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.
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What is a species? This apparently simple question is one of the best ways to get scientists arguing.
A recent article by Henry Taylor, a philosopher at University of Birmingham, asks this question from a philosophical perspective. The article itself is okay. But there is zero chance of biologists adopting its recommendation, ‘to scrap the idea of a species’, any time soon (see also this older article at the same platform, on the same subject, from a biologist’s perspective).
What I found interesting is how different audiences interpreted the article in the comments and on social media. I saw a mix of reactions (based on my network and a few searches; obviously not indicative of everyone) – some scientists were condemning the article vocally and aggressively, while others who didn’t appear to be scientists (based on their Twitter bio), shared the article in agreement and support.
‘What is a species?’ is a classic philosophical question, not a scientific one. Philosophical questions are a valuable tool for life. They are conceptual, not factual; they are rarely ‘solved’ (in the scientific sense); and they need to be addressed with complex thinking, not just facts or empirical research. You don’t have to agree with this approach, it’s just how Philosophy differs from Science. Disciplines are defined by different methodologies, standards, systems, and norms.
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I’m what other ecologists would call an ‘applied ecologist’. I collect most of my data outdoors in the field, rather than in labs or microcosms. I work predominantly in human-modified landscapes (agroecosystems). My overall research theme (ecosystem services) is considered more relevant to management than theory. And most of my papers have been published in applied and interdisciplinary journals. And, like most applied ecologists, my ability to understand and contribute to theoretical, or ‘pure’, ecology has been questioned by other ecologists.
There are plenty of logical flaws in this argument, so why does it persist? Continue reading →
Keeping up with the literature is part of being a researcher. A few years ago, the #365papers hashtag started on Twitter, as a way to encourage academics to read more papers in a calendar year.
In reality, very few academics would actually read 365 full papers over a single year. #260papers, a paper every work day, was suggested as a compromise and, more recently, #230papers goes one step further to account for public holidays etc.
Two things strike me about these hashtags: Continue reading →
One of the most limiting factors I have found so far as a field ecologist is getting access to land to collect data. Most of my research is on how insect communities influence ecosystem function. Although I collect a lot of my data on farms, I also work in natural systems.
Finding enough private properties is usually easy enough, depending on the study design. For our recent study of ecosystem services in apple orchards, for which we needed a certain number of specific types of orchard, it took me nearly 4 months of emails and phone calls to find enough suitable orchard growers who were happy for us to visit regularly.
Finding new field sites in natural areas can be a bit harder. In Australia, it can take up to 6 months to get a new research permit for a protected area. Sometimes, the permit is declined, or your application gets lost.
Getting permission is one thing, logistics are another. Balancing the ideal number of site replicates needed to answer the research question, with the funds you are allowed to spend on travel to get there, is one of the hardest tricks in the modern field ecologist’s book. Committing to regular long trips and nights away from home is even harder when you have a family life you want to be part of. Continue reading →
‘Scientists shouldn’t have to do scicomm’ is a thoroughly modern misperception.
Communicating science has been ‘normal’ for centuries, from painted messages on cave walls, to classical orators and beyond. From ancient times, scientists took their responsibility to share science with people very seriously.
Yet today, mastery of language and the art of non-scientific communication are rarely taught or encouraged in modern science degrees. History isn’t taught much either.
Instead, many science students and graduates train to be skilled data collectors and ‘facts’ wranglers. Scientists are consistently bombarded with rigid anti-eloquence ‘rules’ that only succeed in suppressing the power of language – never use passive voice, don’t use big words, shorten your sentences, simplify your message etc. etc. God forbid you should sound like you care about your subject matter. Continue reading →