Max Telford
@maxjtelford.bsky.social
Zoologist and evolutionary biologist. Interested in animal phylogeny. At UCL.
Author of 'The Tree of Life: Solving Science's Greatest Puzzle'
Author of 'The Tree of Life: Solving Science's Greatest Puzzle'
I am open to all offers!
November 11, 2025 at 2:16 PM
I am open to all offers!
I really hope you enjoy it.
November 11, 2025 at 12:15 PM
I really hope you enjoy it.
The tree of life is an almost impossible puzzle - a scientific goal as ambitious as any other. Solving this problem is fascinating in its own right. But the tree of life is the framework we need to reconstruct the entirety of thefour billion year history of life.
November 11, 2025 at 12:01 PM
The tree of life is an almost impossible puzzle - a scientific goal as ambitious as any other. Solving this problem is fascinating in its own right. But the tree of life is the framework we need to reconstruct the entirety of thefour billion year history of life.
The characters of the book are the billion species of life on earth (not just animals!) and the scientists who, over 2 millennia, have thought how we might discover how the many species of life are related. The story lines are as many and as diverse as the billion branches of the tree of life.
November 11, 2025 at 12:01 PM
The characters of the book are the billion species of life on earth (not just animals!) and the scientists who, over 2 millennia, have thought how we might discover how the many species of life are related. The story lines are as many and as diverse as the billion branches of the tree of life.
The Tree of Life shows what I do: how evolution has left us the clues we need to reconstruct the tree of life; how nature sometimes conspires to make this a difficult and fascinating problem; and, above all, how knowing the tree of life is the key to telling the history of all life on earth.
November 11, 2025 at 12:01 PM
The Tree of Life shows what I do: how evolution has left us the clues we need to reconstruct the tree of life; how nature sometimes conspires to make this a difficult and fascinating problem; and, above all, how knowing the tree of life is the key to telling the history of all life on earth.
Reposted by Max Telford
Comparing phoronid and bryozoan genomes revealed seven irreversible "fusion-with-mixing" events—unique chromosomal signatures showing that phoronids and bryozoans are sister groups, finally resolving a century-old debate. (5/5)
November 7, 2025 at 4:38 PM
Comparing phoronid and bryozoan genomes revealed seven irreversible "fusion-with-mixing" events—unique chromosomal signatures showing that phoronids and bryozoans are sister groups, finally resolving a century-old debate. (5/5)
"many a reader will start the book with some small interest in evolutionary biology, and finish it with a sense of wonder at how evolution has generated all the biodiversity we know from the past, see around us today, and imagine will arise in the future."
November 5, 2025 at 12:08 PM
"many a reader will start the book with some small interest in evolutionary biology, and finish it with a sense of wonder at how evolution has generated all the biodiversity we know from the past, see around us today, and imagine will arise in the future."