Recycling Eco-Myths Is the Existential Threat

By J. Peder Zane

November 17, 2023

The recycling myth – Save the planet by separating paper and plastic! – is a foundational falsity of the green movement.

By promising a relatively simple solution to an alleged problem, it has enabled the left to control behavior through a made-up morality that stigmatized dissent – Only bad people refuse to recycle.

Like most progressive interventions – from welfare policies that destroyed families while increasing dependency, to drug use reforms that have filled city streets with desperate addicts – recycling plans that sound good on paper (and plastic) have continuously collided with reality so that even liberal outlets such as the New York Times (“Your Recycling Gets Recycled, Right? Maybe, or Maybe Not”), NPR (“Recycling plastic is practically impossible — and the problem is getting worse”) and the Atlantic magazine (“Plastic Recycling Doesn’t Work and Will Never Work”) have finally admitted its failures.

The same dynamic is now at work regrading a far more significant green fantasy: the left’s push to decarbonize the U.S. and other Western industrial economies during the next few decades and attain an eco-purity calculus known as Net Zero. While brandishing the moral cudgel with full force – President Biden describes climate change as “an existential crisis,” i.e., every person and puppy will die if we don’t submit to his agenda – the left also suggests the transition will be easy-peasy: Just build some windmills, install some solar panels, and swap out your car, stove, and lightbulbs for cleaner and cheaper alternatives.

Though much of the cheerleading media downplays this fact, it is already clear that Biden’s enormously expensive, massively disruptive goal is a pipe dream. In a recent series of articles, my colleagues at RealClearInvestigations have reported on several of the seemingly intractable problems that the administration and its eco-allies are trying to wish away.

The dishonesty begins with the engine of the green economy – the vast array of wind and solar farms that must be constructed to replace the coal and gas facilities that power our economy. James Varney reported for RCI that the Department of Energy’s official line is that the installations required to meet Biden’s goal of “100% clean electricity” by 2035 will require “less than one-half of one percent of the contiguous U.S. land area” – or roughly 15,000 of the lower 48’s roughly 3 million square miles. However, Varney noted, “the government report that furnished those estimates also notes that the wind farm footprint alone could require an expanse nine times as large: 134,000 square miles. That is equivalent to the land mass of Ohio, Indiana, and Kentucky combined – plus all of New England.

Echoing the 19th century adage that figures don’t lie, but liars figure, the discrepancy mostly involves estimates of what can be built around the windmills. Each turbine’s footprint is relatively small, but they have to be spaced far apart. The DOE’s smaller number is based on the fanciful assumption that all the surrounding land can be used for agriculture and other purposes, while the larger figure assumes none of it will. The truth probably is somewhere in between. That the government is trumpeting the impossibly small number – while ignoring the additional land needed to build transmission lines which will carry the current to end users – is telling and troubling.

Given Biden’s aggressive timeframes for the build-out – 2035 is a mere dozen years from now – one might expect that the administration has a master plan detailing where and when these green farms will be constructed. It does not. And, as Steve Miller reported for RCI, this challenge already seems insurmountable given the “grassroots resistance … coalescing in varied new state laws and local ordinances that threaten to bog down solar and wind development in a multi-front legal and regulatory war on a scale not seen before.”

In a stinging irony, opponents are routinely invoking arguments regarding endangered species and wetlands that environmentalists have long deployed to kneecap pipelines, gas fields, and other fossil fuel projects.

Another largely ignored problem area is charging stations for electric vehicles. John Murawski reported for RCI that California’s first-in-the-nation move to ban the sale of new gas-powered cars after 2035 is highlighting an array of challenges and dislocations. To keep electric cars rolling, the state “may need to install at least 20 electric chargers for every gas pump now in service to create a reliable, seamless network” – or more than 2 million new stations during the next decade, which is about 10 times as many EV ports as gas station nozzles.

It might be hard to convince private businesses to house the chargers, because, as a 2022 report from the California Energy Commission noted, “Revenue from electricity sales alone is often not enough today for chargers to be profitable, especially for stations with lower utilization.” That’s why California is investing at least $14 billion to subsidize this fantasy.

Even if the EV infrastructure gets built, it will require a massive change in behavior. The days of fill ’er up once or twice a week will likely become a distant memory. Most public stations will only be able to provide between five and 60 miles of range for an hour hook-up. Private citizens will need to pony up for their own charging infrastructure at home, while renters and low-income drivers will have to rely on employer and municipal largesse to supply chargers.

The green dream also involves knotty geo-politico issues. Ben Weingarten reported for RCI that America’s transition to renewables is empowering its most formidable economic adversary. “China currently holds a commanding position in the clean energy industry, controlling the natural resources and manufacturing the components essential to the Biden administration’s desired alternative energy transition,” Weingarten wrote. “Energy experts believe that its dominance will become more entrenched in the years ahead because of domestic environmentalist opposition to perceived ‘dirty’ mining and refining operations, and the Biden administration’s ‘clean energy’ spending blitz – which could provide Chinese companies and subsidiaries billions in subsidies.”

What’s more, if the U.S. slows its production of oil and gas in the coming years, hostile or problematic nations that continue to drill – including Iran, Russia, Saudi Arabia, Qatar, and Venezuela – will reap the benefits should renewables fail to become a reliable source of power.

Finally, the systematic erasure of these and other consequential questions is part of a broad effort to quell dissenting views. While climate action advocates in the government, media, and academia argue that the science is settled, Murawski reported for RCI that a growing number of experts are courageously challenging this orthodoxy. In August, for example, “more than 1,600 scientists, including two Nobel physics laureates, signed a declaration stating that there is no climate emergency, and that climate advocacy has devolved into mass hysteria,” Murawski wrote. “The skeptics say the radical transformation of entire societies is marching forth without a full debate, based on dubious scientific claims amplified by knee-jerk journalism.”

In detailing the central arguments of these skeptics, Murawski reported that few fall into the camp of “climate deniers” – itself a shameful label used to equate climate change with the Holocaust. They acknowledge the Earth is warming. Some, however, question whether human activity is to blame and, if it is, whether the massive human interventions being demanded can make much difference. Others say that the money spent retooling the economy would be better spent spurring economic growth that will allow people to adapt to a changing world.

Murawski reported that many dissenters believe that “[S]logans such as ‘follow the science’ and scientific consensus’ are misleading and disingenuous. There is no consensus on many key questions, such as the urgency to cease and desist burning fossil fuels, or the accuracy of computer modeling predictions of future global temperatures. The apparent consensus of imminent disaster is manufactured through peer pressure, intimidation, and research funding priorities, based on the conviction that ‘noble lies,’ ‘consensus entrepreneurship,’ and ‘stealth advocacy’ are necessary to save humanity from itself.”

A lie is rarely noble. It is almost always evidence of a weak argument and contempt for those it seeks to influence. Those who see climate change as an urgent danger and believe they know how to counter the threat should make their case forthrightly instead of recycling tired myths. Our democracy faces an existential threat when the will of the people gives way to the coercion of the masses.

This article was originally published by RealClearPolitics and made available via RealClearWire.

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Tom Halla
November 17, 2023 2:17 pm

It is virtue signaling by the innumerate.

Reply to  Tom Halla
November 17, 2023 2:22 pm

The innumerate, ignorant and gullible that are also damned proud to be so.

Reply to  Richard Page
November 17, 2023 11:24 pm

The innumerate, ignorant and gullible that don’t realise they are

John XB
Reply to  Redge
November 18, 2023 7:34 am

I wanted to say that.

Reply to  Redge
November 18, 2023 9:22 am

… a variant of the Dunning-Kreuger syndrome

November 17, 2023 2:25 pm

The recycling myth – Save the planetby separating paper and plastic! – is a foundational falsity of the green movement.

That’s not correct, in the former GDR, recycling was a big thread.

A Brief History of Waste Management in Germany
Secundary raw materials, recycling in GDR in pictures – recycling eco myths is the existential threat

Reply to  Krishna Gans
November 17, 2023 2:54 pm

recycling-eco-myths-is-the-existential-threat/

I didn’t copy correctly, sorry

that should have been copied:
40 years of GDR history – Recycling and Sustainability-detail

Reply to  Krishna Gans
November 17, 2023 6:27 pm

Well isn’t that just a fantastic dream come true.
i.e. East Germany bribed children to go around picking up rubbish

Good practice for further employment down the Unobtanium mines I imagine.

While they accepted money from West Germany to dispose of rubbish from there – then – simply dumped in ill maintained and equally poorly situated lanfdills
So as to trigger huge ground-water and other pollution issues.

Such nice people aren’t they, Socialists

Reply to  Peta of Newark
November 17, 2023 6:30 pm

*** lanfdills

Hark at me Smartypants – I talk Welsh now
That’ll keep you on your toes.

Disputin
Reply to  Peta of Newark
November 18, 2023 3:17 am

Bore da!

John XB
Reply to  Peta of Newark
November 18, 2023 7:39 am

Yes, but it’s spelt, llanfdills.

Reply to  Peta of Newark
November 20, 2023 9:04 am

If the Green nightmare continues, I can see a day they’ll start mining landfills for the copper and rare earth elements to get the materials needed.

John XB
Reply to  Krishna Gans
November 18, 2023 7:37 am

Using a Communist economy as an exemplar. I don’t think you will get far with that- but good luck anyway.

Reply to  John XB
November 18, 2023 9:44 am

I only wrote what happend, and don’t rate it.

Hivemind
Reply to  Krishna Gans
November 19, 2023 7:39 pm

Actually, you only wrote what the propaganda said happened.

alastairgray29yahoocom
November 17, 2023 2:41 pm

Paper and plastic are so easy to recycle . You just burn them – in your fireplace of you like – or in a high temperature steam turbine with scrubbing of flue gas and out of that you get energy and save burning extra fossil fuel. But that is all to easy for the idiot green cabal. Better to ship it to Asia and then dump it in the nearest river.
A fellow I met at my granddaughter’s birthday party worked for a cardboard recycling venture and he assured me that from Amazon delivery to recycling of cardboard to next Amazon delivery took 2 weeks . Impressive if so but can Mr Bezos or someone authoritative comment

Reply to  alastairgray29yahoocom
November 17, 2023 3:49 pm

“too” easy… lol

J Boles
Reply to  alastairgray29yahoocom
November 17, 2023 4:02 pm

I thought burning plastic renders lots of nasty compounds of chlorine, and that combines with H20 to make acid rain and takes expensive scrubbers to reduce it? Why not just add shredded plastic to thermal coal at power plants?

Scissor
Reply to  J Boles
November 17, 2023 5:04 pm

Yeah, burning PVC (polyvinylchloride) does just that. Contamination of other plastics with PVC is troublesome.

However, PVC can be recycled.

Ex-KaliforniaKook
Reply to  alastairgray29yahoocom
November 17, 2023 5:48 pm

The one thing I like about recycling is that here in Nevada the recycle bin is free as long as you don’t violate the rules. This is good for us because we are really trashy people. I fill that bin to the max, smashing all plastic and metal flat, and cutting cardboard into no more than 24×24 inch squares to max out the volume. Everything else goes into the trash bin. And we still make a trip once a year to get rid of excess cardboard.

But I have no illusion that my “recyclables” are saving the planet – or even helping to save the planet. It just lets me get rid of more trash without paying for another bin.

Drake
Reply to  Ex-KaliforniaKook
November 17, 2023 6:22 pm

In Las Vegas Republic Services will give you as many rolling LARGE bins as you want. We have 2 trash and 2 recycle bins. It was the deal they made with the county and City so they could only pick up one time a week. One man in one machine.

Heavy pickup 2 times a month when a different truck with 2 guys will come by.

Depending on where you live and HOA requirements, a week between pickups can be really smelly, especially when diapers are in the mix.

We recycle mostly. We rarely use the second recycle bin. Usually put out 2 trash cans and 1 recycle once or twice a month. Otherwise just one of each.

John XB
Reply to  Ex-KaliforniaKook
November 18, 2023 7:47 am

Where I am, the recycle bin and standard waste bin are emptied into the back of the same bin lorry – the local council says too expensive to send two different lorries.

A number of local councils in England are now bankrupt or near bankrupt – long story… mismanagement mostly – so some are looking to economise.

Nobody wants to buy recycled stuff, so Councils have for specialised incineration or just put it to landfill.

GregInHouston
Reply to  Ex-KaliforniaKook
November 18, 2023 9:30 am

But… isn’t your time worth something?

John XB
Reply to  alastairgray29yahoocom
November 18, 2023 7:41 am

Correct. Which is why so many recycling plants in the UK spontaneously combust, burning huge mountains of ‘recyclable’ stuff that nobody wants.

Reply to  alastairgray29yahoocom
November 18, 2023 11:28 am

Exactly. Incineration with clean stacks is the solution – you get the energy out again for other purposes and save the landfill space. There is a lot that goes to landfills beside paper and plastic which could be similarly incinerated, including almost all of the published nonsense of climate change.

J Boles
November 17, 2023 3:29 pm

So maddening that we can not recycle plastic, at least burn it to get one final use from it, but alas no, too much nasty smoke.

Reply to  J Boles
November 17, 2023 3:35 pm

I burn PET bottles in my fireplace all the time– no problem. Styrofoam aka polystyrene is a problem

Mark Luhman
Reply to  J Boles
November 17, 2023 3:40 pm

but alas no, too much nasty smoke.” not in a properly configured incinerator or that matter a modern coal fired power plant.

J Boles
Reply to  J Boles
November 17, 2023 3:52 pm

Burn it to make electricity, that is.

Reply to  J Boles
November 17, 2023 6:10 pm

Just pop into the nearest ocean.
The combination of winds, waves and sunlight (esp UV) work to break the (sometimes very long) chains of carbon atoms that comprise ‘plastic’
But plastic is chemically identical to Fat and how fat is consumed/used/metabolised is via the addition of a Carboxy group to the end of the molecule.

Thus we get and hear about all the time ‘Saturated or unsaturated Fatty Acids and are then regaled by the health benefits of eating these.
The process is that a Hydroxyl group ( OH-) attaches to the newly broken end of the chain to make initially, an alcohol.
But such Oxygen’s love affair with itself, very soon another Hydroxyl group piles in so that 2 (OH-) groups are attached.
This becomes too much for one of the Hydrogens, so it leaves the party so as to create the classic COOH carboxyl group.

It still is ‘difficult’ for the one left behind, it often goes to ‘play away from home’ and thus the COOH group becomes the definition of a ‘Proton donor’ = Acid.
In the ocean, there is completely No Shortage of OH- groups or places for the proton to play.

[We all know and love carboxyl.
e,g, Start with Ethanol as your alcohol and the let it turn into vinegar (Acetic Acid)
Methanoic (Formic) acid is what ants ‘sting’ you with, also nettles]

The truly great thing about all acids, are that they are soluble in water, unlike plastic as we all imagine it
Of course if this is happening in the ocean, any acid created there won’t last long because the ocean is alkaline
This is No Problemo for the carboxyl group, esp as its proton didn’t much like being there anyway so the carboxyl simply swaps it out for any nice metal ions there may be floating around.
It says, I didn’t like being a proton donor anyway,so I’ll become a Sdium donor instead. Or Potassium, or Lithium or or or or etc etc
The huge advantage of that is that they are not so likely to go play away from home.
And in the ocean, there’s no shortage of Sodium to exactly fit that bill and what you then get is what we’d call ‘Soap’ = water soluble fat

And out there in the real world are millions of species of bacterial critters who simply cannot get/eat enough of the stuff and when they do, they enter the base of what can be a very long ‘Food Chain’

and there goes your plastic – it finishes up as Tuna, Cod, Herring, Salmon, Shrimp, Crab etc etc etc
Or even the things/stuff described here on its way up the food chain

kthjrk
Reply to  J Boles
November 18, 2023 7:06 am

I say bury the plastic. It degrades very slowly. Perhaps millions of years. So not much is coming off of it to contaminate the ground. Things that rot and degrade quickly are more dangerous.

November 17, 2023 3:47 pm

should renewables fail to become a reliable source of power.”

Well, there it is, right there.

sherro01
November 17, 2023 4:00 pm

J Peder Zane,
Thank you for a well written summary of a current problem.
In earlier times, my employer company owned a subsidiary forestry and paper maker, one of the 3 largest here in Australia. When paper recycling started to hit the headlines, they studied the topic in detail. An important finding was confirmed, that a piece of paper could be recycled only a small number of times. The wood fibres broke and crumbled with each cycle, becoming unsuited for more cycles. This meant that paper with a known history was preferred for new cycles, leading to demand for paper such as offcuts from new paper. The costs of this pre-sorting were high and the supply of offcuts was small and often intermittent. Overall, the cost of paper recycle was marginal at best and loss making if one did it in the ignorant, starry-eyed green way.
Incidentally, I learned that Australians used toilet paper at
about 1,200 miles per hour, supersonic for a speeding jet.
Geoff S

Interested Observer
Reply to  sherro01
November 17, 2023 5:10 pm

 Australians used toilet paper at about 1,200 miles per hour”

Ah, that explains why my arse always burns after I’ve been to the toilet – high speed friction!

antigtiff
November 17, 2023 4:15 pm

Instead of chasing beneficial CO2….efforts should be directed at plastic pollution….the oceans are thoroughly polluted with plastics…China is probably the no. one polluter….the little plastic balls used in packing are insidious.

Hivemind
Reply to  antigtiff
November 19, 2023 7:47 pm

Not really. That is, in advanced countries, the plastic is captured & recycled. It’s ‘developing’ countries that just throw it into the river. Although, it doesn’t take long to decompose under the influence of UV, wave motion & bacterial consumption. As a result, the great plastic gyres in the oceans are actually invisible pieces of microplastic in the end stages of consumption by bacteria.

November 17, 2023 5:21 pm

Before 1900 when aspirin was invented, everybody used opiates, where they were available, to control pain.

US Commerce Department mortality and morbidity statistics from 1925 to 1935 show an average of 35 deaths per year from opium and opiates compared to around 3,100 deaths from alcohol per year.

Making those items Illegal has caused millions of deaths throughout the world. Some people’s bodies make lots of endorphins(an opioid), some don’t produce as much and opioids calm and relax them.

Here is a link to one of the reports: https://www.cdc.gov/nchs/data/vsushistorical/mortstatsh_1925.pdf

Ex-KaliforniaKook
Reply to  scvblwxq
November 17, 2023 10:12 pm

Thanks for that link. Fascinating information. I have to say I’m not sure that opiates were that easy to get ahold of, although I do remember reading elsewhere that opiate treatment during the Civil War was responsible for many post war deaths due to addiction/overdose. I’ll have to spend more time on your link as well as the obvious later years.

BTW, the statistics you quoted were per 100,000 population. That doesn’t change the ratio you implied, just the gross magnitude.

Reply to  Ex-KaliforniaKook
November 17, 2023 10:51 pm

Very famous book on the subject of his own laudanum addiction by Thomas De Quincy.

https://en.wikipedia.org/wiki/Confessions_of_an_English_Opium-Eater

Tom in Florida
November 18, 2023 5:19 am

“Our democracy faces an existential threat when the will of the people gives way to the coercion of the masses.”

That’s kind of a contradictory phrase. The “masses”, no matter how they come to their point of view, are the people. If that becomes 50.5% then it also becomes the will of the people.
That is why the U.S federal government is not set up as a democracy.

Perhaps a better phrasing would be :
“Our freedom faces an internal threat when the will of the people is coerced by myths, lies and deceit.”

kthjrk
November 18, 2023 6:57 am

Land use estimate for solar power. Pick out a solar power facility and do your own math if you like. I used one I found in Texas and another in Georgia(Fall Line Sandhills). Use Google Maps Measure Distance to measure the size of the facility. Find a website for the facility and find what they describe as the power output. The older part of the Sandhills facility which is the part that is above the freeway is about 1 sq mile. And it is advertised as 100MWatt. So the estimate is 100MWatt peak for every sq mile. You’ll get virtually the same ratio for every facility.
BUT!! That is peak power not energy. Energy = Power x Time. That is why your “power” bill is in kiloWattHours. Power companies have traditionally specified peak power because the time part is 24 hrs per day 365 days per year for all fossil fuel plants. But not true for solar. Energy is produced an effective 4 hrs/day and because of weather only 250 days per year. Use the ratio 4/24 x 250/365 = 1/9th. So a 100 MWatt solar facility produces the equivalent energy of a 11MWatt fossil fuel plant.
Today’s typical fossil fuel turbine produces 1,000MWatt. 1,000/11=90. So 90 sq miles of solar is equivalent to one turbine. But Georgia uses 45,000MWatt. So 45 x 90 = 4,050 sq miles of Georgia to be striped bare and covered with solar panels. Georgia has 57,000 sq miles. 4,050/57,000 = 7% of the land has to be covered in solar panels. BUT! Since they can’t be concentrated in one spot they will need to be connected with a huge maze of power line trails and the land has to be kept clear of any growth except short grass. No trees, bushes, vines, weeds… And that additional land area will likely be another 5% of the state.
But that provides power for only 4 hours per day. So let’s talk about batteries for the other 20 hours. There is no suitable battery technology existing today and there probably won’t be for another 100 years. End of battery discussion fantasy.
Conclusion: 10 to 15% of every state will have to be stripped bare and covered with solar facilities to generate the equivalent electrical energy we use today. BTW, wind is worse.

Dave Andrews
Reply to  kthjrk
November 18, 2023 8:29 am

To add further perspective.

Replacing the energy output from a single 100MW gas fired turbine, providing enough electricity for 75,000 homes, requires at least 20 wind turbines, each about 500 feet tall and collectively requiring some 30,000 tons of iron ore and 50,000 tons of concrete plus around 900 tons of plastic for the blades.

The turbines would also require 1000 tons of speciality metals and minerals and 10 sq miles of land.

A solar installation would only require one third as much land as the turbines but about 150% more aggregate tonnage of cement, steel and glass.

Both wind and solar would also require utility scale storage – c. 10,000 tons of batteries.

The gas turbine, by contrast, would be the size of a large house and require 300 tons of iron ore and 2000 tonnes of concrete.

‘The Hard Math of Minerals’ : Mark P. Mills

https://issues.org/environmental-economic-costs-minerals-solar-wind-batteries-mills/

Dave Andrews
Reply to  Dave Andrews
November 18, 2023 8:33 am

Sigh! 2000 tons of concrete

kthjrk
Reply to  Dave Andrews
November 18, 2023 6:30 pm

Great stuff Dave.
I got some battery calculations. For a typical house with a $300/month power bill, in order to store enough energy to power the house for a full day one will need about 300 common car batteries. Since they cost about $150 each(I would assume that if you are buying 300 such batteries the supplier will give you a discount rate) that would be a cost of 45k$. Assume they will last 10 years(yes that’s unlikely). Amortize a monthly cost. 45k$/120mo=$375/mo. So if you have a football field next to your house filled with solar panels, you will hope the Sun shines well enough to charge your 300 batteries in the meager 4hrs. And you will have an effective cost of $375 a month to put into the savings box to buy a new set of batteries in 10 years.(or less) BUT there are better battery technologies. How about a Tesla Model S battery? Fully charged and it will power the house for a day. It costs 20k$ initially and you’re likely to replace it in 10 years so be sure to set aside $170/month. Plus the cost of the fire tolerant concrete building located a significant distance from the house so the battery fire doesn’t also burn your house down or poison you with fumes.

And of course if you drive an EV and eschew gasoline and natural gas has been outlawed so you have to cook and heat with electricity then – triple everything.

John XB
November 18, 2023 7:32 am

As I had some dealings with plastic products, if I recall correctly, the recycling of plastics emerged in the early 1970s in the aftermath of two Arab-Israeli wars, OPEC Countries using oil as a political weapon against the West to encourage it to abandon Israel, and thus pushed the price of oil up. There was also the habitual prognosticating about Peak Oil – due to run out by 1990.

This made recycling some plastic economically viable to reduce cost by replacing some virgin plastic with recycled, and also to conserve dwindling (Ha!) oil reserves; the walls of plastic containers became thinner.

As oil prces eased and Peak Oil was delayed for another decade – again – the viability of recycling disappeared. But it remained, and has spread, as ritual worship to the Pagan goddess, The Environment.

I also recall the move towards plastics for packaging, away from card and paper, whose use was angering the gods of the forests, and away from glass bottles which were very energy intensive, transportation costly, and the cause of many serious lacerations – particularly children – and head and face injuries near pubs.

Now plastics are abandoned to appease Poseidon, gods of the forest no longer in favour.

Reusable glass bottles are now part of the Green rite, being ‘sustainable’ and not plastic, despite the fact they use more energy to make, transport, clean and reuse, thus more of that CO2 devil.

Funny old World.

GregInHouston
November 18, 2023 9:28 am

While I don’t disagree with the article, the area in square miles of Indiana, Kentucky, Ohio, and New England is over 200,000.

November 18, 2023 11:14 am

it is religion with the green pimps. They truly believe that it can be done, while taking zero looks at the scientific and engineering studies and papers on this insanity. For many of them their religion has them viscerally terrified that they are all going to die if we don’t do this insane rubbish.

Grifters like Mann and others are continually getting on media and Eeyore-ing about end of the world as we know it, panic pron theater and these science and math incompetents believe it. A decade ago we busted this AGW nonsense along with the science fiction GHGE nonsense. Yet, the media loves it because “scary” stuff brings clicks and bucks, so they’ll never kill off their golden geese, just add a few more to the mix.



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