event occurring in some time frame, multiplied by the consequences should the event occur. People’s risk perception is influenced disproportionately by many things, including the rarity of the event, how much control they believe they have, the adverseness of the outcomes, and whether the risk is voluntarily or not.
Data can be dredged or cherry picked. Evidence can be arranged to support one point of view. The question to ask is: ‘What am I not being told?’
JC comments: I really like the idea behind this article:
What we offer is a simple list of ideas that could help decision-makers to parse how evidence can contribute to a decision, and potentially to avoid undue influence by those with vested interests.
I suspect this article will not be appreciated by scientists who are playing power politics with their expertise, or by advocates promoting scientism with cherry-picked evidence.
I picked 10 of the 20 tips that I thought were of greatest relevance to the climate change debate.
Related article
- The 97% consensus myth – busted by a real survey (wattsupwiththat.com)
The coming crisis of climate science?
Figure 1.4 from Chapter 1 of a draft of the Fifth Assessment Report from the Intergovernmental Panel on Climate Change. Initials represent the First Assessment Report (FAR) in 1990, the Second (SAR) in 1995. Shaded banks show range of predictions from each of the four climate models used for all four reports since 1990. The last report, AR4, was issued in 2007. The black squares, shown with uncertainty bars, measure the observed average surface temperatures over the same interval. The range of model runs is indicated by the vertical bars. The light grey area above and below is not part of the model prediction ranges.
By Reiner Grundmann | September 19, 2013
With the fifth assessment report soon to be released by the IPCC the pre-publication buzz is well underway. A while ago unauthorised drafts circulated in the blogosphere and now the official leaks have found their way into news editing rooms. A central question picked up by most commentators is the ‘pause in global warming’, the ‘stagnation’, or the ‘hiatus’.
An anomaly presents itself for climate science in that model projections about future temperature increases do not concur with actual temperature observations. As expected, comments align with the agendas of the commentators, depending if one wants to defend the official modelling output or criticise it. These agendas are closely linked to policy options and the question if a lower observed temperature trend provides justification for political action on greenhouse gas emissions.
On this blog Hans von Storch expressed optimism as regards the ability of climate science to deal with this anomaly: ‘Eventually, we need to evaluate the different suggestions, but that will need time. No doubt that the scientific community will achieve this.’ Others are quick to pronounce climate science bunk. David Rose wrote in the Daily Mail ‘A leaked copy of the world’s most authoritative climate study reveals scientific forecasts of imminent doom were drastically wrong.’ Hayley Dixon in The Telegraph put it less blatant but still succinct in her opening sentence: ‘A leaked draft of a report by the UN Intergovernmental Panel on Climate Change is understood to concede that the computer predictions for global warming and the effects of carbon emissions have been proved to be inaccurate.’
Of course, both papers are on the political right and often skeptical about efforts to curb greenhouse gas emissions. It seems as if this topic is inconvenient for the left leaning papers who support action on climate mitigation. The Guardian so far is silent on the issue and prefers to write about new record lows of Arctic Ice coverage. When it looked last at this issue, Fiona Harvey bolstered the heat uptake by the oceans as explanation for the pause in global warming, thus doing away with a potential anomaly. At the same time she claims that climate scientists point out ‘that the trend is still upwards, and that the current temperature rises are well within the expected range.’ A quick glance at the graph above shows this is an illusion (the grey upper and lower bands are not part of the model prediction range).
Both the Mail and Telegraph quote Myles Allen (Oxford University) who tries to put the IPCC and its work into perspective. Says Allen: ‘we need to look very carefully about what the IPCC does in future… It is a complete fantasy to think that you can compile an infallible or approximately infallible report, that is just not how science works. It is not a bible, it is a scientific review, an assessment of the literature. Frankly both sides are seriously confused on how science works – the critics of the IPCC and the environmentalists who credit the IPCC as if it is the gospel.’
The Mail quotes Judy Curry (Georgia Institute of Technology) saying it makes ‘no sense that the IPCC was claiming that its confidence in its forecasts and conclusions has increased. For example, in the new report, the IPCC says it is ‘extremely likely’ – 95 per cent certain – that human influence caused more than half the temperature rises from 1951 to 2010, up from ‘very confident’ – 90 per cent certain – in 2007. Prof Curry said: ‘This is incomprehensible to me’ – adding that the IPCC projections are ‘overconfident’, especially given the report’s admitted areas of doubt.’
Both Allen and Curry call for a radical reform of the IPCC with Curry being more specific: ‘The consensus-seeking process used by the IPCC creates and amplifies biases in the science. It should be abandoned in favour of a more traditional review that presents arguments for and against – which would better support scientific progress, and be more useful for policy makers.’
Meanwhile in the Financial Post, Ross McKitrick wrote: ‘As the gap between models and reality has grown wider, so has the number of mainstream scientists gingerly raising the possibility that climate models may soon need a bit of a re-think. A recent study by some well-known German climate modellers put the probability that models can currently be reconciled with observations at less than 2%, and they said that if we see another five years without a large warming, the probability will drop to zero.’ (this seems to be a reference to the paper by Hans von Storch and Eduardo Zorita recently presented here on Klimazwiebel).
McKitrick goes on: ‘Judging by the drafts circulated this year, [the IPCC] is in full denial mode. Its own figure reveals a discrepancy between models and observations, yet its discussion says something entirely different. On page 9 of Chapter 1 it explains where the numbers come from, it talks about the various challenges faced by models, and then it sums up the graph as follows: “In summary, the globally-averaged surface temperatures are well within the uncertainty range of all previous IPCC projections, and generally are in the middle of the scenario ranges.” Later, in Chapter 9, it states with “very high confidence” that models can correctly simulate global surface temperature trends.’
McKitrick then makes a link between a ‘failed science’ and a ‘costly policy’: ‘since we are on the verge of seeing the emergence of data that could rock the foundations of mainstream climatology, this is obviously no time for entering into costly and permanent climate policy commitments based on failed model forecasts. The real message of the science is: Hold on a bit longer, information is coming soon that could radically change our understanding of this issue.’
This is where the crux of the matter lies. While it is indeed highly problematic to tie costly policies to flawed model forecasts the prospects of climatology are perhaps worth considering.
I chose as title for this blog post ‘The coming Crisis of Climate Science?’ The question mark is intentional and important. It could well be that in the coming year global surface temperatures pick up as expected. Existing models would be vindicated, end of story. The question is: how many more years should climatologists wait for this ‘renormalization’? It appears that mood is shifting towards alternative models and explanations. The timing of the fifth assessment report falls into this critical juncture where a lot of momentum has built up in favour of the current modelling practices which now prove so elusive. While the IPCC tries to make last minute rhetorical adjustments in order to accommodate anomalies, some of its participants, looking beyond, already indicate that this institution may have run its course. But even if the IPCC was reformed or dissolved, we still would have these questions in front of us:
How convincing is the climate science? How important should it be for climate policies? Do we need to implement climate policies, and if so, what should they be?
I can envisage an irony of history where climatology enters a period of crisis and looses its central place in public discourse about climate change, thus opening up discursive spaces for pragmatic options to deal with the problem.
Update: Global mean surface temperatures continued their sideways trajectory for the entire year of 2013 and October 2013 Arctic ice volume increased 50% from October 2012. – (Aletho News)