

Who Works Harder: Ants or Bees? | Tumble Episode
Why do ants and bees both work so hard — and which one works harder? That's what listener Hadi wants to know! In this episode, you'll meet Dr. Sammy Ramsey, an entomologist who studies insects from around the world. He's going to be our judge as we pit ants against bees in four rounds to try to crown the Hardest Working Insect! 🎧 Listen to the Episode 🐜🐝 What Kids Will Learn Why scientists study animal behavior by comparing species — and what that reveals about evolution a


Why Do Cicadas Live Underground for So Long? | Tumble Episode
You may have heard their song, but have you heard their story? In our latest episode, cicada scientist Chris Simon helps us dig into the surprising science of cicadas - and figure out how they’re changing! Learn more about cicada history in our in our bonus interview extra on Patreon ! 🎧 Listen to the Episode 🔎About The Featured Expert Chris Simon is a senior research scientist at the University of Connecticut in the Department of Ecology and Evolutionary Biology. Among m


Fashion's New Spider Sense - Life Lab, Part 4 | Tumble Episode
Shirts made from spider silk? Leather made from fungi? In this episode, we're exploring how synthetic biology is pushing the future of fashion! Welcome to Life Lab! This is the fourth part of our five part series about how tiny life can change our world. In Life Lab, we explore the incredible power of synthetic biology to solve some of our biggest challenges - and asking how it could change our future. Life Lab is supported by the Engineering Biology Research Consortium, a


"Is This a Good Idea?" - Life Lab, Part 3
So far in Life Lab, we’ve uncovered the power of synthetic biology. But with great power comes great responsibility! In this episode, we’ll ask “Is this a good idea?” when it comes to changing the DNA of mosquitoes to fight a deadly virus. Welcome to Life Lab! This is the third part of our five part series about how tiny life can change our world. In Life Lab, we explore the incredible power of synthetic biology to solve some of our biggest challenges - and ask how it could

