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- Convenors:
-
Mariana Hase Ueta
(Wageningen University and Research)
Zoë Robaey (Wageningen University)
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- Format:
- Combined Format Open Panel
- Location:
- HG-14A00
- Sessions:
- Thursday 18 July, -, -
Time zone: Europe/Amsterdam
Short Abstract:
In multidimensional transformations, the development of new food technologies constructs perceptions and hopeful imaginations toward the future, which translates the values, as well as actively builds the future, making it imperative to understand the ethical entanglements of different stakeholders.
Long Abstract:
This year's theme "Making and Doing Transformations" opens the opportunity to have interdisciplinary discussions, learning from the past while imagining different futures. Food technologies have come to offer solutions or better options to problems we had in the past with promises of different futures. But what was the image of the future when determined technology was invented, like GMOs? How did it promise to solve the problems faced in the past? And how are the imaginations constructed around technologies being currently developed in the present, like Cellular Agriculture? The ways we construct, interpret and dispute these narratives are embedded in our own ethical/moral perceptions. And in this sense, they actively contribute to building certain futures. Different stakeholders' perceptions of the ways these technologies could be part of their future are also connected to how they are positioned in this technological constellation. So, the present panel aims to bring to the fore the ethical entanglements involved in food technologies. This way we contribute to shed a critical perspective into future making without falling into the trap of technosolutionism. In this "Combined Format Open Panel" we welcome academic paper presentations from different disciplines, and alternative/experimental formats of knowledge expressions. We invite researchers and artists to come together to imagine and discuss the ethical/moral entanglements in the temporalities of food technologies. In this format, we bring together historical research (e.g. GMO), ethnographic investigations regarding the application of one food technology in the transformation of communities, as well as philosophical and sociological discussions on current innovations in the field (e.g. Cellular Agriculture and Precision Fermentation), and speculative art/design/literature works. The Panel invites questions that explore the role of time on morality in transformations, including but not limited to food technologies production, consumption and waste. We welcome contributions from a wide scope of disciplines.
Accepted papers:
Session 1 Thursday 18 July, 2024, -Paper short abstract:
This paper contributes to the understanding of sociotechnical imaginaries and a variety of framings concerning alternative proteins through questionnaires and focus group interviews in Japan.
Paper long abstract:
Alternative proteins have attracted much recent attention from the food technology sector and the public for their impact on food sustainability, particularly from the perspective of the protein crisis. Although many studies have investigated public attitudes toward alternative proteins in Western countries, there have been few such surveys conducted in Japan. To examine the future direction of the innovation process regarding emerging technologies, the sociotechnical imaginary (Jasanoff and Kim 2009) should be considered. This is also true in food-tech and alternative proteins. Considering this background, this study aimed to investigate Japanese public attitudes and their various framings and imaginaries toward alternative proteins of insects, plant-based meat, cultured meat, milk alternatives, and microalgae using a questionnaire and focus group interviews. We conducted an online questionnaire survey (N = 5,000) with respondents from all over Japan. Our comparative analysis of image associations showed that insect proteins had a distinctly negative image among alternative proteins. Further, our survey found that the level of scientific interest was a critical common factor in determining attitudes toward these foods. Daily consumption of food, age, and gender affected attitudes toward various alternative proteins. Through our focus group interviews, we can find various framings: “protein crisis,” “anticipation,” “animal welfare,” “rights of choice,” “transparency,” and so on. Our results would contribute to the understanding of sociotechnical imaginaries regarding alternative proteins and future discussions on food.
Paper short abstract:
I conduct a Timescapes (Adam 1998) analysis of the legalisation of cultured meat – a technology that seeks to grow meat from cells – to demonstrate how multiple invocations of temporality are used to assert a specific political framing of the technology.
Paper long abstract:
Cultured meat is a technology that seeks to grow meat from cells. From early science fiction imaginaries of the 1880s, to the pronouncements of VC-backed start-ups across the globe today, it has always been positioned as part of a significant reconfiguration of our food and social systems. In this paper I adopt a Timescapes approach (Adam 1998) to analyse the politics of cultured meat’s recent legalisation, first in Singapore, as other countries follow. I analyse how multiple invocations of temporality – far futures, poignant pasts, and prescient presents, - are intersected with practices that mark moments and assert transitions. The paper draws upon fifteen years of research on the cultural politics of cultured meat, based upon a sociological and STS approach using interviews and observations with cultured meat professionals. I focus on how asserted meanings are performed through the construction of specific timelines, by whom, and how, and how this attributes significance to, specifically in this case, 7.03, SST.
Paper short abstract:
The disruption of cellular agriculture leads to intra-value conflicts for the values of sustainability and naturalness, relating to different interpretations of these values and the ongoing divide between ecomodernism and ecology with respect to the future of agriculture and food.
Paper long abstract:
Synthetic biology is a highly disruptive technology that particularly affects the agriculture and food production domains. Rather than using farmed animals or crops, synthetic biology allows for ‘cellular agriculture’—the production of agricultural commodities using cell cultures and host micro-organisms. In light of the possibility that cellular agriculture can enable sustainable food production using cells, and considering that most people strongly prefer food that they perceive as natural, this paper is guided by the following research question: how are the values of sustainability and naturalness affected by the disruption of cellular agriculture? We analyse how different stakeholders discuss these values. After demonstrating that the intra-value conflicts evident in sustainability and naturalness are based on different interpretations of these values, we create conceptual clarity in these different interpretations and show how these intra-value conflicts relate to the ongoing divide between ecomodernism and ecology with respect to the future of agriculture and food.
Paper short abstract:
This paper explores questions regarding new genomic technologies (NGTs) and how they are perceived as necessary tools in crop improvement from feminist STS perspective. It focuses on the views of Finnish farmers and ‘consumer-citizens’ against the backdrop of the EU’s new legislation.
Paper long abstract:
This paper explores questions regarding new genomic technologies (NGTs) and how they are perceived as necessary tools in crop improvement and more broadly, in a sustainable food system. More specifically, it focuses on the views of Finnish farmers and ‘consumer-citizens’ against the backdrop of the EU’s new legislation regulating the use of NGT in plants. The paper is based on focus group discussions with Finnish farmers, ‘consumer-citizens’, and analysis of EU proposals. It engages with feminist and queer theorizations, especially in the analysis of varying conceptions of ‘nature’ and ‘natural’.
The paper suggests that in the literature and politics, on one hand, NGTs are framed as crucial technologies that alleviate the impacts of climate change, among other crises, on crop production. On the other hand, critical views hold that NGTs may reinforce, rather than transform, the inequalities persisting in capitalist food production. With these different future visions in mind, I analyze the ways in which the EU, Finnish farmers and ordinary people generate and reproduce flexible or at times, more fixed boundaries of ‘natural’ and ‘unnatural’ in part through the category of organic farming. While the ‘citizen-consumers’ are more prone to advocate ‘pure’ categories such as organic products clean from genetic modification, the farmers negotiate a more complex web of subsidies, markets, and personal dedication. I suggest that through these framings of un/naturalness or purity, also differing ideas of ethics and both the future and the present are at play.
Paper short abstract:
This paper studies the construction of Greek olive oil as a health protective product through material and ethical politics of expertise. It accentuates the proactive involvement of networks comprising scientists, farmers, and market stakeholders to the formation of novel entities and identities.
Paper long abstract:
This paper delves into the construction of Greek olive oil to a health protective product through the dynamics of assetization practices. It accentuates the proactive involvement of networks comprising scientists, farmers, and market stakeholders, who champion the health-preserving qualities of olive oil and contribute to the formation of novel entities and product identities. Conceptually, we merge Science and Technology Studies (STS) perspectives on sociotechnical imaginaries (Jasanoff and Kim, 2015), assetization (Birch and Muniesa, 2020) with those that scrutinize the material and moral politics of protocols of care (Mol et al., 2010). We posit that these new assets are forged through the cognitive, material and ethical politics of expertise.
Our investigation delves into how olive oil undergoes a multifaceted transformation shaped by social, cultural, scientific, and technological factors within historical contexts. This evolution has spurred innovations expanding its traditional utility, particularly in the realm of health promotion, influenced by EU health regulations. Emerging practices emphasizing bodily well-being and metabolic health have led to the establishment of new standards and concepts like nutraceuticals and superfoods.
We contend that the politics of expertise drive an agrifood transition in olive oil production, guided by a sociotechnical imaginary that blends discourses on olive oil's dietary importance with notions of rural development, ontological integrity and just transition. Methodologically, the paper draws upon the analysis of archival agrifood and biochemical sources, supplemented by a series of semi-structured interviews with scientific experts, market stakeholders and a series of focus groups involving Greek farmers.
Paper short abstract:
This paper analyzes two critical moments of technological intervention in the history of vanilla’s production to argue that these efforts are predicated on the belief (and investment) in an ever-accessible global pantry, a belief which must be confronted in avoiding solutionist food futures.
Paper long abstract:
In 2019, the U.S. imported approximately 44% of the global supply of vanilla beans, about 528 metric tons. Despite being the largest global importer, vanilla beans are responsible for only about 15% of American experiences of vanilla. The remaining 85% is comprised of synthetic vanilla flavoring. Ever since the Spanish empire first exported vanilla beans from indigenous Mexican communities to Europe in the 16th century, consumer demand for vanilla has never met the supply. Accordingly, Western science has long sought to circumvent the vanilla orchid to secure consistent, robust access to vanilla. This paper analyzes two critical moments of technological intervention in vanilla’s long history as a commodity: 1) the 19th-century botanical development of the vanilla orchid’s “marriage,” and 2) the 21st-century genetic engineering of e. coli bacteria to synthesize vanilla flavoring from plastic bottle waste. Both moments, 180 years apart, attempt to solve the same problem: the vanilla orchid’s resistance to capitalist logics of efficiency. Both moments imagine a future of vanillic abundance. Both moments also reveal the human infrastructure and forced multi-species labor required to produce vanilla for a hungry global market. Taking the Plantationocene (Haraway et al 2016) as a lens onto vanilla’s past and present, I argue that these efforts to produce vanilla are predicated on the belief (and investment) in an ever-accessible global pantry that may endlessly meet the desires of consumers from the Global North. To imagine vanilla’s future requires grappling not only with the ethics of production but also consumer expectations of accessibility.
Paper short abstract:
This paper considers the work of food technologists and so-called ‘health and wellness products’ in the US processed food industry in the 2010s. It analyzes how ‘innovation’ was not only a venture into the future but also a problem of grappling with the past, using the concept of ‘aftertaste'.
Paper long abstract:
In the 2010s, the US processed food industry was wrestling with an image of public health crises it stood accused of precipitating, such as obesity and exposure to carcinogenic ingredients. In response, food technology trade shows were obsessed with ingredient ‘innovations’ meant for the development of so-called ‘health and wellness products’ – products with lower sugar, lower sodium, or the absence of artificial flavors and colors. Despite ‘innovation’ appearing as an epistemic and professional touchstone, I found that industry narratives also framed innovation as a challenge and as a significant point of failure. For food technology, one reason that ‘innovation’ was such a tricky value to uphold was that it was not only a venture into the future but also a problem of grappling with the past. I analyze this problem through the concept of ‘aftertaste’ - an unwanted remainder that persists and lingers. Aftertastes figure both sensorially - such as after a sip of a beverage containing artificial sweetener - and metaphorically, in the psychic consciousness of an American public suspicious of processed food products. I consider the durable embodiments of histories of technoscience as encountered by food technologists in the present attempting to both attract and intervene upon a mass consumer population, one that has been formed by the work of scientists who preceded them. Innovation here reaches forward and backward in time, an effort towards a kind of redemptive capitalism in the future, and a ‘clean’ finish with scientists’ own history – a history with no aftertaste.
Paper short abstract:
In my talk, I will update Winner's classic discussion of the mechanization of tomato production in "Do Artifacts Have Politics?" I argue that the politics of tomatoes are more intentional than Winner argued, with deep links to racism and the accumulation of capitalism.
Paper long abstract:
In Science and Technology Studies (STS), the politics of tomatoes has been made famous by Langdon Winner’s 1980 article “Do Artifacts Have Politics?” Only fifteen pages long, it is one of the most influential texts in STS and is typically taught in every Intro to STS class. In my paper, I will do three things. First, by drawing on recent scholarship, I contextualize the mechanization of tomato production in racist politics of the "Bracero Program" in the US between the 1940s and 1960s. Second, I build on Mann and Dickinson's "Obstacles to Capitalist Development" to argue that the mechanization of tomato production can be understood in the context of technological developments that are used to make nature accessible to the accumulation of capital. Finally, I give a brief overview of some of the important technological developments in tomato production that have taken place since the 1970s. I highlight how developments like drip irrigation, controlled environment agriculture, and, in recent years, AI and robotics, further dissolve the barriers posed by the biophysical reality of agriculture. Intentional or not, these technological "solutions" are developed to control environmental factors that pose obstacles to the accumulation of capital.