Abstract

In lieu of an abstract, here is a brief excerpt of the content:Extractivist OntologiesLithium Mining and Anthropocene Imaginaries in Chile's Atacama DesertMauricio F. Collao Quevedo (bio)The term energy transition generally refers to efforts to switch from one energy system to another. In light of the current climate crisis, energy transition projects have sought to move societies away from their reliance on fossil fuels and toward a renewables-based energy system. Yet such projects have not been easy to undertake. As Marie Forget and Vincent Bos point out, an energy system based on renewables requires a transformation of energy "regulatory frameworks, technical and organizational structures, geographic forms and network practices" (1). More specifically, current energy transition models rely on the expansion of lithium production, accompanying systems of private property rights, and complex logistical and technical strategies. This article examines the interplay between lithium extraction, national development, and Anthropocene imaginaries in Chile's Atacama Desert, arguing that the green brand of extractivism that characterizes the industry relies on elaborate institutional arrangements aimed at expanding and protecting extractivist ontological and epistemological regimes in the politically contested region. As such, struggles over lithium in Chile's Atacama region demonstrate the extent to which efforts to decolonize the Anthropocene and make possible non-extractive futures of collective survival must unfold on ontological grounds, against the consolidation of the Age of Man.Mining, Water Rights, and Indigenous Communities in the Atacama DesertAmong today's most promising energy sources and materials are sodium, copper, sulfur, nickel, cobalt, rare earth metals, and lithium. These [End Page 78] have become central to energy transition strategies and states seeking to attract investors for development (Lunde Seefeldt). As a report by the World Bank points out, demand for transition minerals like lithium, cobalt, and graphite could increase by 500% by 2050 ("Climate-Smart Mining"), highlighting the extent to which global energy transition efforts are counting on greater extraction of transition minerals and the expansion of extractive frontiers to previously unexplored or unexploited regions (Moore, Capitalism; World Bank Group). Lithium is at the center of this economic and technological shift toward green economies.Global lithium demand is growing rapidly, with investment and production rates growing significantly in recent years (Narins) and catching the attention of states (e.g., China) and corporate tech giants (e.g., Tesla) that are already trying to secure greater shares of the global market. The light metal's popularity is largely due to its internal chemistry, which meets many of the technical and practical requirements associated with green energy transition. Lithium is light, conducive, and energy-dense, which in the context of batteries means faster recharge, lower costs, and charge-holding abilities that make lithium-ion batteries more efficient than a nickel-metal hybrid equivalent (Perotti and Coviello). Because of this, lithium is increasingly being considered as promising for human development and survival as its energy predecessors, inspiring labels such as "white gold," "white petroleum," "the new copper," "the 21st century's petroleum," or the "new gasoline" of sustainability (Acuña and Tironi; Lunde Seefeldt; Voskoboynik and Andreucci).But the industry is not without its downsides. The negative impacts of lithium extraction in Chile's Atacama Desert have been challenged by local communities for whom the metal does not exist as a discrete entity that can be easily extracted from its socioecological context. For many of these communities, lithium is more than a transition metal found in an appropriable and materially heterogenous underground brine: it is an ontologically contested, socioecological entity that sustains and participates in complex webs of life-supporting, place-based, and more-than-human relations. Such accounts of the brine are radically incompatible with "official" state accounts of it, which are maintained through an institutional architecture that allows the ontological basis of the brine to be manipulated for extractive purposes by both corporate and state actors.In the following pages, I examine the ways in which Chile's legal and institutional arrangements, informed by imaginaries of green modernization, [End Page 79] create conditions under which extralocal actors can manipulate along extractivist lines the ontological ambiguity and material heterogeneity of lithium-containing brines in the salt flats of the Atacama Desert. Through an analysis of the ways in which lithium industries in the...