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The Evolution of Intelligent Life on Earth
Intelligent life on our planet arrived relatively late on a geological timescale, but why did life take so long to evolve and how have major catastrophic events, such as meteorite impacts, shaped the evolution of complex life?
In this episode, Elyse Airey, a biology undergraduate at Queen's College, speaks to Mike Bonsall, Professor of Mathematical Biology and Fellow at St. Peter's College, to learn more about the emergence of complex life on Earth and why life appears to be so rare in the observable universe.
To learn more about OxPods, visit our website www.oxpods.co.uk, or follow us on socials @ox.pods.
OxPods is made possible through the support of our generous benefactors. Special thanks to: St Peter's College JCR, Jesus College JCR & Lady Margaret Hall JCR for supporting us in 2024.
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By OxPodsIntelligent life on our planet arrived relatively late on a geological timescale, but why did life take so long to evolve and how have major catastrophic events, such as meteorite impacts, shaped the evolution of complex life?
In this episode, Elyse Airey, a biology undergraduate at Queen's College, speaks to Mike Bonsall, Professor of Mathematical Biology and Fellow at St. Peter's College, to learn more about the emergence of complex life on Earth and why life appears to be so rare in the observable universe.
To learn more about OxPods, visit our website www.oxpods.co.uk, or follow us on socials @ox.pods.
OxPods is made possible through the support of our generous benefactors. Special thanks to: St Peter's College JCR, Jesus College JCR & Lady Margaret Hall JCR for supporting us in 2024.