The following was copied with permission from the Grinnell College Investigations Manual, the complete manual is found here.
For a printable copy of The Scientific Poster go to: http://www.grinnell.edu/academic/biology/links/includes/ScientificPoster_from_BC_manual.pdf
For a printable copy of The Scientific Paper go to: http://www.grinnell.edu/academic/biology/links/includes/ScientificPaper_from_BC_manual.pdf
The last two pages consist of a checklist for paper evaluation. A paper/poster checklist is also available here.
From Investigations 2005, p. 32-34
The Scientific Poster
What is a poster and why do you do it?
Professional scientists regularly present the results of their work at local, national, and international meetings. At most scientific meetings, posters are the primary means by which scientists exchange information about their work. The poster, although a smaller unit than the published journal article, is thus a fully professional entity, and almost always the first form in which your story is made public. It is also the most egalitarian form of presentation in that tenured researchers and students alike use it. Its principal advantage is that it promotes extensive two-way communication between the presenter and the audience. Not only are results and conclusions presented to the audience, but also the presenting scientist usually receives ideas and suggestions that help in planning future experiments.
What is a poster? A poster is a visual way of presenting scientific results. A good poster is virtually self-explanatory; it will contain the elements of a paper (Title, Abstract, Introduction, Materials and Methods, Results, Discussion, Conclusions, and References), but it is a distinct form in which different elements are emphasized. There are several examples of research posters distributed around the science building. Look them over. If you still have questions or are unclear about the elements and structure of posters, talk to your instructor.
The poster audience may be divided into three main groups. At professional meetings, Group 1 comprises those colleagues, collaborators, and students who follow work in your area of biology very closely. In this course, that means
the other students who have chosen to focus on topics very similar to yours. This group is familiar enough with the methods and background of your work not to find detail intimidating. At professional meetings, Group 2 includes those scientists who work in the same general area as you, but not on your particular specialty. This group is much larger than Group 1; in this course, it includes the other members of your course. At professional meetings, Group 3 would include those researchers whose work is largely unrelated to yours. In this course, it includes other students within the Science Division who may come to view your poster, as well as the very general audience likely to be present at Parents' Weekend. Keep in mind that your poster must address the needs and abilities of all three groups in order to be successful!
Contents of a Scientific Poster.
Title and Author Panel.
The title should be descriptive but short, in boldface letters 1.5 inches high. The authors' names may be somewhat smaller.
This is a short (50-100 word) summary of your research. It should be completely self-contained (that is, independent of the rest of the poster). This is the one portion of a poster that is commonly published.
Here you introduce the topic of the work, briefly summarize any relevant background information, including a short review of the work of other investigators, and succinctly state the objectives or hypothesis.
Materials and methods
Unless the primary focus of the poster is the novelty of its experimental methods, this section should be kept to a minimum. There must, however, be sufficient detail to permit the reader to understand what was done and evaluate the appropriateness of the experimental design and technique.
There is some disagreement, both within biology and between biologists and chemists, over how long this section should be and what it should contain. Some alternatives:
Check with your instructor to find out what s/he prefers.
This is a summarized report of your observations, not your interpretation of the results. Present your results in a logical sequence, not the sequence in which they were obtained. Remember that this is primarily a visual, rather than verbal, presentation. Graphical representation of data is almost always more effective than tables or text. Use text only to explicate the figures and, if necessary, to make transitions between figures. Number all figures and tables consecutively (e.g., Fig. 1, Fig. 2, Table 1, Table 2, etc.). Raw data should be included only when absolutely necessary; if in doubt, ask your instructor.
Here you analyze and discuss your findings, though less expansively than in a paper. Summaries such as numbered or bulleted items may be used. You should point out the general meaning and importance of your results, and relate them to those of other investigators (be sure to cite their work appropriately!). You should also include a description of further work that could be done in this area.
This includes a few brief and concise statements summarizing your work.
Here you should list sources that were cited in your poster.
You can acknowledge funding sources, individuals, facilities, and personal conversations that aided you in your research.
Presenting a poster
Be ready with a short oral summary of the main points of your poster. A concise synopsis of the purpose of your experiments, the results you achieved, and the conclusions you draw is very useful. Also prepare brief explanations of the important features of each panel, particularly for those including tables or figures. This preparation will allow you to “walk through” the poster with anyone who expresses interest.
Criteria for evaluating posters.
The assessment of your posters will be based upon criteria that will vary somewhat among different courses. The following tripartite scheme has been used for many biology courses in the past. You may be asked to use these or other criteria to assess the posters of your peers. Parts one and two, which address the "science" of the experiment, will carry more weight than part three, which addresses the aesthetics of the poster.
Presentation and discussion of results:
Is the visual quality of the poster adequate?
Are the sections of the poster organized in an appropriate and meaningful manner?
Other visitors may also be asked to evaluate your poster, using a form similar to that shown below, which has been used in the past in chemistry courses.
Stat2labs was developed with partial support provided by the Transforming Undergraduate Education in Science (TUES).program at the National Science Foundation under DUE 0510392 and DUE #1043814
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