On this week’s show: Factors that pushed snakes to evolve so many different habitats and lifestyles, and news from the AAAS annual meeting
First up on the show this week, news from this year’s annual meeting of AAAS (publisher of Science) in Denver. News intern Sean Cummings talks with Danielle Wood, director of the Space Enabled Research Group at the Massachusetts Institute of Technology, about the sustainable use of orbital space or how space exploration and research can benefit everyone.
And Newsletter Editor Christie Wilcox joins host Sarah Crespi with an extravaganza of meeting stories including a chat with some of the authors of this year’s Newcomb Cleveland Prize–winning Science paper on how horses spread across North America.
Voices in this segment:
William Taylor, assistant professor and curator of archaeology at the University of Colorado Boulder’s Museum of Natural History
Ludovic Orlando, director of the Centre for Anthropobiology and Genomics of Toulouse
University of Oklahoma archaeologists Sarah Trabert and Brandi Bethke
Yvette Running Horse Collin, post-doctoral researcher Paul Sabatier University (Toulouse III)
Next on the show: What makes snakes so special? Freelance producer Ariana Remmel talks with Daniel Rabosky, professor in ecology and evolutionary biology at the University of Michigan, about the drivers for all the different ways snakes have specialized—from spitting venom to sensing heat.
This week’s episode was produced with help from Podigy.
About the Science Podcast
Authors: Sarah Crespi; Ariana Remmel; Christie Wilcox; Sean Cummings
Episode page: https://www.science.org/doi/10.1126/science.zabhbwe
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Science’s Breakthrough of the Year, and tracing poached pangolins
Farm animals show their smarts, and how honeyguide birds lead humans to hives
Basic geoengineering, and autonomous construction robots
Exascale supercomputers amp up science, finally growing dolomite in the lab, and origins of patriarchy
AI improves weather prediction, and cutting emissions from landfills
The state of Russian science, and improving implantable bioelectronics
Turning anemones into coral, and the future of psychiatric drugs
Making corn shorter, and a book on finding India’s women in science
The consequences of the world's largest dam removal, and building a quantum computer using sound waves
Mysterious objects beyond Neptune, and how wildfire pollution behaves indoors
How long can ancient DNA survive, and how much stuff do we need to escape poverty?
Visiting utopias, fighting heat death, and making mysterious ‘dark earth’
Reducing cartel violence in Mexico, and what to read and see this fall
Why cats love tuna, and powering robots with tiny explosions
Extreme ocean currents from a volcano, and why it’s taking so long to wire green energy into the U.S. grid
Reducing calculus trauma, and teaching AI to smell
The source of solar wind, hackers and salt halt research, and a book on how institutions decide gender
What killed off North American megafauna, and making languages less complicated
Why some trees find one another repulsive, and why we don’t know how much our hands weigh
Tracing the genetic history of African Americans using ancient DNA, and ethical questions at a famously weird medical museum
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