Monthly Archives: January 2015

Mojave Solar Project Grand Opening!

5970-fullThis is an important step in keeping the Carbon in the ground.

The Mojave Solar Project has been online and fully operational since December, but today, a grand opening ceremony celebrates this massive achievement. The plant uses advanced parabolic trough technology that has made the 280 MegaWatt plant one of the most innovative projects in the country and the second-largest plant of its kind in the world. Abengoa, owner of the Mojave Solar Project, is hosting a celebration

Read the rest here.

Missouri car dealers sue state over Tesla’s direct sales

Car makers and dealers have to get with the program.

JEFFERSON CITY, MO. — The Missouri Automobile Dealers Association is suing the state revenue department for allowing electric car maker Tesla Motors to sell directly to consumers rather than using a dealership as a middleman.

The car dealers, including Reuther Ford Inc. and Osage Industries Inc., filed a lawsuit Thursday in Cole County Circuit Court claiming the department violated state law by licensing the California-based manufacturer as a franchise.

Department of Revenue spokeswoman Michelle Gleba said the agency doesn’t comment on pending litigation.

Car manufacturers typically provide cars to a franchised dealership to sell, but the department in 2013 licensed Tesla to sell its vehicles in a University City facility.

The lawsuit filed this week claims the department “created a non-level playing field where one entity — Tesla — is subject to preferential treatment and all bona fide dealers are discriminated against.”

Read more here

Racist MacDonalds? Racist Winnipeg?

Two interesting stories about racism in North America:

McDonald’s sued for racial discrimination in Virginia

Ten former McDonald’s workers have sued it in the Virginia federal court for racial and sexual discrimination.

The suit alleges that some employees were fired from one franchise because there were “too many black people”.

It is being backed by a group campaigning for better wages for fast-food workers and the local Virginia National Association for the Advancement of Colored People.

#BBCTrending: Is Winnipeg Canada’s most racist city?

The mayor of Winnipeg was surrounded by indigenous people as he spoke to the press Thursday – the same day his city was declared the most racist in Canada.

“Ignorance, hatred, intolerance, racism exist everywhere,” Mayor Brian Bowman said, fighting back tears.

“Winnipeg has a responsibility right now to turn this ship around and change the way we all relate – aboriginal and non-aboriginal, Canadians alike from coast to coast to coast. … To do so, we have to shine a light on the problem we do have in Winnipeg, and the problem we share with communities across this nation, because without the light, we can’t see what we’re fighting.”

Since his inauguration in November 2014, Mayor Brian Bowman has been seen as a bridge builder.

He is Winnipeg’s first indigenous mayor, and is the first mayor to acknowledge in a speech (at his swearing-in ceremony and on Thursday) that Winnipeg was built on the traditional homeland of the Metis nation, who are descendents of indigenous people and European settlers.

Muslim No Go Zones: Paris may sue FOX

This is crazy. I live, apparently, near one of these zones, and for several years lived right in the middle of one. No one ever told me to not “go”!!! Shouldn’t there be signs or something?

Anyway, now Paris may sue FOX over this:

The mayor of Paris, Anne Hidalgo, has said she plans to sue Fox News for a broadcast that described parts of the French capital as “no-go zones” for non-Muslims. But is it possible for a city to take out a libel action against a TV channel, asks Thomas Dahlhaus?

We’re gonna need a bigger chart!

John Abraham recently quipped that we were going to run out of room on the y-Axis for displaying measurement of Ocean Heat Content. Aaron Huertas over at Union for Concerned Scientist quipped that it was like “Jaws” … “We’re gonna need a bigger boat.” So I figured we should really have a bigger meme:

GonnaNeedBiggerChart

Original chart and concept of running out of yroom from here.
Scientist Photo Credit: Curious Expeditions via Compfight cc

And, for completeness:

Global warming’s effects are coming on faster than previously thought.

Arctic sea ice decline happened faster than expected. This has the effect of accelerating global warming because less of the Sun’s energy is reflected back into space by ice.

SeaIceDecline_591

Northern Hemisphere snow also sends some of that energy back into space. The amount of snow cover we have is also declining.

Difference from average annual snow extent since 1971, compared to the 1966-2010 average (dashed line). Snow extents have largely been below-average since the late1980s. Graph adapted from Figure 1.1 (h) in the 2012 BAMS State of the Climate report.
Difference from average annual snow extent since 1971, compared to the 1966-2010 average (dashed line). Snow extents have largely been below-average since the late1980s. Graph adapted from Figure 1.1 (h) in the 2012 BAMS State of the Climate report.

The warming of the Arctic region is also probably causing an increase in the amount of CO2 and Methane, previously frozen in permafrost or offshore, that is going into the atmosphere. For this and other reasons, Methane, along with other greenhouse gases, are increasing. I quickly add that stories you’ve heard of a civilization “methane bomb” in the Arctic are not supported by the best available science. But these additional greenhouse gases still count.

Global average abundances of the major, well-mixed, long-lived greenhouse gases - carbon dioxide, methane, nitrous oxide, CFC-12 and CFC-11 - from the NOAA global air sampling network are plotted since the beginning of 1979. These gases account for about 96% of the direct radiative forcing by long-lived greenhouse gases since 1750. The remaining 4% is contributed by an assortment of 15 minor halogenated gases including HCFC-22 and HFC-134a (see text). Methane data before 1983 are annual averages from D. Etheridge [Etheridge et al., 1998], adjusted to the NOAA calibration scale [Dlugokencky et al., 2005].
Global average abundances of the major, well-mixed, long-lived greenhouse gases – carbon dioxide, methane, nitrous oxide, CFC-12 and CFC-11 – from the NOAA global air sampling network are plotted since the beginning of 1979. These gases account for about 96% of the direct radiative forcing by long-lived greenhouse gases since 1750. The remaining 4% is contributed by an assortment of 15 minor halogenated gases including HCFC-22 and HFC-134a (see text). Methane data before 1983 are annual averages from D. Etheridge [Etheridge et al., 1998], adjusted to the NOAA calibration scale [Dlugokencky et al., 2005].

Now we are learning that glacial ice, in particular in Antarctica, is melting faster than expected.

That video is from a recent post by Peter Sinclair, who has more on glacial melting.

We knew a lot of the additional heat (from global warming) was going into the oceans, but now we have learned that a LOT of this heat is going into the ocean. This heat goes in and out, so what has been going in will likely be going out (into the atmosphere).

90% of the Earth's energy balance involves the ocean's heat, shown here. Note that there is no current pause, and that surface temperature estimates (see graph above) tend to underestimate the total amount of anthropogenic global warming because much of this heat, routinely, goes into the ocean. We can expect some of this heat to return to the atmosphere in coming years.
90% of the Earth’s energy balance involves the ocean’s heat, shown here. Note that there is no current pause, and that surface temperature estimates (see graph above) tend to underestimate the total amount of anthropogenic global warming because much of this heat, routinely, goes into the ocean. We can expect some of this heat to return to the atmosphere in coming years.

(See also this post by Joe Romm.)

This causes me to look at a graph like this

Figure SPM.5. Solid lines are multi-model global averages of surface warming (relative to 1980–1999) for the scenarios A2, A1B and B1, shown as continuations of the 20th century simulations. Shading denotes the ±1 standard deviation range of individual model annual averages. The orange line is for the experiment where concentrations were held constant at year 2000 values. The grey bars at right indicate the best estimate (solid line within each bar) and the likely range assessed for the six SRES marker scenarios. The assessment of the best estimate and likely ranges in the grey bars includes the AOGCMs in the left part of the figure, as well as results from a hierarchy of independent models and observational constraints. {Figures 10.4 and 10.29}
Figure SPM.5. Solid lines are multi-model global averages of surface warming (relative to 1980–1999) for the scenarios A2, A1B and B1, shown as continuations of the 20th century simulations. Shading denotes the ±1 standard deviation range of individual model annual averages. The orange line is for the experiment where concentrations were held constant at year 2000 values. The grey bars at right indicate the best estimate (solid line within each bar) and the likely range assessed for the six SRES marker scenarios. The assessment of the best estimate and likely ranges in the grey bars includes the AOGCMs in the left part of the figure, as well as results from a hierarchy of independent models and observational constraints. {Figures 10.4 and 10.29}

… and figure that warming over coming decades will be at, near, or even above, the range previously estimated.

“Let me introduce you to my little friend”: 2014, warmest year

Andrew Revkin has this commentary at the New York Times: How ‘Warmest Ever’ Headlines and Debates Can Obscure What Matters About Climate Change.

I will argue below that Revkin has, inadvertently or not, linked a science denialist trope to the important scientific finding that 2014 is the warmest year on record, as part of his presumably well intentioned effort to focus on trends rather than individual points. (See his comment on this blog below.) Yes, the trend is more important than a given data point, but the headline does not really obscure, but rather, underscores.

I’m afraid the devaluing of 2014, or any year, as a new data point in measuring global surface temperature change will become yet another climate science denialist claim. The strength of this claim would lie entirely in absurd idea that one data point in set a of data demonstrating a trend, with N=130, is not important if it is not “statistically significant” in difference from nearby points. That is actually what we expect when adding new data to the end of a trend, when the trend itself is real and there are already sufficient data points to lend a high degree of confidence. Indeed, the temperature anomaly estimate for 2014 is exactly what we would expect under conditions of continuous global warming.

Like this:

2014 is exactly where we expect it to be assuming that the long term trend is well represented by current data and models.  That is Significant with at big 'S'.
2014 is exactly where we expect it to be assuming that the long term trend is well represented by current data and models. That is Significant with at big ‘S’.

In his State of the Union Address, President Obama said, “2014 was the planet’s warmest year on record. Now, one year doesn’t make a trend, but this does?—?14 of the 15 warmest years on record have all fallen in the first 15 years of this century.” The President refers here to last Friday’s announcement by the key US government agencies that study climate and weather, NOAA and NASA, that 2014 was the warmest year in a record of temperatures that goes back to 1880. President Obama correctly notes the milestone of 2014 being the warmest year, and that the larger, more important, fact, is that all of the warmest years we’ve experienced since industrialization have been very recent.

Revkin notes the NOAA/NASA report and links this to criticisms from the Daily Mail (one of the most notorious rags at the fringes of journalism), the right wing “The Federalist,” and an extreme climate science denialist site. This has the effect of creating a balance between established government scientists and agencies who say one thing, and critics providing an alternative view. What this really is, of course, is a false balance between mainstream science on one hand and rather extreme science denialism on the other. By uncritically providing their point of view along side the findings of NOAA and NASA he effectively elevates cranks to the status of expert. This slight of hand seems to have had the function of allowing Revkin to note that “it’s a distraction to focus on records … given how year-to-year differences in global temperature are measured in a few hundredths of a degree Fahrenheit, and given the implicit uncertainty in such measurement.”

So. 2014. Shiny! Since we are capable of thinking about only one thing, lets’ avoid thinking about 2014? No. That would be wrong.

Revkin previously claimed that when writing about science he tries to only refer to scientists, in a 2006 interview conducted by Paul Thacker:

Thacker: Scientists consistently complain that the journalistic practice of “balance” allows skeptics to gain an unfair toehold in media coverage, which ignores consensus in favor of controversy. Do you agree, and do journalists need to rethink their approach to covering complex scientific issues?

Revkin: Balance is a necessary evil, a crutch, particularly in daily journalism, but only works with coverage of the science –policy interface if the journalist works hard to label the voices in a story to reflect what they represent (a consensus or knowledgeable minority) and certainly to reflect their motivation or potential conflict (paid by industry? on staff at an environmental group?). When I’m writing strictly on a scientific finding, I avoid voices from anyone other than scientists. When I’m writing on policy, I’ll quote those with an agenda, but only if I label their agenda.

He did not do this in his latest New York Times commentary.

Much of the rest of Revkin’s post is a foray into probability and statistics that ends up not being very helpful, mainly because the meaning of 2014’s surface temperature estimate was not appreciated.

Here is what is going on. The value of a given year when it is one of 130+ data points is limited. That was true before 2014 turned out to be the warmest in that data set, it would have been true if 2014 had turned out to have been a bit cooler or warmer. It applies to each and every one of the years for which surface temperatures have been estimated by a half dozen or so agencies or research groups. What we are really measuring here is change over time, over decades of time. We do not decide if there is a trend of change over time in such a data set by looking at a given year. We look at the trend itself, incorporating all of the data.

At the same time, every single point counts. The trend is an accumulation of annual averages of individual years arranged across time. We are ultimately asking two questions of these data. First, we are asking about patterns in the past, since humans started releasing copious amounts of the greenhouse gas CO2 into the atmosphere. We are seeking other relationships over that time frame as well, looking at the strength of the sun over time, the effects of atmospheric dust spewed by volcanoes or human activities, and complex interaction between “surface temperature” (the thing these data sets measure) and the actual global temperature which includes the ocean (containing well over 90% of this heat). In order to examine this record in light of all of those variables, we have to pay attention to each and every year. And, the most important year is always the one we just got, because it serves as a tiny but helpful test of our running hypothesis. And, it is more data! It is like finding a new friend.

The second question we are asking is what will happen in the future. Right up until the start of January, the year 2014 was in the future. The temperature value estimated for 2014, or more exactly, the degree (literally) and direction of this year as an anomaly reflected against a long term average, is the very point of this research, and of course, this applies to 2015, 2016, and so on. The relative position of 2014 in relation to the long term data is of great interest. Had that value been substantially less than the trend predicts, there would be some ‘splainin to do. Had the value been way higher than the trend predicts, there would be some ‘splainin to do. As it turns out, 2014 couldn’t have been much closer to the exact value the long term trend line predicted. It was dead on under the assumption of continued warming. That, ladies and gentleman, is a data point of worthy note.

2014’s temperature value is significant for the very fact that it is not statistically different from expectations under the widely accepted model of anthropogenic global warming. That is the meaning of 2014’s surface temperature estimate.

Please remember that the “surface temperature” is only the measurement of the air near the ground and the surface of the sea, combined. This is less than 10% of the total heat containing portion of the planet affected by global warming. The surface temperature is an important indicator of change over time, and for historical reasons this is a measurement we use. But it is like the tail of the dog, where the dog is the ocean, where the other 90% or so of heat resides. John Abraham just posted a commentary on the most recent data, just updated, on ocean heat content, and it has been rising apace. (See also this paper on that topic, and this post by Joe Romm.)

90% of the Earth's energy balance involves the ocean's heat, shown here. Note that there is no current pause, and that surface temperature estimates (see graph above) tend to underestimate the total amount of anthropogenic global warming because much of this heat, routinely, goes into the ocean. We can expect some of this heat to return to the atmosphere in coming years.
90% of the Earth’s energy balance involves the ocean’s heat, shown here. Note that there is no current pause, and that surface temperature estimates (see graph above) tend to underestimate the total amount of anthropogenic global warming because much of this heat, routinely, goes into the ocean. We can expect some of this heat to return to the atmosphere in coming years.

2014’s surface temperature estimate obscures nothing, it reveals. It is not a distraction. It is the point.

I think it is important to note that the reality of global warming, and tracking it, is complex. This was, in fact, the warmest year on record. The fact that a new warmest year will almost always be only a little warmer than a previous recent warmest year does not diminish the importance of the new top rank year, but rather, underscores it, since all the “warmest years” are recent. If this year beat out the next warmest year by only a small amount, and that next warmest year was from 1881, we would not be impressed. But since this new warmest year’s friends, the other previous winners of this particular numerical beauty contest, are all very recent, we are impressed. And we should be worried.

It would be odd to not acknowledge a new warmest year when the data come out, and it would be odd to not recognize its significance.

Some positive clean energy news

America Installed 22 Times More Solar in 2014 Than in 2008

…he surge in domestic energy production — both fossil fuels and renewable electricity — is something nearly everyone can celebrate.

In terms of new investment activity and job creation, the solar industry has posted some of the best numbers in recent years. In 2014, new domestic solar jobs were added at a pace twenty times faster than the broader economy, bringing total jobs to 173,807. And a new solar installation is now being completed every two and a half minutes in the U.S., up from one every two hours a decade before.

Three coal plants in Kansas will stop burning coal.

Kansas City Power & Light Co. announced plans Tuesday to stop burning coal at three of its plants. The utility explained the move as one that reflects a commitment to sustainable energy and cost management.

The electric utility, a unit of Kansas City-based Great Plains Energy Inc. (NYSE: GXP), said it will stop burning coal in one unit at its Lake Road Station plant in St. Joseph, Mo., and at one unit at its Montrose Station plant in Clinton, Mo., by the end of 2016. It will stop using coal as a fuel at two units of its Sibley Station plant in Sibley, Mo., by the end of 2019 and at two units of the Montrose plant by the end of 2021.

Can you power the cloud with clean energy? Amazon says yes.

A Press Release from Amazon.

Amazon Web Services to Use Wind Farm Power to Supply its Datacenters with Approximately 500,000 MWh of Power Annually

SEATTLE–(BUSINESS WIRE)–Jan. 20, 2015– (NASDAQ:AMZN) — Amazon Web Services, Inc. (AWS), an Amazon.com company, today announced that it has teamed with Pattern Energy Group LP (Pattern Development) to support the construction and operation of a 150 megawatt (MW) wind farm in Benton County, Indiana, called the Amazon Web Services Wind Farm (Fowler Ridge). This new wind farm is expected to start generating approximately 500,000 megawatt hours (MWh) of wind power annually as early as January 2016 – or the equivalent of that used by approximately 46,000 US homes1 in a year. The energy generated by Amazon Web Services Wind Farm (Fowler Ridge) will be used to help power both current and future AWS Cloud datacenters. For more information go to http://aws.amazon.com/about-aws/sustainable-energy/.

In November 2014, AWS shared its long-term commitment to achieve 100 percent renewable energy usage for the global AWS infrastructure footprint. The Power Purchase Agreement (PPA) for AWS’s new Wind Farm is an important step toward that goal. AWS introduced its first carbon-neutral region – US West (Oregon) – in 2011. Today, AWS offers customers three AWS Regions that are carbon-neutral – US West (Oregon), EU (Frankfurt), and AWS GovCloud (US).

“Amazon Web Services Wind Farm (Fowler Ridge) will bring a new source of clean energy to the electric grid where we currently operate a large number of datacenters and have ongoing expansion plans to support our growing customer base,” said Jerry Hunter, Vice President of Infrastructure at Amazon Web Services. “This PPA helps to increase the renewable energy used to power our infrastructure in the US and is one of many sustainability activities and renewable energy projects for powering our datacenters that we currently have in the works.”

Pattern Development is a leader in developing renewable energy and transmission assets with a long history in wind energy. Pattern Development’s CEO, Mike Garland said, “We are excited to be working with Amazon Web Services and we commend the Company for its commitment to sustainability and its continued pioneering and leadership in cloud computing. We look forward to working with AWS as it progresses towards its goal of using 100 percent renewable energy.”

The Serengeti Strategy

What is the Serengeti Strategy?

“The Serengeti Strategy” is a term coined by climate scientist Michael Mann in which “special interests faced with adverse scientific evidence … target individual scientists rather than take on an entire scientific field at once.” His invention of the analogy must have been an interesting moment, given the context. In his book, The Hockey Stick and the Climate Wars: Dispatches from the Front Line, Mann talks about a trip to scientific meetings in Arusha as an IPCC co-author, during which he took the usual side trip to the Serengeti:

After the meeting, I joined a daylong expedition to see one of the world’s greatest displays of nature: Serengeti National Park. Here, zebras, giraffes, elephants, water buffalo, hippos, wildebeests, baboons, warthogs, gazelles, and ostriches wander among some of the world’s most dangerous predators: lions, leopards, and cheetahs. Among the most striking and curious scenes I saw that day were groups of zebras standing back to back, forming a continuous wall of vertical stripes. “Why do they do this?” an IPCC colleague asked the tour guide. “To confuse the lions,” he explained. Predators, in what I call the “Serengeti strategy,” look for the most vulnerable animals at the edge of a herd. But they have difficulty picking out an individual zebra to attack when it is seamlessly incorporated into the larger group, lost in this case in a continuous wall of stripes. Only later would I understand the profound lesson this scene from nature had to offer me and my fellow climate scientists in the years to come.

Later in the same book, Mann, writing about attacks on his “Hockey Stick” research, notes:

Climate change deniers went on to wage a public—and very personal—assault against my coauthors and me in the hope that somehow they might discredit all of climate science, the fruit of the labors of thousands of scientists from around the world, by discrediting us and our work. The Serengeti strategy writ large.

More recently, Mann published a paper in the Bulletin of the Atomic Scientists, The Serengeti strategy: How special interests try to intimidate scientists, and how best to fight back.

What do Michael Mann, Rachel Carson, Charles Darwin and PZ Myers have in common?

Mann provides other examples of the Serengeti Strategy in use. Most of these examples will be familiar to you. The Competitive Enterprise Institute, a libertarian “think” tank, produced a website called “RachelWasWrong” for the purpose of discrediting the environment friendly writings of Rachel Carson. The site attacks Carson, ineffectively if you know the facts, in an effort to discredit environmentalism in general.

Mann also mentions Darwin. To my knowledge, there wasn’t much of a Serengeti Strategy launched against Darwin in his day. People didn’t operate that way back then, perhaps. The attempts at refuting Darwin’s theories of evolution were more regularly launched at the theories themselves, and of course, Darwin had his bulldog, Thomas Huxley, which helped keep him out of the fight. But in more recent times, we see creationist organizations attacking Darwin by trying to link him with Hitler, the Nazis, the Holocaust, etc., in order to make his ideas seem unpalatable. That is of course a good example of an ad hominem attack.

Individual modern day evolutionary biologists are also attacked this way. One of the best examples is probably the regular attacks by Bill Donohue, President of the Catholic League, or operatives of the Intelligent Design purveying Discovery Institute, on biologist and blogger PZ Myers.

I’ve been the subject of this strategy as well, most annoyingly by members of the Mens Rights Movement, who wish to discredit the commonly held and relatively sensible version of human behavioral biology (related to human behavior, sex differences, etc) to which I subscribe. This came to a head a while back when I wrote a novel (which you must have read by now, right?) live on the internet as a fundraiser for the Secular Student Alliance, an organization that I strongly supported. The very secular Mens Rights Movement set aside the fact that this effort was to raise money for a cause they actually supported in order to attempt to destroy sales of the revised version of the novel with numerous bogus awful reviews (here is where you can find the details of that dust up, and a link to get your own copy of the novel!). Michael Mann has been attacked, by the way, in a similar manner, on his Amazon page.

The point of all this is that ad hominem, or other, attacks on individuals who publicly represent a point of view, as a means of taking down the larger concept (the reality of global warming, evolutionary biology, etc.) is a technique. Mann is especially well prepared to discuss this problem because he pretty much lives every day with a ring of hungry hyenas following him around. (By the way, Mann leaves off hyenas in his list of dangerous predators in the Serengeti. Indeed, there are times and places in that region where hyenas are the main predator, to the extent that lions may be found scavenging off their kills more often than the other way around. But I digress.)

So why is this strategy employed and how well does it work?

From Mann’s paper:

…it is effective, for a number of reasons. By singling out a sole scientist, it is possible for the forces of “anti-science” to bring many more resources to bear on one individual, exerting enormous pressure from multiple directions at once, making defense difficult. It is similar to what happens when a group of lions on the Serengeti seek out a vulnerable individual zebra at the edge of a herd, which is why I call it the “Serengeti strategy”…

I can’t help but think that one of those resources, a gaggle of willing internet trolls, is more easily engaged in attacks on individuals rather than ideas because an attack on an individual is a potentially satisfying act of sadism, while an attack on an idea is not. Also, the latter is harder work. And, yes, there is evidence that the internet trolls are sadists.

Mann also notes that it is more difficult to attack an entire group of scientists, several individuals expert in a subfield, at once. This, indeed, is what makes the Serengeti predator analogy work. However, this is also an appropriate moment to note a minor weakness in the analogy. Super-predators in open habitats, those who hunt cursorially, tend to achieve the best results when an individual member of the herd goes off in the wrong direction or is slower because of a weakness or injury. That aspect of actual predation does not apply to the Serengeti Strategy against scientists, and in fact, it may be that going after one of the stronger members of the herd is the preferred strategy.

In his article Mann provides detailed discussion of the strategy and its links to big industry, and also ties together the idea of “swiftboating” and Serengeti Strategy. With respect to the latter, we may fold back in, once again, anti-evoltuionary biology strategies. As Mann notes, scientists are ethically bound to approach problems, and discussions of problems, in a certain way, whereby things like facts and strong theories predominate in the formulation of arguments. The attackers don’t have to do this. They can do and say whatever they want. They can lie, cheat, obfuscate, cherry pick. Moreover they can switch strategies as needed. The same individual science denialist may claim a certain scientific finding is invalid, say during an Internet conversation in a blog’s comments section. Once an argument is made (by others) against that point, that denialist may drop it, and move on to a different point. But later, in a different Internet context, the same denialist will re-use the original discredited point. Most denialists have a laundry list of points they keep coming back to, often shifting from one point to the next very quickly in order to avoid being pinned down. This is known as the Gish Gallop.

Speaking of attacks on the Hockey Stick research, which by the way has been tested by a great deal of subsequent research and found to be solid, Mann notes:

Many of the attacks claimed that the hockey stick was simply wrong, or bad science, or that it was debunked or dis- credited, despite all evidence to the contrary–such as the reaffirmation of our findings by the National Academy of Sciences, the subsequent reports of the IPCC, and the most recent peer- reviewed research.

Others were challenges to my integrity and honesty. Most worrisome were thinly veiled threats leveled against my family and me. (And some not so veiled, such as letters and e-mails threatening my life and my family’s lives, including an envelope sent in the mail that contained a white powder, subsequently investigated by the FBI …

Then came the manufactured, so- called “climategate” controversy … in which climate change deniers stole thousands of e-mails and mined them for words and phrases that could be taken out of context and made to sound as if scientists had been doctor- ing data or otherwise engaged in misbehavior. Nine investigations later, we know that the only wrongdoing was the criminal theft of the e-mails in the first place.

What to do about the anti-science Serengeti Strategy?

Mann notes that he became a “science advocate” instead of just a regular scientist because of these attacks. I find this interesting. Many other scientists, such as myself, have gotten into science advocacy because of attacks on science, but not necessarily because of attacks on us. The attacks came later because we stuck our heads up. I would like to know how unique that aspect of Mann’s situation is.

In any event, there are probably things one can do to respond to this situation, mainly having to to with communication. Giving public talks, lectures, and interviews is part of it, Mann notes. Engaging on the Internet, such as through a blog (Mann was a cofounder of RealClimate) helps. Mann is a go-to guy for the press, which as he notes must be very satisfying. When denialists are circling and begin to howl, their very victim is brought in to provide a response. You don’t see that on the African Savanna very often. And, where possible, Mann suggests engaging with good faith skeptics in a constructive manner. But, when the good faith is not there, don’t engage.

Mann closes his article on a positive, or at least, optimistic note:

There is some evidence that flat-out climate change denial has lost favor over the past few years. With authoritative reports coming in from not just the scientific community but the business community, the national security community, and even some conservative groups that climate change is a very real and existential threat to society, a new breed of climate change contrarian — ?the delayer — has now emerged.

Examples of individuals occupying that niche in the media today are folks like Judith Curry … Richard Muller, and … Bjorn Lomborg. Rather than flat-out denying the existence of human-caused climate change, delayers claim to accept the science, but downplay the seriousness of the threat or the need to act. The end result is an assertion that we should delay or resist entirely any efforts to mitigate the climate change threat…

So while the battle is far from over, the tide does appear to be turning. We are seeing the slow but steady retreat of climate change contrarians … The window of public discourse appears to be shifting away from the false debate … There is still time to act so that we avert leaving a fundamentally degraded planet for future generations….

We scientists?must hold ourselves to a higher standard than the deniers-for-hire. We must be honest as we convey the threat posed by climate change to the public. But we must also be effective. The stakes are simply too great for us to fail to communicate the risks of inaction.

I recommend reading the original paper, as I’ve only briefly summarized it here.

Philanthropists To Spend $48 Million on Clean Energy

Justin Gillis at the New York Times has this story:

Two charitable groups will spend $48 million over the next three years to help states figure out how to reduce emissions from electricity production, an effort to seize the possibilities that are opening up as the cost of clean power falls.

… Half the money will come from Bloomberg Philanthropies, the charitable organization set up by Michael R. Bloomberg, former mayor of New York City, and half will come from Mark Heising and Elizabeth Simons, a California couple who have taken a strong interest in reducing the risks of climate change.

Details are HERE.

The Hockey Stick and the Climate Wars:The Battle Continues

Climate Scientist Michael Mann, author of The Hockey Stick and the Climate Wars, gave a talk at Trinity College a couple of days ago on climate change and ethics. Just so you know, the Hockey Stick is a graph Mann and colleagues produced during the late 20th century showing how rapid recent global warming stands in stark contrast to previous centuries of climate change. The research itself has been repeatedly reconfirmed, refined, replicated, and verified, so it is for real. See, for example, this post by Stefan Rahmstorf.

Anyway, here’s the interview: Continue reading The Hockey Stick and the Climate Wars:The Battle Continues

New Poll on US Voters Thinking on Energy

A poll commissioned by the Center for American Progress on US citizen’s thought about energy has been released. The key findings are:

  • Promoting the development of renewable energy sources is a leading item
    on the public’s energy agenda, and five in nine voters want the federal
    government to do more than it currently is to promote sources such as wind
    and solar power.
  • While voters support increased reliance on natural gas in the coming years, by a two-to-one margin they put a higher priority on protecting public lands
    and natural places from overdevelopment than on opportunities for oil and
    natural gas drilling on public lands.
  • Two frames for setting energy policy have strong resonance with the public:
  • A BALANCED energy policy that addresses energy independence while
    better protecting public health, public lands, and clean drinking water;
    and
  • A CLEAN energy policy that promotes innovation and manufacturing
    jobs while spending the transition to cleaner renewable forms of energy.
    Both of these frames have stronger appeal than an “ALL OF THE ABOVE”
    energy frame
  • In addition to renewable energy, large majorities support other progressive policy initiatives, including:
    • Strengthening protections against pollution of drinking water and clean
      air; and
    • Permanently protecting special public lands for future generations.
  • Conversely, majorities strongly oppose key initiatives that the new
    leadership in Congress is expected to push that would weaken protection for drinking water and clean air, sell off some national forests or other public
    lands, and allow drilling on highly valued recreation lands.
  • Americans strongly oppose lifting the restrictions on oil exports, both on an unaided basis and after hearing point-counterpoint arguments on the topic.
  • Focusing on ties to Big Oil and the Congress’s continued support for
    taxpayer subsidies of fossil fuel industries is a compelling frame against an
    anti-environment, fossil fuels agenda in Congress.
  • Voters want the federal government to do more to promote both energy independence and renewable energy (keep in mind that for the most part, renewable energy leads to more independence): Continue reading New Poll on US Voters Thinking on Energy