7: Global Socio-Ecological Systems
- Page ID
- 339363
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Introduction
When you throw something away, do you know where that “away” is? For many people, the answer is no. That disconnection is not accidental. It is built into modern systems of production, circulation, consumption, and disposal. Municipal waste services make garbage appear to vanish. Water arrives through pipes. Electricity seems to appear at the flip of a switch. Food comes wrapped, refrigerated, and ready to consume. Yet each of these conveniences depends on long chains of extraction, labor, transportation, and discard. From a sociological perspective, environmental issues are never merely technical or natural problems. They are social facts produced through institutions, markets, states, colonial histories, infrastructure, inequality, and struggle. The journey of a plastic bottle, a smartphone battery, or a bag of household trash can therefore illuminate much larger questions about globalization, power, and social change.
This chapter examines world socio-ecological systems by moving from familiar everyday practices to broader planetary processes. It begins with waste because waste offers an especially clear entry point into the relationship between global and local dynamics. From there, the chapter widens its scope to include water, air, chemicals, energy, and biodiversity; situates these issues historically in the rise of industrial capitalism and international environmental governance; and then turns to major interpretive frameworks, including the tragedy of the commons, the Anthropocene, counter-hegemonic critiques such as the Capitalocene, environmental justice, planetary boundaries, and world-ecology. Particular attention is given to Jason Moore’s intervention, which pushes analysis beyond a narrowly economic reading of Wallerstein’s world-system by insisting that capitalism itself is a world-ecological regime of power, accumulation, and life-making (Moore, 2015, 2016).
By the end of this chapter, students should be able to:
- Explain how environmental crises are socially produced.
- Analyze how industrialization, capitalism, colonialism, and inequality shape world socio-ecological systems.
- Compare the Anthropocene, Capitalocene, world-systems analysis, world-ecology, planetary boundaries, and environmental justice.
- Evaluate competing models of sustainability and just transition.
- Apply these frameworks to contemporary conflicts over waste, extraction, energy, and climate governance.
Flip a light switch, charge your laptop, or turn on the air conditioner. These ordinary actions depend on complex socio-ecological systems that stretch far beyond your home. The electricity may come from natural gas, coal, nuclear power, hydropower, wind, or solar energy, while the infrastructure that delivers it depends on minerals, technologies, workers, corporations, governments, and global supply chains. Looking more closely reveals several dimensions of globalization. Environmentally, energy production can contribute to pollution, climate change, resource depletion, or new demands for minerals used in renewable technologies. Economically, access to relatively inexpensive energy supports production, transportation, and consumption. Politically, energy resources and technologies influence relationships among countries and questions of energy security. Socially, access to electricity and exposure to environmental harms remain unevenly distributed across communities and regions. Even transitions toward cleaner energy raise questions of environmental justice: Where do the minerals for batteries and solar panels come from? Who performs the labor? Who benefits from the energy produced? And who bears its environmental costs?
- 7.1: A Planetary Overview
- This section provides a planetary overview of major environmental concerns, including waste, water and air quality, chemicals, biodiversity, natural resources, and energy. It also uses world-ecology to connect environmental change to capitalism, inequality, extraction, and global energy systems, highlighting how environmental benefits and burdens are unevenly distributed.
- 7.2: The Environment and Society
- This section examines how environmental problems are shaped by social systems, economic structures, and unequal power. It introduces competing ways to understand environmental crisis, explores climate change and shared resources, and highlights how environmental risks and harms are distributed unequally across communities.
- 7.3: Problems, Approaches, and Futures
- This section examines how energy, climate change, and environmental problems are shaped by geopolitics, inequality, and collective action. It compares approaches such as technological innovation, sustainable development, environmental justice, and just sustainability, while exploring alternative futures centered on equity, community, and ecological well-being.
- 7.4: References
- This page provides the full list of sources, including books, journal articles, and reports, cited throughout the chapter.
- 7.5: Student Resources
- This page provides key learning resources for students, including important terms, review questions, and suggestions for further study to support understanding of the chapter’s main ideas about global institutions and organizations.
Attribution
Thumbnail: “Climate Strike” by Mark Dixon, via Wikimedia Commons, licensed under CC BY 4.0