Search the LJMU website

Search results filters

1. The tropical birds that hang out with the right-looking guys

   In the world of rare tropical birds, hanging out with guys with the right looks can be the difference between life or death.

2. Gouldian finches show us the effects of social conformity

   LJMU scientists have published research that provides a unique opportunity to investigate how personality can be affected by social context.

3. Nobel Prize Winning Astronomer

   The Universe from Beginning to End

4. A study of the chimpanzee precursor of HIV-1 could lead to a better AIDS vaccine

   Liverpool John Moores University has been part of an international research team, led by Professor Beatrice Hahn and colleagues at the Perelman School of Medicine, who have been studying the origin of HIV-1 in non-human primates for decades.

5. 'Sustainable' cod may be no such thing

   Study by LJMU marine conservationists shows fraud in labelling cod

6. Sports and Exercise Science student coaches at Strongest Woman Competition

   Student Laura Dye, 32, has coached Rebecca Roberts to victory as placed second at the Arnold Strongwoman Competition in Ohio, USA.

7. Graduation review: Wednesday 13 July 2016

   The sun shone on the third day of LJMU's 2016 Summer Graduation Ceremonies at Liverpool Cathedral on Wednesday 13 July.

8. EU Horizon 2020 funding to uncover the ‘dark side’ of the Universe

   We owe our very existence to dark matter. Galaxies as we know them, stars, planets, and people would not exist without its presence. Yet we still have very little understanding of its nature and origin

9. Americans learn about Black history in Liverpool

   Morehouse College students visit LJMU to hear about our reckoning with our slave trade past

10. Human-altered ecosystems

    What can fossil bones tell us about the ecology and behaviour of extinct species? In two recent publications, Dr Carlo Meloro from the School of Natural Sciences and Psychology has worked with international teams to demonstrate how we can interpret palaeoecology (the ecology of fossil animals and plants) of extinct wild dogs by looking at their fore-limb and skull shape.