The Effective Teaching of Biology aims to identify the special dimensions of the subject, how it contributes to the curriculum as a whole and why the teaching of biology differs from the teaching of other subjects. Current legal and safety requirements are provided together with practical teaching ideas and sources of information. The book also covers contemporary issues which are the subject of extensive debate, such as the changing patterns of assessment of pupils, the use of living organisms in school and the nature of learning difficulties which pupils experience.
The book covers the entire 5090 syllabus specifications for the Cambridge International O level Biology. Clear and simple diagrams, simplified language and complete coverage of the syllabus are the main highlights of the book.
Cambridge O Level Physics matches the requirements of the Cambridge O Level Physics syllabus. Cambridge O Level Physics matches the requirements of the Cambridge O Level Physics syllabus. All concepts covered in the syllabus are clearly explained in the text, with illustrations and photographs to show how physics helps us to understand the world around us. The accompanying CD-ROM contains a complete answer key, teacher's notes and activity sheets linked to each chapter.
Analytical Ultracentrifugation, the latest volume in Methods in Enzymology, focuses on analytical ultracentrifugation. The scope of this technique has greatly expanded in recent years due to advances in instrumentation, algorithms and software. This volume describes the latest innovations in the field and in the applications of analytical ultracentrifugation in the analysis of macromolecules, macromolecular assemblies, and biopharmaceuticals. - Timely contribution that describes a rapidly changing field - Leading researchers in the field - Broad coverage: instrumentation, basic theory, data analysis, and applications
Laboratory Animal Welfare provides a comprehensive, up-to-date look into the new science of animal welfare within laboratory research. Animals specifically considered include rodents, cats and dogs, nonhuman primates, agricultural animals, avian animals and aquatic animals. The book examines the impact of experiment design and environment on animal welfare, as well as emergency situations and euthanasia practices. Readers will benefit from a review of regulations and policy guidelines concerning lab animal use, as well as information on assessing animal welfare. With discussions of the history and ethics of animals in research, and a debate on contemporary and international issues, this book is a go-to resource for laboratory animal welfare.
From Shakespeare’s “green-eyed monster” to the “green thought in a green shade” in Andrew Marvell’s “The Garden,” the color green was curiously prominent and resonant in English culture of the sixteenth and seventeenth centuries. Among other things, green was the most common color of household goods, the recommended wall color against which to view paintings, the hue that was supposed to appear in alchemical processes at the moment base metal turned to gold, and the color most frequently associated with human passions of all sorts. A unique cultural history, The Key of Green considers the significance of the color in the literature, visual arts, and popular culture of early modern England. Contending that color is a matter of both sensation and emotion, Bruce R. Smith examines Renaissance material culture—including tapestries, clothing, and stonework, among others—as well as music, theater, philosophy, and nature through the lens of sense perception and aesthetic pleasure. At the same time, Smith offers a highly sophisticated meditation on the nature of consciousness, perception, and emotion that will resonate with students and scholars of the early modern period and beyond. Like the key to a map, The Key of Green provides a guide for looking, listening, reading, and thinking that restores the aesthetic considerations to criticism that have been missing for too long.
This book delves into the environmental changes that have taken place during the Quaternary: the two to three million years during which humans have inhabited the Earth, and conveys the relevance of the study of this period to current environmental and climatic concerns.
