The name of this podcast comes from the Greek word meaning life. It’s also an acronym for the full name of the podcast, Biology Through Audio. My goal is to introduce listeners to biology in a way that helps them understand, explain, compare, and evaluate different biological phenomena that we encounter every day. To do this, I’ll draw from current events, past events, and what I think are some really interesting biological examples. At the end of each episode, you’ll find supporting references and additional resources in case you want to explore further.
All content for BioTA Podcast is the property of J. Phil Gibson and is served directly from their servers
with no modification, redirects, or rehosting. The podcast is not affiliated with or endorsed by Podjoint in any way.
The name of this podcast comes from the Greek word meaning life. It’s also an acronym for the full name of the podcast, Biology Through Audio. My goal is to introduce listeners to biology in a way that helps them understand, explain, compare, and evaluate different biological phenomena that we encounter every day. To do this, I’ll draw from current events, past events, and what I think are some really interesting biological examples. At the end of each episode, you’ll find supporting references and additional resources in case you want to explore further.
Conservation often brings to mind protecting particular species, but we also need to protect the species they depend on to survive. In this episode, we talk with two biologists who are working to protect bears, martens, other mammals, and their habitats by studying the microbes that live in their gut.
BioTA Podcast
The name of this podcast comes from the Greek word meaning life. It’s also an acronym for the full name of the podcast, Biology Through Audio. My goal is to introduce listeners to biology in a way that helps them understand, explain, compare, and evaluate different biological phenomena that we encounter every day. To do this, I’ll draw from current events, past events, and what I think are some really interesting biological examples. At the end of each episode, you’ll find supporting references and additional resources in case you want to explore further.
