7: Environmental Dimensions and Sustainability

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Miloni Gandhi
De Anza College

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Environment, Energy, and the Unequal Costs of a Connected World

World map made by plants — Figure \(\PageIndex{1}\): Map of the world made of plants. (Photo by A Chosen Soul on Unsplash).

You throw something into the trash. It disappears. At least, that is what it looks like. You plug in your phone and electricity appears. You order something online and a box arrives. You fill your car, turn on the air conditioner, replace an old laptop, buy a new pair of shoes, stream a movie, eat dinner, or toss a plastic container into a blue recycling bin. Modern life is remarkably good at making complicated systems feel simple. That simplicity is an illusion. Your trash went somewhere. Your electricity came from somewhere. The minerals inside your phone were extracted somewhere. The package at your door required fuel, infrastructure, labor, land, warehouses, roads, ships, planes, data centers, and energy. Even the cloud is not floating in the sky. It lives in buildings full of servers that require electricity, cooling systems, water, minerals, and physical infrastructure.

Globalization has become extraordinarily good at moving things. It has also become extraordinarily good at moving consequences. Pollution can be transferred downstream. Carbon emissions enter a shared atmosphere. Electronic waste can cross borders. Energy dependence can reshape foreign policy. Mining for the technologies needed to reduce fossil-fuel use can create new conflicts over land and water. Climate disasters can devastate communities that contributed relatively little to the emissions driving global warming. Suddenly, an environmental issue is not only an environmental issue. It is economic because resources have prices. It is political because someone writes the rules. It is social because risks are not distributed equally. It is historical because today's patterns of production and consumption did not appear out of nowhere. It is cultural because communities understand land, nature, ownership, and responsibility in different ways. And it is global because the benefits and consequences routinely cross borders. That is exactly why environmental questions belong in Global Studies.

The Question Behind the Chapter

This chapter begins with a deceptively simple idea: There is no “away.” What looks like disposal is usually relocation. What looks like cheap energy may contain costs that somebody else is paying. What looks like an environmental solution in one place may create a new environmental problem somewhere else. Our job is therefore not simply to identify environmental problems. We are going to follow them. Where did this come from? Where does it go? Who benefits? Who carries the risk? Who has the power to make decisions? Who is missing from the story? And perhaps the hardest question of all: what would a genuinely sustainable global system require us to change?

Learning Objectives

By the end of this chapter, you should be able to:

Analyze environmental challenges as interconnected ecological, economic, political, and social systems.
Explain how industrialization, fossil fuels, colonial extraction, and mass consumption contributed to contemporary environmental change.
Compare major approaches to governing shared environmental resources, including the tragedy of the commons and institutional approaches to collective action.
Analyze global waste and energy systems through the lenses of environmental justice and unequal exchange.
Evaluate the geopolitical and social consequences of the global transition toward renewable energy and critical minerals.
Distinguish between climate change as a global physical process and climate vulnerability as an unequal social and political condition.
Assess the possibilities and limitations of individual consumption, markets, technology, and public policy as responses to environmental problems.
Apply systems thinking to questions of sustainability, justice, responsibility, and environmental governance.

Before we decide how to solve an environmental problem, we need to understand what kind of problem we are looking at. That turns out to be harder than it sounds, because nature does not organize itself into textbook chapters.

7.1: Introduction - Core Environmental Concerns
This page emphasizes the importance of systems thinking in analyzing environmental issues, highlighting the interconnection between the environment and the economy. It discusses climate change as part of wider environmental changes, including biodiversity loss and resource depletion. The text illustrates feedback loops and externalities that can lead to significant cascading effects and overlooked costs in economics.
7.2: How did we get here?
This page examines the significant effects of industrialization and fossil fuel extraction on the environment and human societies, particularly post-1945. It discusses how coal, petroleum, and natural gas have shaped production and consumption, and introduces the concepts of Anthropocene and Capitalocene to highlight inequalities in responsibility.
7.3: Who owns the atmosphere?
This page examines the "tragedy of the commons" concept, explaining how individual choices can harm the environment. It contrasts Garrett Hardin's view with Elinor Ostrom's perspective, which emphasizes community cooperation in resource management. The discussion includes the complexities of global challenges such as climate change, where nations have differing responsibilities.
7.4: Throw it Away
This page explores the complexities of waste, particularly electronic waste, and its environmental justice implications. It outlines the lifecycle of electronic devices, emphasizing the disproportionate environmental costs faced by marginalized communities. The content advocates for responsible product design, extended producer responsibility, and circular economy principles to effectively reduce waste and combat systemic inequality, rather than just recycling efforts.
7.5: Flip the Switch
This page explores the intricate relationship between energy, power, and geopolitics, emphasizing the hidden geopolitical and social implications of electricity. While energy is vital yet unevenly accessible, its role in international relations is evident in historical oil dependencies. The move towards renewable energy introduces new geopolitical challenges related to sourcing and industry.
7.6: The Green Transition has a Mining Problem
This page discusses the critical role of minerals in the transition to clean energy, emphasizing the environmental costs of their extraction and the justice issues that arise. It highlights the tension between economic benefits and ecological risks, particularly in regions like Indonesia, where local communities face challenges from mineral processing. The concept of green extractivism raises concerns about the shifting of burdens to marginalized communities, particularly Indigenous groups.
7.7: Climate Change is Global. Vulnerability is not.
This page explores the intricate relationship between social factors, climate responsibility, and mobility, revealing how wealth and infrastructure influence communities' adaptation to climate challenges. It addresses the uneven distribution of emissions and emphasizes that wealthier nations can better allocate resources for adaptation, raising ethical questions about responsibility for vulnerable populations.
7.8: Can We Consume our Way Out of This?
This page examines ethical consumption and environmental responsibility, highlighting constraints on individual choices due to larger systems. It suggests that while actions like recycling and buying Fair Trade can help, they don't tackle systemic issues affecting market dynamics.
7.9: The Future is not "Environment vs Economy"
This page explores the critical link between sustainability, justice, and environmental limits, arguing against the separation of economy and environment. It highlights the political dynamics involved in sustainability, emphasizing the need for holistic, transformative responses that address inequality and community empowerment in decision-making.
7.10: Discussion
This page explores the complexities of climate change through Hardin's tragedy-of-the-commons and Ostrom's governance models, prompting readers to evaluate and argue for the applicability of each framework. It addresses the dual aspects of green technology expansion—its benefits and injustices—while emphasizing the importance of differentiated accountability in distributing environmental responsibilities among various actors, challenging the notion of a collective approach.
7.11: Assignments
This page presents three assignments focused on environmental impact and sustainability. The first assignment involves analyzing the life cycle of a common object to understand its environmental effects and suggest improvements. The second assignment evaluates a country's energy transition, considering stakeholder tradeoffs.
7.12: Key Terms
This page outlines significant terms in environmental studies, covering themes like climate change, sustainability, and social equity. It defines concepts such as "Adaptation," "Environmental Justice," and "Circular Economy," while also addressing issues like "Climate Justice" and inequalities in environmental impacts. Additionally, it introduces important frameworks such as "Planetary Boundaries" and "Polycentric Governance," which are vital for comprehending global environmental issues.
7.13: References
This page compiles a diverse array of works cited on environmental issues, climate change, and social justice, highlighting the global e-waste crisis and its effects on marginalized communities. It discusses foundational concepts like the Anthropocene and the 'tragedy of the commons', advocating for just transitions in sustainable economies.

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Learning Objectives