Hi, I'm Wendy Zuckerman and you're listening to Science Versus.
Today on the show, the unprecedented, and sometimes rather strange things that have been happening to science in the U .S. recently.
Milkshakes bring all the boys to the yard, so they say, but recently they've also been courting some controversy.
Rosemead Lytt, Senior Producer at Science Versus, tell us about the milkshakes.
Okay, so this all started a couple months ago.
Researchers at the NIH, that's the National Institutes of Health, they published a study where they gave people ultra -processed milkshakes.
So these are vanilla shakes.
They were loaded with fat and sugar like all milkshakes, but also emulsifiers and artificial flavourings, that kind of stuff.
And then they put these people into PET scanners.
PET scanners? They're scanning their brains?
What did they want to know?
They were testing out this idea that certain foods might be as addictive as drugs.
So, you know, you often hear people say that about sugar, and it's also an idea that's out there about ultra -processed foods that they might be addictive.
So what the scientists at the NIH wanted to see was whether drinking a milkshake could cause someone's brain to send out a big whoosh of dopamine in the same way that you might see with addictive drugs, right?
That happens with cocaine, for example.
So, was the milkshake...
Bringing all the dopamine to the yard...
Yeah, bringing all the dopamine to the yard. Uh, no. So as a rule, drinking the milkshake did not lead to a big rush of dopamine.
And that doesn't mean that ultra -processed food or sugar is considered healthy now, but it throws a little cold water on the idea that these foods are addictive in the same way that drugs are addictive.
Right, right. But here's where the story takes a weird turn.
And this is why I wanted to talk to you about it, Wendy, for this episode that we're doing now, which is not about milkshakes or ultra processed food or sugar.
So around the same time that this study came out, a reporter from the New York Times reached out to the researchers asking for an interview.
So the lead scientist on this is a nutrition researcher named Kevin Hall, he's very famous in the world of nutrition, he's interviewed all the time.
We've interviewed him here on Science Versus, and I reached out to him again recently about all this.
we talked over email.
So the protocol that he follows before these interviews is he reaches out to his overlords at the NIH to let them know about the requests and that he wants to do the interview.
But this time, for the first time according to Kevin, the NIH said no. They denied his requests.
He also says that they quashed a press release that was going to come out about study.
So it seemed to him that the NIH didn't want to publicize the study at all.
You know, eventually they agreed to let him answer some written questions from the Times reporter but then they reviewed his answers and they changed them.
Kevin says that their changes kind of downplayed the results.
So he interpreted this to mean that the powers that be at the NIH didn't like this finding that milkshakes are not necessarily addictive, kind of wanted to bury it a little bit.
Why would they care this much about a milkshake study?
I know. They got a lot on their plate right now.
Why does it matter that much?
Yeah, it's not like there's like deep milkshake throat like being met in the parking garage, you know, handing over government secrets.
Yeah. It seems very weird because usually when the government has some issue with some research, it's like there's corruption with industry pressure.
There's like a government screw up that's trying to get covered over.
This one doesn't appear to make any sense until you start to pay attention to what the current secretary of health and human services, Robert F.
Kennedy, Jr., has been saying recently about ultra processed food and sugar.
And sugar is poison.
And Americans need to know that.
Uh -huh. This is a big talking point for Kennedy's Make America Healthy Again platform.
Here he is talking about sugar at a press briefing recently.
Oh, it's as addictive as crack.
And our children are addicted to it from when they're little kids.
So Kevin's findings are rather inconvenient to this story that they're pushing.
Yeah, I mean, that's what Kevin suspects, and he ultimately quit over that.
He said on Twitter that he felt his work was being censored to fit, quote, preconceived narratives of my agency's leadership about ultra -processed food addiction.
Uh... And we asked, you know, HHS about this.
They pushed back. Their head of communications told us in an email that, quote, it's disappointing that this individual is fabricating false claims. NIH scientists have and will continue to conduct interviews regarding their research through written responses or other means just like Kevin Hall was allowed to do.
And they said, another quote, But any attempt to paint this as censorship is a deliberate distortion of the facts." I asked them to be more specific about what was false here, and I didn't hear back on that.
Okay. And to me, I would be surprised if Kevin was making this up, because he didn't want to quit.
He was very reluctant.
He told me that before all this, he and his wife would joke about how he was probably never going to retire.
But he went into early retirement because he felt he had no choice.
It was either that or compromise his research. And also, you know, Kevin is not the only U .S. scientist who feels like they're being muzzled right now or that their work is being suppressed in some way just because the federal government doesn't like it, which is why I want to tell you about it, Wendy.
Yeah, because that is what this episode is about, what is happening in science in the U .S. right now, because a few months ago we reported on what some were calling a war on science, but there was a lot of confusion about what would be targeted, how bad is this going to be?
And now it's becoming very clear what is going on.
And I tell you, it's been a real milkshake -up.
Milkshake -up. That's my cue to leave. I can't condone that pun.
Get out of here. Okay.
Goodbye. Goodbye. All right.
As the Trump government says that it is trying to reduce government spending and cut waste, billions of dollars of funding into science research has been cut.
In many areas we're going to tell you all about it because today we are talking about exactly what is going on with science because it's not only about the muzzling and the cuts, There's also been some curious executive orders affecting research. And we're hearing from a lot of folks who are really worried in this moment.
It's just a daily stream of nightmare news that gutting is the word just every day feels like I'm being punched in the stomach. What it is, is that it is confusing.
I mean, the thing is, I don't think anybody is safe.
Every scientist, not just virologists.
I mean, bacteriologists should be concerned.
Cancer biologists should be concerned.
There are human lives on the line here.
We're also going to tell you how some scientists have been fighting back.
Plus, a big reason that the Trump government is making these cuts, as we mentioned, is to help the economy.
So will it work? After the break.
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Welcome back today on the show.
What's happening with science in the US.
To kick us off, let's first get a lowdown on what has been happening since we first covered this.
So we've called back someone on the show who has been following this really, really closely and it's someone that you guys absolutely loved from last time, or at least one person on Instagram did.
What did they call you?
Wannabe, was it like Wannabe Ryan Reynolds, I think.
It was very strange that whole situation.
Well it's great to have you back on the show.
Max Cuslop reporter for Nature.
So what would have been the nicest comparison that someone could have given you?
I feel like Ryan Reynolds isn't that far off from one of the nicest comparisons.
I don't know, man is pretty universally.
If you're left wing, right wing, regardless of what state you're in, regardless of your sexual orientation, I feel like we can all agree that Ryan Reynolds is a pretty attractive man.
That's right, it's true.
Things have been busy for you.
Yeah, things have been so busy.
It's crazy, the last time we talked, there was like the funding was paused and then restarted and then paused and to a certain extent that dance is continuing but you know I feel like three quarters of the the destruction and dismantling of science hadn't even happened yet so I have orders of magnitude of destruction and dismantling to tell you about.
Give us the low down, what do we know now?
What has been happening in just the of the last few months.
One of the biggest stories that I've covered in the last few months was the fact that grants at the National Institutes of Health, the world's largest funder of biomedical research, hundreds, 1 ,500 projects have now been terminated which amounts to more than $7 billion of research money.
And that is absolutely unprecedented.
And so what has been on the chopping block?
I mean, what projects have been canceled?
So there's this laundry list of research topics that this administration doesn't want to fund.
I mean, so it started with DEI.
It started with so -called gender ideology, but it's grown to include some COVID -19 research. It's grown to include vaccine hesitancy research, recent update, they're also terminating grants that quote -unquote influenced public opinion, which researchers are really confused about because they're like isn't that all research?
Isn't like the whole point of science is that we, you know, ask a question, we gather the data and then we make decisions based on what that data says?
Exactly. It would be great if science influenced more public opinion, in fact, if evidence influenced opinion.
Yeah, exactly. And then let's look at climate change for a second because that has also, that's another area that's been on the chopping block.
NOAA, which is the National Oceanic and Atmospheric Administration, has been hit.
There's been projects on weather forecasting, tracking the cost of climate disasters that have been retired.
What have you heard about climate change research at the NIH?
They're basically reframing the whole situation as extreme weather.
They're not saying that the extreme weather is caused by climate, but just we'll still fund research about what wildfire smoke means for human health or flooding.
Just don't say it was from climate change, and on top of that, we're also not going to be funding any research that investigates why the climate is changing, that provides any kind of climate change education or enhances climate change literacy.
So it, all of this just kind of puts up political framing and lens on the kind of work that researchers can get funding for.
And you know, now you might look at a study and you might think twice.
I mean, you might say, oh, did they have to delete the word climate change from this study because otherwise they wouldn't allow it to be published?
You and your team have done a lot of work just trying to understand why these cuts are happening.
And when it comes to vaccine hesitancy, the NIH told your team, you know, it's basically not a priority anymore to improve vaccine interest, curious in the middle of a measles outbreak.
Then research on LGBTQ folks, and particularly transgender folks, has been hit really hard. Grants around how taking hormones might affect your health, disease prevention, like HIV prevention, are all examples of projects that have been cut, which the government had justified because they They said, research programs based on gender identity are unscientific, have little return on investment, and do nothing to enhance the health of many Americans.
But what's curious is that there is one study that the White House was very keen to fund when it came to trans folks.
Tell us about that.
Yeah, so this was a real head scratcher when I found out about this.
I mean, just astonishing after terminating nearly a hundred grants that involve transgender people, all of a sudden they're saying, oh, we do wanna fund one.
And it's about, drum roll, it's about regret after transitioning, which the researchers who I spoke with to the story who study trans health, they're like, okay, I mean, that's not a terrible thing to study.
Patient satisfaction is an important thing to understand, but the big problematic thing is when you've terminated virtually everything else in the field and this is the only thing we're studying about trans health that's what rubbed researchers really the wrong way.
And I talked with people who were at the agency for decades and they say, look, every administration comes in and they're like, okay, for example, President Biden he wanted more research on cancer, especially with the experience of his late son or you wanted more research on women's health, it's another thing to go in and say, we want research only about this one specific question.
It is astonishing because if you're genuinely in a place where you don't want to be funding trans research because it's the minority of the population, many Americans are not trans.
But then when we look at the research we do have, maybe out of those who regret surgery, for example, who have done surgery, it's maybe one percent of trans folks will regret it.
That's important to know, but it's a minority of a minority.
By the way, we also reached out to the NIH about these cuts and they told us that the quote, NIH is taking action to terminate research funding that is not aligned with NIH and HHS priorities.
And then just something else that I'm starting to see is scientists beginning to calculate or at least get their head around some of the consequences of the cuts that the US made to international aid.
So recently, there was some researchers that tried to put figures around how many people might die because of those cuts to programmes like USAID, so what these researchers estimated is if they just looked at the expected increased cases of HIV, tuberculosis and deaths from unplanned pregnancies, so from unsafe births, unsafe abortions.
They predict that around 25 million people could die in the next 15 years if the US pulled back all of its global health funding.
Yeah, yeah. Right now, I think, researchers are just scrambling to find any other funding because they're desperate.
I mean, there are human lives on the line here.
And I think that's a tragedy.
And on that point, I mean, I do, I should say that it's, this has been on the US for a long time now and the whole world has been used to that.
There's other countries that could be replacing the US and could be putting money into international this just comes at a time when the UK, Germany, France, the Netherlands, Switzerland have also said they might cut contributions.
Which tells us this is part of just a bigger story here.
Okay, so time for some good news.
But to get to the good news we will need some more bad news.
So grants looking into COVID research have been cut.
When your team at nature asked Health and Human Services why they told you the HHS will no longer waste billions of taxpayer dollars responding to a non -existent pandemic that Americans moved on from years ago, which is quite startling because according to the CDC, more than 6 ,000 people died from COVID in the U .S. in the past three months.
And then there's folks with long COVID.
So to see that kind of language coming from HHS, I mean, that's just a slap in the face.
But then to get to the good news, um, with long COVID some really important research, the funding had been cut for it, but then it was restored.
So what happened? Basically, it's, it's something of a bipartisan issue.
In fact, at RFK Jr.'s confirmation hearing, it was a Republican senator that asked him if he planned to support long COVID research and he answered affirmatively, Will you commit to prioritizing long COVID research and integrate this work in a broader health care policies, yes or no, please?
Fast forward a couple months and NIH terminated some of the big, big initiatives to study long COVID.
And the long COVID community is like, Wait, what the heck.
We thought that you supported us.
I can't even describe to you the, the fury and ire that people in this community felt, especially after feeling that the Biden administration also left them out to dry.
So the community, patient community really rose up and called their Congress people to try to slap some sense into RFK Jr. Next thing you know, about a week later, some of them were restored.
You know, unfortunately this is still a minority of all of the research that's been terminated, but it is a nice story to hear that they restored the funding.
There was another big reversal, which is that big chunks of this study called the Women's Health Initiative had also been on the chopping block.
We've talked about this study on this show before.
It's basically tens of thousands of women being tracked for more than three decades.
Super, super important study.
Certain parts of that study had been terminated, but then there was this huge outcry from scientists, some senators, even some celebrities, and the department decided to refund it.
This is a time, though, when a lot of researchers have been scared into silence.
I think as reporters, both of us have experienced this, where we'll reach out to someone who just says, not right now.
I can't talk to the press.
But do you think this actually tells us that your best chance of getting research is to speak up in this moment, as hard as that might be?
Absolutely. I mean, there are so many cases where they quietly pull funding, and I think they're hoping that it stays that way.
They want to capitalise on this culture of fear they've created.
They know that people are scared right now, and they don't want to speak out because maybe the government will pull other funding or they'll come after your institution.
And so the more that this can stay in the public's eye, that's what really the administration And after they saw the outcry of the Women's Health Initiative funding being pulled, that's when they decided to reinstate it.
And I think for some scientists, they might be feeling like, hey, I didn't sign up for this, you know, to be running these campaigns to try and get my funding back.
In fact, we talked about this a little bit with Sima Lakdawalla, who's a virologist at Emory.
I don't know if it's a war.
Maybe scientists don't know we're supposed to be fighting.
I don't you know, like I don't Scientists like to ask questions and tinker in the lab and like do science But that's why we pick up a pipette if this were just I guess why it's such an easy target Like you've picked the nerds, you know?
Yeah. Well, I I will say yeah The nerds can pack a punch too And Neds are fighting back with lawsuits, too So just this week, a bunch of researchers and physicians sued the NIH and the Department of Health and Human Services over the cuts to grants for LGBTQ research. After the break, a controversial executive order.
Some say it could stop critical research in its tracks, but others reckon that it just might save us from a new pandemic.
Plus, will all these cuts boost the economy?
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Welcome back. Now, we're going to talk about a new executive order from the Trump administration that's got some scientists pretty nervous.
Before we get into the details of the executive order, I just want to talk about a big part of the reason that it came down, which is because of this big and very interesting question of what started the COVID pandemic.
Let's start here. Now, the truth is that we don't know exactly where the virus came from before it showed up in humans, but the best scientific thinking and what most virologists and epidemiologists think happened is that the virus came to us naturally through animals, and we're getting more and more evidence on this.
Despite that, President Trump and others have long theorized that COVID -19 started from a lab leak in China.
Here's nature reporter Max Kozlov again.
And there's not a whole lot of scientific evidence behind those claims. They're very tempting to believe because they're so weighty and so hefty, but there is not actually a lot of evidence beyond wouldn't it be convenient if - Have you gone to covid .gov recently?
Yes, I have. It's quite an experience.
covid .gov used to be a great place to get factual, very 101 information on COVID, what it is, how it spreads, how you can protect yourself and now if you go there what will you say?
Max you want to describe this?
I'm looking at it right now.
I'm looking at Donald Trump's body shot.
It's like a reality TV show but basically it just says that definitively the origin of COVID was in a lab.
Yeah and I do want to emphasize that a lot of the information on here right now, it's just truly misinformation.
But it is already impacting how research, and specifically research on microbes and viruses happen.
And that's because this idea that the COVID virus leaked out of a lab is part of the explanation for this new executive order that came out just a couple of weeks ago.
And what it does is it's putting a pause on what the administration is calling dangerous gain -of -function research. So think if you take a virus or a bacteria and you tweak it in a way that might make it more deadly or contagious.
And it's this kind of research that the Trump administration claims was happening in China and caused the pandemic.
Now, the order says that federally funded research doing dangerous gain -of -function research has to stop for 120 days while the administration creates a new policy on this.
And if a scientist disobeys this order, it means they could be banned from receiving federal funding for up to five years.
So halting dangerous gate of function research, that might seem like a good idea, but Seema, the virologist from Emory University, along with other virologists, are saying that the wording of this order is so vague that they're worried a bunch of really important research is gonna be affected here.
I think it's all about like what are we defining as dangerous gain -of -function research?
This is where I think everyone's like, wait, what does that mean?
Does that mean studying antibiotic resistance for treatment of even things like cancer?
Viruses that are used to treat head and neck cancers that could be caught up in this.
Yes, so scientists tweak viruses and bacteria for all kinds of reasons.
to help us understand the risks of bird flu, for example, or to study superbugs.
There's even cancer research that alters viruses so that they attack tumors, which is very cool, but Seema's wondering, is all of that work going to be affected here?
Does all of that work now have to be on pause?
We just don't know.
And for Seema, what's a little frustrating here is that there's already a bunch of rules around how scientists do this kind of work.
Even before Trump got in, the Biden administration introduced a new policy that added more scrutiny to this kind of research. Here's Seema again, talking with our editor Blythe Terrell.
What it is is that it is confusing, because we have regulations in place.
We routinely get inspected every year.
Yeah. So it's not as though this order is coming down into something that is the equivalent of the Wild West. It's like, finally, regulations.
No, no, exactly, absolutely.
This is why it's confusing.
We're like, what does this mean on top of everything else that already exists?
So it's maybe fixing something that's not necessarily broken.
That's right. Hopefully, we'll know more about what research is going to be affected when the new government policy comes out.
And we did ask the Trump administration about some of the concerns here and didn't hear back.
Here's Max again. So I think the devil will be in the details if it's interpreted really broadly, that's definitely going to add even more uncertainty to a very already a very uncertain time.
So finally, I want to go back to the cuts to grants and jobs in science to talk about the government's reasoning here, why they're doing this.
I mean, the US has got a national debt of around $36 trillion.
dollars. And the Trump administration says a big reason for these cuts is that they want to stop government waste and help the economy.
So will it work? That's a great question.
Thanks, Professor Andrew Fieldhouse, who's an economist at Texas A &M.
And Andrew told me that for decades, since World War II, really, there's been this idea that when the government invests in basic science, like how the body works or how atoms work.
That gives us knowledge which can potentially be used to help the economy.
Knowledge that is gained from one thing like developing an atomic weapon that has other uses like civilian nuclear power or the Apollo space program is what Elon Musk's SpaceX and Blue Origin are riding on.
So investing in rockets and space science decades ago ended up launching the current space economy, which the US government recently said adds more than $130 billion to the economy.
Another example, the US government invests in understanding the basic biology of viruses, like coronaviruses, and it literally spends millions of dollars into mRNA vaccine technology that might have never worked but then 2019 rolls around.
Our experience with the COVID pandemic would have been so much worse without decades of investment in basic and applied science.
Millions and millions of people didn't die because we were able to develop mRNA vaccines in nine months.
If you think of the economic costs of shutting down the U .S. economy early on during the COVID pandemic, if you can invest in public health and epidemiology to prevent that, the economic rate of return on that is astronomical.
So there are some obvious examples where investing in science has clear benefits for the economy.
The Internet is another classic example which also started out through U .S. government money.
But at the same time, it's pretty easy to find some projects that the US government has funded recently and think, that's no Apollo space mission.
Take this one, smart is the new sexy, a study about the mating behavior of chickadees or another paper that's about cannibalistic tadpoles.
Every now and then a politician will find studies just like these and say, come on, science is having a laugh.
This is a waste of taxpayer money.
So we wanted to know when you don't cherry pick the obvious examples where science has made bank or the curious examples where it's not so obvious where the benefit might be, does investing in science really boost the economy?
Luckily, Andrew and a colleague at the Federal Reserve Bank of Dallas finished a study that helps us answer this very question.
They looked through more than 70 years of data and used regression models to see when the US government put money into non -defense research and development in the past. So think the NIH, the NSF, NASA.
What happened? That is, the government puts in a dollar of R &D funding, what comes out?
More GDP. Yeah. The team found that for every dollar that the government spends on science, years down the line, the economy gets around $1 .70.
Oh, that's incredibly high.
This is huge. It's crazy that we're not investing more.
You're getting a really high rate of return on government R &D spending.
It seems wild that Congress hasn't invested more in these areas.
And it's not just Andrew's work that finds this.
In fact, one nonpartisan think tank concluded that, quote, virtually every scholarly study examining the issue finds the same thing, although the bang for your buck that you get from investing in science changes depending on the studies.
Now, this isn't to say that every single research project is going to launch a new company for Elon Musk.
But it does tell us that however we've been funding science, it is to some extent boosting the economy.
It's also been estimated that for every dollar spent on the National Weather Service, which has also recently had budget cuts, we get back about $74.
NOAA's budget is just under $7 billion or at least it was.
And the improvements it's made in predicting hurricanes, has been estimated to save us about five billion dollars every time there's a large hurricane.
Andrew says that the numbers you see for investing in science are better than anything else the government could be doing, better than investing in infrastructure, even.
Which is why it's hard to understand the White House's proposed budget for next year.
It would slash the National Science Foundation by more than 50%, and the NIH's budget by 40%.
Now, some folks say that without this government funding, things are actually going to get better.
Because the private sector and the free market can now do more efficient research. Andrew says that he hears this kind of thing all the time.
And this would be the argument that you could cut the NIH budget by 40%, and then the pharmaceutical industry is going to pick up all of that.
Our research finds the opposite.
Yeah, Andrew's research and others have found that public funding actually incentivises private firms to invest a bit more in R &D, which is partly because all this basic science has found cool s*** that then companies invest in.
But the thing is, when the public funding goes away, The private sector doesn't come to the rescue.
Companies are generally focused on investments that develop new products rather than exploratory, basic science.
And on top of that, you can't patent a lot of basic research because you're just working out how the body works or how the universe works.
And you can't patent Uranus.
Andrew told me that this idea that the private sector is going to foot the bill here, it's a fairy tale.
We talked about it.
Why would Big Pharma, with shareholders to look out for, invest in research, basic research that may or may not go anywhere, and if it does, you can't patent it.
Right. It's highly unlikely, I don't know why you would expect the private sector to invest an equivalent amount in basic research. Another fairy tale down the drain.
You like those with your show, right?
Fairy tales. Fairy tale busting.
Exactly. Down the toilet this one goes to.
Last month, economists in DC used Andrews research to estimate that if there really were long term, 50 % reductions in federal science funding, and this may not happen, But just as an example, it would make the average American approximately $10 ,000 poorer.
Wow, so really, these cuts that are being proposed, you genuinely think it's going to mean less wages over time for the average American?
Yeah. Cutting NSF funding by 50%, cutting National Institutes of Health funding by 40%, if what's proposed comes to pass, that's a really big hit.
So bottom line, investing in science, even if it's not clear exactly what those nerds are up to with their cannibalizing frogs or whatnot, overall it does pay off.
And by cutting science, we might just be cannibalizing our economy.
To cap us off, I went back to Max, a reporter at Nature.
Max, as we're winding down, what have researchers told you about how they're feeling right right now.
I would say that people are scrambling.
They're afraid. And just to give you a statistic, since we last talked, we did a poll at nature of how people are feeling and if they are thinking about leaving the country because of these policies.
And of the 1600 people that responded, 75 % said they were considering leaving the country.
75%. And even if a fraction of that comes to pass, I mean, we're talking effects that will last for generations because all the young scientists right now, they're reading the writing on the wall.
The funding's not there, things are getting cut willy nilly.
And so there's a brain drain that's only just now beginning that we won't even see or appreciate the effects of for many years.
And this idea that we may be heralding the end of America's fairytale science run, it's been on Seema's mind too.
It's sad because we do this really well.
We are really good at doing science in the US, the infrastructure, the amount of resources that have been pumped into scientific research over the last 30, 50 decades.
right? This isn't like recent developments, this is like decades of investment in science in the US, bipartisan.
And that's why we're a superpower.
That's why we lead in antivirals, stem cell therapies, immunotherapies.
It feels like we may lose that.
And maybe whether the US is a science superpower anymore isn't your priority in this moment.
But what I keep coming back to is that unless other countries are going to start really investing in science, we all stand to lose out here, potentially having fewer new medicines, fewer breakthroughs.
We'll definitely have less cool science.
And to say the least, that's going to be a bummer.
That's science versus.
This episode has 91 citations in it so if you want to read more about how science can help to boost the economy or anything that we've talked about on the show you can go to the show notes and there's a link to the transcript also if you want to follow Max's reporting.
Just go to nature .com slash news.
And I'd love to hear how you're feeling about science right now.
You can tell us on Instagram with science underscore vs and also on Tik Tok I'm at Wendy Zuckerman.
This episode was produced by me Wendy Zuckerman with help from Meryl Horn, Rose Rimmler, Michelle Dang, and Aketi Foster -Keys.
Were edited by Blythe Terrell.
Mixed and sound designed by Bobby Lord. Fact checking by Sam Lemonick.
Music written by Emma Munger, Bumi Hiraka, Peter Leonard, So Wylie, and Bobby Lord. Thanks to Maya Golden Krasner, deputy director at the Climate Law Institute at the Center for Biological Diversity, who you heard at the start of the show saying that this has just been a daily stream of nightmare news.
Also, thank you to Dr. Shay Wolf.
Special thanks to Lindsey Turner and Whitney Potter, also to the Zuckerman family and Joseph LaVal Wilson.
Mom, I cut the second Uranus joke.
You were probably right.
It was too many Uranus jokes.
Science Versus is a Spotify Studios original.
Listen to us for free on Spotify or wherever you get your podcasts.
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I'm Wendy Zuckerman.
Back to you next time.
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