Image: Marionette, © Thomas Quine CC BY 2.0 via flickr.com
When we do science, we presumably want that science to have both impact and reach. By “impact”, I mean more than citation counts: I mean that what we’ve done adds to human knowledge and changes how we think about, and interact with, our world. By “reach”, I mean that the impact happens broadly: not just with the six other people in the world who do research on the same questions and systems I do, but with scientists more broadly, with journalists, with policymakers, and with the general public.
Do I want my science (and my science commentary here at Scientist Sees Squirrel) to have impact and reach? Of course I do. It would be rather peculiar to publish science, and write a blog, and hope that nobody ever heard about it or was influenced by it. So yes, I want my science, and my commentary, to have impact and reach. But I’m also afraid of that impact and reach. And while that seems very strange, even to me, I think it’s not uncommon and it distorts our scientific message. Let me explain. Continue reading
Image: Smokestacks © Dori via Wikimedia.org CC BY-SA 3.0
Canada has a new carbon tax – far too modest, but it’s a start. Its implementation is an awkward mosaic across the country, but in my province of New Brunswick, it’s a federal tax* that’s coupled with a rebate (or “climate action incentive”, as it’s confusing called).
The rebate, appearing as a tax credit, on my 2018 income tax return.
Here’s (roughly) how this works: Continue reading
Image: Flowers, by Alvegaspar CC BY-SA 3.0 via wikimedia.org
If you watch science documentaries like Nova or The Nature of Things, you might get the feeling that what’s most exciting about science is all the questions scientists have answers to – all the things we’ve learned about how our universe ticks. (It’s built right into the title of The Nature of Things.) But what I love most about science, and especially biology, is how easy it is to ask a question that we don’t have the answer to. Why are there so many species of beetles*, but so few of snakeflies? Why does life use a basic set of 20 amino acids, not 18 or 26? And one that has me completely stumped: why on Earth are flowers beautiful?
“Why are flowers beautiful” might sound like a trivial question, but I don’t think it is. Continue reading