A vital guide to the frontlines of our fight against climate change and the scientific and technological innovations that will revolutionize the world. The United States’ accelerated plans to combat the existential threat of climate change finally give reason to hope. In Our Livable World, research specialist and author Marc Schaus explores the incredible new green innovations in science and engineering that can allow us to avoid the worst repercussions of global warming as we work to usher in a sustainable, livable world. To beat a challenge the size of climate change, our solutions will have to be ambitious: solar thermal cells capable of storing energy long after the sun goes down, “smart highways” designed to charge your vehicle as you drive, indoor vertical farms automated to maximize crop growth with no pesticides, bioluminescent vines ready to one day replace our streetlights, jet fuel created from landfill trash—and next-generation carbon capture techniques to remove the emissions we have already released over the past several decades. Far from the geoengineering schemes of cli-fi action thrillers, real solutions are being developed, right this moment. Our Livable World features interviews with the innovators, real talk on the revolutionary technology, and a clear picture of a cleaner planet in the future. “An important book that shows the dawn of a new kind of environmental movement―an age where we invest in deeply creative and fascinating technical solutions that work in harmony with the Earth. Marc Schaus lays out the exciting future of environmental innovation before us.” —Katie Patrick, author of How to Save the World
A vital guide to the frontlines of our fight against climate change and the scientific and technological innovations that will revolutionize the world. The United States’ accelerated plans to combat the existential threat of climate change finally give reason to hope. In Our Livable World, research specialist and author Marc Schaus explores the incredible new green innovations in science and engineering that can allow us to avoid the worst repercussions of global warming as we work to usher in a sustainable, livable world. To beat a challenge the size of climate change, our solutions will have to be ambitious: solar thermal cells capable of storing energy long after the sun goes down, “smart highways” designed to charge your vehicle as you drive, indoor vertical farms automated to maximize crop growth with no pesticides, bioluminescent vines ready to one day replace our streetlights, jet fuel created from landfill trash—and next-generation carbon capture techniques to remove the emissions we have already released over the past several decades. Far from the geoengineering schemes of cli-fi action thrillers, real solutions are being developed, right this moment. Our Livable World features interviews with the innovators, real talk on the revolutionary technology, and a clear picture of a cleaner planet in the future. “An important book that shows the dawn of a new kind of environmental movement―an age where we invest in deeply creative and fascinating technical solutions that work in harmony with the Earth. Marc Schaus lays out the exciting future of environmental innovation before us.” —Katie Patrick, author of How to Save the World
Marc E. Epstein provides a complete biography of Harrison Gray Dyar, Jr., one of the most influential biologists of the twentieth century. Epstein chronicles Dyar's impressive scientific accomplishments in the field of entomology, as well as his complicated personal life and many eccentricities.
Butterfly enthusiasts, nature lovers, and curious general readers will perhaps be surprised to learn that Florida's butterfly fauna is unique--and that, until the appearance of this volume, there has been no adequate field guide for the butterflies of this region. This guide simplifies identification by illustrating only species found in Florida--using superb photographs of live butterflies coupled with detailed range maps and identification data. It also offers, with unprecedented detail, much information on flight times and abundances for each of five Florida subregions, including reports on 70 localities in which to find butterflies. Lastly, discussions of the foodplants for each species along with suggestions for attracting these species to one's garden make this work invaluable for all Florida gardeners interested in butterflies.
Drawing on the correspondence of the artist, his friends and his family, as well as a review of contemporary critical responses, this text examines the work of Sargent's early maturity. The text is the catalogue for an exhibition at the Sterling and Francine Clark Art Institute in Summer 1997.
The volumes in this authoritative series present a multidisciplinary approach to modeling and simulation of flows in the cardiovascular and ventilatory systems, especially multiscale modeling and coupled simulations. Volume 5 is devoted to cells, tissues, and organs of the cardiovascular and ventilatory systems with an emphasis on mechanotransduction-based regulation of flow. The blood vessel wall is a living tissue that quickly reacts to loads applied on it by the flowing blood. In any segment of a blood vessel, the endothelial and smooth muscle cells can sense unusual time variations in small-magnitude wall shear stress and large-amplitude wall stretch generated by abnormal hemodynamic stresses. These cells respond with a short-time scale (from seconds to hours) to adapt the vessel caliber. Since such adaptive cell activities can be described using mathematical models, a key objective of this volume is to identify the mesoscopic agents and nanoscopic mediators required to derive adequate mathematical models. The resulting biomathematical models and corresponding simulation software can be incorporated into platforms developed in virtual physiology for improved understanding and training.
This book is about the conduct and contributions of applied social science. It represents the beginning of a new intellectual tradition in applied social science and its purpose is to foster an exchange among the variety of social scientists who are concerned with natural resource policy.
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