On February 28, 2022, the U.S. Supreme Court heard oral arguments for the landmark West Virginia v. EPA case, involving the scope of powers delegated to the U.S. Environmental Protection Agency (EPA) through the Clean Air Act. The Court’s decision will affect administrative law, and could have major consequences for environmental law, particularly the Agency’s power to regulate greenhouse gas emissions and take action on climate change.

At this point in time, climate change pervades every aspect of contemporary life. It is a persistent current through our lives and, increasingly, throughout the law. One would be hard-pressed to find any area of law that has not or will not soon be touched by climate change. The onset of climate change has prompted decades worth of deep and wide efforts to reshape law and policy. Yet, alongside this development, there is also erosion.

The European Union, China, California, and a number of U.S. states in the Northeast are currently using emissions trading as part of their efforts to reduce greenhouse gas (GHG) emissions. However, the popularity of emissions trading as a policy tool co-exists with a well-established, and increasingly politically powerful, set of critiques of it in the United States. These critiques come from environmental justice advocates as well as some academics and other observers.

Efforts to hold major greenhouse gas emitters accountable for the harms caused by global climate change have been consistently frustrated at the procedural stages of litigation in U.S. federal courts. This Article explores using a combination of class action mechanisms to engage with these threshold barriers and hold carbon-major corporations responsible for climate impacts.

The Paris Agreement’s goal to hold warming to 1.5°-2°C above pre-industrial levels now appears unrealistic. Profs. Robin Kundis Craig and J.B. Ruhl have recently argued that because a 4°C world may be likely, we must recognize the disruptive consequences of such a world and respond by reimagining governance structures to meet the challenges of adapting to it.

The Tana River in northernmost Norway is the most diverse Atlantic salmon river in the world. Its native salmon population has declined dramatically and resulted in a fishing ban that has affected indigenous life and distressed the local economy. Concern is mounting over the secondary infestation of Pacific pink salmon, transplanted decades ago, which creates a potential threat to the river’s genetic diversity and challenges the regime structures of international fisheries.

While climate policy typically focuses on future decarbonization 10 to 20 years out, temperatures continue to rise. Greenhouse gases emitted upfront from the materials fabrication, construction, and renovation of our physical environment—embodied emissions—accelerate the rate of global warming now. They increase atmospheric carbon before our buildings and infrastructure are even used.