
Hannah Waters
Quanta's biology editor and lifelong birdwatcher with expertise in reporting on cellular and organismal biology, who discusses recent research on mitochondria in migratory birds.
Top 3 podcasts with Hannah Waters
Ranked by the Snipd community

24 snips
Jun 17, 2025 • 20min
Birds' Migratory Mitochondria
Hannah Waters, a biology editor at Quanta and seasoned science journalist, dives into the remarkable adaptations that allow birds to undertake epic migrations. She discusses how changes in mitochondrial characteristics provide the needed energy for these journeys. The conversation highlights the efficiency of migratory birds' mitochondria and their intriguing role in energy production and cellular communication. Waters also touches on the potential applications of these findings for enhancing human athletic performance, bridging the gap between avian endurance and human capabilities.

23 snips
Sep 16, 2025 • 25min
How We Came To Know Earth
Hannah Waters, a senior editor at Quanta Magazine specializing in biology, dives deep into the science of climate change. She explores the intricate relationship between Earth's systems and climate dynamics. Hannah highlights the significance of scientific collaboration in climate journalism and the evolution of climate models. The discussion also touches on climate tipping points and the psychological hurdles of facing climate uncertainties. Plus, she shares insights into how political factors influence climate research and communication.

12 snips
Dec 30, 2025 • 20min
ICYMI: Birds' Migratory Mitochondria
Join Hannah Waters, Quanta's biology editor and a dedicated birdwatcher, as she dives into the fascinating world of migratory birds and their cellular adaptations. She highlights how changes in mitochondria provide the energy needed for incredible journeys, detailing extreme examples like ruby-throated hummingbirds and bar-tailed godwits. The discussion also explores how these birds prepare for migration, the physiological challenges they face, and intriguing parallels with human exercise. Plus, she shares insights into the molecular mechanisms that drive these extraordinary feats!


