The creation of a new industry of brain capital technologies could stimulate major economic activity, create jobs, and contribute to technological advances for the U.S. and its allies, write Harris Eyre, Rachel Meidl and co-authors.
This report explains Europe's failure to secure long-term liquefied natural gas supplies, the likely implications, and provides ideas for better ensuring energy security moving forward.
Gabriel Collins, Steven R. MilesSeptember 13, 2023
As drought persists along the lower Colorado River, can the U.S. and Mexico cooperate to develop new water sources? Stephen Mumme and Aidan Lyde explore options ranging from wastewater reclamation to seawater desalination.
“Green brain capital” places a central emphasis on the brain to deliver a healthy environment, and likewise on a green environment to safeguard brain health. The authors look at the existing literature and explain how this concept can help us build a sustainable future.
Electronic waste is surging globally, presenting growing threats to the environment and human health. Rachel A. Meidl explains how coordinated action can help us move to a sustainable, circular economy of electronics.
As global energy markets continue their inexorable transition to a lower GHG future, sources of energy supply that are competitive, accessible, and environmentally favorable will thrive. This is exactly where U.S. natural gas can find its comparative advantage.
Despite the many potential challenges — including difficulties conserving water, using clean energy and dealing with the López Obrador administration — Tesla will most likely move forward with the construction of a “gigafactory" in Mexico. In this issue brief, fellow David Gantz explains why the benefits outweigh the risks.
Australia’s domestic natural gas price caps are poor policy, writes nonresident scholar Kelly Neill. A better idea is a tax enabling the Australian government to share resource profits and losses with the gas industry.
In the next year, the EPA could make a final decision on whether to classify PVC as hazardous waste. What would this entail? Fellow Rachel Meidl explores why a hazardous designation for PVC would have costly implications — moving the U.S. further from its goal of achieving a sustainable, circular economy.