book project

Land of Data: Land Use Politics and the Limits of Digital Growth

Key words: digital economy, digital infrastructures, land use, digital labor, data centers, environmental media studies, critical data studies, digital geographies 

As the digital transformation of society continues to expand exponentially, so too has the demand for digital infrastructures. But construction of industrial-scale digital infrastructures to support these activities occurs in uneven patterns with uneven consequences for local and globally dispersed communities. Through an ethnography of digital expansion in Northern Virginia and Southern Inland California, where digital industrialists have been aggressively expanding to support their data-intensive operations, this book shows how local policymakers, developers, and digital industrialists form coalitions to prioritize their vision of digital growth while overlooking the long-term and geographically expansive impacts. Building on work in environmental media studies, science and technology studies, and critical digital geographies, this book presents the concept of the "digital growth machine" – a social, political, and infrastructural project which prioritizes short-term economic growth over long-term environmental and social impacts of digital expansion. The digital growth machine exploits local political conditions to convert land from rural and agricultural land to make way for digital expansion; controls and commands workers through digital infrastructures to meet the demands of digital growth; and obscures the widespread environmental impacts of digital growth through regulation gaps and narrow industry reporting.

Digital growth boosters rehearse familiar arguments to justify their continued expansion: uninterrupted global connectivity, exponential economic growth, increased production efficiencies, provision of new jobs and careers, and reduction in environmental impacts due to advancements in new technologies. And yet, while digital growthism has become naturalized in our social relations, it is far from settled. Opponents of the digital growth machine create data friction through land use protests, resistance to datafied labor processes, and through targeted policy interventions to slow the harmful environmental impacts of misguided digital growthism. By attending to moments of tension and rupture in local politics around land use decisions, environmental and energy policy, and data-driven workplace practices, this book reveals how our misguided commitment to limitless digital growth can be overcome through collective action and refusal. As more of our digital tools, platforms, and devices are being built upon these core digital infrastructures, it is crucial we understand how the logics of the cloud and imaginaries of endless digital growth increasingly collide with the politics of land, labor, and waste.

exhibit & co-written book project

Geographies of digital wasting: from mine to discard and back again

How can efforts to ‘green the internet’ account for the global flows of digital wasting produced throughout the tech supply chain in a globally dispersed, decentralized internet? This project brings together a transnational team of researchers working in different sites from Zimbabwe, Taiwan, Greenland and Iceland and the United States to understand how digital waste moves through different life phases from extraction of rare earth minerals, to operational and consumption in cloud computing and logistics, through to the management of e-waste recycling and discard at the end of the lifecycle. Expanding our understand of digital waste beyond the post-consumer lens of e-waste as a thing that happens at a certain point in time, we focus on the human and material costs of digital wasting as a process, how it flows through different global sites at different times, and the challenges of raising awareness around the harms of digital wasting.

As a research team, we assert the need to broaden our definition and understanding of e-waste to include waste generated at all points in tech supply chains, and by illuminating the unequal flows of this waste from the Global North to the Global South. The implications of connection-making across contexts in our research cannot be overstated: as climate change continues to shape life on our planet, we know that its effects will be distributed disproportionately along political, racial, and economic lines. Our research aims to support an increased understanding of the Internet’s role in environmental changes and their subsequent ecological and human costs, while also informing policy and practices to combat the climate injustices associated with the e-waste. This project also models a method for doing collaborative, global research that works across multiple regional contexts.

mapping project & web app

Mapping Amazon’s
Digital Geographies

more information on this project to come in Summer 2024

educational video

Toxic Clouds and Dirty Data

Data centers are the physical location where cloud-connected devices and platforms store and retrieve data, which keeps the global internet running. Like any factory, data centers take up a lot of space and use a lot of energy and water to cool the computer servers and make sure your Netflix, Hulu, and HBO stay connected whenever you want them. Besides the huge amount of water and energy data centers consume, they also produce noise pollution, and tonnes of e-waste, which then has to be broken down, shredded, smelted, shipped off-shore for processing, or thrown into landfill

With the increasing threat of climate catastrophe, data centers are facing a confluence of existential threats from water scarcity, to increased blackouts due to overheating, to bomb threats, among other issues. 

This short educational video explains some of the concerns around our increasing reliance on data centers and why we might need to rethink what kinds of digital futures we are building today.

The video aired on public community access television in Philadelphia (PhillyCAM) in December of 2022.

This video was generously supported by The Kleinman Center for Energy Policy and
the Internet Society Foundation.