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Breathing Swiss air – A research stay at the University of Bern

Text: Alicia Gutting, doctoral student at the Division

The fun thing about writing a PhD thesis on the nuclear Rhine in Sweden is that it is actually necessary for me to visit the nuclear sites on the Rhine as well as local archives. My three supervisors and I therefore decided that it would be an enriching experience to spend some time at the Section of Economic, Social and Environmental History of the History Department at the University of Bern. In this rather fast-paced academic world, I wanted to get the most out of my stay as well as get to know fellow historians in Bern. Therefore, a three months visit from the beginning of October until the end of December sounded suitable. Having all the archives and the nuclear sites at my doorstep was also a major motivation to stay a little bit longer. 

 My plan was to use the time to focus on finishing two articles. Both these articles deal partially with the Swiss nuclear development as well as cooling water negotiations between Switzerland and Germany and the accompanying risks. I dreamt of being in Switzerland, taking the good air of Bern in and the articles would magically write themselves. This clearly did not happen. However, through a presentation of my work at the history department I received valuable input from Swiss colleagues. Some critical, which I very much appreciated, but mostly very positive and insightful. The discussion showed me that I am on the right track and that my work is still a research desideratum, even in Switzerland. 

The second-last week of my stay in Switzerland was the absolute highlight of the whole three months. My main supervisor Per Högselius took the time to visit me for five days. We started with a day at the state archive in Aarau, where we looked at maps of the Beznau nuclear power plant. Beznau, built in 1969, is an especially interesting case as it is the first Swiss nuclear power plant. It is also the oldest operative nuclear power plant up until today. Apart from that it uses a freshwater cooling system and therefore does not cool the water down with the help of cooling towers. Per and I could take a close look at the significantly warmer water that was led back into the considerably small river Aare. 

The NPP Beznau and one of its cooling water outlets 

Before we visited Beznau, we went to see the newest nuclear power plant Leibstadt, built in 1984. When we just got out of the car, Per received a call from a journalist from the Swedish newspaper Dagens Nyheter. His expertise was requested on the Swedish nuclear power plant Ringhals and the current electricity prices in Sweden. This turned our field trip into a much more current issue than we had originally anticipated. 

Per on the phone while looking at Leibstadt’s cooling tower

On our last day we went to see the Mühleberg nuclear power plant, which was decommissioned in 2019. Mühleberg was built from 1967-1971 also without a cooling tower. For builders of nuclear power plants this was the last chance to build without a cooling tower as Switzerland made them compulsory in 1971. What is also interesting is that Mühleberg is located above Lake Biel and the planners roughly calculated with the lake being able to diffuse the warm cooling water. The hope was that Mühleberg’s cooling water would not interfere with the cooling capacity of the Aare further downstream. 

Mühleberg NPP with the hydro power plant Mühleberg upstream, which secured the cooling water supply

Apart from looking at nuclear power plants and maps of the area, Per and I had also the chance to present our work during a workshop on the nuclear renaissance by the Research Network Sustainable Future at the University of Basel. During the workshop different researchers from all kind of fields presented their findings on nuclear power and its potential future. We got to hear about the ethical side of nuclear power, in what way nuclear power plants are megaprojects and about the entanglement of the industry with the military concerning nuclear in the UK. With our presentation on the risk of warming rivers in a warming climate, we rounded up the theoretical discussions from the morning with case studies from the Rhine, the Elbe and the Danube. 

Nuclear Power in Times of Climate Change and the Water Risks Around It – Environmental History Now

Alicia Gutting is one of three doctoral students, active in the ERC-project Nuclearwaters at the Division and supervised by prof. Per Högselius. In the thesis „The Nuclear Rhine“ she is researching transnational nuclear risk perception in Austria, Switzerland, France and Germany from the 1960s to 2018. In November the Environmental History Now blog published a text by Alicia on nuclear power, climate change and water risks focusing geographically on the Rhine river. Read an extract below, and get the link to the full text.
Low water levels at sunset, Upper Rhine in Karlsruhe Maxau (2018, next to the Rhine bridge between Baden-Württemberg and Rhineland-Palatinate). Photo by Alicia Gutting.

When I decided to write my PhD thesis on the history of the nuclear Rhine in the summer of 2018, the front pages of the newspapers were dominated by news of the record summer and that several nuclear power plants on the Rhine had to be shut down. Headlines focused on the topics of the low water level of the Rhine and to what extent the use of cooling water can affect flora and fauna, but also the danger posed by a lack of cooling water for the operation of nuclear power plants. By then, I had already planned to take a closer look at the effects of heat waves on the operation of nuclear power plants. In the course of my research, I found out that while heat waves are a problem, the thermal load on water bodies caused by the recirculation of cooling water is an equally pressing issue.

The Rhine River basin is, in relation to its flow per watershed, the most thermally polluted river basin globally mainly due to nuclear power plants. Thermoelectric power plants such as coal and nuclear power plants are major drivers of thermal pollution. Even though the European Union has set a limit of three degrees Celsius, the limit is exceeded by five degrees Celsius every year. The majority of thermal excess heat comes from nuclear and coal power plants that were built in the 1970s and 1980s.[1]

At the end of the 1960s, a planning boom began in the countries along the Rhine. Switzerland was one of the countries that wanted to roll out nuclear power in a big way and even slowly turned away from its role as the pioneer of hydropower. In addition, Germany and France also wanted to use the water resources of the Rhine for cooling purposes, which quickly led to conflicts on the fair distribution of cooling water. Switzerland, France, Germany, and the Netherlands planned to build roughly around twenty-five nuclear power plants in the Rhine River basin (including the Aare and the Moselle), which would have made the Rhine one of the most nuclearized river basins in the world.[2] Especially problematic was that energy companies were tempted to build nuclear power plants without external cooling systems as experts deemed the water resources of the Rhine to be sufficient.

In Germany, nuclear accidents hardly played a role in the early risk perception of the 1950s, 60s, and 70s. This is because the broad public knowledge about the extreme effects of a nuclear accident was almost non-existent. Instead, the focus was on the immediate effects of nuclear power plants that were unavoidable during operation, such as thermal pollution of water bodies. It was also in these early years that water management authorities were the most vocal administrative opponents of nuclear energy. Political supporters of nuclear energy tried to counteract the opposition by handing over water competences to the Federal Ministry of Atomic Energy. However, this decision did not lead to the desired decrease in criticism. In the 1970s, criticism regarding water became even louder when it came to the thermal pollution of the Rhine and the Weser.[3]

Source: Nuclear Power in Times of Climate Change and the Water Risks Around It – Environmental History Now.

Exploring nuclear Germany

This text was first published by Per Högselius on the Nuclearwaters-Blog on 3 December 2021.

Exploring nuclear Germany

As the most recent wave of the corona pandemic rolls in over Europe, it seems that much of the past summer and autumn was a narrow window of opportunity for international travel. I now feel happy that I managed to make use of that window.

Profile picture of Per Högselius

In late September I went to Regensburg to participate in a conference on infrastructures in East and Southeast Europe (see my separate blogpost on that). After the conference, I stayed on in Bavaria for a couple of days. I rented a car and a bike and went to take a close look at the water supply arrangements for three German nuclear power plants and the nuclearized landscapes that have emerged as a result of nuclear construction there from the 1960s to the 1980s.

Gundremmingen is the only German nuclear power plant situated directly on the Danube. It started to be built already in 1962 and was one of Germany’s first nuclear power plants. There was a fierce debate during construction about possible contamination of the region’s drinking water. Less known is that plant construction demanded a complex reengineering of the Danube, which was dammed upstreams and also a few kilometres downstream to create a reliable and regular water flow for cooling the reactors. This generated an artificial water reservoir, the shores of which, as I was able to experience directly, are nowadays still very popular places for various leisure activities. Nuclear hydraulic engineers also built a canal to divert Danube water to the nuclear plant. The early pioneering reactor at Gundremmingen was shut down long ago. However, the plant was expanded through the addition of two much more powerful reactors: one boiling water reactor (seen to the left in one of the pictures below) and one pressurized water reactor (seen to the right), which today makes the plant area look very diverse. The pressurized water reactor was closed in 2017. The boiling water reactor, supported by one cooling tower, is still in operation, but like all remaining German NPPs, its days are numbered.

The Isar nuclear power plant is named after the Danube tributary on which it was built. Here, too, nuclear construction was intimately linked to other hydraulic projects aimed at “taming” the river. The Isar was dammed and equipped with hydroelectric turbines (see the image to the upper left), which now still contribute to the safety of the nuclear station, because they ensure that electricity will always be available locally even in the case of a regional power failure. This made it unnecessary for the nuclear operators to invest in emergency diesel generators. The Isar plant was originally designed for one boiling water reactor only, for which a less powerful and very compact type of cooling towers were built (lower left, to the right of the reactor building); these were used only when the Isar’s water flow was insufficient. The high-rise cooling tower that can be seen across much of Bavaria was constructed only when a further reactor, of the pressurized water type, was added later on (right). The boiling water reactor was shut down immediately after the 2011 Fukushima disaster. The pressurized water reactor is supposedly still in operation, but apparently not on the day of my visit, judging by the lack of “smoke” (water vapour) from the cooling tower.

The Grafenrheinfeld NPP is also in Bavaria, but further north, in Lower Franconia, where the inhabitants usually don’t think of themselves as “Bavarians”. This cultural divide largely coincides with the physical drainage divide between the Rhine and the Danube river basins. Hence this nuclear station, which is no longer in operation (having been shut down in 2015), is situated not in the Danube basin, but on the Main, the Rhine’s most important tributary. When construction started in 1974 the Main was already a suitable river for cooling water supplies. This was because Germany had invested enormously in the 1950s and 1960s in making the Main navigable all the way up to Bamberg, taming the river and regularizing its water flow with the help of no fewer than 34 weirs and locks. The river is now part of a system that interconnects the Rhine and Danube river basins, the centrepiece of which is the Rhein-Main-Danube Canal.

A month later I returned to Germany. I first spent a few days at the German Federal Archives in Koblenz, which turned out to be a treasure trove for nuclear-historical research. I then went up (or rather down) to northern Germany and the Lower Elbe region. There I went to see how the Stade, Brokdorf and Brunsbüttel nuclear power plants (of which only Brokdorf is still in operation, but only until the end of this year) were integrated into this North Sea estuary. In contrast to the plants erected along the Danube, Isar and Main further south, the main challenge here seemed to be flood (rather than water scarcity) management. The Lower Elbe region is historically very much a marshland and all nuclear – indeed, all industrial – projects are dependent on a reliable drainage infrastructure. Like in the Netherlands, that infrastructure is critically dependent on large pumps for lifting water, in this case into the Elbe (see the image below, far left). The nuclear stations along the Lower Elbe also made use of a pre-nuclear infrastructure of earthen dikes, which are typically 5 meters tall (upper and lower right). These have always formed the centerpiece of nuclear flood protection and hence they can be regarded as components in the nuclear safety system. However, after the 1999 flooding of the Blayais NPP in France, a plant that is located in an estuary very similar to that of the Elbe, German regulatory authorities started looking into the deeper history of flooding events in the North Sea and how new such events might potentially cause havoc to the Lower Elbe NPPs: would they be able to cope with an event on a par with the famous Storegga slide, which is believed to have caused a huge tsunami throughout the North Sea region back in 6200 BC?

Isar Nuclear Power Plant 2021, by Per Högselius

In early 2022 I will publish an article in Technology & Culture which discusses, in further depth, some of the above-mentioned issues relating to nuclearized landscapes, water scarcity management, flood protection, the complex interplay between nuclear and non-nuclear hydraulic construction. Have a look in our list of publications.

 

Notes from the North

The Division is currently working hard to put together the history of 2019 and 2020 in a new biennial report. While waiting for the final print, we have picked up this nice piece from our former report, written by Rexsac doctoral student, Jean-Sébastien Boutet. Enjoy!

Notes from the north, 2019

Text by: Jean-Sébastien Boutet, 2019

This past summer I had the chance to travel to Canada to participate in different field schools and explore new research possibilities in the general area of Indigenous economic history. Anthropologists and ethnographers might refer to this period as their “pre-fieldwork,” or “fieldwork: season 0,” but whichever the name, it is invariably made of a strange mix of uncomfortable encounters, beginner mistakes, and a very unhealthy dose of self-doubt.

I started off in a sense where I began, in Schefferville, along the Québec-Labrador borderlands, the site of my previous graduate fieldwork where I wrote about the mining history of the region. It was special, almost surreal, to come back to this place after so many years to witness all the changes, but perhaps most extraordinarily the continuities that characterize the close-knit and isolated communities who depend, for better or for worse, on the industrial production of iron ore. Due to a lack of imagination, or better terms, I entered people’s homes introducing myself as the researcher from a decade ago who came to write about you, and has not returned since. Amazingly, I was offered coffee and a willingness to tell more stories in exchange; some even remembered me, and with guilt I could only produce, like last time, a vague promise to return again, “soon…”

I thought, in Schefferville, about the passage of time. The mining industry, much like researchers, cyclically staging a return as a function of financial swings, following the devastation of a previous abandonment. Elders whom I once interviewed have now passed, or are travelling to a far away hospital, unsure about when they will be able return to their family and home community. I’m told there are only about 30 elders left here, people who were born in the forest, sur le territoire. Surely their precious life history must never be forgotten, but how?

Mining the Québec-Labrador border. (Photo by author)

From Québec I carried on to the west coast for a short stop on the upper canyons of the Fraser River. There was also a going back to the roots of sort, in this case to the beginning of the Canadian mining industry (at least to my mind…). Indeed, on the Fraser, accompanied by incredibly knowledgeable Indigenous guides, rafting superstars and field scholars, we negotiated a relatively tame portion of the river – the one between Lillooet and Lytton – and visited river bars where, starting in the mid-19th century, Chinese migrants expertly operated placer gold mines in the most rigorous conditions imaginable. All this, interestingly, almost half a century ahead of the nation defining moment that constitutes, in the Canadian imagination, the Klondike gold rush. Despite the impressive work of scholars that have made these abandoned sites come alive again, there is still much mystery surrounding the composition of social life and labour conditions at the mines, whether these early miners could turn a decent profit, and most interestingly for me, the nature and extent of Indigenous peoples’ involvement with Chinese labourers.

Descending the Fraser River. (Photo by author)

The third major component of the travels took me to Winnipeg, and from there by road all the way past Thompson to northern Manitoba. This portion of the trip assembled an eclectic group of professors, students and artists dedicated to learning first hand about the impacts of hydroelectric development on First Nations communities in the province. Despite the enthusiasm of the group and endless humour from our Indigenous guides, this place had a more sombre tone. Compared to former and operating mine sites, which are certainly destructive but equally so full of life or traces of past lives, there is a deadening aspect to river damming ines; houses and school buses abandoned on submerged lands; a drowned moose, sick fish, and the abstract fear of possible methylmercury contamination; to sum it al local economies.

Evidently, I do not know what of make of it all. It was, at minimum, a productive year zero in the field for me. I was glad to be reminded about the field, how much I love the field, how much I miss it, how difficult and real it is. I remembered where I am most comfortable, at the kitchen table, on the lake, listening to the words and not saying very much, just awkwardly explaining myself and the purpose of our presence here.

Tataskweyak (Split Lake), July 13, 2019.
—Did I tell you the story of when I went to look for porcupine with my dad in 1975?
—No.
—Ok. I will tell you the story of when I went to look for
porcupine with my dad in 1975.
—Ok

It is for these simple encounters, these generous telling
of a story imbued with morality that feels bigger than
the land, that I love the north most. It’s where I hope to
return, “soon…”

Jean-Sebastien Boutet

The Afterlives of a Windowfarm

Anna Svensson was a doctoral student with the Division and the Environmental Humanities Laboratory, and successfully defended her thesis A Utopian Quest for Universal Knowledge – Diachronic Histories of Botanical Collections between the Sisteenth Century and the Present in 2017, when she left us for new flowers to pick. Anna was our unofficial florist, and could often be seen decorating even the darkest day with brilliant flowers and plants. One of her contributions during her time with us, other than being a wonderful colleague, was the window farm. Today’s blogpost is a text about the story of the Window Farm, written by Anna for the Stories of the Anthropocene Festival (26–29 October 2016).

This is the story of a window farm – the beginning, the end, and the afterlife.

This story begins with the Division of History of Science, Technology and Environment (home of the Environmental Humanities Laboratory) moving to a newly built, climate controlled premises. It had a spacious kitchen and big windows. As these windows could not be opened, however, the air felt stale and dry. Building a windowfarm was a practical measure to improve our common working environment, improving the air quality and making ourselves feel more at home.

Over the past two years, these plants have breathed with us, and the humming of the pump and the dripping along the chains have filled the pauses in our conversations over lunch. The first attempt was a mediocre success: a few plants (basil and lemon balm) died almost immediately; the ivy and coffee plants fared much better, but eventually succumbed to systemic problems. The nutrient solution evaporated too quickly – we added plastic pipes along the chains to minimise splashing, but this did not fix the problem – eventually causing the system to clog up completely.

Learning from past mistakes, the next reincarnation of the windowfarm in the fall 2015 only contained plants that have robust root systems and survive for a long time in water without the addition of nutrient solution. The result was astonishing. The spider plants grew explosively, sending out shoot after shoot like a verdant fire-work show. (The pump died and was replaced.) Gradually, however, this enthusiastic growth became a cause for concern. The many shoots were thirsty, and eager roots began to seek their way through the water holes at the bottom of the bottles and creep along the chain. Several Monday mornings I was greeted by the silence of a system run dry. The roots and chains were so interlaced that replanting was not an option. We could either dismantle it or watch it wither.


Since taking it down, it has left an emptiness in the kitchen. I still register the silence that meant the tanks were empty or the system had clogged. In a concrete way, the windowfarm has played out like a pageant of the technofix, a microcosmic drama between the biosphere and technosphere that hovers between comedy and tragedy. Is this a story of survival? The windowfarm is itself a DIY innovation (and later corporate venture) encouraging a growing global community of windowfarmers to green the city beginning with each individual home, a promise towards self-sufficiency. What initially seemed so straightforward gave way to complication after complication, in which the very successful growth of the second planting required its destruction: there are limits to growth in the technosphere.

What, then, is the afterlife of the windowfarm? The shoots have been rooting in glass jars along the kitchen windowsill, with the main plants in pots of water. The torn bottles and rusty chains cannot be used again. While the windowfarm made the office kitchen more home-like for me, the university is not my home and with the migratory life of an academic I could not ensure its survival through the empty summer months. It became a burden.

The Illness and Death of Lunkentuss the Elephant

Post written by Karl Bruno, postdoc at the Division.

The Division’s kickoff at Skansen this year gave opportunities to reflect on the institutional combination of open-air museum and zoological park that this location embodies. The keeping of Nordic animals can be understood historically as part of the same identity-building project as Skansen as a whole, representing Swedish nature similar to how the collected buildings represent Swedish culture. However, other animals are there too, and have been almost since Skansen opened. From monkeys to turtles, penguins, and walruses, exotic animals have always been big attractions, important to the economy and strategy of the park. The presence of a range of animals in the center of the capital also means that Skansen has long been a site for the creation and mediation of animal-related knowledge. Only a few days after the kickoff, I stumbled on a curious account in the archives that highlight both these aspects of Skansen’s history. We might call it “The Illness and Death of Lunkentuss the Elephant.”

Lunkentuss (née Rani) was an Indian female elephant born in the 1920s and bought by Skansen in 1931. She was the first elephant Skansen owned—following a highly successful experiment with a borrowed one—and became a very popular exhibit. She drew large crowds, particularly in the warm season when children were able to ride the compliant and docile animal around the grounds. But already in 1938, when still very young by elephant standards, Lunkentuss began to show slightly impaired movement in her right hind leg. Fearing for the future of its crowd-pleaser, Skansen brought in its consulting veterinarian Vilhelm Sahlstedt, professor of chemistry and physiology at the Royal Veterinary College.

Postcard of Lunkentuss with riding children. Date and photographer unknown; from Wikimedia Commons (https://upload.wikimedia.org/wikipedia/commons/4/4e/Skansen_lunkentuss_dansbanan_galejan.jpg)

Confronted with Lunkentuss, Sahlstedt faced several problems that required the adaptation of established practices and the development of new knowledge. He initially knew little of elephants from a clinical perspective. The detailed leg examination that would be carried out on horses with similar symptoms could not be performed on Lunkentuss, as her leg was too big. Resorting to observation and extending what he knew of the movement of horses and other big mammals, Sahlstedt nevertheless was able to conclude that she was suffering from an inflammation of her knee joint and proceeded to treat her accordingly, with local and internal application of salicylates. At first Lunkentuss refused the medication, but Sahlstedt found that by placing it in a “piece of bread or some suitable root vegetable” she would eat it. The therapy took effect; Lunkentuss could once again carry children around. The leg problems periodically reoccurred, but repeated treatments ensured that she continued to serve as a central attraction at Skansen.

In the fall of 1939, Lunkentuss’ general condition worsened. She would eat less, now showed symptoms of pain in both hind legs, and resisted her normal exercise. Sahlstedt was recalled but again the body of the elephant resisted the application of normal clinical techniques. Auscultation was possible, but revealed nothing remarkable; palpation was not—the skin was too thick and the animal simply too voluminous. Though at a loss for a diagnosis, Sahlstedt tested a pharmaceutical treatment based on small doses of arsenic. This stimulated Lunkentuss’ appetite, but her condition did not improve and she grew increasingly thinner. She continued to draw crowds, but after the spring of 1940 could no longer be used for rides. In early 1941, conceding that she was unlikely to improve and with the state of her legs deteriorated to the point that it was impossible to exhibit Lunkentuss outside of her stables, Sahlstedt finally proposed to put the animal down.

With that, however, another significant problem arose. No one knew how to best dispatch an elephant. It seemed clear that a rifle had to be used, but since elephants have very large skulls but not very large brains, it was difficult to determine where to place the shot. The veterinary literature Sahlstedt consulted provided only vague hints, and a search for big-game hunters (who were presumably knowledgeable in such matters) failed to locate one in Stockholm. Rash experiments were out of the question, not only for humanitarian reasons but also because Lunkentuss was a well-known and charismatic animal that many people had a relation to. A botched killing might thus end up in the press, which would be a public relations nightmare. Eventually, however, Sahlstedt came up with an innovative approach: he approached the Museum of Natural History and, together with one of its curators, made measurements on elephant skulls from the museum collections. From these, Sahlstedt concluded that the killing shot should be placed in the fossa temporalis at the side of the skull from a certain distance and angle. A special hunting rifle was then acquired from the Huskvarna works and its penetrative power with different kinds of ammunition was tested by firing on sets of pinewood planks. When sufficiently satisfied both with his anatomical investigations and with the weapon, Sahlstedt had Lunkentuss immobilized and marked the aimpoint with paint on her head. Chief Animal Handler Johansson, known to be a good shot, was tasked with carrying out the killing. On February 17, 1941, he proved Sahlstedt’s calculations correct. Squarely hitting the intended point, Lunkentuss died instantaneously.

Sketches by Vilhelm Sahlstedt illustrating his method of killing elephants. Top left: profile view of elephant skull with the approximate position and size of the cranial cavity indicated. Bottom left: Frontal view of elephant skull with the correct firing angle indicated. Top right: Drawing of elephant head with the aimpoint used to kill Lunkentuss indicated. From Sahlstedt’s account of the affair, cited below.

The story of Lunkentuss points to a history of Skansen in which exotic animals were important actors playing active parts in making the park what it was, even as the park made them what they were. While healthy, Lunkentuss generated much publicity and revenue. She became something of a symbol of the park, who, as she trudged around the pathways with kids on her back, acted out a defining experience of a Skansen visit. As a sick animal, her victimization and commodification becomes clearer, in a way that highlights how the story is also of the construction and nature of veterinary expertise.

Riding Lunkentuss was a cherished experience for many children. Here the memory of a Skansen visit is drawn by a seven-year old boy (printed in Dagens nyheter, October 27, 1940).

Because Sahlstedt had little theoretical or practical experience of elephants, his encounter with Lunkentuss triggered experimental and investigative work that created new knowledge of their lives and deaths. He learned how to treat their knee joints, how to feed them medicine, how they could and could not be examined clinically, and ultimately also—by enrolling the Museum of Natural History and its collection of already-dead elephants—how to kill them. He published an account of these findings in a veterinary journal, arguing that they might be useful for his colleagues if, for example, they were consulted by elephant-keeping circuses. Part of the motivation was perhaps also pride in his innovative application of anatomical expertise to the skulls from the Museum of Natural History, generating new knowledge of clear practical value.

But Sahlstedt’s expertise only took him so far. The final nature of Lunkentuss’ illness eluded him. He was then faced with a tension central to all veterinary practice, emerging from the fact that patients and clients are not only distinct, but the former are also the property of the latter and their interests need not overlap. In the case of Lunkentuss, Skansen’s interest in keeping a key attraction alive had to be balanced against the fact that Lunkentuss was in pain but could not be diagnosed nor efficiently treated. Sahlstedt’s own account of the affair—which is also the basis of my narrative—can in part be read as a defense of his management of this tension, particularly his decision to wait a rather long time before finally having the animal put down. Though Lunkentuss was not healthy, he argued that she still retained some appetite and seemed “lively and interested in her surroundings,” a behavior that did not suggest great suffering. Balancing her value for Skansen against the perhaps only light pain she was experiencing, Sahlstedt thought his wait-and-see approach justified until there really was no more hope for improvement. This medical judgement was to Skansen’s advantage. It did not make Lunkentuss’ condition public and the ailing elephant continued to be used for publicity and in advertisements through 1940. When announcing her death, Skansen suggested that she had acutely taken ill, a claim that was reproduced by the press and has also shaped later accounts of Lunkentuss’ life (these sometimes include the claim that the cause of her illness was the accidental ingestion of broken glass, a theory not mentioned by Sahlstedt nor, apparently, supported by the autopsy performed at the Veterinary College). This obscured and obscures the fact that the animal was in fact chronically ill and under veterinary care for three years before she was killed.

Advertisement for Skansen printed in Svenska dagbladet, May 27, 1940, offering rides on Lunkentuss. She was already unwell by then and lost the ability to perform this task soon after.

It is understandable that Skansen preferred to keep quiet about Lunkentuss’ long illness, since being a very public animal, the way she was treated had the potential to impact strongly on the public appreciation of the park. The veterinary expertise involved was likewise at risk of public scrutiny. Sahlstedt, who had been the vice-chancellor of the Veterinary College and was in some respects a professional leader, was not insensitive to this. In his account, he reflected that fair or not, a veterinarian had “to be prepared to be asked almost anything that has to do with animals,” no matter the particular animal’s prevalence in Swedish veterinary practice. This goes some way to explain the care he took in giving Lunkentuss a painless death: Sahlstedt noted twice in his account that it was instantaneous, a wording that also recurs in the press coverage (presumably reflecting a Skansen statement). It suggests something of how the fate of Lunkentuss was not only closely bound up with the construction and nature of veterinary expertise, but also with its mediation and how it self-consciously dealt with an unusually public patient.

Finally, Lunkentuss also highlights the importance of historical attention to the agency of animals and to human–animal interactions. Lunkentuss’ own behavior and actions were constitutive of the role she came to play at Skansen, as well as of the development of veterinary knowledge of and around her. It was her compliance with her handlers’ instructions and her docile nature when interacting with visiting children that created the position she acquired in the zoo and thus also many people’s image of Skansen. When she began resisting certain interactions (feeding, exercise), veterinary expertise was brought in, creating new forms of interaction that enabled new knowledge development. This is not to say that there was symmetry of power: Lunkentuss was subject to human action over which she had limited control. But she retained her ability to express experiences and act in a range of ways that all influenced the dynamics of interaction between herself, her handlers, riding children, and the veterinarian—and by extension she thus also shaped the interaction between Sahlstedt, Skansen, and the general public. In this respect, Lunkentuss illustrates the importance of exploring the past lives of animals, as we might find that the way in which these lives were lived impacted on a wide range of developments otherwise thought of as human-driven.

Even Lunkentuss’ final interaction with Chief Animal Handler Johansson is of historical significance. The immobilized and marked elephant had little influence left by then—but the successful killing validated the expertise that had been created around Lunkentuss’ illness and death. Unlike a botched attempt, Sahlstedt’s aimpoint and Johansson’s shot served to confirm that Skansen could take responsibility for elephants in life and in death. Consequently, another young elephant, Bambina, could simply take Lunkentuss’ place, and elephants would continue to draw crowds to the park until 1992.

The account is primarily based on, and all quotes (translations by me) are from, A. V. Sahlstedt, “Från Skansens zoologiska trädgård: En elefants sjukdom och död,” Svensk veterinärtidskrift 46, no. 4 (1941). I have also reviewed press material from 1939, 1940, and 1941 in the Royal Library.

This blog post hints at perspectives and approaches I will work with—albeit in an agricultural rather than an exhibition context—in my new project at the division. Entitled “Clinical Breeding: Cattle Reproduction and Veterinary Expertise in Sweden, 1922–1975,” the project will examine the co-production of human–animal relations, veterinary expertise, and reproductive technologies in the context of mid-twentieth century Swedish dairy farming. I will spend two years of the project as a visiting researcher at the Centre for the History of Science, Technology & Medicine, King’s College London.

Further reading:

An excellent book on elephants as actors in the context of American circus is Susan Nance, Entertaining Elephants: Animal Agency and the Business of the American Circus (Baltimore: Johns Hopkins University Press, 2013)

The longer history of Skansen’s elephants is detailed in Ingvar Svanberg, “Indian Elephants at Skansen Zoo,” The Bartlett Society Journal 21 (2010).

For a brief overview of the “animal turn” in history (including a short bibliography), see Dan Vandersommers, “The ‘Animal Turn’ in History,” https://www.historians.org/publications-and-directories/perspectives-on-history/november-2016/the-animal-turn-in-history

the REXSAC Blog

 

REXSAC is short for Resource Extraction and Sustainable Arctic Communities and it is a Nordic Centre of Excellence in Arctic research. Funded by Nordforsk and led by our Division together with Stockholm University and Stockholm Environment Institute.

Together with 12 additional partners in the Nordic countries, REXSAC studies extractive resource industries in the Arctic as cultural, social, economic, and ecological phenomena – from analysis of why resource extraction commences, to what consequences it has for communities in the Arctic and beyond, and what opportunities exist for transitioning toward post-extractive futures.

Within the project there is also a blog written by the researchers! Be sure to visit it for updates, articles and facts: blog – REXSAC

Be sure to check out the ENTITLE blog – a collaborative writing project on Political Ecology

Entitle blog is a collaborative writing effort that looks at the world through the lens of political ecology. For us, Political Ecology is a perspective that seeks to understand who is involved in, and who benefits or loses from, how our environment is produced and reproduced.

It was founded in 2014 by fellows of the European Network of Political Ecology (ENTITLE) as an outlet to share, reflect on and discuss research and activist experiences, observations, methodologies, news, events, publications, art, music and other themes and objects related to political ecology.

Toxic Bios is a project at the EHL, lead by Marco Armiero and funded by Seed Box. The project page can be visited here!

Maria di Buono, wife of Michele Liguori, the policeman working in the Land of Fires that died of cancer. Photo by Giovanni Mussolini during the story recording session hosted by Women of August 29 social movement in Acerra (Italy). From the blog post: Toxic Bios: A guerrilla narrative project mapping contamination, illness and resistance