Beggar's Game and Game of Chance: Marketing Tendaguru Dinosaurs

Guest blogger Marco Tamborini writes . . .

In 1906, a mining engineer casually came across some large bones close to Tendaguru hill in the former German colony of German East Africa, today’s Tanzania. He immediately informed German paleontologists about these finds and after the Stuttgart paleontologist Eberhard Fraas (1862–1915) had made a first inspection, the Berlin Geological-Paleontological Museum of Natural History, headed by Wilhelm von Branca (1844–1928), took control over the expedition. After launching a massive public fundraising campaign, German paleontologists were able to finance several excavations and to unearth a large number of extremely well preserved dinosaur bones between 1909 and 1913. Among them, German paleontologists with the help of over 600 African workers excavated the bones of what eventually became the biggest mounted dinosaur in the world: Brachiosaurus brancai, still standing in the main hall of the museum today.

1937 display of Brachiosaurus brancai excavated at Tendaguru.

1937 display of Brachiosaurus brancai excavated at Tendaguru.

In this post, I would like to quickly reflect on the relationship between knowledge marketing and production in paleontology: Which communicative strategies characterized the production and circulation of natural history knowledge at the beginning of the twentieth century? And how were specific communicative strategies able to set and eventually constrain broader theoretical agendas?

Marketing Tendaguru

Discussing the nature of paleontological collections in 1912, German paleontologist Edwin Hennig (1822-1977) pointed out the ever more manifest dichotomy between “pure sciences,” such as physics and chemistry, and “practical sciences” such as archeology, ethnology, and paleontology: the former, unlike the latter, were thought to be somehow “profitable” and therefore received financial support from the state. Branca had publicly noted the same point in his review of the Tendaguru expedition and pointed out the isolation of paleontology concerning access to financial resources: “Obtaining even a small part of the necessary money from the Prussian government was ruled out from the outset.”[i] Paleontologists were therefore eager to harness the evocative power of the Tendaguru findings in order to make a public case for the value of paleontology.

Indeed, Branca presented the importance of these findings to a significant number of different audiences in order to mobilize a great deal of financial resources, consensus, and sponsorship. His communicative strategy reached its apogee during two public conferences held in February 1911 and February 1912 at which the script was the same: impress and fascinate the audience in order both to garner support for Branca’s paleontological agenda and to persuade the public of the importance of the Tendaguru expedition.

Everything was meticulously planned down to the smallest detail. For instance, Branca with his colleague, the pathologist David Paul von Hansemann (1858–1920), even drew up a list of the most important personalities, not forgetting to invite the most prominent women of Berlin society.

Hansemann's suggestions of Berlin's most important and influential women.

Hansemann's suggestions of Berlin's most important and influential women.

They also discussed in detail the most efficient way to gather funds. Hansemann was convinced that asking people “to send money directly to the bank” would be unsuccessful, adding that “it would be different. . . if we directly provided blank forms to be personally returned to you [to Branca].”[ii]

The highlight of the evening was the rhetorical devices used to convince the audience. In his speech, Branca first called to mind the fascinating and remote temporal dimension associated with the earth’s natural history: “Millions of years are silently looking down at us from these fossilized bones that rise up like monoliths.” He then sought to better evoke this inaccessible period via a cosmogony: “Millions of years slowly passed and just as the epochs gradually changed, so also did the earth and its inhabitants: where water was once close to Tendaguru there is now dry land and a mountain.” Second, he stressed the exceptional and frightening nature of these paleontological remains: “Some of these bones are so gigantic that nothing similar has ever been seen from a terrestrial animal.” “The neck of these animals is about twice as long as that of the Diplodocus.” To intensify the effect, Branca decided to adorn the entire hall with the first Tendaguru giant bones, which had just arrived in Berlin, proudly boasting that “The remains of these giants are now here directly in front of us.”[iii] The dinosaurs and their environment were thus evoked via a combination of the verbal and the visual.

First Tendaguru bone, one Brachiosaurus humerus, used by Branca to visually support his speech

First Tendaguru bone, one Brachiosaurus humerus, used by Branca to visually support his speech

While Branca played with the Prussian imagination to raise money for his expedition and establish his idea of natural history, Hansemann appealed to Prussian pride,

I will not merely mention that these objects have a national value—since it is the first time that these findings have been discovered on German ground. I have something rather different in mind. Similar objects are presented only in a fragmentary form in a few museums, for instance in London, Paris, and Brussels. The only state that has similar pieces, albeit not in such a quantity, is America […] New York, Washington, New Haven and Pittsburgh have become places of pilgrimage. Paleontologists make a pilgrimage to these cities in order to complete their studies […] If we now incorporated these findings in the Berlin museum […] it would become an attraction for the paleontologists of the entire world […] Through these objects the museum would attain an international reputation on a par with American museums.[iv]

Branca’s communicative strategy was extremely successful. He gathered enough resources to excavate a huge volume of paleontological remains, send them to Berlin, and prepare them. Branca’s rhetoric was so effective that even the Prussian central state eventually decided to financially support the 1912 excavation season. This was an important victory. In fact, vertebrate paleontology, as was the case for other “practical sciences” like archeology and ethnography, was for the most part financed by private philanthropists both in Europe and elsewhere. Both the so-called second American dinosaur rush and the first two years of the Tendaguru expedition were privately sponsored.

Yet, what kind of power is wielded by the public and by money? And does a strong focus on communication and fundraising limit or expand innovative research?

Beggar’s game and Game of Chance

Following paleobiologist Stephen Jay Gould (1941–2002), I would like to refer to Branca’s fund-raising activity as the paleontological beggar’s game. Gould noted with reference to the movie Jurassic Park,

Natural history is and has always been a beggar’s game. Our work has never been funded by or for itself. We have always depended upon patrons, and upon other people’s perceptions of the utility of our data … many, but not all, of these partnerships have been honorable from our point of view, but we have never had the upper hand. Quite the contrary, our hand has always been out.[v]

The paleontological beggar’s game characterized not only German nineteenth- and early twentieth- century paleontology, but also its American counterpart. Furthermore, as Gould noted, it played a pivotal role both in the establishment of paleobiology and in helping to change the perception of paleontology based on twenty-first century collections. For instance, the current general director of Berlin’s Museum of Natural History has used the skeleton of a donated Tyrannosaurus rex to emphasize the essential role of research in his museum to the public—i.e., to convince the German middle class and politics that the Berlin Museum für Naturkunde is first and foremost an integrated research museum, in which the collections are still valid sources of data and directly linked to research. Hence, a focus on the paleontological bagger’s game helps us dynamize the static and monolithic distinction between science popularization and the production of knowledge. Still, to what extent does this beggar’s game constitute and constrain natural history knowledge?

Branca was able to impose his model of paleontology over his peers only by taking advantage of the fortuitous discovery of giant bones in German East Africa. These remains were found by chance by a German mining engineer. It was only by accident that the bones survived a series of taphonomic processes designed to destroy them and were fragmentarily preserved in the Earth’s archive. Moreover, it was only Branca’s personal relationship with paleontologist Fraas (they had both studied in Munich and published a series of papers together), that enabled him to be the first to exploit these resources. Thus, Branca’s success was determined by a series of chance and contingent events and it was these that enabled Branca to capture the public’s imagination and thus establish his authority.

Branca’s success, though derived from a series of contingent events was ultimately the result of a game of chance. This reveals how communication and knowledge production are related. Indeed, the contingency tied to the discovery of the Tendaguru remains and their subsequent use for public relations purposes shows the local dimension of knowledge. The success of Branca’s enterprise depended on physical, epistemic, social, economic, and cultural-historical circumstances that enabled his communication: beggar’s games are always part of and result from diverse, in a Wittgenstein sense, forms of life.

While the historical and highly contingent circumstances that enabled Branca to stage an effective public relations campaign and to mobilize money, people, and expertise shaped the production of natural history knowledge, it did not constitute it per se. Thus as the prominent paleontologist Othenio Abel (1875–1946) noted,

If the Berliners want to kill paleontology, then they should go ahead, because there are other places to pursue paleontology. Vienna, for instance, is progressing nicely in this field. Nevertheless, it’s a shame that paleontology is systematically neglected in Germany, so it would be good to reflect on what can be done to halt its decline.[vi]

 Abel reacted strongly to the power and characteristics of paleontology in Berlin explicitly arguing that there were other centers, such as Vienna, Greifswald, Freiburg, Göttingen, and Tubingen, where paleobiological investigation could be conducted. Even if Branca had successfully imposed his authority and leadership over his peers, he did not actually further investigate the data collected, nor did he rethink either the biological or the geological basis of paleontology. Conversely, this is what happened in the United States. Besides competing with each other for excavating and exhibiting big dinosaurs, American paleontologists also worked both on the broader theoretical framework of paleontology as well as on the exportation of their model of science. Hence, Abel, availing himself of the new polycentric landscape of German science, blamed Branca for merely describing facts but not looking for broader biological causes. Hence, communication can intensify and catalyze research programs and it can shape scientific practices, but it does not constitute them.

Suggestions for further reading

Casper Andersen, Jakob Bek-Thomsen and Peter C. Kjærgaard, “The Money Trail: A New Historiography for Networks, Patronage, and Scientific Careers,” Isis 103 (2012): 310–15.

Andreas W. Daum, “Varieties of Popular Science and the Transformations of Public Knowledge. Some Historical Reflection,” Isis 100 (2009): 319–32.

Tamborini, Marco. “If the Americans Can Do It, So Can We”: How Dinosaur Bones Shaped German Paleontology.” History of Science 54, no. 3 (2016): 225-56.

Tamborini, Marco. “The Reception of Darwin in Late Nineteenth-Century German Paleontology as a Case of Pyrrhic Victory.” Studies in History and Philosophy of Biological and Biomedical Sciences  (forthcoming).

Tamborini, Marco, and Mareike Vennen. "Disruptions and Changing Habits: The Case of the Tendaguru Expedition." Museum History Journal 10, no. 2 (2017): 183-99.

Bio

Marco Tamborini holds a Ph.D. in History and Philosophy of Science from the Ruprecht-Karls-Universität, Heidelberg. He is currently a postdoctoral fellow at PAN - Perspektiven auf Natur, Museum für Naturkunde Berlin. His research focuses on the history and philosophy of biology in the nineteenth and twentieth centuries. From the 1st of October he will be working at Technische Universität in Darmstadt on the history and philosophy of twentieth-century evolutionary morphology. 

Acknowledgment

Marco Tamborini's work at Museum für Naturkunde Berlin was supported by Federal Ministry of Education and Research, Germany, (BMBF) collaborative research project: DiB- Dinosaurier in Berlin. Der Brachiosaurus brancai - eine politische, wissenschaftliche und populäre Ikone”

 

[i] Carl Wilhelm Franz von Branca, “Allgemeines über die Tendaguru-Expedition,” Archiv für Biontologie 3 (1914): 3–13, 4.

[ii] David von Hansemann, in Historische Bild- und Schriftgutsammlungen des Museums für Naturkunde Berlin, 1911; Pal. Mus, SII, Tendaguru-Expedition 7.3.1911, 87.

[iii] Carl Wilhelm Franz von Branca, Rede des Geheimen Bergrat Professor Dr. Branca, in Geheimes Staatsarchiv Preußischer Kulturbesitz, Berlin, 1911; Rep. 76 Va Sekt. 2, Tit. X, No. 21, 96.

[iv] David von Hansemann, in Historische Bild- und Schriftgutsammlungen des Museums für Naturkunde Berlin, 1911, p. 105 (note 3).

[v] Stephen Jay Gould, Dinomania, in Dinosaur in a Haystack: Reflections in Natural History, ed. Stephen Jay Gould (New York: Crown, 1997), 234.

[vi] Othenio Abel, in Geologen-Archiv der Geologischen Vereinigung, 1931; GA, 56/3, 15.

 

Paleontology after Gould

Stephen Jay Gould casts a long shadow over paleontology, and perhaps even a longer one over the philosophy of paleontology. Douglas Erwin argues that there is a lot more for philosophers to care about in paleontology than the topics Gould focused on.

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Walt Disney's Dinosaurs: The Story of The Rite of Spring

Jillian Noyes writes . . .

As kids, we all had our favorite dinosaur films.  For many millennials, the seminal The Land Before Time (Don Bluth, 1988) brings about a wave of nostalgia. For others, Spielberg’s Jurassic Park (1993) has no comparison.  A few may even cite Disney’s groundbreaking CG epic Dinosaur (Ralph Zondag & Eric Leighton, 2000) as a personal favorite, even if it’s aged quite poorly.

For me, however?  My favorite dinosaur film was (and still is) the Rite of Spring segment in Walt Disney’s magnum opus Fantasia (1940).  The interplay between Stravinsky’s ballet score and spectacular displays of prehistoric barbarism immediately struck a chord with me and my younger brothers when we first saw it as dinosaur-obsessed kids.  Forget the big-eyed, cutesy Bluth-o-saurs like Ducky and Littlefoot - if you wanted to see dinosaurs in all their terrifying majesty but weren’t allowed to watch Jurassic Park, The Rite of Spring reigned supreme.

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No contest, really. IMAGE CREDITS: Universal Animation Studios/Amblin Entertainment (Land Before Time); Walt Disney Animation Studios (Rite of Spring)

As a Film Studies major, my appreciation for Rite of Spring has only deepened over the years, and I’ve come to find the making-of process behind it just as fascinating as the finished product.  What’s especially interesting is how Disney’s dinosaurs are a time capsule of what was considered to be the cutting edge of paleontology in the 1930s and early 1940s.  With the benefit of scientific hindsight, it also demonstrates just how much paleontology has advanced in the last 80 or so years.

At the turn of the century, dinosaurs were just beginning to creep into the public imagination thanks to the efforts of Roy Chapman Andrews, Friedrich von Huene, Henry Fairfield Osborn, and the non-profit museums who were all too happy to display their findings to enthusiastic crowds. It’s hardly surprising, then, that characters like Gertie the Dinosaur (Windsor McKay, 1914) were among the first animated movie stars, albeit significantly less scary than how museums presented them.

But Walt Disney was about to subvert things entirely.

From the very start of preproduction on Fantasia in September 1938 Disney wanted to include a prehistoric sequence that would serve as “a coldly accurate reproduction of what science thinks went on during the first few billion years of this planet's existence” (Fantasia).  So he brought on Julian Huxley, Barnum “Mr. Bones” Brown, and Roy Chapman Andrews as scientific consultants for the project, along with Edwin Hubble.  To think that all of them worked on the same project -- an animated film, no less! -- is mind-boggling.

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Disney, Hubble, and Huxley - a meeting of geniuses. IMAGE CREDIT: Huntington Digital Library

Each man contributed his own expertise to the film, based on the most-cutting edge studies of the time.  Huxley, hard at work on his magnum opus Evolution: The Modern Synthesis, shared his research on genes and their role in biological development, which animators translated to the screen in a hypnotic prelude sequence dubbed the March of Life.  Speaking from his own experiences in excavating fossils from Howe Ranch Quarry in Wyoming, Brown explained his hypothesis that the Cretaceous-Paleogene extinction was caused by intense drought.  This too was memorably rendered in the finished product, specifically during the climax of the work, in which scorching sunlight spares no creature.  As for Andrews, the exact nature of his contributions are unclear.  Given Walt Disney’s penchant for live modeling sessions, though, one can reasonably assume that he granted animators access to the American Museum of Natural History’s extensive fossil collection for reference.

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Some of the amazing concept art and initial treatments for the short. IMAGE CREDIT: Walt Disney Animation Studios Archives

Concept art was drafted, model sheets based on clay maquettes were developed, and animals were brought in for the animators to study their movements (including a baby alligator!).  The goal, as Disney put it, was to have “science, not art, write the scenario of the picture” (Fantasia).  As such, no detail was spared.

Of course, science marches onward, and what was considered “coldly accurate” in 1940 is hilariously inaccurate now.  Cataloging every single fault would be fruitless (especially since some have already done it).  What’s far more interesting, at least in my opinion, is that Disney and co. actually got some details right.

During the most iconic sequence of the short, a Tyrannosaurus rex and a Stegosaurus do battle against a backdrop of ominous rain and crackling thunder.  While the Stegosaurus puts up a good fight, uppercutting the carnivore with its spiky tail, it proves to be no match for T. Rex, who swiftly clamps down on the herbivore’s neck and bites down until its prey drops dead with a hearty thud.

Of course, this scenario is laughable, given that the two dinosaurs in question lived 150 million years apart from each other.

IMAGE CREDIT: Walt Disney Animation Studios Archives

IMAGE CREDIT: Walt Disney Animation Studios Archives

But look closely at the animation cell above, taken directly from the aforementioned scene.  In one of the very few instances where aesthetics were given precedence over accuracy, Disney insisted that the big beastie of the piece have three fingers rather than two.  Why?  “I really think it looks better with three” he reportedly said (Moore, 207). 

Now, which carnivorous beast bore some resemblance to T. Rex (to the point that there’s been some classification confusion over the past century or so), lived in the same era as Stegosaurus, and had three fingers (which I’ve conveniently counted?)

IMAGE CREDIT:&nbsp;Wikimedia.commons.

IMAGE CREDIT: Wikimedia.commons.

That’s right, Allosaurus.  As it turns out, Disney’s aesthetic eye proved to be more accurate than science years before it was conclusively proven by paleontologists.

That’s far from the only accidental accuracy demonstrated by Disney and his animation team.  Several dinosaurs in the short demonstrate complex herd-like behaviors - a far cry from the image of the solitary, isolated lizard beast which dominated scientific and cultural thought at the time (Switek).  Many of them are lumbering and brutish, but there are also creatures that are agile and lithe - again, foreshadowing the revelation that dinosaurs were closely related to avians .

But as interesting as coincidental predictions may be, that’s not what makes Rite of Spring such an enduring work.  Rather, it’s the way in which it engages directly with the viewer, using animation to show a perspective which was once deemed impossible to witness. “Science is brought to life in a way that no textbook can possibly do”, Brian Sibley wrote of the film, and it’s that aspect which makes me appreciate it so much more than Land Before Time and its ilk.  Far from being “cute animal personalities” - Disney’s words, not mine (Fanning) - the dinosaurs in Rite of Spring tap into our most primal fears and desires in order to suture us into the most animalistic of perspectives.  When Stegosaurus succumbs to T. Rex, a part of us withers away along with the former’s remains.  When we witness dinosaurs hatching from eggs, hope is restored in us.  When the dinosaurs fight to survive, we are reminded just how brutal our own existence can be. There is no latent metaphor for a modern-day controversy like in Jurassic Park; no clear-cut heroes or villains like in Land Before Time – just us and the dinosaurs who are completely oblivious to their own mortality.  That universality, I believe, is what makes the short so special and timeless.

Rite of Spring resides in the company of The Sorcerer’s Apprentice and Night on Bald Mountain as Fantasia’s greatest legacy.  It’s inspired countless artists, researchers, scientists, and paleontologists – not to mention countless parodies and riffs.  It revolutionized the kinds of stories which could be told through animation, pushed scientific boundaries, and inspired new discoveries.

But most importantly, it proved that the impossible was possible.  Against all odds, Disney had succeeded in bringing dinosaurs back to life.

References:

Fanning, Jim. "Fifteen Fascinating Facts About Fantasia." D23. Walt Disney Company, n.d. 01 Nov. 2016.

Moore, Randy. Dinosaurs by the Decades: A Chronology of the Dinosaur in Science and Popular Culture. Santa Barbara. California: Greenwood, an Imprint of ABC-CLIO, LLC, 2014. Print.

Seastrom, Lucas O. "Fantasia’s Rite of Spring as a Scientific Document: Edwin Hubble, Julian Huxley, and the Fusion of Science & Art." University of Walt Disney. N.p., 23 June 2014.

Switek, Brian. "Disney's Age of Dinosaurs." Smithsonian. Smithsonian Institution, 5 Dec. 2011.