Writing in 1916, shortly after his appointment as ‘Geologist in Charge of Explorations’, the celebrated Canadian geologist and explorer Charles Camsell reflected on the prospects for development in Canada’s ‘unexplored’ Arctic: ‘It is to the mining industry more than any other that we must look for co-operation and assistance in the exploration of our northern regions.’1 Camsell hailed the prospects for mining to launch the transformation of remote, sparsely populated Arctic and Northern regions into prosperous, modern Euro-Canadian settlement frontiers. Nearly forty years later, reflecting on his geological career and the surge in mineral development activity in Canada’s north in the decades around World War II, Camsell confidently concluded, ‘To my mind the whole future of the North country depends primarily upon its mineral wealth.’2 Camsell’s visions of mining’s capacity for transforming the Arctic both echoes and anticipates the ideology of ‘frontierism’ characteristic of industry boosters and state agencies around the circumpolar Arctic.

The conservation status of the taxa in this book is measured using the criteria of the Red List of Threatened Species™. The Red List is overseen by the International Union for Conservation of Nature (IUCN), and categorises species according to extinction risk. This chapter summarises the history of the Red List and explains the criteria used to assess species’ extinction risk, as well as the quality control procedures in place today. This chapter also introduces a new part of the Red List, formalised in 2021: The Green Status of Species, a set of metrics which assess species’ progress towards functional recovery across its range and the impact of conservation actions.

Chapter 2. A “gold standard” means a monetary system in which a defined mass of gold coin or bullion is the unit of account in which prices are posted and accounts kept, and gold coin or bullion is the medium of redemption that ordinary currency and bank accounts promise to pay. Once modern banking developed, the vast majority of money was held and spent in the form of banknotes and deposit transfers, not coins. A monometallic gold standard with bank-issued money avoids problems created by legally imposing bimetallism. A series of supply-and-demand diagrams explains how a gold standard works to determine the quantity and purchasing power of money. The diagrams show how market forces stabilize the purchasing power of gold in response to various shifts in money demand and supply. A major gold discovery can change the purchasing power of gold by altering the supply from mining, but large discoveries were historically rare. The resource costs of a gold standard, the expenditure of labor and capital to extract and coin gold, have been over-estimated by economists who assume away the role of the banking system in economizing on the amount of gold used for transactions.

The chapter provides a comparative perspective on resource extraction with an empirical basis in Svalbard. Is the Arctic comparable to tendencies seen elsewhere, or is it unique? Many regions dependent on extraction face pressures to shift away from unsustainable economies. Social tensions are refracted through this lens, resulting in political conflicts affecting extraction policies. How does resource extraction in the Arctic fit into this pattern? The case analysed is Longyearbyen, Svalbard, which is irreducibly linked to a century of coal mining. The history and possible future of Svalbard relies on taking something out from the environment. In the 1990s, tourism was chosen as the new economic backbone. Research and education were boosted to ensure a continued Norwegian presence. Extraction continues, now directed towards “mining” knowledge (research), experience and memories (tourism), accompanied by insufficient added value locally, growing social inequalities and exploitation of international workforce. Like other communities based on extraction, Longyearbyen is volatile and dependent on forces beyond local control, but it also reflects the fragility of the Arctic.

Underground Mathematics tells the story of subterranean geometry, a forgotten discipline that developed in the silver mines of early modern Europe. Seven case studies describe how an original culture of accuracy and measurement paved the way for technical and scientific innovations. Based on a variety of original manuscripts, maps and archive material, it recounts how knowledge was crafted and circulated among practitioners in the Holy Roman Empire and beyond. Specific chapters deal with the material culture of surveying, map-making, expertise and the political uses of quantification. By carefully reconstructing the religious, economic and cultural context of mining cities, Underground Mathematics argues that practical mathematics fruitfully interacted with the world of humanists, scholars and courts. In doing so, it contextualizes the rise of a culture of accuracy and quantification from 1500 to 1800. Subterranean geometry thus proves relevant to broader discussions in the history of science, technology, and knowledge.

Arctic mining towns are vulnerable to de-industrialization, as most jobs are in a single industry, with long distances to other employers or business opportunities. Other challenges are the legacies of mining that companies leave behind. Research has shown that such legacies can be used for sustaining industrial settlements beyond the end of the industries that supported them. This chapter seeks to understand under what circumstances legacies of mining can contribute to the long-term sustainability of Arctic mining towns in crisis. It explores the history of two Arctic mining towns, Kiruna in Sweden and Schefferville in Canada, and how actors there dealt with the crisis, how they used legacies from the past in this process, and what the outcomes were, after both towns were hit by economic crisis in the 1970s. By using the concepts of re-use and heritagization we show that the possibilities to sustain Arctic mining towns in crisis by creating new values out of mining legacies, depends on several factors: institutions, perceptions of values, and the momentum embedded in socio-technical systems for mining. Local initiatives for sustaining Arctic mining towns in crisis are discussed.

Industrial development and resource exploitation in Arctic Fennoscandia have caused cascading and cumulative effects on environment and people since the late nineteenth century. The increasing demand for minerals and metals to facilitate a ‘green transition’ now pose further challenges for environmental and social management. In this chapter we present local attempts to provide additional knowledge and understanding of the full impact from multiple human activities beyond conventional corporate-led impact assessments. With the aim to reveal the full range of impacts from industrial developments on their livelihood, Laevas, Gabna and Semisjaur-Njarg Sámi reindeer herding communities in Sweden produced their own assessment of cumulative effects based on detailed analysis of their land use needs. The municipal level is an important local land use planning forum. Our case examples from Sodankylä municipality in Finland exemplify how challenging it may be to fully understand and manage cumulative impacts from new industrial projects. We note that effects of climate change are not yet incorporated in any assessments of impacts in any satisfactory manner.

Chapter 1, ‘Of Scholars and Miners’, introduces the discipline of subterranean geometry from the point of view of Renaissance scholars. Early modern humanists were fascinated by the underground world of metal mines. The richness of the geometrical thinking contained in Georgius Agricola’s De re metallica (1556) or Erasmus Reinhold’s On Surveying (1574) is presented. By comparing them with actual productions of contemporary mine surveyors, I further show that these books, despite their lifelike descriptions and illustrations, did not limit themselves to straightforward, faithful depictions of actual practices. Early modern readers were presented with rational reconstructions and pseudo-technical procedures. In spite of a thorough knowledge and a genuine interest for the underground world, scholars mainly used their writings on mines in a patronage context, or to display their interpretation of Euclidean geometry.

Underground Mathematics tells the story of subterranean geometry, a forgotten discipline that developed in the silver mines of early modern Europe. Seven case studies describe how an original culture of accuracy and measurement paved the way for technical and scientific innovations. Based on a variety of original manuscripts, maps and archive material, it recounts how knowledge was crafted and circulated among practitioners in the Holy Roman Empire and beyond. Specific chapters deal with the material culture of surveying, map-making, expertise and the political uses of quantification. By carefully reconstructing the religious, economic and cultural context of mining cities, Underground Mathematics argues that practical mathematics fruitfully interacted with the world of humanists, scholars and courts. In doing so, it contextualizes the rise of a culture of accuracy and quantification from 1500 to 1800. Subterranean geometry thus proves relevant to broader discussions in the history of science, technology, and knowledge.

Contemporary perceptions and discourses of Arctic mining are linked to concerns of local and global futures, especially in relation to climate change and its diverse ramifications for the Arctic and the world. Both the far North and the subterranean world have been imagined as mysterious and enchanted in European mindscapes. This chapter explores how extractive industries in the Arctic, and more generally, are entwined with such beyond-the-rational conceptualizations and the associated long-running fears and dreams linked to otherworldliness and danger but also treasure and a better future. These ideas and perceptions have a substantial affective potential, which is evident in historical and contemporary discourses of mining and the North. We propose that the controversies around and affective qualities of contemporary mines and mining are entangled with the broader cultural ideas and perceptions of the subterranean. The emotional and affective power of mines and mining – their ability to elicit responses such as fear, excitement, and fascination – must be accounted for in order to unravel our complex historically and culturally mediated relationship with the world underneath.

This chapter discusses the role regulation has in preventing socioenvironmental disasters in the Brazilian mining industry. In doing so, the chapter focuses on two issues that may be less commonly associated with disaster law but have consequences that are just as severe. First, this chapter focuses on how industrial disasters, specifically mining dam collapses, are a natural consequence of risk incentivized societies’ anthropogenic activities. While anthropogenic activities are often associated with climate change-related natural disasters, some catastrophes are the sole consequence of calculated risk and industrial activities. Second, instead of focusing on the direct causes commonly associated with natural disasters – human intervention on the environment (leading, for instance, to climate change) and socioeconomic inequality (poverty) – this chapter investigates the impact poor regulatory government has on mining disasters in Brazil. Poor regulatory governance has been associated with industry inefficiency in developing countries, undermining policies that are important to citizens, consumers, and businesses. Because an incentive-based risk society can lead to enormous human and environmental catastrophes, human behavior must be contained through an efficient system of rules and institutions. In other words, by a well-functioning regulatory state.

This chapter shows that the seeds of a global failure to live relationally with the Earth are embedded in colonialism, which is the source of state-powered international law. State-powered international law must be decolonised, and this chapter points to ways this could be done through examining the ‘old ways’ of Aboriginal Peoples of the continent now known as Australia. Those ‘old ways’ sustained and constituted laws for thousands of years and remain our future; always was, always will be, even though colonialism has challenged Aboriginal obligations and relationships to the natural world. Aboriginal laws respected the authority of hundreds of different nations and continue to respect those old ways and authorities in the face of neoliberalism and ongoing colonialism. Colonial Australia denied our existence, yet attempted to demolish our languages and cultures and assimilate the consequences. This chapter interrogates how states could respect and acknowledge all Peoples as having an inherent right to self-determination, and as a consequence, all Peoples as having a right to collectively care for country and benefit from a relationship to land which sustains future generations.

The economy of many parts of Europe changed significantly during the period from 1450 to 1600. The vast majority of Europeans continued to live in villages and make their living by agriculture, but new, larger-scale processes of trade and production shaped both the cities and the countryside, altering the landscape and leading to environmental problems. Population growth and the worsening climate of the Little Ice Age contributed to food shortages, rising prices of basic commodities, and a growing polarization of wealth. In western Europe landless people often migrated in search of employment, while in eastern Europe noble landowners reintroduced serfdom, tying peasants to the land. Rural areas in both western and eastern Europe became more specialized in what they produced, and in cities wealth increasingly came from trade. Investment in equipment and machinery to process certain types of products, such as metals and cloth, increased significantly, with coal replacing increasingly scarce wood in some areas as a source of heat and power. Successful capitalist merchant-entrepreneurs made vast fortunes in banking and moneylending, while the poor supported themselves any way they could.

In the seventeenth century, the economic center of Europe shifted from Italy to northwestern Europe, because of technological advances, institutions that promoted capital accumulation, and stronger networks of exchange in a booming Atlantic economy. The lack of all these made eastern Europe the least prosperous part of the continent. In western Europe, new crops and crop rotation patterns, improved livestock breeding, the draining of marshes, and other developments led to significant growth in agricultural productivity, though they were also socially disruptive. Demand for new consumer goods increased, spurring both global trade and local production. With a slight improvement in the climate in the middle of the eighteenth century, along with new food crops, better public health measures, and other factors, the population of Europe began to rise more swiftly than it had beforehand. Many people combined agricultural work with handicraft production, or migrated to cities in search of work, gathering together in manufactories organized by investors. Work increasingly involved the use of machines powered by hand, animals, water, wind, and – by the eighteenth century – coal. This transformation occurred first in cloth production, and then in mining, with negative effects on air quality and the environment.