This is a guest post by Dr Tobias Smith, a bee ecologist and stingless bee expert at University of Queensland. He founded Bee Aware Brisbane and is also on the board of Wild Pollinators Oceania. Tobias is one of Australia’s leading native bee experts and has published an easy to use identification key to Australian bee genera, which you can download for free here. Effective communication plays a key role in conservation of bees (and biodiversity generally), a topic Tobias and I have published on before.
Lately on social media I have seen some spread of the idea that common names for bee species are detrimental to the science and conservation of bees and so should be avoided. I disagree, and in fact I regard common names as a vital part of bee conservation. Let me explain why.
First of all, let’s look at scientific naming, using Australia’s two biggest bee species as an example, Xylocopa (Koptortosoma) aruana and Xylocopa (Koptortosoma) lieftincki. These are big (males up to 26mm in length, females up to 22–23mm in length) beautiful, furry, yellow and black bees. These bees have the genus name Xylocopa. In Australia there are eight known Xylocopa species, but there are hundreds more found around the world. The second name, Koptortosoma, is the subgenus name. It tells us which part of the evolutionary tree of Xylocopa these bees are in.
Leather (2020) and Ollerton (2020) both suggest that views of insect-related blog posts are associated with seasonal factors.
Here I show there is no evidence that this is worldwide phenomenon, with data from the southern hemisphere (n = 1).
It’s increasingly common to see universities publishing press releases about newly published papers from academics. This practice emerged a few decades ago and originally seemed to be associated with health and medical research (educated guess, not sure there are any data on this).
But it has since spread more widely to many other disciplines. Ecology journals are now doing it; some ask you to submit a mandatory media summary with your manuscript ‘just in case’ (most authors will never get a media request). Some of the Big Famous journals operate on a strict authoritarian embargo system, to ensure the author doesn’t exercise their right to talk to people about their own research.
Some interesting syntheses of long-term insect data have been published in the last few months. These synthesis studies attempt to provide an answer to the big question mark raised by the recent insect apocalypse narrative.
This is how much of an impact a single study that gets lots of attention can have on the direction of science. The insectageddon opinion piece that started this ball rolling had fundamental flaws that are now well-documented (unfortunately it is still being widely cited in scientific literature and popular media as supposed evidence of decline). Sure, one could argue it got people talking about an important issue that we already had decades of evidence for.
But at what cost? Its long-term effects on science communication and scientific efforts are most concerning, something we flagged in our analysis published earlier this year.
Will a new metric save biodiversity? This recent opinion piece in Science magazine argues for just that: “a single, simple indicator”, an annual biodiversity target based on species extinction rate. The idea is that the metric will encourage people and policy to protect nature.
The authors justify their argument based on two assumptions:
1) extinction fully incorporates the most fundamental aspect of biodiversity loss
2) extinction is widely understood and easy to communicate
This all sounds well and good. But…
I’ve just written a few lectures for a first year ecology unit on history and philosophy of ecology. I remembered my own undergrad education, dominated by the male European history of science, and didn’t want to repeat that history. Ecology is so much more that!
Modern science is founded on western philosophy, so it’s understandable that European science gets most of the attention. But despite what most of us learned at school, scientists aren’t all male and there were many non-European scientists that contributed to the development of modern scientific knowledge.
Most importantly, Indigenous people’s knowledge is tied to place, and we often ignore the wealth of knowledge about ecological interactions and processes that Indigenous cultures hold, as well as the respectful environmental interaction (management) that is embedded in country and culture.
This is a list of some good resources that I found useful to highlight an inclusive history of the development of ecological science, at an introductory level. There are more nuanced details, but these resources simply highlight the important fact that science has developed from diverse minds, not just a select few white guys. Some of those famous guys deserve the credit, others don’t so much.
I read this recent Thesis Whisperer post a few times, and it troubled me. Then they posted this follow-up post doubling down on the original argument denouncing academic writing.
Comments aren’t allowed on the Thesis Whisperer blog, so I’m writing here. I really think these posts send negative messaging to prospective (and current) PhDs. Do read the original posts, but here’s a quick summary of how I interpreted the Thesis Whisperer’s argument:
(i) the way we do PhDs needs to change;
(ii) we should galvanise PhD students to go against the norms of academia to get the personal outcome they want.
(iii) academic writing is ritualised and archaic and it “sucks”.
From a distance, this general argument might resonate. Yes, as with most sectors, there are many ways the past is holding academia back.
I agree, PhD students need to make sure they get what they need out of the 3 or more years they spend on the PhD.
But PhDs are definitely still “a degree worth having”. They will always provide the opportunity for graduates to develop a unique set of skills and expertise that are useful for academic and non-academic careers. Continue reading
Just published in Journal of Applied Ecology: Conceptual ambiguity hinders measurement and management of ecosystem disservices.
Ecosystem services is one of the most misunderstood scientific concepts. Ambiguity and confusion can be a real barrier to establishing a new scientific concept or field of research. Ecosystem services is still a young discipline (formalised in the 1990s based on a much longer heritage) and is often misrepresented as being a purely economic concept that is damaging to biodiversity conservation and ecological science. This couldn’t be further from the truth, yet this misguided opinion consistently gets regular airtime and clouds broader understanding of the relevance of ecosystem services to research, policy, and land management.
The term ecosystem disservices was first used to address an early criticism of the ES concept, i.e. that ES was largely focused on benefits and overlooked the ecological reality that nature sometimes harms us. This is a valid issue that must be addressed in any ES approach. But, as we argued a few years’ ago, creating a false dichotomy around opposing terms is not the most effective way to solve this problem. Continue reading
Literature reviews summarise existing knowledge and emerging paths for inquiry. They are essential for most grant applications, undergrad assignments and research projects.
But how do you actually do one? And what should you expect when you read a literature review?
Recently, I’m seeing a lot of papers submitted to or published in reputable journals that claim to be “comprehensive reviews” when they could not be further from the truth. Flawed review methods, no review methods, or a limited/localised observational study dressed up as a global review…. Continue reading
The concept of citizen science is as old as the hills, but large-scale coordinated projects are growing in popularity, especially those with digital engagement tools. It’s always great to see new projects that fill an important knowledge gap and engage the public with the natural world.
Recording biodiversity sightings is an easy and rewarding way to get involved. There are plenty of opportunities to contribute to coordinated data collections, such as iNaturalist or Atlas of Living Australia. Other projects have more standardised scientific goals, such as the UK’s Pollinator Monitoring Scheme, the USA’s Great Sunflower Project, and our own Australian Wild Pollinator Count (disclaimer: this is my own project).
So what about new projects that overlap existing projects and don’t provide clear information about how the data will be used? Continue reading