A
Workflow for Scientific Writing
The process of scientific writing
can be made less daunting by breaking it into manageable pieces. The key to this is a workflow that lets you
address one aspect of the task at a time.
·
Outlining
o
All scientific papers can be expressed as a
hierarchical outline with increasing detail at each successive level in the
hierarchy.
o
The first two levels of this hierarchy are the
pretty much the same for all papers, so their structure and content have been
captured in the Universal
Outline chapter of this book. Start
there, cutting out any aspects that don’t apply to your paper.
o
You then work down the hierarchy one
level at a time until you reach the sentence level.
§
Subsections
·
Go down to the next level in the hierarchy and
list the topics you need to cover in each subsection.
·
Then sort these topics into story-telling
order, where each new topic can be understood in terms of just those that came
before.
·
Each of the topics you’ve listed here will
become a sub-subsection or a paragraph.
§
Paragraphs
·
Go down another level in the hierarchy. This is usually the paragraph level. If not, repeat the subsection instructions
above until you do reach the paragraph level.
The distinction is whether the material would benefit from a title as a
reader navigation aid. If so, it’s a sub-subsection,
if not it’s a paragraph.
·
List all the facts you need to cover to make
the point you’d listed for this paragraph.
·
Sort these facts into story-telling order,
where each new fact can be understood in terms of those that came before.
·
Each of these facts will become a sentence.
§
Sentences
·
What does the reader need to know to link this
fact into the unfolding story? This information
goes at the start of the sentence.
·
What is the new fact? This fact goes at the end of the sentence.
·
Editing
o
Here we go through the document one
sentence at a time, improving the quality of the sentence one
aspect at a time.
o
Linkage: Tweak the sentence so that its role
in the storyline is immediately clear.
This is achieved with a few choice words that link the sentence back to
those preceding sentences upon which it most directly stands or whose questions
it most directly answers.
o
Clarity: Tweak the word choice until each word
captures precisely the meaning you wish to convey.
§
Each word should neither be more general that
what you really mean, nor more specific.
That is, it should not include anything you are not talking about nor
exclude anything you are.
§
Check carefully to make sure that each word
really means what you think it does.
It’s all to easy to use a word that is only
loosely related to the one you want in either meaning or sound.
§
For both of these checks an online dictionary
and online visual thesaurus can be useful.
§
For a final check, try expressing the sentence
as literally as possible in either math or in computer code. It’s okay to do this in your head as each
sentence should be simple enough that this is easy. If the math or code you get conveys exactly
what you mean, good. If not, go to the
top of this section (i.e. Clarity) and start again. Repeat that cycle until a literal
interpretation of your sentence matches what you meant to say.
o
Grammar
§
Check that the verb and subject are in number
agreement: plural with plural and singular with singular.
§
Check to make sure that the verb tense is
correct.
·
Past tense for a literature review unless
you’re stating your own views (present tense) or summarizing (present perfect
tense).
·
Past tense for your methods.
·
Past tense for your results.
·
Present tense for the implications and your
conclusions.
§
Check punctuation.
·
Commas – The Associated Press Punctuation
guide can be helpful here.
Notice that at no point in this workflow is there an actual writing task. Writing is not a separate part of the process! Instead, the text of your paper just gradually
acquires detail and quality as you progress through the workflow. The details grow in gradually during the
outlining phase and the quality improves one aspect at a time during the
editing stage.
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This page was last updated by George Young on September 10, 2019