Michael Windelspecht – författare

The 17th century was a time of transition for the study of science and mathematics. The technological achievements of this time directly impacted both society and the future of science. This reference resource explores the major scientific and mathematical milestones of this era, and examines them from both their scientific and sociological perspectives. Over fifty entries, arranged alphabetically, illustrate how this was a time marking the first wide-spread application of experimentation and mathematics to the study of science--an exciting time brought to life through this unique exploration.Students will find not only the familiar names like Galileo and Newton who are well-recognized for their contributions in science, but they will also encounter the names of lesser-known scientists and inventors who challenged long-held doctrines and beliefs. The contributions of the scientists, mathemeticians, and inventors of the 17th century would have a significant impact on the course of science into modern times. This impact is explored in detail to provide an understanding of how scientific study affects everyday life and how it evolves to provide a better understanding of our world.

The 19th century is known as the modern era of science. Many of the ideas, theories, and inventions developed during this time are used everyday in today's society. Windelspecht investigates the century's tremendous discoveries, inventions, and inquiries in more than 60 alphabetical entries. This reference presents familiar subjects, such as the telephone and elevator, as well as those less frequently studied, such as the spectroscope and Pasteur's development of the germ theory.Readers will find a thorough discussion of each entry's scientific impact and gain an understanding of the lasting social and political importance of these advancements. Narratives enrich many of the entries by adding perspective to the century's fascinating history. Students and researchers will find this reference book easy to use. An appendix of entries listed by scientific field, a glossary of terms, and name and subject indexes make this the perfect, easy-to-use reference for anyone interested in the scientific revolutions of the 19th.

What should the average person know about science? Because science is so central to life in the 21st century, science educators and other leaders of the scientific community believe that it is essential that everyone understand the basic concepts of the most vital and far-reaching disciplines. Genetics 101 does exactly that. This accessible volume provides readers - whether students new to the field or just interested members of the lay public - with the essential ideas of genetics using a minimum of jargon and mathematics. Concepts are introduced in a progressive order so that more complicated ideas build on simpler ones, and each is discussed in small, bite-sized segments so that they can be more easily understood.Genetics 101 provides readers of all levels a brief introduction for understanding a science that is so essential to the advancement of science today. It covers: Genetics as a science, The applications of genetics, including developmental genetics and behavioral genetics, Genetics counseling, and other ways in which genetics impacts our lives. The future of the science of genetics, including genetically modified organisms, cloning, and transgenicsA glossary and sources for further research complete this handy resource.

Biology is a traditional, comprehensive introductory biology textbook, with coverage from cell structure and function to the conservation of biodiversity. The book, which centers on the evolution and diversity of organisms, is appropriate for any one-or two-semester biology course. Biology uses concise, precise writing to present the material as succinctly as possible, enabling students--even non-majors--to master the foundational concepts before coming to class. 

Essentials of Biology, is designed to provide students who are not majoring in science with a fundamental understanding of the science of biology. Even though these students are not scientists, an understanding of how science can help identify, analyze, and offer solutions to the many challenges facing human society is critical to our species’ health and survival.