Writing Analytically, 6th Edition - Rosenwasser, David & Stephen, Jill.original_ [207]
FORMS AND FORMATS ACROSS THE CURRICULUM: SOME COMMON ELEMENTS
As you read this chapter’s discussion of differences among disciplinary formats, also look for features they share. Differences in surface features—sentence style, organization—tend to obscure the fact that a common underlying structure and set of aims unites most kinds of academic writing across the curriculum.
You can train yourself to start seeing this underlying structure by first recognizing that academic writing in all disciplines is problem-oriented, which is to say that academic writing typically starts by noting something that is missing from previous writing and research. As you will see, disciplines differ in how overtly writers may single out problems in other writers’ thinking. And yet, in one way or another, most academic writing begins by locating something that needs to be done—why there is a need for more study—and why this new work might matter. The introductory sections of most kinds of academic writing tell readers what the writer found interesting, worth pursuing, and why.
Science Format (IMRAD) Compared with Other Academic Formats
Here is a quick overview of the organizational scheme prescribed in the natural sciences and for some kinds of papers in the social sciences, such as reports on research in psychology and political science. Although not all writing in these disciplines follows this format, most does—especially lab reports and articles based on the experimental method and quantitative research. The structure is commonly referred to as IMRAD:
I introduction
M methods
R results
A
D discussion
You can think of this format as two descriptions of the research (methods and results) framed by two sections (introduction and discussion) that locate it in the context of existing knowledge in the field. The introduction locates the new work in terms of what has already been done (which points to what still needs to be done). The discussion section considers how knowledge in the field might be changed by addition of the new results. (See LabWrite Program sponsored by NSF at www.ncsu.edu/labwrite. Also see advice from the Council of Science Editors—CSE.)
The IMRAD format, which we will define in more detail in a moment, lays out a sequence that you can locate as the underlying structure of much academic writing. Here is a restatement of the format that makes the common denominators easier to recognize.
The Common Format of Academic Writing
Begin with some kind of problem or question or uncertainty. Say why the new study might matter, why it needs doing. Offer a theory to be tested (working thesis/hypothesis).
Test the adequacy of the theory by conducting some kind of experimental procedure or other way of analyzing evidence.
Report resulting data—what was revealed by the experiment or other analytical method such as close reading of textual evidence or statistical analysis.
Interpret the results and draw conclusions about their significance. How might the results change current thinking and/or open the way to new questions and further study?
If you are just learning to write and think in an academic discipline, you cannot be expected to offer in the opening paragraph the state of knowledge in the field on a particular question. Nor can you be expected to arrive at something that will alter thinking in a discipline—although sometimes this does in fact happen. Nevertheless, college writers and their teachers across the curriculum write with similar goals: ask and answer a new question,