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Competitive Generosity Drives Charitable Donations

Fri, 17 Apr 2015 12:09:46 +0000

Unconditional generosity is a characteristic of humans on which we pride ourselves, and billions of dollars is donated to hundreds of thousands of charitable organisations every year. But look at it from an evolutionary perspective, and this trait seems difficult to explain. In some situations, giving may have evolved to advertise positive characteristics of the […]

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Annoucing the Winners of the Write About Research Competition

Fri, 10 Apr 2015 13:49:07 +0000

Thanks to everyone who entered our Write About Research competition. We received some great entries from GEE students and postdocs, covering a broad range of topics from conservation to genetics. The entries will be posted here over the coming months, so watch this space! The Winners are… Drum roll please … WINNER: David Curnick – […]

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Male Promiscuity Boosts Role of Chance in Sex Chromosome Evolution

Thu, 19 Mar 2015 15:02:31 +0000

Humans, like all mammals and birds, determine sex with chromosomes. Whether a fertilised egg develops into a male or female depends on what chromosomes it carries Scientists have long recognised that genes evolve a little differently on the sex chromosomes, and recent research in GEE suggests this may be due to differing patterns of inheritance […]

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Sloths Move Slow, Evolve Fast

Wed, 11 Mar 2015 18:20:41 +0000

Sloths might be notorious for their leisurely pace of life, but research published last year shows they are no slow coaches when it comes to evolution. Sloths, as we know and love them, are small, slow-moving creatures found in the trees of tropical rainforests. But modern sloths are pretty odd compared to their extinct relatives. […]

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Write About Research – A GEE Research Blog Competition

Tue, 03 Mar 2015 15:28:43 +0000

The GEE Research blog communicates UCL science with a wider, non-specialist audience, by providing short summaries of recent research in the department of UCL Genetics, Evolution and Environment. This provides an opportunity to engage with a broad audience, including other academics, students, members of the public, and even businesses and policy-makers. It is a great […]

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'Evolution: a can of worms'

20 February 2011

Study by GEE's Prof Max Telford et al published in Nature

Since the turn of the twentieth century, zoologists have set out from coastal marine stations at dawn to sieve peppercorn-sized worms from sea-bottom muck. These creatures, called acoels, often look like unremarkable splashes of paint when seen through a microscope. But they represent a crucial stage in animal evolution — the transition some 560 million years ago from simple anemone-like organisms to the zoo of complex creatures that populate the world today. There are about 370 species of acoel, which gets its name because it lacks a coelom — the fluid-filled body cavity that holds the internal organs in more-complex animals. Acoels also have just one hole for both eating and excreting, similar to cnidarians — a group of evolutionarily older animals containing jellyfish and sea anemones. But unlike the simpler cnidarians, which have only an inner and outer tissue layer, acoels have a third, middle tissue layer. That is the arrangement found in everything from scorpions to squids to seals, suggesting that acoels represent an intermediate form.

That hypothesis has gained considerable support in recent years, but a report published in Nature this week1 is causing scientists to rethink the storyline.  Complete article

All links:
http://www.nature.com/nature/journal/v470/n7333/full/nature09676.html

And accompanying piece

http://www.nature.com/news/2011/110209/full/470161a.html

And podcast http://www.nature.com/nature/podcast/index-2011-02-10.html

Profile of Max Telford

Page last modified on 20 feb 11 16:56