Breaking the Climate Deadlock

Garman, D., K. Emanuel, and B. Phillips
Issues in Science and Technology,
2014

The public debate over climate policy has become increasingly polarized, with both sides embracing fairly inflexible public positions. At first glance, there appears little hope of common ground, much less bipartisan accord. But policy toward climate change need not be polarizing. Here we offer a policy framework that could appeal to U.S. conservatives and progressives alike. Of particular importance to conservatives, we believe, is the idea embodied in our framework of preserving and expanding, rather than narrowing, societal and economic options in light of an uncertain future. This article reviews the state of climate science and carbon-free technologies and outlines a practical response to climate deadlock. Although it may be difficult to envision the climate issue becoming depoliticized to the point where political leaders can find common ground, even the harshest positions at the polar extremes of the current debate need not preclude the possibility.

 

We believe that a close look at what is known about climate science and the economic competitiveness of low-carbon/carbon-free technologies—which include renewable energy, advanced energy efficiency technologies, nuclear energy, and carbon capture and sequestration systems (CCS) for fossil fuels—may provide a framework that could even be embraced by climate skeptics willing to invest in technology innovation as a hedge against bad climate outcomes and on behalf of future economic vitality. Most atmospheric scientists agree that humans are contributing to climate change. Yet it is important to also recognize that there is significant uncertainty regarding the pace, severity, and consequences of the climate change attributable to human activities; plausible impacts range from the relatively benign to globally catastrophic. There is also tremendous uncertainty regarding short-term and regional impacts, because the available climate models lack the accuracy and resolution to account for the complexities of the climate system.