Illustrates pathways to achieve an 80 percent economy-wide emission reduction by 2050.
Indicating that climate change mitigation could be economically beneficial, adding more than a million jobs by 2030 and up to 2 million jobs by 2050.
Offers a whole economy plan from 2015 and 2050, projecting costs of just 1 percent more than current U.S. energy costs, and benefits 7 times greater than these costs.
Develops an energy, economic and infrastructure planning model that compares energy scenarios through 2050.
Evaluates the infrastructure and technology changes required to reduce U.S. GHG emissions in the year 2050 by 80% below 1990 levels.
Develops a blueprint to help action policymakers and businesses address the inter-connected concerns of innovation, technical feasibility, cost-effectiveness, an enabling policy environment, and the need for social equity.
Considers whether nitrous oxide emissions should be subject to direct regulation, what role EPA should play using its existing Clean Air Act authority, and more.
A scientifically robust, straightforward, readily implementable, and widely adoptable N2O emissions reduction offsets methodology that can be used by farmers to create GHG emissions offsets under multiple existing offsets standards.
Provides guidance on how to quantify, monitor, and verify greenhouse gas emission reductions from improving nitrogen use efficiency in crop production.
The primary regulatory authority to control HFCs, which includes the commitments in the Montreal Protocol.