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Writing for Earth Scientists: 52 Lessons in Academic Publishing
Writing for Earth Scientists: 52 Lessons in Academic Publishing
Writing for Earth Scientists: 52 Lessons in Academic Publishing
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Writing for Earth Scientists: 52 Lessons in Academic Publishing

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The time has come. You are an Earth scientist. You’ve spent weeks, months, years working on this project – now is the time to pull it together for publication. You might be writing an undergraduate or graduate thesis, a research paper for a leading journal, a note for the newsletter of the local amateur scientific society, a book review or an abstract for a specialist geological conference. How do you make the transition from promising unpublished researcher to established academic author? Of course, the phrase ‘academic publishing’ covers a multitude of sins; monographs, research papers, book reviews, conference abstracts or whatever each requires a different approach. You have to decide what it is you are going to write and where to publish it. There are co-authors, supervisors of your degree, peer reviewers and editors to deal with on the way. But the only way to write like an academic is to write like an academic. . . where do you start? You could do much worse than start here.

There are many books on how to write and be published aimed at research students and other aspiring academics. Many of these are readable, comprehensive and provide good advice. This book is composed of numerous short chapters on this subject, all directly relevant to one or more aspects of academic publishing and aimed particularly at the Earth scientists in the broadest sense. Geologists will be encouraged to use the book as much as a reference as a reader, ‘dipping in’ to the chapters that contain relevant tips, hints and comments to enable them to improve the paper that they are currently writing. The book is intended to be informative, readable and, above all, of practical application for all readers.  In summary, the volume will be a readable compilation investigating many facets of academic publishing relevant to the Earth sciences. It will be of particular interest to postgraduate students, postdocs and new academics 

LanguageEnglish
PublisherWiley
Release dateMar 14, 2017
ISBN9781119216742
Writing for Earth Scientists: 52 Lessons in Academic Publishing

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    Writing for Earth Scientists - Stephen K. Donovan

    1

    Introduction to Writing

    A discovery dates only from the time of the record of it, and not from the time of its being found in the soil. This classic sentence of [General Augustus Henry Lane‐Fox] Pitt Rivers [1827–1900] proclaims fairly and squarely the ultimate moral and scientific duty of the field‐archaeologist’ (Wheeler, 2004, p. 182) and, needless to say, also the Earth scientist.

    Speech … is an invention of man’s to prevent him from thinking.

    (Christie, 1958, p. 162)

    To speak to many academics, you would be mistaken to think that their sole purpose for writing research papers and conference abstracts is to keep their job. Their university, museum, laboratory or head of department instigate annual publication targets which must be met – or else. But is pressure from above the sole reason to record your latest ideas and discoveries in print?

    There has to be some element of a desire to get it recorded in the psyche of each and every academic author. As expounded in the quotation in the epigraph, scientific ideas only enter the true playing field of science by being published. I have heard many talks and seen many posters at meetings that never got further than a conference abstract. And an unpublished thesis is just that, unpublished.

    So, are you a writer? At secondary school, I was poor at spelling and had little understanding of the rules of English, but I read widely. This is not necessarily the worst way forward for a writer. My style of writing has been influenced and guided by authors who are masters of the language. My own foibles and idiosyncrasies have been found out and corrected by an army of editors and reviewers over the past 35 years. Spelling has never been simpler; not only has my own vocabulary and accuracy improved with time, but, unlike my old typewriter, word processing programs will actively argue with you if they disagree with your spelling.

    The time has come. You are an Earth scientist – geomorphologist, tectonicist, palaeontologist, geochemist, Earth systems scientist or whatever. You’ve spent weeks, months, years working on a project – now is the time to pull it together for publication. You might be writing an undergraduate or graduate thesis, a research paper for a leading journal, a note for the newsletter of the local amateur scientific society, a book review or an abstract for a specialist geological conference. How do you make the transition from promising unpublished researcher to established academic author? And how do you maintain momentum once published? Of course, the phrase ‘academic publishing’ covers a multitude of sins; monographs, research papers, book reviews, conference abstracts or whatever, and each requires a different approach. You have to decide what it is you are going to write and where to publish it. There are co‐authors, supervisors and examiners of your degree, peer reviewers and editors to deal with on the way. But the only way to write like an academic is to write like an academic … where do you start? You could do much worse than start here.

    There are many books on how to write and be published, aimed mainly at research students and other aspiring academics. Many of these are readable, comprehensive and provide good advice. Although I am no longer aspiring – I have about 1000 assorted publications to my name and I have, if anything, become more productive as I have got older – I enjoy buying and reading (and, not uncommonly, reviewing) such volumes as each and every one contains something that is new and useful to me. Over the years they have helped me increase my productivity, as well as improving my style of writing, the organization of my papers and their content. Further, they have inspired me to compose my own essays on academic publishing, written from my perspective as an author and editor.

    Writing for Earth Scientists is comprised of numerous short chapters on this subject, all directly relevant to one or more aspects of academic publishing and aimed particularly at Earth scientists in the broadest sense. As a palaeontologist, I am an Earth scientist with strong leanings towards biology, but I also have active research interests in Caribbean geology and the history of geology. But any book on writing can provide useful ideas to any writer. Earth scientists are encouraged to use the book as much as a reference as a reader, ‘dipping in’ to the chapters that contain relevant tips, hints and comments to enable them to improve the paper that they are currently writing. This book is intended to be informative, readable and, above all, of practical application for all readers.

    My aim has been to make this book a clear reference that readers will be able to read from cover to cover, but also to make it more akin to an owner’s manual for a car than a textbook. If you have a book review to write or are having trouble formatting the tables for a paper, then turn to the relevant chapter(s). That there are 52 chapters in Writing for Earth Scientists is more than a coincidence; there is one for every week of the year. I rarely see other academics reading volumes aimed at improving their communication skills, yet many should aim to advance their writing, which is often poor even in senior academics. So, I have made Writing for Earth Scientists accessible at various levels, including as a ‘one chapter per week’ dipper, which may encourage at least some to read a chapter every week. That is, I want Writing for Earth Scientists to be a readable compilation investigating the many facets of academic publishing relevant to the Earth sciences from which anyone can benefit. While I anticipate that postgraduate students, postdocs and new academics will be my core readers, do not hesitate to point out relevant comments to your lecturers and supervisors. It is not just young authors who struggle to write; many established authors would benefit from examining their own style of writing and their approach to publication. Fringe readership will include ambitious undergraduates who want to ‘break in’ to academic publishing early, amateurs in various fields of natural history who want to write up their own findings, and authors in academic fields outside the target audience, all of which I welcome; geology and geologists can never be too diverse.

    I also emphasize that there are many other worthy books on academic publishing. It may seem eccentric that I am praising, even advertising my ‘competition’, but who would write a research paper with only one reference? This list is personal and I apologize to authors of those excellent books that I do not include; either I, sadly, have not read your book or you do not appear on my bookshelf. Some of these books have now gone into new editions; I merely list those that I actually use. Thus, some particularly valued examples include Day (1998), Luey (2002), Kitchin and Fuller (2005), Thody (2006), Silva (2007), Germano (2008), Connah (2010), Greene (2013) and, probably my favourite, Hartley (2008). (Although some of these volumes are available in newer editions, but these are the ones that I actually use.) Some pairs of books can provide a contrast, none more so than Sword’s Stylish Academic Writing (2012) and Billig’s Learn to Write Badly: How to Succeed in the Social Sciences (2013). (Do not be concerned if a book, like Billig’s, is aimed at a specific and non‐geological academic niche; academic writing is academic writing, whatever the field.) I also mention, quietly, my own slender collection of essays on academic writing (Donovan, 2014). These books are either comprehensive introductions to all aspects of the academic publishing process or, in the examples of Silvia (2007), Sword (2012) or Billig (2013), focus rather differently on the requirements of the writing process.

    Writing for Earth Scientists is a rare beast, a specialist book on how to publish in geology and related fields, although I admit that there are other guides to writing papers in the Earth sciences (such as Cochran et al., 1984; AIPG, 1986; Irvine and Rumble, 1992; US Geological Survey, 1995). I propose to take a structured textbook approach, which cynically might be described as buy a word processing package on page 1, publish your paper/monograph on the last page. I trust that Writing for Earth Scientists will be much better than this, however. It is intended that it will be as readable as any of the distinguished competition listed above and will focus on most aspects of the academic publishing process that are important in the Earth sciences. It is thus intended to be comprehensive for the Earth scientist, while providing commentary on specific things that are of common concern to all academic authors, such as co‐authorship, peer review, book reviewing and choice of type of publication.

    At this point, it is relevant to briefly admit to those areas of publishing that I do not consider in Writing for Earth Scientists. I do not consider writing grant proposals. We all apply for grant support, but in this book I concentrate on writing for publication; there are a number of fine volumes on composing proposals to which you can refer. Blogs and social media are definitely forms of publication, but represent as much personal memoir as anything else. I do not consider ‘blogging’ (ghastly word), but many of the ideas discussed herein may be broadly applicable. What the author of a blog should always consider is, is it worthwhile publishing or is it just what I cannot get accepted elsewhere?

    References

    AIPG (1986) Organization and Content of a Typical Geological Report. American Institute of Professional Geologists, Arvada, CO.

    Billig, M. (2013) Learn to Write Badly: How to Succeed in the Social Sciences. Cambridge University Press, Cambridge.

    Christie, A. (1958 [1936]) The ABC Murders. Pan, London.

    Cochran, W., Fenner, P. and Hill, M. (1984) Geowriting: A Guide to Writing Editing, and Printing in Earth Science. American Geological Institute, Alexandria, VA.

    Connah, G. (2010) Writing about Archaeology. Cambridge University Press, Cambridge.

    Day, R.A. (1998) How to Write & Publish a Scientific Paper. 5th edn. Oryx Press, Phoenix, AZ.

    Donovan, S.K. (2014) How Not to Alienate Your Editor: Some Everyday Aspects of Academic Publishing. Lambert Academic Publishing, Saarbrücken.

    Germano, W. (2008) Getting It Published: A Guide for Scholars and Anyone Else Serious about Serious Books. 2nd edn. University of Chicago Press, Chicago.

    Greene, A.E. (2013) Writing Science in Plain English. University of Chicago Press, Chicago.

    Hartley, J. (2008) Academic Writing and Publishing: A Practical Handbook. Routledge, London.

    Irvine, T.M. and Rumble, D.R. III. (1992) A writing guide for petrological (and other geological) manuscripts. Journal of Petrology, 1–46.

    Kitchin, R. and Fuller, D. (2005) The Academic’s Guide to Publishing. SAGE, London.

    Luey, B. (2002) Handbook for Academic Authors.4th edn. Cambridge University Press, Cambridge.

    Silvia, P.J. (2007) How to Write a Lot: A Practical Guide to Productive Academic Writing. American Psychological Association, Washington, DC.

    Sword, H. (2012) Stylish Academic Writing. Harvard University Press, Cambridge, MA.

    Thody, A. (2006) Writing and Presenting Research. SAGE, London.

    US Geological Survey (1995) Guidelines for writing hydrologic reports. Fact Sheet, FS‐0217‐95.

    Wheeler, Sir M. (2004 [1954]) Archaeology from the Earth. Munshiram Manoharlal Publishers, New Delhi.

    2

    Publication Diversity

    Everything in our age conspires to turn the writer … into a minor official, working on themes handed to him from above and never telling what seems to him the whole of the truth. But in struggling against his fate, he gets no help from his own side: that is, there is no large body of opinion which will assure him that he is in the right.

    (Orwell, cited in Davison, 1998, p. 371)

    January is the time to write my annual report for my institution. As an academic, I know what is most important to emphasize in my report, including such details as publications and awards of research grants during the past year. The principle with grants is easy – the bigger, the better – but the same general rule does not apply to publications. Like real estate, the important parameter is location. There are league tables which rank the relative importance of peer‐reviewed journals, based on metrics of citations, impact factors and their ilk, and thus purport to indicate whether a particular research publication is good or not so good. (Note that this is a measure of where you might publish rather than what you intend to publish.) The following classification scheme, based in part on those I have seen at several institutions, gives a broad feel for the relative importance of different types of publications:

    Scientific article in journal with Science Citation Index (SCI) impact factor.

    Scientific article in non‐SCI journal, but with external peer review policy.

    Scientific article in other journal, but lacking peer review policy.

    Book or monograph.

    Chapter or scientific article in book or conference proceedings.

    Electronic publication: website/database/CD, etc.

    Published abstract in conference programme apart from regular research journals.

    Other publications, such as popular science article, book review, conference report or obituary.

    This classification is similar to schemes adapted by universities, museums, geological surveys and other research institutes all over the world. No two classification schemes are likely to be identical, yet all organize similar data in similar ways. A wise institution devises its scheme and persists with it, rather than trying to improve a classification process that must inevitably struggle to be comprehensive. An important feature of the list that I have quoted is its recognition of the diversity of worthwhile places to publish, which includes much more than peer‐reviewed journals with high impact factors, the manager’s favourite (although these are mentioned first).

    It is now time to ask the most basic of questions – what are you writing and where might you publish it? There are many reasons why researchers publish (see, e.g. Shorland, 1994; Pearn and Chalmers, 1996; Stevenson and Donovan, 2002). While it is necessary to produce annual reports for our parent institutions, thus providing documentary evidence of our productivity for any and all who may be interested, it is not the principal reason for academic publishing. Yet many academics are disorganized when publishing; this essential part of their employment leaves them befuddled. In science in general, Coblans (1964, p. 93) considered that the average scientist [was] still anarchic as ever in his methods of publishing and barely conscious of his obligations in the communication of science and in maintaining the record. I suspect that this problem is less pronounced in the present day in a more competitive academic environment. The diversity of potential outlets for academic publishing has never been greater and, indeed, may be too much, as the widely disseminated literature of even a narrow field taxes the experts’ desire to ‘keep up’ with the literature.

    Commonly, the author of an academic research paper is free to choose where it is submitted for publication; whether it is accepted or not is, of course, a different matter. But there is a not invalid view that many academics choose to submit where they are comfortable, to publications in which they have always had their papers accepted before or where they know the editor, rather than pushing their best work into the most prestigious journal possible. These authors might argue, not without some justification, that the important thing is to publish in the right place, which may not be the same as the most prestigious. And there is a misconception by administrators that the impact factor of the target journal is in some way an indicator of the value of an included paper; that is, it is not necessary to read a paper or understand its content when its relative worth is indicated by a number, the journal’s impact factor, which does not derive directly from any single paper (see, e.g., Yaalon, 1995; Adam, 2002; Anon., 2002; Moed, 2002; Krell, 2002; Haeffner‐Cavaillon et al., 2005; Döring, 2007). As academics, I hope that our use of numerical data is superior to this and we recognize that, for the time being, ‘we shall have to continue to do things the old‐fashioned way and actually read the papers’ (Lehmann et al., 2006, p. 1004) to determine their value.

    Should research outlets determine the nature of research or vice versa? The modern fascination with ordering and quantification is misplaced in part. A good journal may still publish a weak, poor, flawed or just plain lousy paper which will still be associated with the high impact factor of the publication. Further, this paper may receive numerous citations; even if these are highly critical, the large number of citations will add to its perceived importance. And a very good paper may appear in a small journal. But with so many journals at the present day, is the chance of being ‘lost’ even greater? A web search will only identify those papers listed, in whatever form, on the web.

    It remains uncertain whether the worth of an academic can be determined from their H‐index and the impact factors of the journals in which they publish. What is not being addressed is the diversity of publication of individual academics. An academic should be encouraged to publish widely and have a varied output – peer‐reviewed research papers, chapters in books, computer programs, monographs, abstracts, book reviews, popular articles and more. By all means, we should all publish our best research in the best possible outlets, but not everything that is written needs to be a peer‐reviewed research paper. One test of the effectiveness of an academic’s contribution might be to determine how many of the eight categories recognized above had entries during a given year. Good papers in top journals deserve praise, but will only reach part of an author’s potential audience. Diversity is desirable, perhaps necessary, yet in most situations, abundant publications in category (1) may be the principal or even sole metric for recognition of academic worth whatever else appears on the list. Publish, but publish widely.

    References

    Adam, D. (2002) The counting house. Nature, 415, 726–9.

    Anon. (2002) Errors in citation statistics. Nature, 415, 101.

    Coblans, H. (1964) The communication of information. In The Science of Science (eds M. Goldsmith and A. Mackay), Souvenir Press, London, pp. 93–101.

    Davison, P. (ed.) (1998) I Belong to the Left: The Complete Works of George Orwell, 1945. Secker and Warburg, London.

    Döring, T.F. (2007) Quality evaluation needs some better quality tools. Nature, 445, 709.

    Haeffner‐Cavaillon, N., Graillot‐Gak, C. and Bréchot, C. (2005) Automated grading of research performance clearly fails to measure up. Nature, 438, 559.

    Krell, F.‐T. (2002)

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