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The technique of chlorophyll fluorescence has a relatively short history, beginning with the observations by Kautsky (Kautsky and Hirsch, 1931). Since that time there have been several· reviews devoted to the subject, with most of them highly theoretical (Bohlar-Nordenkampf and Oquist, 1993; Dau, 1994; Schreiber et aI. , 1994). There have also been many books devoted to generalized spectrophotometric and microscopic fluorescence techniques. However, to the best of our knowledge there has not been a book completely devoted to the practical applications and uses of chlorophyll fluorescence in plant biology. As techniques mature, applications multiply and so do their potential advantages. The chlorophyll fluorescence technique is maturing as can be seen in the increasing numbers of publications that are devoted to its use. Therefore, we considered that now was a good time to compile the existing knowledge for the applied use of this technique and provide a single volume to which a novice or experienced user could refer. Highly trained experts in the field of photobiology have primarily used the chlorophyll fluorescence technique in the past. In that work, understanding the mechanisms and controls of the photosynthetic processes was the main focus of activity and discussion. Much of the equipment used was highly specialized and expensive, or in some cases one-of-a-kind lab designed units. However, the development of several reliable commercially available chlorophyll fluorescence monitoring instruments has changed the potential user base for the technique.
Presents readers with a user-friendly, non-technical introductionto statistics and the principles of plant and crop experimentation.Avoiding mathematical jargon, it explains how to plan and design anexperiment, analyse results, interpret computer output and presentfindings. Using specific crop and plant case studies, this guidepresents: * The reasoning behind each statistical method is explained beforegiving relevant, practical examples * Step-by-step calculations with examples linked to three computerpackages (MINITAB, GENSTAT and SAS) * Exercises at the end of many chapters * Advice on presenting results and report writing Written by experienced lecturers, this text will be invaluable toundergraduate and postgraduate students studying plant sciences,including plant and crop physiology, biotechnology, plant pathologyand agronomy, plus ecology and environmental science students andthose wanting a refresher or reference book in statistics.
Plant-specific protocols written in a clear and straightforward manner. Details modifications required before standard molecular biology techniques can be applied to plant material. Annotation copyrighted by Book News, Inc., Portland, OR
Gardening can be frustratingly shrouded in secrecy. Fickle plants make seemingly spontaneous decisions to bloom or bust, seeds sprout magically in the blink of an eye, and deep-rooted mysteries unfold underground and out of sight. Understanding basic botany is like unlocking a horticultural code; fortunately learning a little science can reveal the secrets of the botanical universe and shed some light on what’s really going on in your garden. Practical Botany for Gardeners provides an elegant and accessible introduction to the world of botany. It presents the essentials that every gardener needs to know, connecting explanations of scientific facts with useful gardening tips. Flip to the roots section and you’ll not only learn how different types of roots support a plant but also find that adding fungi to soil aids growth. The pruning section both defines “lateral buds” and explains how far back on a shoot to cut in order to propagate them. The book breaks down key areas and terminology with easy-to-navigate chapters arranged by theme, such as plant types, plant parts, inner workings, and external factors. “Great Botanists” and “Botany in Action” boxes delve deeper into the fascinating byways of plant science. This multifaceted book also includes two hundred botanical illustrations and basic diagrams that hearken to the classic roots of botany. Part handbook, part reference, Practical Botany for Gardeners is a beautifully captivating read. It’s a must for garden lovers and backyard botanists who want to grow and nurture their own plant knowledge.
Practical Applications of Plant Molecular Biology is an important new title which covers the major techniques and how they are applied to a range of vitally important areas. Divided broadly into four sections, this book covers key subjects including the identification of plants and plant pathogens using molecular techniques, the estimation of genetic variation in plants, the use of molecular markers in plant improvement and the use of plant transformation techniques for the improvement of quality and the introduction of resistance. Also included is a comprehensive listing and description of the most frequently used techniques and a set of appendices covering useful topics of reference for the reader. All undergraduates studying plant sciences, molecular biology, biotechnology and agricultural sciences would benefit from having access to this title as would those studying for upper-level Masters courses concentrating on the disciplines covered. This book also provides an invaluable source of reference for professionals in agriculture, plant breeding, crop protection and improvement, biotechnology and molecular biology.
Plant cell biologists seek to characterize the principles underlying complex phenomena such as growth and differentiation and to define the ways in which plant cells respond to external and internal stimuli. This book discusses established techniques and presents some exciting advances that will have a major impact on the field in the future. The book begins with a detailed discussion of methods and protocols for viewing, staining, and localizing cell components. Subsequent chapters cover topics such as localizing specific nucleic acid sequences and proteins, protoplast research, wall analysis, plant cytoskeleton research, isolation and use of intact chloroplasts and thylakoids, and the measurement of ions and solutes within plant cells. Plant Cell Biology: A Practical Approach provides both newcomers and experienced researchers with a comprehensive practical guide to the subject.
Viruses require a special approach to establish their presence in a diseased plant since they are not visible, even under a light microscope. This manual describes in detail a variety of protocols for determining the properties and identity of a virus and its behavior in infected plants. A Springer Lab Manual.
Botany 101 for professionals who want a summary of planting design fundamentals. Plants are among the most important materials for effective landscape design. Yet the fundamentals of plant biology and growth; their morphology, color, and functional assets; and details such as planting, pruning techniques, and maintenance practices are surprisingly absent from our education and training, which tend to focus on other core principles like drainage, grading, and spatial relationships. What do you need to know about how plants grow and function? How can you determine appropriate plants for a particular site? How can you use their distinct design features effectively? What are the real design considerations to keep in mind? This book—a Botany 101 course for professionals and students alike—walks you through all the answers, equipping you with the ability to be not just an informed landscape designer but also an effective planting designer. Kimberly Duffy Turner, a landscape architect and horticulturalist, explains the essentials of planting design, exploring form and function and showing how various characteristics of plants and trees—shape, pigment, leaf veination, texture, fragrance, sound, height, and more—can be used to achieve effective site-appropriate designs. Specifying appropriate plant material and examining stock at the nursery—drawing up a planting schedule of the species or cultivar, sizes, and quantities—and evaluating modes of transplantation (when to ask for bare root, balled and burlapped, or containerized) are other key “on-the-job” concepts covered. A chapter on green design outlines some of the sustainable trends in botany: the role of LEED certification in landscape design; mitigating environmental problems with plants and open space; the emergence of green roofs and vertical gardens; biomimicry; and sensitive material selection, like composite wood products and plant-derived, soy-based paints. Both a handy appendix of common Latin and Greek terms used in horticulture and a comprehensive list of plant palettes are included. With more than 150 color photographs and schematic drawings illustrating key strategies, Botany for Designers is the professional’s go-to guide, showing you how an appreciation of plant fundamentals can lead to more inspired, well-designed landscapes.
Accompanying CD-ROM includes 600 figures, tables and color plates from the book Plants in action which can be used for the production of color transparencies or for projections in lectures.