Preparing Scientific Illustrations

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Januar 1996



Every graduate student, postdoc and scientist knows that images and illustrations can make or break their lecture, poster presentation, and journal or book article. Graphics software and laser printers have placed professional-quality graphics within the reach of everyone. But in the end, whether your audience sees clear, understandable images or a 300 dpi mess depends on whether you've followed the principles presented by Mary Helen Briscoe in this book. Learn the strengths and weaknesses of different forms of visual presentations. Understand when to use a figure, and how much information can be represented in one. See examples of bad, good, and better graphs and tables. Focus on your audience, to learn that a figure prepared for an article may not be ideal for a slide or an overhead. The author also presents information on presenting DNA sequences, protein structures, and other molecular graphics.


1 Introduction.- Learning to Communicate Visually.- An Intention to Communicate.- Good Illustrations.- Planning the Figure.- 2 Drawings and Diagrams.- Line or Continuous-Tone Drawing?.- Doing Drawings.- 3 Photographs.- Photographic Reproduction.- Photographic Figures.- Photomicrographs.- Gels.- Video Images.- 4 Charts and Tables.- Charts.- Tables.- Tables for Slides.- 5 Molecular Graphics.- Genetic Sequences.- Restriction Maps.- Molecular Models.- Software Comparison.- 6 Graphs and Software.- Kinds of Graphs.- Graph Design.- Axis Lines.- Ticks.- Labels.- Label Position.- Design Symbols and Lines.- Texture and Contrast.- Arrows and Brackets.- For Good Graphs.- Graphing Software.- 7 The Journal Figure.- Journal Instructions.- Reduction.- Format.- Labels.- Consistency.- Final Preparation.- The Printing Process.- 8 Slides.- Slide Format.- Labels for Slides.- Color.- Word Slides.- Slides From Books and Journals.- Overhead Transparencies.- Making Slides and Overheads.- 9 Posters.- Plan the Poster.- Poster Text.- Figures.- Poster Layout.- Poster Production.- Poster Purpose.- 10 Using an Illustrator.- Communicate with the Illustrator.- The Illustrator and the Computer.- The Illustrator as a Resource.- 11 Using a Computer.- Letters, Fonts, and Styles.- Use Computer Options to Simplify and Organize.- Computer Drawings and Diagrams.- Bit Mapped versus Vector-Based Graphics.- Computer-Generated Graphs.- Computer Printout.- Conclusions and Suggested Readings.- 12 Drawing by Hand.- Trim, Mount, and Label Tracings.- Trim, Mount, and Label Gels.- Draw and Label Graphs.- Use a Photocopy Machine for Corrections and Changes.- 13 Conclusion.- You Should Learn to Communicate.- You Can Learn.- Sources of Illustrations.


From reviews of the first edition:
"The emphasis is on the nuts and bolts of how figures are printed and how knowledge of these processes can be applied by authors when preparing figures to ensure optimal reproduction in a book or journal...every graduate student would benefit from studying [this book]."
--Trends in Biochemical Sciences
"Mary Helen Briscoe has done every speaker, conference goer, and publisher a tremendous service by providing this readable manual on how to visually present scientific information. This book should be on the shelf of every educator, researcher, lab, and library. It should also be required reading for any new scientist giving a paper, presenting a poster, or submitting an article." --Journal of Chemical Information and Computer Science
EAN: 9780387945811
ISBN: 0387945814
Untertitel: A Guide to Better Posters, Presentations and Publications. 2. Auflage. 206 Abbildungen. Sprache: Englisch.
Verlag: Springer-Verlag GmbH
Erscheinungsdatum: Januar 1996
Seitenanzahl: XII
Format: kartoniert
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