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A vivid pictorial history: “Buy this book right now. It is rare that ISD gives an instant five-star rating to any new volume, but [this] is a rare book.” —Indy Squadron Dispatch World War I witnessed unprecedented growth and innovation in aircraft design, construction, and—as the war progressed—mass production. Each country generated its own innovations, sometimes in surprising ways—Albatros Fokker, Pfalz, and Junkers in Germany and Nieuport, Spad, Sopwith, and Bristol in France and Britain. This book focuses on the British approach to fighter design, construction, and mass production. Initially the French led the way in Allied fighter development with their Bleriot trainers, the...
Thirty years of progress on civil rights and a new era of immigration to the United States have together created an unprecedented level of diversity in American schools, workplaces, and neighborhoods. But increased contact among individuals from different racial and ethnic groups has not put an end to misunderstanding and conflict. On the contrary, entrenched cultural differences raise vexing questions about the limits of American pluralism. Can a population of increasingly mixed origins learn to live and work together despite differing cultural backgrounds? Or, is social polarization by race and ethnicity inevitable? These are the dilemmas explored in Cultural Divides, a compendium of the l...
The behind-the-scenes story of the five-year legal battle over a railroad bankruptcy and the formation of Conrail, as told by a lawyer on the case. What happened when the US government stopped investing in railroads and started investing in highways and air travel? By the late 1970s, six major eastern railroads had declared bankruptcy. Although he didn’t like trains, Howard H. Lewis became the primary lawyer for the Reading Railroad during its legendary bankruptcy case. Here, Lewis provides a frank account of the high-intensity litigation and courtroom battles over the US government’s proposal to form Conrail out of the six bankrupt railroads, which meant taking the Reading’s property,...
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Issues for 1860, 1866-67, 1869, 1872 include directories of Covington and Newport, Kentucky.
From the outside, soil may just look like a pile of dirt. Up close, however, it’s a complex world of living creatures that helps us grow healthy plants. This guide to soil teaches readers the basics of this fundamental garden component, including microorganisms, nutrients, and soil health and care. The curriculum-driven text also brings in related subjects such as composting and worms to provide a comprehensive learning experience. The text’s elementary science content is conveyed through age-appropriate text, diagrams, colorful photographs, and fact boxes.
Snakes, sharks, and spiders--oh my! Do you know what the most deadly animal in the world is? What about the difference between poison and venom? Learn the asnwers for yourself and discover what animals you definitely want to stay away from.
What makes our hearts pump? How does blood circulate throughout our bodies? Curious readers will love this innovative look at the human heart and circulatory system. Clean, simple flowcharts located at the end of each chapter break down complex processes into bite-sized information. This allows readers to visualize and retain essential curriculum materials while having fun. Colorful graphics and clear language further ensure the accessibility of this important information. Even readers who are reluctant to study science will be eager to explore this unique, visually rich book. All libraries will have a place for this engaging look at the human heart and circulatory system.
Scientists are on the verge of a revolution in biomedical engineering that will forever change the way we think about medicine, even life itself. Cutting-edge researchers are working to build body organs and tissue in the lab. They are developing ways to encourage the body to regenerate damaged or diseased bone and muscle tissue. Scientists are striving to re-route visual stimuli to the brain to help blind people see. They may soon discover methods to enlist the trillions of microbes living in our bodies to help us fight disease. Learn about four strands of bioengineering—tissue engineering and regenerative medicine, neuroengineering, microbial science, and genetic engineering and synthetic biology—and meet scientists working in these fields.