A scientific paper follows the classic literary plot structure. Each section follows in sequence from the previous sections, so that no individual section (with the exception of the Introduction) can be fully understood without having read the previous ones. If you pick up a novel and read the last page first, you might find out whether Jack dies, but you won’t have any idea who killed him and why. Those details are important.
In terms of understanding the Results and Discussion sections of a paper, the Methods section is critical. Results should never be read as a standalone text. The only way you, the reader, can judge if my results are valid and meaningful is if you know how I collected and analysed the data.
I’m very excited to present a new paper on blogging that is a direct result of me blogging! The paper is co-authored with some of the awesome ecology bloggers I have been following for years.
I’m proud to fly the flag for the southern-hemisphere blogosphere. Social media are dominated by the northern hemisphere, particularly North America. The timezone effect and geographical silos have a strong effect on how academics interact via social media, and southern hemisphere perspectives can be easily overlooked. Yet, compared to the northern hemisphere, the southern hemisphere has more countries, plenty of unique ecosystems and wildlife, and quite different higher education and academic systems! So I really hope this paper inspires more southern hemisphere ecologists to engage with blogs. Continue reading →
I’ve never considered using preprints for my own papers, I’ve never cited one, and I don’t plan to jump on the preprints bandwagon just yet. I read Terry McGlynn’s recent post on why he’s not bothering with preprints, and I agreed with every point. And then I read Sophien Kamoun’s rebuttal post, and I kind of agreed with some of those points too. I started reading the conversations happening on Twitter around these two posts and got a headache. There are some very high-profile scientists that are vocal proponents of preprints. Others are not.
With all this opposing opinion, what should an early career researcher (ECR) do?
When I joined Twitter a few years ago individuals couldn’t ask to be verified. Instead, Twitter would “reach out” to eligible accounts when the time was right. I distinctly remember the words used. How snobby, I thought. The implicit assumption was that “reaching out” would occur when the account was deemed famous enough.
Now, the policy has changed, probably because Twitter employees got sick of spending all day reaching out to famous people on Twitter. Now anyone can ask for a blue tick of approval (but not everyone gets it).
Does this change the distribution of people that get verified? As with most awards and honours, women, minorities, or introverts are less likely to self-nominate for prestige, even if they righteously deserve it. Continue reading →
Late last year, I retweeted a university press release about some topical research on bees that hadn’t yet been published or, apparently, peer reviewed (I can’t find the paper online anywhere, so it looks like it is still yet to be published).
To be fair, the release stated upfront that the research was ‘preliminary findings’ and the source mentioned at the end was an upcoming conference presentation, not a journal article. But should it have been the subject of a press release in the first place? Continue reading →
‘Avoid repetition’. Most scientists had this command drummed into their heads early in their career. Science writing should be devoid of repetitive words and sentences. I had to include a preface in my PhD thesis to warn examiners of impending repetition…because my thesis chapters were published/submitted studies from the same system and with somewhat similar sampling methods.
Sure, thoughtless repetition of words and sentences does not make enjoyable reading in any discipline. But repetition of ideas and concepts is essential to storytelling and building memories. So when it comes to science communication, repetition is key. Continue reading →
All the media stories sent the same message, launching off the popular international myth that Australia has the most venomous creatures on Earth. Finally, this study had evidence to prove that Australia’s bees and wasps were more deadly than our snakes or spiders!