This set offers a comprehensive collection of papers on this significant discipline. Published in two parts with new introductions to the individual volumes by the editor, this is an invaluable tool for any researcher in this area.

Using Science as Evidence in Public Policy encourages scientists to think differently about the use of scientific evidence in policy making. This report investigates why scientific evidence is important to policy making and argues that an extensive body of research on knowledge utilization has not led to any widely accepted explanation of what it means to use science in public policy. Using Science as Evidence in Public Policy identifies the gaps in our understanding and develops a framework for a new field of research to fill those gaps. For social scientists in a number of specialized fields, whether established scholars or Ph.D. students, Using Science as Evidence in Public Policy shows how to bring their expertise to bear on the study of using science to inform public policy. More generally, this report will be of special interest to scientists who want to see their research used in policy making, offering guidance on what is required beyond producing quality research, beyond translating results into more understandable terms, and beyond brokering the results through intermediaries, such as think tanks, lobbyists, and advocacy groups. For administrators and faculty in public policy programs and schools, Using Science as Evidence in Public Policy identifies critical elements of instruction that will better equip graduates to promote the use of science in policy making.

The exciting field of epigenetics offers novel and unanticipated science-based insights into human origins and development. This book presents one of the first detailed examinations of the political implications of epigenetics. Epigenetics—the study of internal and environmental factors that affect how genes are turned on or off and how cells read those genes—is a rapidly emerging science akin to genetics that introduces a number of novel and unexpected biological explanations of human origins and development. It also poses fundamental challenges to many of the assumptions of the prevailing science of genetics. When science changes, how does public policy respond? This book comprehensively considers the political implications of the emerging science of epigenetics in specific policy domains, addressing the intersections of epigenetics with cancer, obesity, the environment, and the law. Author Shea K. Robison carefully navigates the messy history of genetics and epigenetics in order to explore what changes in public policy might come in the age of a new scientific frontier. Readers will understand how new findings in epigenetic research and increased acceptance of epigenetic science may lead to paradigm shifts in cancer prevention and treatment, significantly different policy solutions for combating obesity, and revised statutes of limitations and laws regarding civil and corporate liability and wrongful life.

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Michael J. DeLor focuses on how the operation and regulation of private electric utilities has become complicated and contentious in the United States in part because of environmental impact. As a consequence, Congress rarely passes substantive economic-based legislation dealing with the topic, and the Federal Energy Regulatory Commission (FERC), as the primary federal economic regulator of private electric utilities, must often act without clear legislative guidance.