Science + music = productivity

17 05 2018

da2a4c4015f37dcd15015a2bfcef2a2dA take on a small section of my recent book, The Effective Scientist, about the importance of music in science.

I don’t know any scientists who don’t love music, and I will go out on a limb by stating that most of us probably combine our science activities with music during the quieter times in front of the computer.

One tool that can effectively mask distractions when writing or coding, especially noisy ones, is music. I consider my earphones to be an essential tool of the science trade, for they allow me to ‘tune out’ as I ‘tune in’ to my favourite mood music.

However, a little caution is required here. If the music is set to loud to mask the ambient noises that you are presently finding annoying, you might discover that your capacity to concentrate is reduced. The style of music is also important. When I am writing actual text, anything that could induce the slightest foot tapping or head banging tends to send me off into space; I prefer something light and instrumental in these circumstances, like Vivaldi, Mozart, or Miles Davis.

On the contrary, if I am merely transcribing data, coding, analysing, or creating display items, then I tend to go more for heavy metal or electronica to set an intense pace. While this is absolutely a personal choice, you might do well inevitably to find some combination of music styles that works best for you.

I’m going to use this occasion though to list my top-10 metal/hard-core tracks that I find particularly good for coding. Somehow for me, heavy metal and coding go together like Vegemite and toast (but the combination doesn’t work for writing papers, although at this very moment I’m listen to some of the tracks listed below). This list is also a little window into my own frustration with the Anthropocene and the political inertia about limiting the damage we humans are doing to our own life-support system.

In no particular order, here are my top-10 heavy-metal/coding/angst/frustration tunes (listen to the lyrics — they help): Read the rest of this entry »





The Effective Scientist

22 03 2018

final coverWhat is an effective scientist?

The more I have tried to answer this question, the more it has eluded me. Before I even venture an attempt, it is necessary to distinguish the more esoteric term ‘effective’ from the more pedestrian term ‘success’. Even ‘success’ can be defined and quantified in many different ways. Is the most successful scientist the one who publishes the most papers, gains the most citations, earns the most grant money, gives the most keynote addresses, lectures the most undergraduate students, supervises the most PhD students, appears on the most television shows, or the one whose results improves the most lives? The unfortunate and wholly unsatisfying answer to each of those components is ‘yes’, but neither is the answer restricted to the superlative of any one of those. What I mean here is that you need to do reasonably well (i.e., relative to your peers, at any rate) in most of these things if you want to be considered ‘successful’. The relative contribution of your performance in these components will vary from person to person, and from discipline to discipline, but most undeniably ‘successful’ scientists do well in many or most of these areas.

That’s the opening paragraph for my new book that has finally been release for sale today in the United Kingdom and Europe (the Australasian release is scheduled for 7 April, and 30 April for North America). Published by Cambridge University Press, The Effective ScientistA Handy Guide to a Successful Academic Career is the culmination of many years of work on all the things an academic scientist today needs to know, but was never taught formally.

Several people have asked me why I decided to write this book, so a little history of its genesis is in order. I suppose my over-arching drive was to create something that I sincerely wish had existed when I was a young scientist just starting out on the academic career path. I was focussed on learning my science, and didn’t necessarily have any formal instruction in all the other varied duties I’d eventually be expected to do well, from how to write papers efficiently, to how to review properly, how to manage my grant money, how to organise and store my data, how to run a lab smoothly, how to get the most out of a conference, how to deal with the media, to how to engage in social media effectively (even though the latter didn’t really exist yet at the time) — all of these so-called ‘extra-curricular’ activities associated with an academic career were things I would eventually just have to learn as I went along. I’m sure you’ll agree, there has to be a better way than just muddling through one’s career picking up haphazard experience. Read the rest of this entry »





Research in Translation

11 12 2017

Do you enjoy the challenge of communicating complex scientific ideas and conservation issues to the general public? Current Conservation is looking for submissions of reader-friendly summaries of recently published research papers in conservation science!
CC

Current Conservation is a quarterly magazine that communicates conservation science in an accessible manner to a wide audience. Our magazine combines art and science to communicate the latest in research concepts and news from both the natural and social science facets of conservation, encompassing ecology, wildlife biology, conservation biology, environmental history, anthropology and sociology, ecological economics, and related fields of research.

Your summary (~ 250-300 words) should be written in a simple jargon-free way that conveys the nuances of the paper, but at the same time is easy and fun to read. You can find some examples here.
Read the rest of this entry »





Write English well? Help get published someone who doesn’t

27 01 2015

imagesI’ve written before about how sometimes I can feel a little exasperated by what seems to be a constant barrage of bad English from some of my co-authors. No, I’m not focussing solely on students, or even native English speakers for that matter. In fact, one of the best (English) science writers with whom I’ve had the pleasure of working is a Spaniard (he also happens to write particularly well in Castellano). He was also fairly high up on the command-of-English ladder when he started out as my PhD student. So. There.

In other words, just because you grew up speaking the Queen’s doesn’t automatically guarantee that you’ll bust a phrase as easily as Shakespeare, Tolkien, Gould or Flannery; in fact, it might put you at a decided disadvantage compared to your English-as-a-second- (-third-, -fourth-, -fifth- …) language peers because they avoided learning all those terrible habits you picked up as you grunted your way through adolescence. Being forced to learn the grammar of another language often tends to make you grasp that of your mother tongue a little better.

So regardless of your background, if you’ve managed to beat the odds and know in your heart that you are in fact a good writer of science in English (you know who you are), I think you have a moral duty to help out those who still struggle with it. I’m not referring necessarily to the inevitable corrections you’ll make to your co-authors’ prose when drafting manuscripts1. I am instead talking about going out of your way to help someone who really, really needs it. Read the rest of this entry »





Don’t torture your readers III

23 06 2014

TortureIt has been quite some time since I did one of these kinds of posts (see Don’t torture your readers and Don’t torture your readers II). However, given how popular they seem to be, I have decided to do a follow-up post on grammar problems that I tend to see far too often in science writing.

COMPOUND ADJECTIVES: This is a particularly abused component of scientific writing. Although it’s fairly straightforward, I’m amazed just how many people get it wrong. Most people appear to understand that when an adjective (that’s a qualifier for a noun, just in case you are a grammarling) is composed of more than one word, there is normally a hyphen that connects them:

  • e.g., ’10-m fence’, ‘high-ranking journal’, ‘population-level metric’, ‘cost-effective policy’

If two or more adjectives are given in a row, but none modifies the meaning of the others, then it is simply a case of separating them with commas:

  • e.g., ‘a long, high fence’, ‘an old, respected journal’, ‘an effective, enduring policy’

However, if the compound adjective is composed of a leading adverb (that’s a qualifier for a verb), then there is NO hyphenation:

  • e.g., ‘an extremely long fence’, ‘a closely associated phenomenon’, ‘a legally mandated policy’

There are other instances when no hyphenation is required, such as when the qualifiers are proper nouns (e.g., ‘a Shark Bay jetty’), from another language such as Latin (e.g., an ‘ab initio course’) or enclosed in quotation marks (e.g., ‘a “do it yourself” guide). Note in the last example, without the quotations, it would become ‘a do-it-yourself guide’).

A quick way to recognise whether a compound adjective should be hyphenated is to examine the terminal letters of the leading word; if the leading component ends in ‘ly’, then it is likely an adverb, and so the compound should not be hyphenated (although watch for sneaky exceptions like ‘early-career researcher’!). Read the rest of this entry »





Be a good reviewer, but be a better editor

6 06 2014
© evileditor.blogspot.com.au

© evileditor.blogspot.com.au

Perhaps it’s just that I’ve been at this for a while, or maybe it’s a real trend. Regardless, many of my colleagues and I are now of the opinion that the quality of editing in scientific journals is on the downhill slide.

Yes – we (scientists) all complain about negative decisions from journals to which we’ve submitted our work. Being rejected is part of the process. Aiming high is necessary for academic success, but when a negative decision is made on the basis of (often one) appalling review, it’s a little harder to swallow.

I suppose I can accept the inevitability of declining review quality for the simple reason that there are now SO MANY papers to review that finding willing volunteers is difficult. This means that there will always be people who only glance cursorily at the paper, miss the detail and recommend rejection based on their own misunderstanding or bias. It’s far easier to skim a paper and try to find a reason to reject than actually putting in the time to appraise the work critically and fairly.

This means that the traditional model of basing the decision to accept or reject a manuscript on only two reviews is fraught because the probability of receiving poor reviews is rising. For example, a certain undisclosed journal of unquestionably high quality for which I edit does not accept anything less than six recommendations for reviewers per manuscript, and none that I’m aware of is accepted or rejected based on only two reviews. But I think this is the exception rather than the rule – there are simply too many journals now of low to medium quality to be able to get that many reviewers to agree to review.

I won’t spend too much time trying to encourage you to do the best job you can when reviewing – that should go without saying. Remember what goes around comes around. If you are a shit reviewer, you will receive shit reviews. Read the rest of this entry »





Take credit for your work

6 05 2013

passive voice ninjaIf science is the best way to reduce subjectivity when asking a question of how something works, then an inherently essential aspect of this is getting your message across to as many people and as clearly as possible. And as CB readers will know, I’m all about ‘getting the message out’.

As such, when asked by a stranger about what I do, I often respond ‘writer’, because perhaps next to maths, I spend most of my time writing. I tend to argue that without good oral and (especially) written communication skills, even the most brilliant scientist is functionally useless to the rest of society.

So being a writer means that focussing on what some would describe as mundane – spelling, grammar, writing style and clarity – is an essential preoccupation. I’ve written about grammatical and style issues before (see here and here), and in the spirit of providing tips to young scientists out there, here’s another suggestion.

Please, please, please use your own voice.

I’m talking about that archaic style of zombie writing that has plagued scientific writing since its inception – the passive voice.

Read the rest of this entry »





Advice for getting your dream job in conservation science

4 12 2012

people management

A few weeks ago I heard from an early-career researcher in the U.S. who had some intelligent things to say about getting jobs in conservation science based on a recent Conservation Biology paper she co-wrote. Of course, for all the PhDs universities are pumping out into the workforce, there will never be enough positions in academia for them all. Thus, many find their way into non-academic positions. But – does a PhD in science prepare you well enough for the non-academic world? Apparently not.

Many post-graduate students don’t start looking at job advertisements until we are actually ready to apply for a job. How often do we gleam the list of required skills and say, “If only I had done something to acquire project management skills or fundraising skills, then I could apply for this position…”? Many of us start post-graduate degrees assuming that our disciplinary training for that higher degree will prepare us appropriately for the job market. In conservation science, however, many non-disciplinary skills (i.e., beyond those needed to be a good scientist) are required to compete successfully for non-academic positions. What are these skills?

Our recent paper in Conservation Biology (Graduate student’s guide to necessary skills for nonacademic conservation careers) sifted through U.S. job advertisements and quantified how often different skills are required across three job sectors: nonprofit, government and private. Our analysis revealed that several non-disciplinary skills are particularly critical for job applicants in conservation science. The top five non-disciplinary skills were project management, interpersonal, written communication, program leadership and networking. Approximately 75% of the average job advertisement focused on disciplinary training and these five skills. In addition, the importance of certain skills differed across the different job sectors.

Below, we outline the paper’s major findings with regard to the top five skills, differences among sectors, and advice for how to achieve appropriate training while still in university. Read the rest of this entry »





How to write a scientific paper

22 10 2012

Several years ago, my long-time mate, colleague and co-director, Barry Brook, and I were lamenting how most of our neophyte PhD students were having a hard time putting together their first paper drafts. It’s a common problem, and most supervisors probably get their collective paper-writing wisdom across in dribs and drabs over the course of their students’ torment… errhm, PhD. And I know that every supervisor has a different style, emphasis, short-cut (or two) and focus when writing a paper, and students invariably pick at least some of these up.

But the fact that this knowledge isn’t innate, nor is it in any way taught in probably most undergraduate programmes (I include Honours in that list), means that most supervisors must bleed heavily on those first drafts presented to them by their students. Bleeding is painful for both the supervisor and student who has to clean up the mess – there has to be a better way.

Yes, there are books on the issue (see, for example, Day & Castel 2011, Hofmann 2009, Schimel 2011), but how many starting PhDs sit down and read such books cover to cover? Hell, I can barely get them to read the basic statistics texts.

So as is classic for Barry, he came up with his own approach that I like to call ‘La Méthode Brookoise’ (a tribute to another clever jeu de mots). This short-cut guide to setting up a scientific paper is simple, effective and intuitive. Sure, it was designed with ecology in mind, but it should apply to most scientific disciplines. It appeals to most of our students, and we have both been asked for copies by other supervisors over the years. Our original intention was to write a paper about writing papers to flesh out the full Méthode, but that has yet to happen.

Therefore, for the benefit of the up-and-comings (and perhaps to a few of those longer in tooth), behold La Méthode Brookoise for writing papers: Read the rest of this entry »





The importance of being serious in science

11 10 2010

CJA Bradshaw1,2

1The Environment Institute and School of Earth and Environmental Science, University of Adelaide, Adelaide, South Australia, Australia

2South Australian Research and Development Institute, Henley Beach, South Australia, Australia

Introduction

The rising influence of the conservative voice in science politics (Prick et al. 1981; Wanker, Apcin, Jennerjahn & Waibel 1998) compels the modern empiricist to conduct experimentation, publication and general science communication in an entirely open and highly professional manner (Pain 1996). However, scientists having not yet established a solid reputation for objective excellence (Loser, Jennings, Strauss & Sandig 1998), might find this approach challenging. Of course, scientific mentoring (God, Gumm & Stump 2001; Lancelot et al. 2005) has assisted bringing younger scientists to the fore of public science debates (Odour 1996), even though their ability to convince public dissenters (Yob et al. 2001) might appear futile (Russell & Waste 1998) without employing unconventional communication tools.

To measure a scientist’s capacity to address misinformation (Wrong, Norden & Feest 1994) quickly, efficiently and wittily, here I present a novel analysis measuring the degree of humour employed by scientists as a function of years elapsed since obtaining a PhD. I hypothesise that the use of humour will decrease with age.

Methods

I used the ISI® Web of Science search tool to compare 153,496 scientists’ output and impact scores (assessed using the m-index; Crap et al. 1995). I then manually assigned an entirely subjective measure of comedic content for each paper’s title and abstract, summing over each author’s publication list. This, the Subjective Humour Index Tally (S.H.I.T) was then regressed against the number of years elapsed since PhD. Read the rest of this entry »





Don’t torture your readers II

22 02 2009

The second instalment of “Don’t torture your readers” (an attempt to stimulate better writing in conservation science) follows with some more mistakes, bad grammar and personal pet peeves.

  • DECIMATE (as in ‘… the population was decimated following…’) – I’ve seen this one used way too often. It is usually invoked by the author to imply some devastating reduction in population size (somehow it sounds bad); for this reason alone, the emotive language should be avoided. However, ‘decimate’ has a specific meaning: to reduce by every ‘one in 10’ (hence the ‘deci’ prefix). If you really mean the population was reduced by 10 %, use ‘decimate’. If you are just stating the population was reduced, state by how much and avoid emotive and incorrect terms.
  • DRAMATIC(ALLY) (as in ‘… we observed a dramatic decline in…’) – another meaningless, emotive word that belongs in the theatre, not in scientific writing. Quantify your meaning instead of relying on subjective terms.
  • CRITICAL(LY) (as in ‘… highlights the critical importance of…’ – This term is generally meant to communicate some urgent need or absolute necessity. While most authors would like to think their chosen topic is ‘critical’, many neither define to whom or what the results are ‘critical’, or even what the lack thereof would entail. In some circumstances it is used to infer some sort of threshold beyond which another state dominates, so I question the need for ‘critical’ at all in conservation writing. If you are trying to inflate the importance of your work, ‘critical’ is the word to use; if you mean a threshold, then simply state so.
  • FEW versus LESS – I’m amazed this still stumps so many people. ‘Few’ should be used to define a small number of countable (discrete) items (e.g., individuals, quadrats, plots). ‘Less’ should be applied to a measurable, continuous variable (covariate) that cannot be easily discretised (e.g., water, biomass, carbon). If you ever see someone write ‘less individuals’, get out the big red pen.
  • DATA – While on the subject of quantification, the word ‘data’ should always be followed by plural forms of the verbs (e.g., ‘… the data are…’; ‘… the data were…’). A singular ‘datum’ is one measurement and requires the singular form. A ‘dataset’ is a single group of data, so it too can use the singular form. If you want to communicate that your sample size was too small (for your intended purposes), you need to write ‘too few data’.
  • MIGHT/CAN versus MAY – I’ve often got this one wrong too. ‘May’ implies doubt or permission, so it is most often better to use ‘can’ or ‘might’ (where appropriate) when you expressly mean ‘under certain circumstances’.
  • THAT versus WHICH – This is not an easy one, and for a full discussion, visit this link. In the most basic description of the difference, ‘that’ usually introduces essential information in a restrictive clause, whereas ‘which’ introduces additional information in a non-restrictive clause. Quoting from the link given above provides some more clarity:

“What is FASCINATING to me is that . . . one way to determine . . . the correct word . . . is to ask the question, ‘Does the clause clarify which of several possibilities is being referred to?’ If the answer is yes, then the correct word to use is that. If the answer is no, the correct word to use is which.”

Seems somewhat counter-intuitive, but it’s correct (hence the confusion).

CJA Bradshaw

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Don’t torture your readers

9 02 2009

This may seem a little off-topic for ConservationBytes.com, but I thought it pertinent to communicate how bad English hampers the understanding, popularity and implementation of good conservation science. I’ve started a list of common errors, unnecessary jargon, bad phrasing, archaic usage and overly complex constructions that I often see in conservation writing. Many of these are personal preferences, but I try to justify my suggested alternative in each case. Some of these apply to general English writing, others to science only, and others just to conservation/ecological fields. My hope is that students and young researchers can use my advice to improve the clarity of their writing. This first list is only preliminary – later posts in this theme will appear as I record more examples.

  • CONDUCT (as in ‘… we conducted the experiment…’) – What is wrong with ‘do/did’? I have never seen a scientist ‘conduct’ anything, but I have seen a few good operas.
  • PERFORM – See ‘conduct’. While some scientists would probably be more effective Thespians, let’s keep the theatre out of science.
  • VERY (as in ‘… there are very few species…’ – ‘Very’ has no place in scientific writing – I defy anyone to quantify what it means (i.e., it has an entirely subjective interpretation).
  • QUITE – See ‘very’.
  • SITUATED (as in ‘… our study area was situated in…’) – Simplify to ‘is/was’. Much easier, isn’t it?
  • SIGNIFICANT (as in ‘…this result has significant implications for…’; ‘… significant scientific advances…’; ‘… the functional significance of…’; ‘… can play a significant role…’ – This is probably the most abused word in science today. All the former examples mean nothing and are entirely dependent on the subjective position of the reader. Used without a statistical meaning per se (but more on the abuses of ‘significance’ as an arbitrary statistical paradigm in a later post), ‘significant’ and her sisters (e.g., ‘significantly’, ‘significance’) have no more place in scientific writing than ‘very’. Students often invoke this word simply to sound more scientific. Rubbish.
  • TO BOLDLY GO (i.e., any split infinitive; I couldn’t resist using one of the more infamous split infinitives) – I believe the jury is out really on the acceptable use of split infinitives, and I may be losing the battle, but an infinitive (for those of you who are grammatically challenged, an ‘infinitive’ is the base form of the verb prior to conjugation) can never be split by an adverb in English. How many times have you seen ‘… to significantly affect…’, ‘… to adequately measure…’ or ‘… to properly test…’. Sorry, all wrong (should be ‘… to affect significantly…’, etc.)
  • 10m (as in ‘… transects were set every 10m along…’) – You cannot write ’10metres’, so why, oh why, do people insist on sticking unit abbreviations next to the number? It should be ’10 m’!
  • i.e./e.g. – These abbreviations, id est and exempli gratia, literally mean ‘that is’ and ‘for the sake of example’, respectively. They are two words abbreviated each, so a full stop is required after each letter. Absolute correctness normally dictates the addition of a comma after the final full stop, but many journals drop the comma for whatever reason.
  • cf.confer (compare). It is one word, so its abbreviation requires a single full stop after the ‘f’.
  • its/it’s – Why is it so difficult for people to understand this one (especially in Australia)? In almost every other circumstance, an apostrophe followed by an ‘s’ indicates possession to a singular noun, as in ‘…the transect’s divisions’, ‘…the nearest neighbour’s value…’, etc. When the noun in question is plural, then the apostrophe sits nicely outside the terminal ‘s’ (e.g., ‘… the species’ attributes…’). This is a quasi-universal law EXCEPT for its/it’s. In this case ‘it’s’ is the contraction of ‘it is’, so ‘its’ becomes the possessive form. So, you can write ‘…its burrow…’, but ‘…it’s burrow…’ is incorrect. Still confused? There’s a simple way to remember – whenever you see ‘it’s’ in front of something, say ‘it is’ to yourself and see if the phrase makes sense. If it doesn’t, then it should be ‘its’.
  • CONTRACTIONS (e.g., ‘can’t’, ‘won’t’, ‘it’s’) – These are colloquial forms and should never be used in a scientific manuscript.
  • IN ORDER TO (as in ‘… in order to compare the plots…’) – What’s wrong with just ‘to’? I have rarely seen a situation requiring ‘in order to’. Unnecessary verbiage.
  • HAS BEEN SHOWN TO (as in ‘… is a species that has been shown to demonstrate a…’). There is simply no need for this verbiage. Simply state ‘…is a species that demonstrates a…’ and then reference the statement properly at the end of the sentence.
  • ABBREVIATIONS, ACRONYMS AND INITIALISMS – Use sparingly, if at all. They are often discipline-specific and have no meaning outside relatively small circles.
  • UTILISE – Just write ‘use’. For some reason people believe ‘utilise’ sounds more technical. Rubbish.

CJA Bradshaw

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