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The 1972 Stockholm Conference framed environmental degradation and nuclear threats as parallel existential dangers, yet these two policy trajectories diverged in the following decades. While environmental governance expanded rapidly, nuclear disarmament faded from the environmental agenda. The author argues that in the Anthropocene, interlocking risks—such as the geopolitical competition for critical minerals needed for green energy—require a 'single security space' approach that reintegrates peace, development, and environmental protection.

The report examines how COP26 outcomes, such as pledges to end deforestation and phase out fossil fuel vehicles, drive demand for critical minerals in Africa. It emphasizes that while the energy transition offers economic opportunities, mining companies must adopt ESG frameworks and UN Sustainable Development Goals to ensure a 'just decarbonisation process' and avoid community conflict. The document highlights the challenge of scope 3 emissions and recommends that African governments create incentive platforms for decarbonisation.

The document examines how the Ukraine crisis intersects with climate security, emphasizing the need to accelerate the clean energy transition to neutralize Russia's fossil fuel leverage. It details the ecological degradation in Ukraine, including risks to nuclear sites and ecosystems, and warns of global food insecurity due to disruptions in wheat, maize, and sunflower oil exports. Finally, it assesses Russia's own vulnerabilities to permafrost melt and Arctic ice loss, noting that the conflict hinders necessary international climate cooperation.

The briefing analyzes the Biden Administration's 2021 climate security reports, identifying climate change as a 'shaping threat' that necessitates a reexamination of national security assumptions. It argues that climate risks are current and future, wide-ranging, and exacerbate other security concerns, particularly in competition with China. The authors propose five 2022 priorities: mainstreaming climate security in regional strategies, linking adaptation with conflict prevention, maximizing whole-of-government science collaboration, increasing support for allies, and utilizing strategic foresight for worst-case scenarios.

The Inflation Reduction Act of 2022 establishes a series of tax incentives aimed at reducing greenhouse gas emissions to an estimated 42% below 2005 levels by 2030. These provisions cover clean electricity, including the extension of renewable energy credits and support for existing nuclear power; clean fuel production, specifically targeting clean hydrogen, renewable fuels, and sustainable aviation fuels; energy efficiency for homes and commercial buildings; and the adoption of clean vehicles. Additionally, the Act provides incentives for clean energy manufacturing to develop domestic supply chains for technologies such as carbon capture, solar, wind, and battery components.

The report analyzes British Columbia's position in the global transition to carbon neutrality, highlighting a low overall proportion of workers in vulnerable sectors (3%) but significant localized risks in rural communities dependent on metallurgical coal and natural gas. It identifies strong competitive advantages, including the CleanBC roadmap and a low-carbon electricity grid, and notes the growth of 175 transition-supporting companies. However, it warns that policy misalignment and a focus on multinational firms over small-to-medium enterprises may hinder the province's ability to fully capitalize on clean tech opportunities.

The document explains the fundamentals of battery cells, focusing on the critical role of lithium-ion (Li-ion) batteries in electric vehicles (EVs) and renewable energy storage. It details the mineral requirements for cathodes and anodes, highlighting the high geographic concentration of production for graphite, cobalt, and lithium. The guide also analyzes the battery value chain, noting China's dominance in midstream processing and cell manufacturing, and discusses future technologies like sodium-ion and solid-state batteries.

The document defines 'critical minerals' as raw materials essential for renewable energy and clean technology, noting that criticality is context-specific and varies by country. It identifies two primary perspectives on criticality: security and control of supply (emphasized by the US, EU, and Japan) and value capture (emphasized by China, Australia, and Canada). The guide highlights the role of rare earth elements (REEs) in permanent magnets and lists key demand drivers such as e-mobility and decarbonization. It also discusses supply sources, including the significant role of artisanal and small-scale mining (ASM) for cobalt and tantalum, and emerging sources like deep-seabed mining. Finally, it outlines the macroeconomic and geopolitical risks associated with mineral dependency, such as 'Dutch disease' and supply chain concentration.

The document provides a comprehensive overview of critical minerals, which are essential for renewable energy and low-carbon technologies. It distinguishes between two primary perspectives on criticality: supply security (emphasized by the US, EU, and Japan) and value capture (emphasized by China, Australia, and Canada). The text details the importance of rare earth elements, the drivers of demand—such as electric mobility and decarbonization—and the role of artisanal and small-scale mining (ASM). It also highlights the significant increase in mineral requirements for electric vehicles and the global demand projections for 2050, while warning governments about supply risks, macroeconomic volatility, and the 'Dutch disease'.

The document provides a comprehensive overview of critical minerals, which are essential for clean energy technologies and a low-carbon future. It explains that 'criticality' is context-dependent, defined either by supply security (import dependence) or strategic valuation (leveraging abundance). The text highlights the specific role of rare earth elements (REEs), the massive increase in mineral demand for electric vehicles and decarbonization, and the growing importance of artisanal and small-scale mining (ASM) alongside emerging sources like deep-sea mining and phytomining. It concludes by weighing the economic opportunities of value chain development against risks such as production concentration, price volatility, and the 'Dutch disease'.

The report examines how the mining industry must balance the surge in demand for critical minerals needed for low-carbon technologies with the necessity of reducing its own greenhouse gas emissions and adapting to climate-driven risks like water scarcity and tailings dam failures.

The briefing examines the necessity of a just transition in Latin America, warning against the continued reliance on fossil fuel extraction. It highlights the risks associated with 'new' extractive industries for renewable energy minerals and advocates for economic diversification through bioeconomy strategies and investments in innovation and education.

A coalition of organizations urges the U.S. government to oppose deep seabed mining, citing grave risks to biodiversity, carbon sequestration, and the rights of Pacific Indigenous communities. The authors call for a moratorium on mining in the U.S. EEZ and international waters, arguing that the International Seabed Authority (ISA) lacks transparent governance and that critical mineral needs should be met through a circular economy rather than seabed extraction.

The report analyzes the IEA's Net Zero Emissions by 2050 (NZE) scenario, highlighting its call for an immediate end to new fossil fuel supply projects and a 75% reduction in methane emissions by 2030. While acknowledging the NZE as a benchmark for 1.5C alignment, the author criticizes its heavy reliance on carbon capture and storage (CCS), carbon dioxide removal (CDR), and biomass, which the report argues could prolong fossil fuel use and cause land-use conflicts. It further notes that the IEA underestimates the cost-competitiveness of renewables and the risks associated with nuclear energy. The document recommends that financial institutions immediately cease support for new fossil fuel and LNG projects and that the IEA adopt a more precautionary approach to unproven technologies.

The document examines how Sub-Saharan Africa can utilize the energy transition to foster industrialization. It proposes strategies including the creation of green industrial policies, the development of domestic manufacturing capabilities for clean technologies through research and skills transfer, and the strategic use of natural gas and critical minerals to bridge energy access gaps and move up the global value chain.

The document outlines a framework for South African climate diplomacy, emphasizing the need to move beyond the UNFCCC to engage with the G7, G20, WTO, and IMF. It argues that the current global climate finance architecture is unfit for the needs of emerging economies, particularly regarding coal phase-outs and adaptation. The authors recommend a whole-of-government approach to secure 'package deals' that link higher emission reduction targets to concrete financial support, debt relief, and intellectual property waivers for green technology.

The document provides a comprehensive Q&A on battery energy storage, distinguishing between behind-the-meter and front-of-the-meter systems. It highlights how storage enhances grid flexibility, supports renewable energy integration, and improves community resilience during extreme weather. While noting the environmental and health benefits of displacing fossil fuel plants, it addresses safety risks like thermal runaway and the ethical concerns surrounding the mining of lithium and cobalt. It emphasizes the need for inclusive stakeholder engagement and strong policy design to ensure equitable deployment and sustainable supply chains.

The report examines the trade implications of global climate policies on developing nations, particularly in sub-Saharan Africa and least developed countries (LDCs). It finds that while fossil fuel exports face significant short-to-medium term threats due to decarbonization, the transition to renewable energy creates substantial growth potential for non-ferrous metals and specialty minerals. However, the report warns that these opportunities require significant investment and economic diversification to avoid the 'resource curse'. Agricultural exports are less directly affected by energy transitions but remain vulnerable to greenhouse gas intensity standards and consumer preferences in importing markets.

The report examines the global market for lithium-ion batteries and the critical role of lithium and cobalt. It uses Chile and the Democratic Republic of the Congo (DRC) as case studies to illustrate how developing countries can capture value from the electric vehicle (EV) boom while managing risks such as price volatility, technological shifts toward cobalt-free batteries, and social or environmental degradation. The document argues that while lithium demand remains stable, cobalt faces higher uncertainty, suggesting that producer countries should diversify into mining-related services to avoid stranded assets.

The document argues that current U.S. policies are insufficient to protect communities and environments from the impacts of critical mineral extraction. Earthjustice proposes a four-part strategy: boosting the circular economy through recycling and efficiency, reforming the outdated 1872 mining law to mandate cleanup and royalties, setting high labor and environmental standards for imported minerals via certifications like IRMA, and applying a precautionary approach to deep seabed mining to protect ocean ecosystems.