Dodgy science, dodgy scientists and dodgy humans are not a new thing. And dodgy scientific papers have been published since the dawn of scientific publishing. In 1667 an article on ‘snakestones’, a pseudoscience medical cure with absolutely no basis in truth, appeared in one of the first issues of the oldest known scientific journal, Philosophical Transactions of the Royal Society (now Phil Trans A, one of the most prestigious modern scientific journals).
Since then, disreputable papers have made regular appearances in reputable journals. And there are different scales of disreputable. The paper claiming that octopi originated from outer space was clearly far-fetched, while the scholars who recently argued there was a ‘moral panic’ over free-ranging cats simply highlighted how interdisciplinary research is often challenged by opposing methodological approaches (note: I agree with most ecologists that free-ranging cats are not good for wild animals, including insects). Continue reading
Thank you to James O’Hanlon for inviting me on to his awesome science podcast In Situ Science. It was my first podcast, but it was just like a good radio interview where you’re given the time to have a conversation, not produce soundbites.
We chat about the Wild Pollinator Count, the challenges of running citizen science projects (data quality, science vs. engagement etc.), how ecosystem services might be one of the most unifying but misunderstood concepts in research, media portrayal of science, James Bond, science community blogging and more!
You can listen to the podcast here (and if you’re new to the site, be sure to subscribe and check out the previous episodes!):
Ep. 41 Pollinators, Bond films, and ecosystem services with Manu Saunders
Leading on from the ‘buzz’ of our recent paper on science community blogging, here is a nice Q&A from my university’s media team (thank you UNE!) about how I started blogging and why I love it. If you’re thinking about blogging, but not sure where it will take you, I hope this gives you some insight!
Read the full story here: The buzz on blogging
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 have been blogging here at Ecology is Not a Dirty Word for 7 years this month! Thank you to everyone who has read and shared my posts over the years!
I remember registering this site, keeping it private and then sitting on it until I decided if it was a good idea. Eventually I gave up deciding and wrote my first post…and I’m glad I did.
Here are a few things I’ve learned about ecology blogging over the years:
What is an Ecology blog? Ecology blogs weren’t really a ‘thing’ when I started, so I had no baseline to work off. And not much has changed, according to a Google trends search for “ecology blogs” vs. “science blogs”. The red line is ‘ecology blogs’ (i.e. no data):
If you ask bloggers and readers, everyone has different opinions on what an ecology blog is. Some ecology blogs are academics writing about doing ecology for their peers; some explain ecological science or application to a general audience; some do both. I prefer audience diversity so I aim for both. But I get far more engagement from non-academic audiences, which I love (see my top posts below). I think it really helps to start blogging with a particular audience in mind, but it’s also okay if that changes over time. Continue reading