Beyond Earth: Our Path to a New Home in the Planets

Titan, a moon of Saturn, rises above the rings of Saturn. Image courtesy of NASA/JPL
Titan, a moon of Saturn, rises above the rings of Saturn. Image courtesy of NASA/JPL

Beyond Earth (start time 5:10) Many have dreamt of colonizing other planets. It’s been a staple of science fiction for decades. Most often, people imagine creating a colony of humans on Mars, where people would live on a cold, dry planet with a thin, unbreathable atmosphere. Mars, however, may not be the best destination for future human colonization. In fact, Titan, a moon of Saturn, may hold greater hope for extending humanity’s presence in the solar system. Either way, humans face tough but surmountable challenges as we move beyond Earth. As a planetary scientist, Dr. Amanda Hendrix is actively involved in the scientific research and future mission planning that will enable humans to settle on other planets. She’s the co-author, with Charles Wohlforth, of the new book Beyond Earth: Our Path to a New Home in the Planets. Listen to How On Earth’s Alejandro Soto’s interview with Amanda Hendrix, where they discuss the opportunities and challenges for human space exploration.

Hosts: Alejandro Soto, Shelley Schlender
Producer: Alejandro Soto
Engineer: Shelley Schlender
Executive Producer: Beth Bennett
Additional Contributions: Joel Parker, Beth Bennett

Listen to the show:


Hunter Lovins – Regenerative Economics Extended Version

Hunter Lovins - Natural Capitalism Solutions
Hunter Lovins – Natural Capitalism Solutions

Hunter Lovins – Regenerative Economics EXTENDED VERSION.  This is the extended version of the fall 2015 talk by Hunter Lovins, recorded by Shelley Schlender. Lovins heads up Natural Capitalism Solutions, and she’s a sought after speaker around the world, as well as here in Colorado. She gave this talk, including visuals, and called it Regenerative Economics.  This talk was recorded in Boulder as part of the Colorado Chautauqua Events series, in conjunction with the Boulder City Club.

For the broadcast version of this talk, GO HERE.