With urban areas around the world suddenly emptied of humans, people are sharing photos and videos on social media showing wild animals cavorting in the empty streets.
I started to collate some of them on Twitter, but I gave up because it’s really hard to confirm how many of them are fake news.
The Goats of Llandudno were a legitimate lockdown observation – but it turns out they’re regular visitors to the town. Some posts are clearly a joke (a herd of buffalo in the centre of Buffalo, NY), while others would seem pretty believable to most people with no specialist knowledge of the species or location, like the ‘rare Malabar civet’ in the streets of an Indian town.
Most posts provide very little context, no confirmation of the date they were filmed, and often no confirmed source. For the average responsible social media user, there is simply no way of verifying them. Continue reading
The latest issue of Insect Conservation & Diversity is out, a special issue on insect population trends. I’m really happy I was able to contribute to a few papers in this issue as both editor and author (obviously not the same papers in each case!).
Thanks to Editor in Chief Raphael Didham for pulling together a great collection of papers, as well as rallying the editorial team to contribute to the issue with this really useful peer-reviewed paper summarising the key challenges involved in measuring insect population trends. This paper is really timely, as it highlights some of the potential pitfalls involved in estimating population changes over time.
Ecological data (e.g. long-term data on animal population trends) are not like simplified stock market trends or sports team stats. They are confounded by numerous complex environmental and measurement factors, many of which an observer may not be aware of. Nature isn’t simple and we’re kidding ourselves if we want a quick and easy answer to sum up everything, everywhere. Continue reading
A couple of years ago I wrote about some of the limitations of relying on Altmetrics as an indicator of a paper’s impact, because it doesn’t pick up all online mentions.
Yes, impact metrics are flawed; experts have been pointing this out for years. And I’m not singling out Altmetrics here, there are a few different impact metrics used by different journals for the same goal, e.g. PlumX, Dimensions, CrossRef Event Data.
Despite their flaws, we’re all still using them to demonstrate how our work is reaching global audiences. I used them recently in a promotion application and a major grant application.
But I’m now questioning whether I will keep using them, because they are deeply flawed and are consistently misused and misinterpreted. They are literally a measure of quantity without any context: the number of shares or mentions, but no indication of how and why they are being shared.
This is problematic for a few reasons. Continue reading
This magic number was stated in that flawed entomofauna paper, without any explanation of how this number was calculated – see why that paper is flawed here.
Since then, it has been stated regularly in popular media, scientific papers and technical reports, often without citation, just a number pulled out of the air and presented as fact.
Globally, there are about 5 million estimated insect species in total. Only 1 million species have scientific names. So, conservatively, the 40% claim suggests that at least 400,000 species are threatened with extinction.
So is it an accurate prediction? No. Here’s why: Continue reading
Our insect apocalypse paper is finally published online at BioScience, with awesome co-authors Jasmine Janes and James O’Hanlon!
We summarise the major flaws in the pop culture ‘insect apocalypse’ narrative and argue that focusing on a hyped global apocalypse narrative distracts us from the more important insect conservation issues that we can tackle right now. Promoting this narrative as fact also sends the wrong message about how science works, and could have huge impacts on public understanding of science.
And, frankly, it’s just depressing. Right now, we all need hope, optimism and reasons to act, not a reason to give up.
This blog isn’t about the paper, you can read it yourself (journal, preprint, or email me for a copy). This is about why we wrote the paper. Continue reading
When I grew up, I was taught that politics and religion were taboo subjects in social situations, sometimes even among close family. I liked to believe this social code came from a well-meaning place…the idea that we shouldn’t judge people on their personal beliefs. But I suspect it was more of a survival mechanism, evolved over generations of bloody wars that started because of political gripes and religious persecution.
As a scientist on social media I’ve often been told that I should only comment on things I have expertise in, things I actually work on. And I shouldn’t ‘get political’.
Sure, I don’t publicly comment on scientific disciplines I have no experience in. Even within ecology, I rarely comment on animals or systems I don’t work with regularly. And fair enough too. I get really frustrated when scientists without insect expertise make inaccurate public comments about insects, or when ecologists who don’t work on ecosystem services science publicly claim the concept is flawed. Continue reading
I’ve seen and heard a few claims circulating that removing meat from your diet is essential to ‘save the bees’. This is misleading and draws a long bow between lots of random correlations to promote a particular agenda.
Sure, intensive meat production contributes to some big environmental problems and there are plenty of reasons to reduce your meat consumption. But there is absolutely no scientific evidence to support claims that eating meat is bad for bees.
Meat comes in many forms. From wild game to highly-processed ‘meat products’, from large-scale intensive feedlots to diversified low-intensity grazing systems, from locally-produced to high food miles. It is generally impossible to make blanket statements about all meat. Continue reading