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As he developed his technological interests in the setting of the Musée de l’Homme, Leroi-Gourhan was particularly attentive to the description and documentation of material objects. Cardboard fiches (index cards) with standardized entries – name, function, material, location of finding, etc. – served to ‘bring the milieu of the object’ back into the museum. During his fieldwork in Japan from 1937 to 1939, Leroi-Gourhan refined his documentary approaches, combining ethnographic photographs and object collections. Back in France, however, following the defeat and German occupation, this mass of accumulated fiches became less compelling, especially when Leroi-Gourhan discovered Henri Bergson’s Creative Evolution (1907) with its élan vital and intuitionist philosophy. This notably inspired him to develop the distinction between technical ‘facts’, which are unstable and localized, and technical ‘tendencies’, which are stable, wide-ranging and deterministic. These two concepts, outlined in Evolution et techniques (1943, 1945), characterized his approach to technical phenomena and material civilizations.
Between 1898 and 1923, a series of disputes erupted among fishing communities in the British Gold Coast Colony (modern-day Ghana) following the introduction of larger and more productive sea fishing nets. All along the coast, fishers debated the environmental and economic consequences of adopting the nets, which debates shifted across African and colonial forums. Focusing on these disputes, this article interrogates the ways in which sites of fishing innovations and experimentation became sites of intense conflict and negotiation throughout the Gold Coast Colony as different groups debated and contested technological change. In the process, voices advocating for caution within the fishing industry were effectively marginalised through the manoeuvring of net advocates while the introduction of colonial arbitration within the realm of fisheries offered new challenges to the authority of African leaders within the marine space.
What is technology? How and why did techniques – including materials, tools, processes, skills and products – become central subjects of study in anthropology and archaeology? In this book, Nathan Schlanger explores the invention of technology through the work of the eminent ethnologist and prehistorian André Leroi-Gourhan (1911–1986), author of groundbreaking works such as Gesture and Speech. While employed at the Musée de l'Homme in Paris, Leroi-Gourhan initially specialized in ethnographic studies of 'material civilizations'. By the 1950s, however, his approach broadened to encompass evolutionary and behavioral perspectives from history, biology, psychology and philosophy. Focused on the material dimensions of techniques, Leroi-Gourhan's influential investigations ranged from traditional craft activities to automated production. They also anticipated both the information age and the environmental crisis of today. Schlanger's study offers new insights into the complexity of Leroi-Gourhan's interdisciplinary research, methods, and results, spanning across the 20th century social sciences and humanities.
The idea that the world needs to transition to a more sustainable future is omnipresent in environmental politics and policy today. Focusing on the energy transition as a solution to the ecological crisis represents a shift in environmental political thought and action. This Element employs a political theory approach and draws on empirical developments to explore this shift by probing the temporal, affective, and technological dimensions of transition politics. Mobilising the framework of ecopolitical imaginaries, it maps five transition imaginaries and sketches a counter-hegemonic, decolonial transition that integrates decolonial approaches to knowledge and technology. Transition Imaginaries offers a nuanced exploration of the ways in which transition politics unfolds, and a novel argument on the importance of attending to the coloniality of transition politics. A transition to just sustainable futures requires the mobilisation of post-extractivist visions, knowledges, and technologies. This title is also available as Open Access on Cambridge Core.
This chapter explores the significant impact of the digital age on the realm of literature, focusing specifically on Hebrew poetry as a distinctive case study. This focus is driven by the declining status of literature within Israeli culture and the dynamic state of its reviving literary landscape. The study is structured in two phases: the first delves into practices and phenomena, while the second aims to provide a comprehensive understanding of the field’s logic and values by examining different participants and levels. The chapter claims that the necessity of the second phase arises from the current state of the field, where the adaptation of media has become so ingrained that it conceals its influence on literary themes, forms, and language. The chapter addresses this gap using the theoretical framework of mediatization, which explores long-term changes associated with media evolution.
Chapter 5 focuses on the labor process to analyze what industrial modernization meant for the workers and how coercive practices and welfare measures were employed to curb workers’ mobility. It depicts the industrial transformation and mechanization in the Imperial Arsenal under the supervision of American, and then British engineers. It examines the labor-management policies and practices that developed in response to the formation of a heterogeneous labor force, and examines the regulations and instructions on the production process issued by the naval bureaucracy in the early 1870s. In parallel with the increasing division of labor and the desire of the state elites to control the labor process, the Arsenal administration attempted to consolidate capitalist relations through top-down supervision of the labor process, time discipline, and the spatial-administrative reorganization of the labor force. In addition, intending to halt the problem of turnovers and increase workers’ loyalty to their workplace, the administration implemented policies aimed at bonding civilian workers to the arsenal, including the social security benefits as institutionalized in the mid-1870s.
Chapter 1 investigates how naval reforms in the late 18th century aimed at rationalizing production, marked by standardizing, centralizing, and concentrating the shipbuilding process in the context of provisioning crisis and market relations. It gives a brief overview of shipbuilding and its transformation in the late eighteenth century, both in the Ottoman Empire and in Europe. It highlights the increasing dependence of the navy on market relations and dynamics in the late eighteenth century, catalyzed by the provisioning crisis emanating from technological transformations, naval competition and military pressures, environmental restrictions, and political-economic challenges, as illustrated by the example of provisioning timber. Against this crisis, naval administrations introduced substantial changes in the production process under the supervision of French naval engineers, whose policies centered on professionalization and the use of “scientific” principles in shipbuilding. The chapter concludes with a discussion on the spatial concentration of capital in the Arsenal, by renewing and expanding its production capacity and exerting centralized control over the production process.
Is solidarity possible in societies characterized by the exchange of data, under conditions of digitalization and AI? If not, why not? To answer these questions, I inquire into the emergence of solidarity in two historical cases. The first maps German coal and steel workers’ resistance to exploitation during the industrial revolution in the late nineteenth century and early twentieth century. The second case explores resistance and community formation by the Maroon, a group of fugitive plantation slaves in eighteenth-century Suriname. I analyse these cases with the help of four heuristic elements: (1) communal living of labourers entailed by the industrialization of a new technology (steam powered industry and slavery-powered plantation agriculture), (2) under-regulation of ensuing labour relations, (3) the emergence of resistant proto-law amongst labourers and (4) the response of repressive-appeasing law by owners and the state. I extract two necessary attributes of solidarity: the sharing of a physical place by labourers forming a community in solidarity, and the location of that place on the inside of a politics of exploitation. I conclude that cybernetics, digitalization and AI undercut the preconditions for solidarity, as they eradicate the sharing of a physical place on the inside of exploitation politics.
In the search for extraterrestrial intelligence (SETI), it is often assumed that intelligent life on an Earth-like exoplanet would inevitably develop the technological means for interstellar communication. This assumption ignores the critical role that fossil fuels played in driving the Industrial Revolution on Earth, which ultimately gave rise to our own advanced technological civilization (ATC) and the possibility of interstellar communication. We therefore propose that any habitable exoplanet that could potentially generate an ATC must contain sizable fossil fuel deposits, especially coal, which supplied most of the energy used in the Industrial Revolution during the 19th century. Coal is critical because, based on an Earth-like geology, it is more accessible than the much deeper deposits of oil and gas. Without coal, it would have been impossible to tap into the vast underground deposits of oil and gas during the 20th century. This raises the question of the inevitability of coal formation on an Earth-like exoplanet. Here we present arguments that coal formation may be unlikely, even on an Earth-like planet, because of the many contingent factors that have been recorded in the rock and biological record of our own planet, including the evolution of oxygenic photosynthesis itself, which generated the oxygen-rich atmosphere required for complex life to develop. Central to our argument is the host of highly contingent taphonomic factors, involving plate tectonics and climate, that were required to convert the tropical lycopsid swamp forests of the Pangean supercontinent to the massive coal deposits of the Carboniferous period. Finally, we discuss the need for synchronicity of the appearance of intelligent life forms and the maturation of vast deposits of coal. We conclude that the large number of contingencies involved in coal production justifies adding a term for coal to the Drake Equation for the number of ATCs in the galaxy.
The growing frequency of global disasters highlighted the need to integrate technology into disaster management. This systematic review describes the global landscape of mobile phone technologies for natural hazard-induced disaster prevention, preparedness, response, and recovery.
Method
A systematic review was conducted by searching databases, including Embase and MEDLINE, for studies published in English between 2000 and March 2024 that examined mobile applications for disaster management.
Result
The review included 26 studies covering 77 mobile apps across 14 countries. Most apps were privately owned (78.26%), supported multiple disaster phases (41.56%), and favored the Android platform (46.67%), with GPS being the most common technology (15.58%). Apps primarily targeted the general public (63.64%) and focused on earthquakes (32.47%) and hurricanes (31.17%). Despite their potential, adoption remains low; only 11.33% (6 apps) exceeded 1 million downloads, while 33.96% failed to surpass 1,000 downloads.
Conclusion
This review highlights significant gaps in the development, adoption, and impact of disaster management apps, especially in high-risk regions. Future efforts must focus on enhancing accessibility, addressing user needs, expanding features, and fostering stakeholder collaboration to improve the effectiveness of mobile technologies in disaster preparedness, response, and recovery.
This paper introduces an overlapping generations model to explore the interplay between economic growth, the environment, and endogenous technology adoption. Considering an economy with physical capital and publicly funded human capital, the analytical framework extends Prieur and Bréchet (2013, Macroeconomic Dynamics 17, 1135–1157) by incorporating the endogenous technology choice mechanism from Umezuki and Yokoo (2019, Journal of Economic Dynamics & Control 100, 164–175). The analysis focuses on how the choice of capital-intensive technologies impacts environmental dynamics. The model reveals complex equilibrium dynamics, driven by a core trade-off between individuals’ resource allocation on consumption versus environmental protection and firms’ technology decisions.
This leading textbook introduces students and practitioners to the identification and analysis of animal remains at archaeology sites. The authors use global examples from the Pleistocene era into the present to explain how zooarchaeology allows us to form insights about relationships among people and their natural and social environments, especially site-formation processes, economic strategies, domestication, and paleoenvironments. This new edition reflects the significant technological developments in zooarchaeology that have occurred in the past two decades, notably ancient DNA, proteomics, and isotope geochemistry. Substantially revised to reflect these trends, the volume also highlights novel applications, current issues in the field, the growth of international zooarchaeology, and the increased role of interdisciplinary collaborations. In view of the growing importance of legacy collections, voucher specimens, and access to research materials, it also includes a substantially revised chapter that addresses management of zooarchaeological collections and curation of data.
From the late sixteenth century, foreign engineers promoted new hydraulic technologies in England. Yet, their techniques were not alone sufficient to implement wetland improvement at a grand scale. Drainage projects generated local controversy almost everywhere they were proposed. Disputes pivoted on thorny questions about who was empowered make decisions about the management of water and land, and by what means. Under the early Stuarts, the crown and its ministers began to act as instigators and facilitators driving forward fen projects. The use of increasingly coercive methods to suppress and circumvent local opposition became entangled in wider constitutional controversies about the limits of royal authority and definitions of the public good. Wetland communities were active participants in debates about the economy and morality, environments and justice, consent and legitimate authority. Customary politics proved a powerful force, unravelling a litany of proposed projects in the early seventeenth century. This impasse was broken when Charles I launched the first state-led drainage project in Hatfield Level in 1626, yoking coercive authority to transnational expertise.
Audience response systems (ARS) are now a very widespread technological teaching tool within political science, being used as either an opinion polling or an assessment tool in the classroom. This article presents a case study of an in-class demonstration using an ARS within an electoral systems and voting behaviour module to illustrate how these systems can be used in more innovative pedagogical ways to produce ‘teachable moments’ which facilitate high-level learning outcomes. It argues that political scientists should further emphasise the integration of pedagogical knowledge with technology and content knowledge to embed ARS technology within a more transformative learning process in order to amplify students’ understanding of political science concepts and aid the progression of learning.
There has been an increase in the use of e-learning as a form of delivering higher education. Much of the innovation has gone hand in hand with what has been called an ‘evaluation bypass’ and has seemingly been popular because of its economic efficiency. The literature on new technologies tends to be written by those committed to the innovation. They tend to present innovation as a good, regardless of what the innovation is, and ‘resistors’ as in some senses deviant. Using the example of the Higher Education Funding Council for England-funded multimedia project, ‘Doing Political Research’, this paper argues that some degree of scepticism about innovation can be seen as a positive response. Furthermore, the paper argues that the cost-saving arguments put forward by proponents of innovation are illusory. E-learning can be as costly as other means. However, it does offer alternative ways to teach and can be particularly effective at reaching isolated learners. The conclusion is that for e-learning to be effective it must place learning first.
The question ‘what use is mineral magnetism?’ is addressed in this chapter. Magnetic rock-forming minerals can record magnetic information on timescales that exceed the age of the Earth, which enables paleomagnetism to underpin the global plate tectonic paradigm and provide the geomagnetic polarity timescale that is used to calibrate geological time. Paleomagnetic analysis also enables understanding of terrestrial and extraterrestrial magnetic fields and planetary processes that generate these fields and their variations through time. Environmental magnetism exploits the sensitivity of magnetic minerals to environmental processes at Earth’s surface, which facilitates understanding of the climatic, tectonic, or other driving forces of environmental change. The magnetic properties of nanoparticles are also exploited by organisms, as studied in biomagnetism, and are manipulated by humans in industrial, technological, and medical applications, which makes mineral magnetism useful in an exceptional range of fields. This book serves workers in these fields by providing an introduction to mineral magnetism and in-depth treatments of the magnetic properties of terrestrial magnetic minerals.
Answers to the question 'what is medical progress?' have always been contested, and any one response is always bound up with contextual ideas of personhood, society, and health. However, the widely held enthusiasm for medical progress escapes more general critiques of progress as a conceptual category. From the intersection of intellectual history, philosophy, and the medical humanities, Vanessa Rampton sheds light on the politics of medical progress and how they have downplayed the tensions between individual and social goods. She examines how a shared consensus about its value gives medical progress vast political and economic capital, revealing who benefits, who is left out, and who is harmed by this narrative. From ancient Greece to artificial intelligence, exploring the origins and ethics of different visions of progress offers valuable insight into how we can make them more meaningful in future. This title is also available as open access on Cambridge Core.
An account of the making of the Wooster Group’s Rumstick Road, an autobiographical inquiry into the circumstances and legacy of the suicide of Spalding Gray’s mother. (The production, in rehearsal in the fall and winter of 1976, held an open rehearsal in December before opening the following spring.) The chapter considers the Wooster Group’s approach to acting (distinct from the style of its predecessor, the Performance Group), the visual art sources for the production’s imagery and structure, the use of recording technology, the role of the spectator, and the nature of privacy.
This chapter introduces the discussion of the ineluctable obsolescing of the technological apparatus of theatre. Opening with a discussion of the representation of technological and human obsolescence in Star Trek, this chapter repositions the work of media archaeology, which typically excludes theatre from its purview. And yet, in its attention to the operational dimension of lost, dead, or passing technological instruments, media archaeology locates a network of inquiry profitably directed toward theatre. In a reading of the work of Thomas Elsaesser, Wolfgang Ernst, Jussi Parikka, Rebecca Schneider, and others, this chapter introduces the ways apparatus, nostalgia, and obsolescence provide a lens for thinking contemporary theatre.
Children’s play reflects the culture and cultural tools of a community. Digital play and digital tools have evolved over time. Described by Susan Edwards as three generations: First generation: 1980 to early 2000s with the focus was on children’s use of digital technologies; Second generation: 2010 with the availability of the iPad and independent digital activity by children; Third generation: the integration of technologies with children’s socio-material activities and everyday lives.