I’ve read two new papers this week that got me thinking about how and why we define ourselves as researchers.
One was this excellent paper led by Brian McGill on why macroecology and macroevolution, once essentially part of a single discipline, need to reconverge as they both have complementary goals. As the authors note, macroecology tends to focus on spatial processes, while macroevolution tends to focus on temporal processes. In reality, both types of processes are linked across scales and influence each other. To address fundamental questions about biodiversity and ecosystem function, we need to consider both together.
This segregation across related disciplines is a real problem that we need to address – we’ve seen it with agricultural science and ecology, freshwater & terrestrial ecology and more… 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
Cheers to everyone who has read and shared my blog posts over the years. I’ve had some great discussions here and made some really worthwhile connections because of this little blog. Most importantly, it’s kept me inspired and connected through the highs and lows of academia. Here’s to many more blog posts, discussions, and connections to come!
I’m so happy that my current second most visited post is ‘On the importance of observations to Ecology’, an ode to natural history notes and a reminder that ecological science will stagnate without observing natural interactions occurring around us. It sums up many of the reasons why I started blogging in the first place. (It was pipped to the post by one of my insectageddon articles)
Some more on why I love blogging:
The buzz on (ecology) blogging
On 7 years of ecology blogging
Our paper on why ecology blogs are so valuable to the academic community: Bringing ecology blogging into the scientific fold: measuring reach and impact of science community blogs. For anyone who still needs convincing that academic blogs are not a waste of time, this paper is an excellent piece of evidence: co-authors are from Don’t Forget the Roundabouts, Scientist Sees Squirrel, Dynamic Ecology, Jeff Ollerton’s Biodiversity Blog, and Small Pond Science
© Manu Saunders 2019
The latest IPCC report was released last week, with very similar findings to the IPBES report released earlier this year. Both reports analyse published research and provide evidence-based recommendations to guide policy-making. They corroborate what ecologists and environmental scientists have been showing for the last few decades via hundreds of thousands of studies across multiple disciplines.
In a nutshell, we need to change how we, as a species, interact with our environment. Most importantly, we need to change the way we manage and use land and natural resources. And there are many ways we can do this. Continue reading
On Wednesday afternoon, I noticed the steadily increasing coverage of the story about sweat bees living in a Taiwanese woman’s eye. It seemed implausible – very few bees are small enough to get in your eye without knowing it, and they certainly wouldn’t survive very long.
But what first caught my attention was the poor communication around this story. The use of words like ‘nightmarish’ and ‘weird’ for a completely normal animal interaction. And the number of stories that were headlining their report with a picture of a totally unrelated bee (usually Apis mellifera), or even other insects. Toby Smith and I have previously looked at how misuse of pictures of Apis mellifera in media stories can affect accuracy of science communication. Continue reading
On Sunday, as I walked a load of washing to the Hills Hoist, an odd pattern caught my eye. It’s autumn here in Armidale (which is very cool climate by Australian standards) and temps have been cooling off for a while. But Sunday was our first proper cold snap, a lot earlier than usual and much colder than the March average minimum (about 11°C). We got down to about 3°C overnight and there was frost in some parts. I was shivering before I’d finished hanging the washing out.
Our vegie garden is effectively dead – a few late-ripening tomatoes and the flowering borders are hanging on. But as I walked past a dead plant full of dill seeds, something caught my eye. Continue reading
Saunders ME, Rader R (2019) Network modularity influences plant reproduction in a mosaic tropical agroecosystem. Proc. R. Soc. B 286: 20190296. (all data and code available on github)
I’m so excited about our new paper! We use network analysis in a cool new way to understand how pollinator community structure influences ecosystem function in a heterogeneous landscape. Understanding links between structure and function is a core goal of ecological research, but there are still plenty of things we don’t know about these relationships. Continue reading