Energy

This chapter appears in Handbook of the Anthropocene: Humans between Heritage and Future.

Nuclear waste epitomizes the Anthropocene. Scientific discovery of nuclear fission in the 1930s ushered in the atomic age. The onset of nuclear weapons and nuclear energy production in the 1940s and 1950s then created a uniquely human problem with planetary implications. Today, 33 countries operate 442 nuclear power reactors, and nine countries possess nearly 13,000 nuclear arms. The result is high-level waste that is dangerously radioactive for millennia to come. Yet, there has never been a permanent waste solution in place. Technically feasible long-term nuclear waste storage options exist, but nearly all governments prefer riskier interim plans hidden from public view and debate. This chapter considers the likelihood of societies addressing the contentious environmental and economic politics of deep geological repositories; and it asks, how long will obfuscation of the risks of this unique Anthropocene challenge continue?

Hand-Off details the Bush administration’s national security and foreign policy as described at the time in then-classified Transition Memoranda prepared by the National Security Council experts who advised President Bush. Thirty of these Transition Memoranda, newly declassified and here made public for the first time, provide a detailed, comprehensive, and first-hand look at the foreign policy the Bush administration turned over to President Obama.

The Environment and Natural Resources Program’s Future of Hydrogen project published several papers this year investigating renewable hydrogen production, use, and trade between countries. In the following interview, Senior Fellow Nicola De Blasio and Research Fellow Laima Eicke share their insights on green hydrogen's growing economic and political momentum. 

This chapter in The Palgrave Encyclopedia of Urban and Regional Futures presents a taxonomy of photovoltaic installations based on who owns them and uses their electricity, making it easier to identify solar energy communities in urban environments and map their economic, environmental and social benefits. 

In February and March, Belfer Center Student Fellow Winnona DeSombre and Environment and Natural Resources Program Director Henry Lee testified before the U.S.-China Economic and Security Review Commission in Washington, D.C. During separate hearings on China’s capabilities and plans related to cyber and to energy, DeSombre and Lee recommended actions Congress should take for the U.S. to remain competitive with China.

Capital Choices analyzes the creation of different SWFs from a comparative political economy perspective, arguing that different state-society structures at the sectoral level are the drivers for SWF variation. Juergen Braunstein focuses on the early formation period of SWFs, a critical but little understood area given the high levels of political sensitivity and lack of transparency that surround SWF creation. Braunstein’s novel analytical framework provides practical lessons for the business and finance organizations and policymakers of countries that have created, or are planning to create, SWFs.

Whether they regard it as competitive, cooperative, or confrontational, virtually all observers agree that the U.S.-China relationship is consequential. From cyber norms and AI to military tensions in the Taiwan Strait and the global struggle to turn the tide on climate change, how Washington and Beijing manage their shared future will shape the globe for decades to come. Through research and relationship-building, the Center is dedicated to helping the U.S. and China collaborate and compete without conflict.

While China is building nuclear reactors faster than any other country in the world, major constraints may limit nuclear energy’s ability to grow to the scale of hundreds of gigawatts that would be required for it to play a major part in decarbonizing China’s energy system. This chapter explores the major constraints on, and risks of, large-scale nuclear energy growth in China, and how both new policies and new technologies might address them. It focuses particularly on the two biggest constraints – economics and siting. Substantial government policies to support nuclear power and advanced reactor systems designed to address some of the key constraints are both likely to be needed for nuclear to have a chance of playing a major role in decarbonizing China’s energy system; nuclear energy’s role may be bigger in the second half of this century than in the first half.

How can China make good on its pledge to reach carbon neutrality by 2060? In Foundations for a Low-Carbon Energy System in China, a team of experts from China and the United States explains how China's near-term climate and energy policies can affect long-term decarbonization pathways beyond 2030, building the foundations for a smoother and less costly national energy transformation.

The Arctic Innovation Lab, organized by the Belfer Center’s Arctic Initiative, brings international student leaders together to present innovative solutions to complex challenges facing this vulnerable region. With topics such as food security, geopolitics, and waste management, 13 students pitched their ideas at the October 2019 Arctic Circle Assembly in Reykjavík, Iceland, the largest annual global gathering on Arctic issues.