Love it or hate it, in this INK article I argue that genetic engineering is not inherently evil. Whether it’s good or bad is dictated by the context, motive, and intent – not the technology.
Photo: Amanda Goodman-Lee
Sick honey bee colonies can be treated with antibiotics and miticides, but pathogens are evolving resistance to fight back. Now, researchers have developed a new counter-attack.
Hello everyone! I just wanted to write a quick note saying that all articles that have appeared in American Bee Journal have been updated to contain the article text & figures instead of short excerpts. The article on Hives for Humanity will be appearing in the October issue, at which time I’ll make that full text available too. Enjoy!
Neonicotinoid pesticides (neonics, for short) have been a hot topic in popular media and scientific research alike. But we still haven’t answered what is, in my opinion, the most critical question of all: Is there a better alternative? Continue reading “Neonics: The answered and unanswered questions”
Photo: Sarah Common
A Canadian mother-daughter team is bringing life and colour to the Hastings homeless community by installing therapeutic apiaries and gardens. Continue reading “Hives for Humanity: Using bees for social empowerment in Vancouver’s Downtown Eastside”
Photo: Alison McAfee
VARROA DESTRUCTOR MITES are the number one reason for honey bee colony losses. And yet, we know extremely little about their fundamental biology.
In an era littered with misinformation, scientists feel more pressure than ever to make their point and make it stick. Thankfully, Beakerhead is here to help. Continue reading “Tell me a story: What Beakerhead taught me about the spirit of SciComm”
Pesticides. A difficult topic to navigate indeed. Precisely what should be done about them (if anything) is a charged debate with many layers, and here I will try to peel some of the most prominent. The tl;dr version: it’s complicated. Continue reading “A short history of pesticides”