Tactical Science

Guest Essay by Kip Hansen — 7 October 2024 — 1300 words/7 minutes

If you don’t read Roger Pielke Jr.’s substack, The Honest Broker, you should.   I do and I am a paid subscriber – not because I always agree with him on the topic of climate change (which I sometimes do) but because he is a honest hard working scientist on the policy front  and one of the most effective public voices for climate skepticism and climate realism (even though I doubt that he would consider himself so.)

Here’s a quote from his recent effort “Weaponizing Peer Review”:

“The idealization of peer review as the arbiter of good science is problematic for many reasons, but one is that it downplays the possibility that bad science can appear in the peer reviewed literature and good science outside of those outlets.“ 

[ most quotes following are from Pielke Jr. there] 

He comes to this following on Merchants of Doubt by Naomi Oreskes and Eric Conway, quoting them on the definition of Bad Science: [this quote not Pielke Jr.]

“It’s science that is obviously fraudulent — when data have been invented, fudged, or manipulated. Bad science is where data is have been cherry-picked— when some data have been deliberately left out—or it’s impossible for the reader to understand the steps that were taken to produce or analyze the data. It is a set of claims that can’t be tested, claims that are based on samples that are too small, and claims that don’t follow from the evidence provided. And science is bad—or at least weak—when proponents of a position jump to conclusions on insufficient or inconsistent data.” …..   “But while these scientific criteria may be clear in principle, knowing when they apply in practice is a judgment call. For this scientists rely on peer review. Peer review is a topic that is impossible to make sexy, but it’s crucial to understand, because it is what makes science science—and not just a form of opinion.”     [ note again:  that’s Oreskes and Conway, not Pielke Jr.]

This “idealization of peer review as the arbiter of good science is problematic for many reasons, but one is that it downplays the possibility that bad science can appear in the peer reviewed literature and good science outside of those outlets.” says Pielke Jr.

And, of course he is absolutely right.

In the featured substack piece, Pielke Jr. focuses on the

“…use and abuse of the peer reviewed literature to produce tactical science which I define as:

“Publications — often targeted for the peer reviewed literature — designed and constructed to serve extra-scientific ends, typically efforts to shape public opinion, influence politics, or serve legal action.”

Have we ever seen anything that fits that description in the field of climate science?  Yes, we have, lots of it.  Note that ALL Tactical Science is Bad Science – pretend science, sciencey papers with predetermined findings, propaganda disguised as science, political maneuvering and not science at all – papers that look like science but are actually intended to fulfill other purposes than those of real science:

“Science as a collective institution aims to produce more and more accurate natural explanations of how the natural world works, what its components are, and how the world got to be the way it is now.”    [ source ]

I could give a very long list of papers I consider bad science (poorly done, cherry-picking, misused statistical methods, faulty selection of data sets, conclusions don’t follow from evidence presented, etc.)  in another long list of fields.  But Dr. Pielke offers the following as example of Tactical Science in the field that interests most readers here – Climate Science:

[ Money quote from Abstract:  “Even considered on the time frame of 100 years after emission (GWP100), which severely understates the climatic damage of methane, the LNG footprint equals or exceeds that of coal.” — kh ]

[ Money quote from Abstract:  “Although the probability of 8.5 watt per square meters scenarios is low, our results support their continued utility for calibrating damage functions, characterizing climate in the 22nd century (the probability of exceeding 8.5 watt per square meters increases to about 7% by 2150), and assessing low-probability/high-impact futures.” — kh ]

  • Schwalm et al. 2020. From the Woodwell Climate Research Center, which is funded by McKinsey — a heavy user of RCP8.5, the paper also justifies the continued prioritization of RCP8.5. The paper relies on fanciful assumptions of massive increases in land use carbon dioxide emissions completely at odds with observations and the IPCC.

[ Money quote from Abstract: “Not only are the emissions consistent with RCP8.5 in close agreement with historical total cumulative CO2 emissions (within 1%), but RCP8.5 is also the best match out to midcentury under current and stated policies with still highly plausible levels of CO2 emissions in 2100.” – kh ]

Pielke Jr. suggests that telltale signs of Tactical Science include, but are not limited to:

1.  Failure to disclose the interests of direct funders

2.  The findings are outliers in their fields but offer plausible counters as to why they are correct despite the findings of the broader field. 

Such papers allow others to make political claims based on these outlier findings – using language such as “the most recent science in a peer-reviewed paper by Slinger and Smuts shows we must ….”.  

In regards to the three examples above, Pielke Jr. says clearly:

“The three climate papers above are bad science not simply because they are tactical science, but because they are bad science — the demonstration of which requires employing good science.”

In his substack piece, Pielke Jr. offers some suggestions on what to do about Tactical Science.

The first one is to understand that “peer-review provides a minimal standard of review. It certainly does not provide a demarcation between good and bad science.”

 It is my view, as readers here may already know, is that peer-review is often the culprit that encourages Bad Science and not a cure.  Scientific fields, all of them, are prone to forming prevailing biases in favor of (or antagonistic to) various scientific views through the offices of publication bias [see para 8.5], scientific fads, pal review, band-wagoning peer-reviewers supporting popular ideas and societal pressures. 

All too often, a paper is approved for publication in a peer-reviewed journal because it has catchy title,  “seems to agree” with the general field, will generate a lot of “clicks” and will attract favorable attention to the authors, their institution (university, college, corporation, research group, etc.) and the publishing journal itself.

Not only have there been Tactical Science journal articles, there are entire Tactical Climate Crisis Research Groups which produce nothing but Tactical Science in support of the so-called Climate Crisis. 

Readers are encouraged to list them in the comments.

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Author’s Comment:

Do not misunderstand me, I am not saying the Bad Science and Tactical Science producers, the scientists themselves, are bad people.  They are just people: mothers and fathers, Dads and Moms, neighbors, members of bowling leagues, youth baseball and soccer coaches and volunteers at your local food bank.   What sets them apart is that they participate in the production of Tactical Science or produce sloppy, poorly done and/or fallacious work.

Why?  You’d have to ask them each personally but my guess is Nobel Cause justification:  the misguided belief that some normally bad action is justified by the Nobel Cause it forwards.  Others are caught up in the professional requirement to believe or face loss of position or reputation. 

Many just plain have-to-go-along-to-get-along, like they did when teenagers to remain in the In Crowd. 

Bad Science makes me what to (need to…) try to correct it.  Tactical Science makes me sick to my stomach.

Thanks for reading.

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October 8, 2024 at 08:07AM

There’s a low-carbon energy technology that actually works. But we won’t use it

By Paul Homewood

 

 

h/t Philip Bratby

image

Don’t watch it if you don’t want to get angry – to my mind, it’s one of the most depressing clips on the internet. For the purposes of research, I’ve just subjected myself to it again and fear I may need to book an appointment with my dentist because it made me grind my teeth so hard.

In a short interview filmed in 2010, Nick Clegg, at his most smug and I-know-best, casually dismisses the possibility of increasing the supply of nuclear energy in the UK on the grounds that the benefits would not be realised until 2022.

Grrr … oh, there go my crowns!

It is, of course, 20/20 hindsight to point out that action then would have resulted in the nuclear reactors coming online just as Russia invaded Ukraine.

Nevertheless, it’s long been apparent that many politicians, the chattering classes and environmentalists (let’s call them “Clegg-nuts”) have a massive blindspot about nuclear power.

With the UK’s last remaining coal-fired power station and steel-making blast furnace shutting in the same week, there’s been lots of discussion of how our energy policy has resulted in higher electricity prices than any other country in Europe, which has in turn hollowed out a once-proud industrial heritage.

With our last coal-fired power station and steel-making furnace shutting, a once-proud industrial heritage has been hollowed out Phil Noble/REUTERS

But actually the problem’s much worse than that: we’ve hamstrung our ability to compete in the industries of the future too.

It was once hoped that rich countries could reduce their carbon emissions not only by switching to renewable sources but also by reducing energy consumption. You only need to look at what’s happening in the US to realise this is becoming an increasingly forlorn hope.

The proliferation of artificial intelligence (AI), to name just one area, looks set to cause a huge spike in electricity use. Data centres already account for 3.5pc of all the electricity consumed in the US today and this figure is forecast to rise to 9pc in just five years, according to Barclays.

What’s more, unlike manufacturing or other industries that operate during daytime business hours, data centres run around the clock, which means they must be able to access steady baseload power 24/7. Couple this with the ambitious net zero pledges of most tech companies and there’s really only one answer.

Microsoft and Amazon have recently signed deals with nuclear power plants and Google is looking to do the same. Constellation Energy is planning to reactivate a nuclear reactor at its Three Mile Island site in Pennsylvania, after striking a deal to provide power for Microsoft’s AI operations. The site became infamous because of an accident in 1979.

The US Department of Energy recently put out a report showing that including nuclear in the energy mix reduces costs by about a third compared to a combination of renewables and storage. And this is in the US where solar tends to be cheaper because there’s so much unused land and, you know, the sun actually shines.

So, what should we say to the Clegg-nuts who believe that nuclear power is too time-consuming, too costly and too risky? The obvious rebuttal is: compared to what? The UK is fast-becoming a case study in the consequences of shamefully wasting your nuclear know-how.

But rather than bang my head against that particular wall again, let’s take a (very) different tack.

Imagine aliens arriving on earth. Contrary to the Hollywood propaganda, they’re not here to wipe out, enslave or harvest us. In fact, they’re just passing through and want to offer us the energy technology being used by every other sentient species in the known universe.

This will result in fewer deaths per terawatt-hour of electricity produced – 100 times fewer than gas and 1,000 times fewer than coal. It will produce less carbon dioxide (which they’ve noticed has been building up on our admittedly very pretty planet) over the whole life-cycle of the energy source, even compared to solar and wind.

The required fuel is relatively abundant and spread around the world (not just the dodgy parts). It also contains 100,000 times more energy per kg than oil and occupies 2m times less space. This means it would be easy to maintain strategic reserves – granting energy self-sufficiency to any country that wants it and reducing the chances of geopolitical tension over access to hydrocarbons.

What would mankind say to this intergalactic gift?

We’d bite their tentacles off, surely! But wait a second, the aliens say, there is a small hitch. It’s not with the energy technology itself, but with you humans. From close observation, we’ve noticed you’re generally pretty bad at understanding statistics, have only a flimsy understanding of risk and are prone to making hugely irrational decisions.

We’re worried that when accidents happen, as accidents always do, the unseen poison produced by the new energy source will scare you witless. This will lead to you greatly exaggerating the damage caused by the very infrequent mishaps resulting in further irrational fears. Even those who have most to gain from the technology might end up shunning it.

Those countries that do continue to employ the new power source will wrap it in so many regulations that the plants producing the energy will become hugely over-engineered. You’ll demand the amount of “poison” in the surrounding area is less than that ingested from eating a banana (and much less than produced by coal). This will make them far more expensive to build.

What’s more, the authorities, laying yet more belts over even more braces, will assume that such plants can only last about 40 years (rather than the 60 or 80 years that is far more realistic), further undermining the economics of such projects. Even then, it will still be worth it if you manage to select leaders who can look beyond their time in office.

The little green men look around for a while blinking their large eyes. One of them uploads the Clegg video to their retinal interface. On second thoughts, they say, maybe we should just take our knowledge and leave. We’re not sure you guys are evolved enough to handle it yet. See you in a few millennia. Sorry. Bye.

https://www.telegraph.co.uk/business/2024/10/08/theres-a-low-carbon-energy-technology-that-actually-works/?fbclid=IwY2xjawFx6eJleHRuA2FlbQIxMAABHXXvdq4q_KKfp-VdirD_9XfCmy25TfyYhziD4rSL0MoJMYdAkvaEWFZX9Q_aem_QRyxsKp13hOpOqGB48IPXw

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October 8, 2024 at 05:47AM

Heating Season Is Starting in Earnest EARLY This Fall Across Western Europe

From the NoTricksZone

By P Gosselin 

The CFS expects a somewhat cool and wet October across western Europe this year. Ground surface frost has already been widespread. 

Hat-tip Snowfan

Chart: NOAA

As the chart above depicts, the deviations of the 2m temperatures from the globally valid WMO climate mean 1991-2020 are expected to be around 0°C. Above-average precipitation is expected.

This could be a snowy October at times for the higher altitudes in Germany… It’s a good thing that the gas storage facilities in Germany are almost full to the brim at 96% ahead of the third Russian attack winter in a row… Source: CFSv2 forecasts TA2m and precipitation Europe.

The ECMWF long-term forecasts also predict October 2024 will be quite cool across Central Europe, especially in the first half.

Cold Atlantic sea surface

The North Atlantic sea surface temperature between Iceland and Europe were cooled in the second half of September and offer less warming of the air layers close to the ground with westerly and north-westerly winds in western and central Europe: an indication of a rather cool October?

Source: Snowfan, NOAA reanalysis SSTA North Atlantic

The NOAA reanalysis shows the North Atlantic between Iceland and Europe in the second half of September 2024 to be undercooled compared to the global WMO climate mean 1991-2020.

With westerly to northwesterly winds, the near-surface subpolar air masses are warmed less than average, suggesting a cool October in western and central Europe.

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October 8, 2024 at 04:02AM

Arctic ozone reaches record high in ‘positive story’, aided by rising carbon dioxide levels


A NASA chief scientist thinks ‘rising levels of carbon dioxide helped further elevate Arctic ozone to a record level’. Tell that to the carbon capture promoters and other climate worriers.
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Policies to address ozone depletion, such as the 1987 international agreement of the Montreal Protocol, aim to stop the production and consumption of ozone-depleting substances in order to heal these ozone holes by 2045 and 2066 over the Arctic and Antarctic respectively, says Phys.org.

As such, since early 2000, levels of stratospheric ozone-depleting inorganic chlorine and bromine in the Arctic have declined, albeit rather slowly.

Amidst this bleak forecast, research published in Geophysical Research Letters has hinted at a brighter future to come. Dr. Paul Newman, Chief Scientist for Earth Scientists at NASA’s Goddard Space Flight Center, and colleagues identified March 2024 as a record high month for Arctic ozone since the 1970s, following a period of overall increase through winter 2023 to 2024.

Above-average ozone levels continued to persist through September 2024.

This is significant as, previously, spring has been associated with ozone depletion when high CFC levels were coincident with large, cold, rotating low-pressure meteorological systems, known as polar vortices.

The research team highlight the significance of this research as preliminary evidence that CFC levels are now declining, in order to allow the ozone layer to begin its lengthy recovery. Dr. Newman said, “Ozone is the Earth’s natural sunscreen. Increased ozone is a positive story, since it’s good for the environment and encouraging news that the global Montreal Protocol agreement is producing positive results.”
. . .
The causal mechanism for these anomalous temperature and ozone levels in March 2024 is attributed to enhanced winter eddy heat fluxes from atmospheric Rossby waves. These waves move into the stratosphere and cause a downward motion in the polar regions, leading to warmer polar temperatures.

The waves also slow the stratospheric polar night jet stream (polar vortex) around the Arctic, leading to air from the mid-latitudes converging on the pole, transporting more ozone into the region than normal.

“Arctic ozone is controlled by direct depletion of ozone by chlorine and bromine compounds and ozone transport,” Dr. Newman explains.

“For the former scenario, the temperatures were too warm for much depletion. For the latter case, waves that propagate into the stratosphere from the troposphere move ozone into the Arctic, warm the polar region, and decelerate the polar vortex. El Niño events and Siberian snow cover have been examined as controlling processes for ozone transport, but do not appear to have a major impact.

“The stronger than normal transport seems to be caused by a random weather year with significant propagation of Rossby waves into the stratosphere. It is likely that the declining levels of oxygen depleting substances and rising levels of carbon dioxide helped further elevate Arctic ozone to a record level.”

Given that carbon dioxide levels are still projected to increase in the years to come, Dr. Newman states that is “highly likely” that more of these record ozone events will continue to occur.
. . .
While the Arctic and Antarctic overall respond similarly to the effect of Rossby waves, those in the Arctic are much stronger and therefore, ozone levels are higher than in the southern hemisphere, which experiences more pronounced ozone holes.

“The Arctic has a much stronger source of Rossby waves propagating upward into the stratosphere (quantified by the stronger eddy heat flux). Hence, the Arctic is warmer, has a weaker vortex, and much more ozone. Because the Antarctic has a very cold vortex that can contain the reactive chlorine, we have deep ozone holes each year,” Dr. Newman states.

Full article here.
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Image credit: earthhow.com

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October 8, 2024 at 03:35AM