An expert exploration of the foundations of America’s science and technology policies, and the dynamics of its innovation system. Why study science and technology policy? What role does innovation play, and how do we foster it? Economics tells us technological innovation drives economic growth and societal well-being, but technology is always a double-edged sword—great technological advances offer both opportunities and threats. In Pioneering Progress, William Bonvillian explains the complex science and technology innovation system and discusses the challenges of emerging industrial policies. Drawing on in-depth case studies on critical areas such as energy, computing, advanced manufacturing, and health, with an emphasis on the needed public policy and the federal government R&D role in those systems, Bonvillian reviews the foundations of economic growth theory, innovation systems theory, and innovation organization theory. Bonvillian, a highly respected expert who has worked as a deputy assistant secretary of transportation in the federal government and a senior advisor in Congress, reviews a new theory of direct and indirect economic factors in the innovation system. He describes the innovation-based competitive and advanced manufacturing challenges now facing the US economy, reviews comparative efforts in other nations, studies the varied models for how federal science and technology mission agencies are organized, and explores the growth of public-private partnership and industrial policy models as a way for science mission agencies to pursue mission agendas. Pioneering Progress places particular emphasis on the organization and role of medical science and energy innovation agencies and how we can address the gaps in the health, energy, and advanced production innovation economic models.

A companion volume to Environmental Conflict in Alaska, Pioneering Conservation in Alaska chronicles the central land and wildlife issues and the growth of environmental conservation in Alaska during its Russian and territorial eras. The Alaskan frontier tempted fur traders, whalers, salmon fishers, gold miners, hunters, and oilmen to take what they could without regard for long-term consequences. Wildlife species, ecosystems, and Native cultures suffered, sometimes irreparably. Damage to wildlife and lands drew the attention of environmentalists, including John Muir, who applied their influence to enact wildlife protection laws and set aside lands for conservation. Alaska served as a testing ground for emergent national resource policy in the United States, as environmental values of species and ecosystem sustainability replaced the unrestrained exploitation of Alaska's early frontier days. Efforts of conservation leaders and the territory's isolation, small human population, and late development prevented widespread destruction and gave Americans a unique opportunity to protect some of the world's most pristine wilderness. Enhanced by more than 100 photographs, Pioneering Conservation in Alaska illustrates the historical precedents for current natural resource disputes in Alaska and will fascinate readers interested in wildlife and conservation.

This book will consist of 8 chapters, in which important issues regarding decellularized materials (DMs) will be discussed. This book will provide special knowledge of materials for the persons with biomedical background, and special biomedical knowledge for the persons with the background of materials, which will hopefully become a valuable informative read for the researchers and students of biomedical engineering major.