(wow) Words Of Wonders Level 1900 Answers – In this episode we discuss the efforts of three scientists – Svante Arrhenius, Guy Calendar and Charles David Keeling – to determine how fossil fuel emissions can affect the environment and global temperatures. Amazingly, Arrhenius and other early climate scientists believed that global warming would be a… bad thing? But in the 1970s, scientists began to push for more concerted efforts to investigate the effects of rising concentrations of carbon dioxide in the atmosphere. We will pick up this part of the story in the next episode. You’ll also hear about Guy Calender’s contributions to climate science. The Boy is a boy who has no academic degree in science, but lives a dangerous childhood. We’ll finish with Charles Keeling and his famous curve that shows how the concentration of CO2 in the atmosphere began to rise rapidly in the 20th century.
Justin: I wrote the phone number on the post-it note. It’s a beautiful day, 72 degrees here in late February.
(wow) Words Of Wonders Level 1900 Answers
Mora: Not only are we concerned about climate change, but we also think a lot about what the early state of atmospheric research in the 19th century reveals about the development of climate science.
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JUSTIN: (Voiceover) And to that end, we’re looking here at the Niels Bohr Library and Archives, a 1908 book by the Swedish scientist Svante Arrhenius.
Justin: Yes. It is gold with some very beautiful characters. Very simple cover too. Just the title and name of Svante. And a different picture of Niels Bohr than I’m used to seeing inside the cover.
Mora: Any problem in physics starts with a set of initial conditions that provide the context for the physics to happen.
Justin: In this podcast we’ll also dive into the elementary conditions that make science possible. People, places and events that have been overlooked and studied.
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Justin: Well, this is Svante Arrhenius’ way of introducing the idea of anthropogenic climate change to a wider audience. Written for the general public rather than the scientific community. And we will talk about it. In fact, five years after winning the Nobel Prize. So he was quite a big name at that time.
Justin: Unknown, in 1906. But most of us today have never heard of them. But he and the other scientists we’ll discuss today show us how climate change science was conducted in the early 20th century.
Justin: He was born in 1859 to Svante Gustav Arrhenius and his wife Carolina Thunberg Arrhenius. And I’m not sure if I’m saying this right, but Thunberg’s name has been in the news lately. Especially about climate change.
Maura: Okay, so it has something to do with Greta Thunberg? I don’t know how common it is as a Swedish name.
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Justin: I don’t know how common Swedish names are, but from what I’ve been told, Greta Thunberg is actually a distant relative of Svante Arrhenius. And he’s not the only member of the family involved in climate research. In addition to Svante, Svante’s grandson, Gustav Arrhenius, was also heavily involved in climate science in the 20th century. So the family has long been interested in the issue of man-made climate change.
Justin: Yes. Yes, a whole family of scientists. Svante’s granddaughter, Agnes Fold, is also a scientist. But I don’t think that works on climate change as far as I know. But the family is a very famous scientist.
Justin: I think it’s fun, I love attending family reunions in the 1890s. Probably not, I don’t know if I’ll be invited.
Maura: I have a feeling, Justin, that you won’t be invited to your family reunion, but maybe. I do not know.
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Justin: Yeah, probably. Anyway, so Swante was born in 1859, Maura, you mentioned in the last episode that John Tyndall actually ran to publish some of his first results in 1859, is that correct?
Maura: Yes, he reported his result because he realized that a group of people were researching the same topic and that it was an arms race. Heat absorption is a hot topic. I have to stop making jokes. It’s never been fun, but I can’t help myself.
Justin: I shopped there exclusively in middle school. So Tyndall quickly published his findings in 1859, the same year Swante Arrhenius was born. And–
Justin: That’s the thing, doing the research for this episode, a lot of it is like a little truth in the history of climate science. But then we can definitely conclude that Swante is a different breed from John Tyndall. And yes, the question he asked about climate change was completely different. But let’s give some family background before jumping into what he wrote about climate change. So like many later figures in the history of meteorological science—and we’ll talk about the Guy calendar in a moment—Svante Arrhenius was interested in mathematics from a very early age. And this may be because his father held an administrative position at Uppsala University. Again, I don’t know if I said it right. But the father had an administrative position in a prominent university in Sweden. This may encourage his studies. And although Svante Arrhenius is primarily known for founding the field of physical chemistry, it is mathematics that really unites his interest in physical chemistry and what we might call environmental science.
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Maura: Are they going to use the term environmental science? As when they do research, what is their understanding?
Justin: I don’t know. That’s the problem I’m afraid of, and that’s what some of these numbers are saying. And we can’t… I don’t know if we can call it meteorology, and I don’t know if we can really call it meteorology. Like most of the 19th and 20th centuries, climate science defies these neat categories. So, I think you’ll agree, physics in general, right? After all, Svante Arrhenius was born in 1859. He was raised by his father, who developed his interest in mathematics, but it took place outside the family. Sweden began to industrialize, especially the southern part of the country. They began to industrialize a little later than elsewhere in Northern Europe. Famous – I guess it wasn’t England at the time, but you know, England, France, these places with easy access to coal were the first to industrialize. But by the middle of the 19th century and the end of the 19th century, Sweden was also on the way to becoming an industrialized country. Thus Swante grew up with pumice stones rising above everything, and smoke rising into the air around it. And I have to guess that maybe seeing that and being a person at that time helped him get interested in the question of the relationship between fossil fuels and climate change. What we can now say is man-made climate change.
Justin: Yeah, yeah, he grew up when Sweden industrialized and saw the changes that came. Real? People move from farms to cities, get jobs in factories. But also some other visual elements. And maybe the smell? I think this is the word. Probably the aromatic (laughs) side of industrialization, right? All that smoke and soot and dust goes up into the atmosphere. So in 1896, Arrhenius published what we can today call the first known publication, the earliest known paper on man-made climate change. And there’s another title in German that didn’t bother to say, but luckily someone translated the title for us. “On the Effect of Atmospheric Carbonic Acid Content on Earth’s Surface Temperature.” So the 1896 paper was intended for a scientific audience, but Arrhenius would go on to popularize his ideas in his next publication, “Worlds in the Making: The Evolution of the Universe,” published in 1908.
Justin: So the book is available in the Anglosphere as well as in Europe, because there is an edition published in German. And the book is not only about carbon dioxide in the atmosphere, but there is a whole chapter on this question. But this was more of Arrhenius’ attempt to introduce the ideas of physical chemistry to a wider audience. So when he published Worlds in the Making in 1908, Arrhenius had a good reputation. He won the Nobel Prize in Chemistry in 1903, and sat on the board that awarded the Nobel Prize. That is why he is quite a famous scientist.
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Justin: Yes. real. There are some ideas in the book that I think are a little unusual for a modern audience.
Justin: Well, he argued for panspermia. A small question at the end of the century
