
ZSL #051 From Habitat to Husbandry: Evidence-based animal care
Apr 30, 2026 - 32:26
Radio and PodcastLive Radio & Podcasts
How does our DNA, the tiny building blocks that make every species, and every individual, totally distinct, impact our evolution? In this episode, we learn how we can visualise our DNA, or genome, to allow us to better o...
ZSL #050 Mapping Nature's Code is an episode from ZSL Wild Science Podcast by Zoological Society of London. How does our DNA, the tiny building blocks that make every species, and every individual, totally distinct, impact our evolution? In...
This episode belongs to ZSL Wild Science Podcast.
Use the player on this page to stream the episode online.
Published Feb 27, 2026, 39:57 long, audio available.
How does our DNA, the tiny building blocks that make every species, and every individual, totally distinct, impact our evolution? In this episode, we learn how we can visualise our DNA, or genome, to allow us to better organise the tree of life, and how learning more about this genetic make-up can provide insights into how a species survives in the face of a changing environment. We head to Cambridge, to ring native UK birds and collect samples of their DNA, and then to the Wellcome Sanger Institute, to see learn how those samples are processed and sequenced as part of a collaborative project aiming to sequence the genomes of all eukaryotes in Britain and Ireland; the Darwin Tree of Life project. Overview 00:11 Harriet McAra, Host of Wild Science, Episode introduction 01:26 Bird ringing in Cambridgeshire and Dr Ava Jenkins, Wildlife Veterinarian and Postdoctoral Research Associate, ZSL Institute of Zoology 03:13 Professor Mark Blaxter, Head of the Tree of Life Programme, Wellcome Sanger Institute 06:18 Dr Tom Mathers, Senior Computer Biologist, Wellcome Sanger Institute 12:44 A word of thanks 18:44 A final thought from Mark Blaxter 22:57 Outro Hi-C contact map of the common crane ( Grus grus ) Hi-C contact map showing the common crane genome ( after manual curation. Each block represents a chromosome in order of size from left to right and top to bottom, with dark red cluster in the bottom right hand corner showing unplaced repetitive content. Resources If there's a topic you'd like to hear on a future podcast, or if you'd like to share your thoughts, email the ZSL Wild Science Podcast at: wild.science@zsl.org Check out our science and conservation work at: or Darwin Tree of Life project: Dr Ava Jenkins: BTO ringing scheme: Bortoluzzi, C., Wright, C.J., Lee, S., Cousins, T., Genez, T.A.L., Thybert, D., Martin, F.J., Haggerty, L., The Darwin Tree of Life Project Consortium, Blaxter, M., Durbin, R. (2023) Lepidoptera genomics based on 88 chromosomal reference sequences informs population genetic parameters for conservation. Pre-print: Get in touch Email wild.science@zsl.org with your questions, comments, and thoughts for future episodes! Find us @ZSLScience on X or @zslofficial.bsky.social on BlueSky and use the hashtag
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ZSL #050 Mapping Nature's Code is an episode from ZSL Wild Science Podcast by Zoological Society of London.
This episode is 39:57 long.
This episode was published on Feb 27, 2026.
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ZSL #050 Mapping Nature's Code is from ZSL Wild Science Podcast by Zoological Society of London.
Published Feb 27, 2026 and 39:57 long