Dr. Judith Curry is an American climatologist with a Bachelor in Science degree from Northern Illinois University and a Geographical Sciences PhD from the University of Chicago. She s had an accomplished career working with NASA, the U.S. government, and numerous academic institutions in the field of climate change. A real scientist with 190 publications, Dr. Curry advocates a non-alarmist approach to climate change, acknowledging Earth s rising temperature with a grain of salt. The grain being in-field research and a refusal to shut the doors of science to those with contrary views and findings. In 2017, she retired from her position at the Georgia Institute of Technology, citing the poisonous nature of the scientific discussion around man-made climate change as a key factor in the climate apocalypse front. In a world where traditional values are under siege, it s crucial to stay sharp both mentally and physically. That s why Responsible Man, a Daily Wire Ventures company, understands what it means to be a pillar of strength in these challenging times. They ve created the Emerson Multivitamin, not for the faint of heart, but for men who shoulder their responsibilities with pride. Take advantage of the fall sale. Visit ResponsibleMan.co and use code DAILYWIRE to get 50% off or just $19.99 for your first order. But hurry because this deal won t last long. Remember, a resilient society needs resilient men! because a resilient country needs resilient, strong men. Today s episode features: Dr. Dr. Judith C. Curry, a former professor, former chair of the School of Earth and Atmospheric Sciences at Georgia Tech, talks about why she left her post-doc at the university in order to pursue a career in climate change denialism and why she thinks climate change is a hoax and why it s better than it s a hoax. And why she s a better than you think it s going to be better than we think it is. And why you should listen to what s going on in the first place what s actually going to happen in the real world, not the second half of the movie in real life not what s really going to change the climate change why you need to care about it how to deal with climate change in real time, not just what s happening in the movie, not what we should be worried about . and what we can do about it. and more.
00:28:37.040Is that where the error is? Well, no. Vertical transport of heat and carbon in the ocean is part
00:28:43.160of the consequences of the uncertainty in these large-scale circulations. But more fundamentally,
00:28:49.660these large-scale, you know, they change the weather patterns and change the clouds,
00:28:53.680among other things. So, you know, this is trying to get all that modeled right, let alone
00:29:00.880making credible predictions into the future. We're not there. I mean, not even close to being
00:29:06.800there. Okay. And then if you, once you get into the sun, it's even, you know, crazier. I mean,
00:29:14.580the IPCC has pretty much dismissed the role of the sun, you know, in the last 150 years. But the
00:29:24.380interesting thing is that in the Sixth Assessment Report, Chapter 6, they finally acknowledged the
00:29:30.760great uncertainty in the amount of solar forcing in the late 20th century. And this arises from...
00:29:38.100There was a gap in the satellites measuring the sun output that occur at the time of the Challenger
00:29:46.320shuttle disaster, if you recall that. And so one solar sensor was running out, and they were supposed
00:29:55.260to launch another one, but all the launches were put off for a number of years until they sorted out
00:30:01.100what was going on at NASA with the launches and everything. So there's this so-called gap. And
00:30:08.440depending on what was actually happening in that gap, you know, you can tune the solar variability to
00:30:16.480high variability or low variability. So all the climate models are being run with low solar variability
00:30:23.740forcing. But for the first time, Chapter 2 in the observational chapter of the Sixth Assessment Report
00:30:31.080acknowledged this issue that there is huge amount of variability. And this doesn't even factor in the
00:30:37.660so-called solar indirect effects in terms of there's a lot of... It's not just the heat from the sun.
00:30:43.780There's a lot of issues related to ultraviolet and stratosphere and cosmic rays and magnetic fields and all
00:30:51.400these other things that really aren't being factored in. They're at the forefront of research, but they're
00:30:56.920certainly not factored into the climate models. So there are so many uncertainties out there
00:31:04.760that affect certainly the projections of what might happen in the 21st century, but also our
00:31:11.400interpretation of what's been going on with the climate for the last hundred years ago and exactly what's been causing what.
00:31:22.360Well, so I would say that those who object to the line of reasoning that you're putting forward,
00:31:27.320I believe, would make an argument analogous to the following. They would say, well, look, we have,
00:31:32.120despite all the objections on the measurement front, we have pretty good evidence that there's a warming trend.
00:31:38.280We have reasonable evidence that at least a reasonable proportion of that is a consequence of
00:31:43.160anthropogenic activity, most particularly the production of carbon dioxide. The potential consequence of
00:31:50.600this could be apocalyptic 100 years down the road or 50 years down the road. Even with all those doubts
00:31:57.400in mind, it's incumbent upon us to take something like emergency action now so that we ameliorate this
00:32:04.280risk of apocalyptic transformation. And so this is just obstructionist hand-waving your objections.
00:32:12.120And if you were moral and on board, you'd see that this issue is so serious and so apocalyptic that
00:32:18.520it's inappropriate to stand in the way of the amelioration. And so what what do you think about
00:32:24.120that as a counter proposition? Okay, the weakest part of their argument is whether all this is dangerous.
00:32:29.880You know, the sea level rise is, you know, creeping up, you know, the ice cap,
00:32:38.360Greenland, Antarctic, you know, it changes from year to year with a little bit of melting,
00:32:44.600but there's no catastrophe looming on those fronts. And so they've turned to extreme weather.
00:32:51.560Oh, global warming is calling, and I have to say the hurricane and global warming first put this
00:32:56.680idea into their head. Ah, you know, if we can show that even one degree can cause something bad,
00:33:03.800like more category five hurricanes, then we have something. So this started this whole trend of
00:33:09.880every extreme weather event is associated with human-caused global warming, which just isn't
00:33:17.000true. And if you look back, and they tend to go back to 1970 or 1950, oh, this is the
00:33:25.000warmest year, the worst storm or the biggest drought or whatever since 1970, maybe since 1950. But if you
00:33:31.160look in to the first half of the 20th century, the weather was way worse. Certainly in North America,
00:33:39.480and over much of the globe also. Right now in the U.S. West, we're being assaulted by these
00:33:49.480atmospheric river events, bringing huge amounts of rain and snow, which is going to cause flooding.
00:33:58.120It's still snow yet. And you know, this is horrible global warming and everything like that.
00:34:04.440But if you go back to the winter of 1861 and 1862, 15 inches of rain fell in central
00:34:18.840California over a period of a couple of months, which huge floods over a very widespread area
00:34:25.400that lasted for absolute months. Okay. And paleoclimate evidence showed that these tend to happen about
00:34:33.640every 200 years or so, where you have this massive accumulation of these atmospheric rivers. So this is
00:34:40.280nothing at all unusual. So if you look back into the historical record, or better yet, the paleoclimate
00:34:46.680record, invariably, you will find worse weather events.
00:34:50.360Right. So that's part of the time frame problem, right? It's like, well, over what span do you
00:34:56.360evaluate these events before you draw your conclusions? Right. But you can't...
00:35:00.360So do you believe that any of the tipping point hypotheses... Franzen told me something
00:35:06.120interesting. You know, this was kind of a technical proposition. He said that in complex systems with
00:35:12.040many degrees of freedom on the entropy front, so many ways they can potentially react,
00:35:17.320the probability of a tipping point positive feedback loop, you know, like the runaway global warming or
00:35:24.840something like that, the melting of the Greenland ice caps because we hit a tipping point, said in
00:35:30.200complex systems that have multiple potential outcomes, that kind of all-or-none tipping point
00:35:36.200is unlikely. You get that more likely in a simple system that's characterized by the probability of
00:35:42.120radical state change, like water freezing, for example. And so I thought that... I can't evaluate
00:35:47.880that argument, you know, it's outside my domain of scientific competence, but it struck me as an
00:35:53.160interesting idea. Well, to some extent, it's true. There is one sort of tipping point
00:36:00.840that we could encounter. And if this does happen, I would expect that human-caused global warming would
00:36:08.360play only a small part. And this is the West Antarctic ice sheet, which is an unstable ice sheet. So if you
00:36:15.640took the ice sheet away, the continent would actually be underwater. But what it is, you have this huge ice
00:36:21.320sheet that sits on the continent, and part of it's above water, okay? And it has an overhang. And because...
00:36:30.360And this is just a dynamically unstable situation, and it moves fairly fast. Underneath this ice sheet are
00:36:38.760lots of inactive volcanoes, even the occasional active volcanoes. So if these volcanoes became active,
00:36:47.960and we had, you know, a greater heat source under this, combined with sea level rise and a little bit of
00:36:54.200global warming, this could accelerate. And on the timescale of, you know, three or four centuries, we could see
00:37:04.200this collapse, you know, which could lead to a substantial sea level rise. So that's the one kind, you know, if we saw that
00:37:13.400happening, are there engineering ways of dealing with it? I don't know. But it was something that would be a slow process.
00:37:21.200But that's the only one of the so-called tipping points that I see could happen. Because, you know, if there's
00:37:31.200going to be some solid Earth, you know, if the Earth wants to have an earthquake or a big volcanic eruption,
00:37:37.200you know, there aren't a lot of, you know, negative feedbacks in the Earth's system to prevent that.
00:37:43.200So to me, that's the one, like, bad thing that could happen, but it would take centuries.
00:37:49.200But the other ones, yeah, I don't see it.
00:37:55.200So what do you think, when you look at the IPCC reports now, and you look 50 years ahead or 100 years ahead,
00:38:02.200what would you regard as a credible representation of the so-called climate science?
00:38:10.200Do you accept the new IPCC prognostications, or do you think the models are so error-ridden that even the hypothesis of one to two degrees warming isn't reliable enough,
00:38:25.200Well, the interesting thing is that the IPCC's sixth assessment report working group one, they also sort of rejected the climate models to some extent.
00:38:36.200They were guided by them in their projections, but they also, you know, defined a plausible range of climate sensitivity and looked at the projections from there.
00:38:46.200So even the IPCC is stepping back from the global climate models as being useful for projections.
00:38:53.200And people are going to these climate emulators, these simple climate models.
00:38:58.200Well, for this amount of warming, you know, run it through a damage model or an economic assessment model or something like that.
00:39:06.200So people are really stepping back from these big global climate models, and it's about time.
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00:40:30.200The innovations that I've been undertaking in my projection work, and this is what I do for clients of my company, Climate Forecast Applications Network, is that I look at it.
00:40:47.200I don't just look at the IPCC scenarios, and I choose the low-end ones, because I think those are more credible, but I also look at scenarios of what the ocean circulations could be doing, you know, scenarios of volcanic eruptions, and solar variation scenarios, and try to put forward a broader range of what we might be looking at.
00:41:11.200And so I have like a network-based approach to combine all this into producing a much broader range of scenarios.
00:41:20.200And at least over the next three decades, like the natural variability piece of this is pointing towards cooling rather than amplifying the warming.
00:41:30.200You know, it would tamp down the global warming of whatever magnitude it is from fossil fuel emissions.
00:41:38.200So that's the approach that I'm taking.
00:41:43.200Earlier, you indicated that you left the university in 2017 to pursue an entrepreneurial activity that you had initiated at Georgia Tech.
00:41:54.200And you just made allusion to that again.
00:41:58.200So tell me, if you would, how you are modeling, and you've laid out some of the conclusions, but who's interested in your models?
00:42:09.200And obviously, you're doing this on an entrepreneurial basis, so people are willing to pay you for your opinion, which gives, I think, some, what would you say, indication of their faith in its credibility, because people are actually spending money on it.
00:42:22.200Like, how are your models different than the models that are more broadly publicized, let's say?
00:42:29.200And who is it that is paying you to produce these models?
00:42:37.200Okay, well, insurance companies, financial institutions have an interest in Atlantic hurricanes.
00:42:45.200What are we looking at over the next three decades in terms of Atlantic hurricane activity?
00:42:51.200A big issue is a potential shift to the cold phase of the Atlantic multidecadal oscillation.
00:42:57.200This is one of those multidecadal oscillations that I talked about, which we would expect would start to tamp down the Atlantic hurricane activity.
00:43:25.200Some electric utilities want to know what could we be looking at in terms of, like, how frequent these really bad situations could be, you know, for renewable power, like a massive cold air outbreak that lasts for weeks, the wind doesn't blow, and it's wintertime and there's no sun.
00:43:48.200And, you know, how bad can it get and how frequently might these occur?
00:43:53.200So these are some of the things that I've been looking at.
00:43:58.200And also people interested in sea level rise projections, you know, in their particular location, looking at scenarios of what their location, a lot of interest from people in Florida, San Francisco, along the Atlantic coast.
00:44:14.200You know, what could we be looking at?
00:44:19.200Yeah, we see that those projections from the IPCC, which of those should we believe, but we already know that, you know, how are the ocean circulation patterns going to influence their local sea level rise?
00:44:33.200What kind of trends do I see for the vertical land motion, both from local effects and large, more planetary scale up and down kind of effects?
00:44:52.200So those are some of the projects that I've been working on, looking at scenarios out, say, 30 to 50 years.
00:45:00.200So why do these companies believe that your models are credible enough for them to pour economic resources into?
00:45:08.200And why do you believe that your models are credible enough to provide them with accurate guidance?
00:45:13.200I mean, we talked about some of the limitations of models.
00:45:15.200And so what is it that you're doing that is credible to the companies?
00:45:20.200And why do you believe scientifically that you're providing accurate information?
00:45:24.200Okay, the first thing that I did, and I did this before most other people did, I say, look, you're wasting your time looking at that extreme emissions scenario.
00:45:37.200You know, if you look at the International Energy Agency, their scenarios show emissions being fairly flat for the next several decades.
00:45:50.200And I think this is a much more plausible scenario.
00:45:56.200And this is apart from trying to predict what policy is going to do and how much they're going to change.
00:46:03.200But the thinking is now that emissions are going to stay fairly flat for the next few decades.
00:46:10.200And I saw this, and, you know, I saw the journal publications, and this is what I was pushing to my clients.
00:46:16.200If you want something realistic, this is what you should be looking at.
00:46:20.200The other thing is not accepting the extremely high values of climate sensitivity to CO2 doubling.
00:46:33.200I don't go as low as Richard Lindzen does, but I'm certainly on the low end, and I justify why, to them, based on publications, including some of my own,
00:46:45.200why we shouldn't be looking at these very high sensitivity values.
00:46:50.200And I run it through a range so they can look, but I'm saying, you know, so I give them all the scenarios they want.
00:46:58.200I'll give the high emission scenario, I'll give the high climate sensitivity, low climate sensitivity.
00:47:05.200I'll say my best judgment is that this is what it is.
00:47:10.200But then I uniquely put in scenarios of the natural variability.
00:52:01.200You're saying that the models are so prone to variability that there is some non-trivial possibility
00:52:10.200that there'll be a global cooling trend over the next 30 years instead of a global warming trend.
00:52:15.200And so in the face of all that, someone might ask themselves,
00:52:19.200well, if the situation with regards to these models is as uncertain as you suggest,
00:52:26.200and also, you know, it's interesting, just as an aside, that financial companies will pay you for your prognostications,
00:52:34.200which is another form of validation of your opinion.
00:52:37.200Why in the world are we stampeding madly to spend untold, literally, trillions of dollars
00:52:45.200trying to ameliorate a problem that we haven't properly measured?
00:52:48.200Like, what's going on here, as far as you can tell?
00:52:51.200Okay, you have to go back. Okay, the policy cart has been way out in front of the scientific horse from the very beginning.
00:53:02.200In the 1980s, the U.N. Environmental Program, you know, was looking for something.
00:53:09.200You know, we hate capitalism, we don't like the oil companies, we like world government, all this kind of thing.
00:53:15.200And they latched on to the climate change, the CO2 global warming is what it was called back then.
00:53:25.200And this seeded, you know, the formation of the U.N. Framework Convention on Climate Change.
00:53:31.200And there was a treaty signed by 192 nations in 1992, including the U.S.
00:53:37.200Okay, this was before we knew anything.
00:53:40.200We were to avoid dangerous anthropogenic climate change, before we had any idea of any of this.
00:53:47.200And so this frame, the climate problem, you know, in a very narrow frame,
00:53:54.200all of climate is now caused by CO2, and by definition, warming is dangerous.
00:54:01.200And why was that such an attractive political hypothesis?
00:54:05.200Like, why did politicians decide that in the absence of this, you know, stringently produced scientific evidence,
00:54:12.200that the proper place for the world's political community to focus was on the cardinal danger of global warming that was anthropogenically produced?
00:54:21.200Like, what the hell is going on there?
00:54:58.200And there was a spate of, you know, bad weather, big El Nino and stuff like that, that they latched on to, you know, this extreme, you know, if we just got rid of all this, the weather would be nicer.
00:55:12.200We'd get rid of all these floods and droughts and hurricanes and whatever else and heat waves that was plaguing humanity.
00:55:19.200And so people bought that kind of simple argument.
00:55:24.200And then once, there was a real shift in 2018.
00:55:30.200After the Paris Agreement, you know, the rhetoric was, you know, climate crisis, climate emergency from the world leaders, the UN, President Obama, Macron, Merkel, all of these leaders saying this.
00:55:45.200But in 2018, people started paying attention.
00:55:49.200And Greta, this is when Greta Thunberg came onto the scene.
00:55:56.200And she was, you know, she's a remarkable person.
00:56:00.200She's wrong on a lot of things, but a remarkable person nevertheless.
00:56:05.200But this, what she was doing spawned the Sunrise Movement, Extinction Rebellion, all this kind of stuff.
00:56:12.200And the journalists amplified this, the climate crisis, the climate emergency.
00:56:17.200Ten years ago, climate, even ten years ago, climate change was like really a fringe topic at journals.
00:56:26.200Now major media outlets have a climate desk.
00:56:29.200You know, I have a whole team of journalists.
00:56:31.200And there's huge money going into things like Carbon Brief, things that focus specifically on climate change.
00:57:12.200It's one of those out-of-sight, out-of-mind chores that can lead to serious issues if neglected.
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01:00:44.200Yeah, so let's talk about that terminology for a second, just so everybody knows.
01:00:48.200So this is quite the rhetorical move on the part of the climate purveyors of apocalyptic doom.
01:00:55.200And so we already established in our society, broadly speaking in the West, that to object to the idea that the Holocaust was a historical reality puts you outside the pale of normative and reasonable political discussion.
01:01:08.200And so you can be a Holocaust denier, and if you are such a creature, then you're lumped in with the Nazis and put on the shelf for no further contact, right?
01:01:18.200You've entered the realm of the reprehensible.
01:01:21.200Now, one of the most effective rhetorical moves of the people who were making a great living or putting themselves forward morally as climate apocalyptic doomsayers was to target people who objected to their views with terminology that was derived directly from that rhetorical move.
01:01:37.200So now, if you're a climate change denier, the connotation is you occupy the same category morally as people who refuse to believe on the grounds of their appalling antisemitism and their blind historical ignorance that the Holocaust was a historical reality.
01:01:54.200And so, in some sense, there's no real difference between labelling someone a climate change denier and labelling them a Nazi enabler.
01:02:03.200And the rhetorical move was designed precisely to produce that outcome.
01:02:06.200And so I'm not a big fan of that kind of rhetorical move.
01:02:09.200And let's talk about Michael Mann for a second, too, now, because a lot of people listening and watching, they're not going to know what that hockey stick graph was.
01:02:16.200And they don't know what cardinal role the scandal around that graph has produced in the discussion.
01:02:23.200So do you want to walk through the hockey stick graph a little bit?
01:02:27.200If you go back to 2001, this was the release of the third assessment report from the IPCC.
01:02:35.200And Sir John Houghton, who was the head of the IPCC, was giving the press release.
01:02:41.200And the backdrop behind him was this image, a curve that looked like a hockey stick, which was meant to portray that, you know, the climate was very stable for the last thousand years.
01:02:55.200And all of a sudden, you've got this big uptick, you know, that is caused by humans.
01:03:25.200Let me let everybody watching and listening know, like, your PhD is putting your foot in the, or your toe in the water of scientific endeavor.
01:03:35.200So, I mean, so Judith has 190 publications.
01:03:39.200And just so those of you who are listening know, generally speaking, a PhD thesis requires approximately as much work as three scientific publications, if it's a high quality PhD.
01:03:51.200And so, when you get your PhD, you've entered the domain of genuine scientific contribution.
01:04:00.200And if you do a postdoc, that means that you have the opportunity to do a little bit more research work to establish your credibility now as a more independent researcher who isn't dependent on the ideas of your supervisor.
01:04:13.200So, you're a neophyte. You're a beginner when you do a PhD and a postdoc.
01:04:17.200And maybe you have to do one or maybe two, and then maybe you can get hired as a junior professor.
01:04:22.200But you're by no means at the peak of your career.
01:04:24.200And it's very, very rare for initiatory research that might be done at the PhD level to be regarded as canonical, unless you're a Nobel Prize winning, you know, genius, by the scientific community.
01:04:37.200And so, the fact that man's work got so much attention, even though it was done at this initial level of scientific investigation, I mean, that doesn't speak to its validity.
01:04:47.200But my point is, it's an aberration in the process.
01:04:50.200And it also points to this problem we discussed earlier of timeframe.
01:04:53.200I mean, when you construct graphs, you can play with their psychological impact in all sorts of inappropriate ways.
01:05:00.200You can expand and contract the timeframe. You can expand and contract the scale on the left.
01:05:07.200And you can make what's really a small effect across some historical span of time look big by playing with the scale.
01:05:15.200And you can make an effect that isn't very large, temporally speaking, by shrinking the timescale of evaluation.
01:05:23.200And so, the man's graph showed this uptick in climate transformation that was attendant on human industrial activity.
01:05:32.200But he picked a very narrow timeframe and a very particularized scale so that this maximized the psychological impact of the graph.
01:05:41.200And so, but that does bring us to this problem of timescale.
01:05:44.200It's like, well, and variability. How much has things changed over 10,000 years?
01:05:50.200Like, what's the right timescale here? And that's a very difficult problem.
01:05:53.200Well, the issues of the hockey stick were not so much that.
01:06:03.200The trigger, the hockey stick trigger, important one, is around 2000.
01:06:09.200Right after that, this was viewed by a mining engineer.
01:06:14.200Steve McIntyre said, hockey stick, hockey stick, I've seen these things.
01:06:18.200This is usually a con game trying to get somebody to buy mining stocks.
01:06:22.200He says, you know, and then he got intrigued. He wanted to look at the data.
01:06:25.200So, he asked for the data. They gave him some of it.
01:06:28.200And he and Ross McKittrick, Canadian economics professor, took a look at this.
01:06:37.200And they found all sorts of errors, you know, mishandling of data, inappropriate statistical methods, on and on it goes.
01:06:45.200And Mann went after these guys big time, rather than, you know, constructively trying to deal with these criticisms.
01:06:55.200He went after these guys, and this turned into a pretty big flame war.
01:07:00.200And then McIntyre and McKittrick published two additional papers in 2005.
01:07:06.200And the controversy, you know, was just explosive.
01:07:10.200There were congressional hearings on this, and on and on it went.
01:07:17.200And these ClimateGate emails that were released in 2009 revealed all sorts of skulldudgery, you know, trying to keep data away from McIntyre and McKittrick, trying to put pressure on journal editors not to publish their papers, and on and on it goes.
01:07:39.200And, you know, and so this was revealed in ClimateGate.
01:11:02.200I look at the evidence, make judgments.
01:11:05.200And it's mostly about trying to better characterize uncertainties and what we don't know.
01:11:11.200This is a key part of rational policy making is to understand the uncertainties and what we don't know.
01:11:19.200Well, we've got we've got a threefold problem here by the sounds of things in some real sense.
01:11:24.200And the first problem is kind of a positive feedback loop that you alluded to is that a lot of attention was paid to this potential issue.
01:11:32.200A lot of money was put into funding investigation into it that incentivized the growth of a huge scientific enterprise that incentivized people who were primarily motivated by the money, including the grants.
01:11:46.200And I mean, it's hard not to be motivated by that if you want to be a practicing scientist.
01:11:50.200And so there was a lot of financial and practical pressure to produce a an environmentally apocalyptic story.
01:11:58.200And then you can imagine that's amplified by the fact that reporting that there's no problem on the climate front is not something that's going to produce an attention grabbing headline,
01:12:09.200especially in the era of declining attention being paid to paid to legacy media outlets.
01:12:16.200And so we know perfectly well that human beings are much more sensitive to negative information, comparatively speaking, than to positive information,
01:12:24.200and that you can attract attention with a story of gloom and threat much more effectively than one that states there's no story here at all or something positive.
01:12:37.200And then the third problem, I would say, is that it's easy for venal and narcissistic politicians, and that's not all of them,
01:12:44.200to latch on to a convenient money-generating apocalyptic nightmare to put themselves forward as white knights on the moral front
01:12:54.200and to pull the wool over the eyes and maybe even their own eyes in relationship to whether or not they're making any practical progress in the actual world.
01:13:02.200And so there is a situation where we have a set of positive feedback loops operating in sociological space that are producing a kind of chicken little outcome.
01:13:13.200And so we're running around claiming that the sky is falling and dumping, tilting our economic systems in a dangerous direction
01:13:21.200and spending untold hundreds of billions of dollars addressing a problem that is ill-defined and likely nowhere near of the magnitude that we think it is.
01:13:32.200And so, and then I want to follow that with a, I tried to make a strong case for why you might be regarded with a certain degree of apprehension from the perspective of the climate apocalypse.