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Matching standards to performance. The effective environmental manager must be aware of the mandates and professional standards that they and their programs are accountable to, as well as be able to demonstrate the performance and achievements of the programs they manage. Knowing your lateral operational limits and performing effectively and efficiently is not only critical to the career trajectory of the environmental manager but, more importantly, requisite for them to protect human health and the environment.
Chapter 1 introduces the book's key concepts: utopianism, speculative fiction and the Anthropocene. I start by defining utopianism in terms of the "education of a desire for alternative ways of being." The chapter then shows that the current climate crisis necessitates a fundamental reorientation of our cognitive and affective frameworks. This can only be achieved, I maintain, with the help of various kinds of social dreaming, spurred by theory building and storytelling. In a second step, I discuss the background against which my analysis proceeds – the Anthropocene. In a concise fashion, different interpretations of, and objections to, the basic premise of a "human planet" are reviewed. Third, the chapter outlines the disciplinary perspectives informing this approach: political theory, utopian studies and the environmental humanities. Another section covers the book’s methodology and explains two central ideas behind my case selection: constellation and plot line. The chapter concludes with a synopsis of the ensuing argument.
Chapter 4 deals with one of the most prominent themes in contemporary utopianism: the notion that science and technology can somehow be harnessed to elevate humanity beyond the current impasse. My argument entails that ecomodernism – the proposition that scientific and technological progress will exert a thoroughly positive impact on the Anthropocene – should be understood as a distinctive type of social dreaming. I analyze this constellation by first reconstructing various theoretical defences of ecomodernism. The chapter thus demonstrates that ecomodernism constitutes a broad movement in which both right- and left-wing defenders of scientific and technological progress have found ideological homes. In a second step, I embark on a reading of what is the most systematic endeavour to fictionally work through the profound contradictions and ambiguities of an ecomodernist response to climate change: Kim Stanley Robinson’s Science in the Capital trilogy. Robinson’s oeuvre involves a meditation on how an optimistic response to the Anthropocene could organically grow from within the status quo, thereby eschewing both fatalistic resignation and arrogant hubris.
A goal without a plan is just a wish. Antoine de Saint-Exupéry, c. 1940
Strategic planning and diffusion of innovations. The effective environmental manager must be able to conduct strategic planning and be able to diffuse innovations into the communities and regulated entities that they work with. Strategic planning is a skill not often taught to, yet often expected of, managers. And getting people to try new ways of doing this is not easy and requires effective planning to accomplish. You can develop the most effective solution possible for a problem but if you cannot diffuse it, i.e., get stakeholder buy-in, and do not create a plan to support it – logistically, operationally, or otherwise – then it will not work.
Situational analysis – i.e., understanding the situation. The successful environmental manager must be able to effectively analyze complex and often conflicting information, directions, and stakeholders when managing the environment. This skill we call situational analysis. This is a skill that requires the environmental manager to analyze and translate the management factors in terms of a situation summary – which issues, legal trends, specific laws, jurisdictions, policy participants, policy processes, barriers to communication are applicable – and make management recommendations to address the situation. This is an “everyday” or field skill that managers should use; however, as you will note in subsequent chapters, it is also closely related to strategic planning. It is a skill equally important to public, private and not-for-profit environmental managers in terms of regulating pollution, complying with regulations and understanding those you wish to influence.
In this article, we explore tourism development as an ongoing becoming-with and in the world. We draw on Haraway’s concept of worlding to describe the coming together of tourism not as a solitary or industry-related endeavour, but as entangled. We introduce the analytical concepts of frictions, companions and string figures to exemplify and discuss what this looks like when stepping closer to the tinkering with tourism. The article illustrates and discusses ways to re-conceptualise tourism development not as a simple solution to local problem, but as world-making in tension. We abstain from identifying “good” tourism and claims of how to pursue ways to “fix” tourism, instead tending to how tourism actors imagine and tinker with and around tourism towards more livable futures in a turbulent terrain.
Roald Amundsen’s exact route from the top of the Axel Heiberg glacier to the South Pole and back in 1911–1912 has always been somewhat unclear because he never observed his longitude during his southern journey. His approach was simply to steer approximately in a true southerly direction by magnetic compass as long as obstacles did not force him to deviate. The fact that he only knew approximately where he was most of the time on the polar plateau never caused any severe problems for him, but it complicated the search for a depot during the return journey. Based on Amundsen’s bearings of some peaks in the Transantarctic Mountains, in combination with his compass courses adjusted with accurate values for the magnetic declination at the time, this paper elucidates Amundsen’s actual route across the polar plateau in 1911–1912. The main result is that Amundsen must have taken a more easterly route than what previously has been assumed.
Reliable access to Arctic research infrastructure is critical to the future of polar science. In cultivating proposals, it is essential that researchers have a deep understanding of existing platforms when selecting the appropriate research site and experimental design for projects. However, Arctic infrastructure platforms are often funded as national assets, and choices for what would be the best platform for the project are sometimes at odds with a researcher’s ability to gain access. Researchers from Arctic and non-Arctic nations are poised to benefit from reducing barriers and increasing cooperation around transnational access to Arctic infrastructure, allowing scientists to successfully execute the research that is most needed rather than what is just logistically feasible. This commentary provides a summary of findings from a workshop held at the 2021 Arctic Science Summit Week to discuss navigating “transnational” or “cross-border” access to national research infrastructure. This workshop brought together users and operators of Arctic infrastructure platforms with the three goals of identifying challenges, best practices, and possible next steps for improved collaboration.
Longyearbyen, Svalbard, has become showcase of Arctic climate change. However, we know little about how these changes are dealt with locally. This article aims to fill this gap by examining climate change impacts and adaptation in a non-Indigenous “community of experts” and sets out to 1) describe observed changes and perceived societal impacts of climate change and 2) discuss adaptation measures and related understandings of adaptation. The research consists of ethnographic fieldwork and interviews with planners, engineers, architects, scientists, construction workers and local politicians. The research finds that climate change impacts the built environment in Longyearbyen, and that there is vast awareness of and concern related to these impacts. There is a substantial knowledge base for adaptation, and a special trust in scientific knowledge, skills and experts. The interview partners consider adaptation as necessary and feasible. Adaptation is understood and implemented as technical responses to physical problems, rooted in a modernist understanding of the environment as separated from humans, who can control it through technical means. This suggests a narrow understanding of adaptation that might fail to address more socially transformative processes.
The article is dealing with indigenous peoples’ sustainability issues in Russian Arctic labour market. There we surveyed 74 indigenous communities and 32 municipal unitary enterprises in the Arctic. Obtained data helped to identify demanded occupations for indigenous peoples in the Russian Arctic for the period of 2035. It turned out that 75% of respondents continue working in occupations that are traditional for indigenous peoples (reindeer farmer, coastal fisherman, whale hunter etc.) in the Russian Arctic, 25% continue working in occupations demanded in Arctic labour market mainly in social sphere (doctor, teacher and kindergarten teacher). Both Rosstat data and indigenous peoples’ surveys’ results indicated that indigenous peoples are usually not enrolled in vocational educations programmes. After graduating both schools and boarding schools, indigenous peoples usually do not continue their education. They also have a high disposal rate at tertiary vocational education organisations in case they are enrolled. Unequal access to education as well as labour market is a strong characteristic of indigenous peoples in the Russian Arctic.
Resource development in unconventional oil and gas plays is sometimes accompanied by unintended earthquakes, known as induced seismicity. To date, the largest such induced events have been the September 2016 5.8 MW Pawnee earthquake in Oklahoma, and the December 2018 5.2 MW earthquake in the Sichuan Basin. These earthquakes were triggered by different industrial processes, namely saltwater disposal (Pawnee) and hydraulic fracturing (Sichuan Basin). Current models indicate that such induced earthquakes occur by activation of a pre-existing fault system due to some combination of increased pore pressure, a change in fault-loading conditions arising from poroelastic effects, or precursory slow fault slip. This chapter provides a tutorial and review of basic underlying principles of induced seismicity and an overview of regulatory measures, along with several current research themes including tools for screening risk and forecasting maximum magnitude. These concepts are illustrated by case studies from the USA and western Canada.