Science and Technology Innovation Program
This report presents a set of key research areas to guide the study of the potential ecological impacts of synthetic biology.
January 2007 - How many players does it take to balance the budget? David Rejeski wants you to put on your game face.
Geoengineering invloves large-scale and deliberate techniques or interventions used in combination with civil engineering to affect the earth's climate, oceans, soils, and living systems, specifically to counteract global warming. This 2011 report from the Science and Technology Innovation Program reviews the challenges of geoengineering governance and argues for giving much greater attention to upstream governance strategies. Ten concerns about geoengineering are outlined including the potential for unintended consequences, the potential for ineffectiveness, the risk of sudden catastrophic warning and equity issues, among others.
View All materials and products eventually come to the end of their useful life, and those made with nanotechnology are no different. This means that engineered nanomaterials will ultimately enter the waste stream and find their way into landfills or incinerators—and eventually into the air, soil and water. As a result, it is important to consider how various forms of nanomaterials will be disposed of and treated at the end of their use, and how the regulatory system will treat such materials at the various stages of their lifecycle.
John Crowley, research fellow at the Harvard Humanitarian Initiative and public policy scholar with the Wilson Center Science and Technology Innovation Program. A. Ross Johnson, research fellow with the Hoover Institution and also a senior scholar with the Wilson Center's History and Public Policy Program.