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1. Bird feet similar to dinosaurs from 200 million years ago

   Footprints from birds bear remarkable similarity with those of dinosaurs from 200 million years ago, according to a new international study.

2. Graduates excel at 02 Media Awards

   LJMU Journalism graduates have excelled at the North West O2 Media Awards, collecting awards and commendations for their work.

3. Gigantic giraffids

   Using the latest imaging technology, researchers have revealed more information about a prehistoric mammal, previously thought to be an elephant-sized, moose-like creature, which was actually a close relation to modern-day giraffes.

4. Greg Whyte joins fellow LJMU experts to discuss the Birmingham Commonwealth Games

   With knowledge across a range of sport science disciplines, LJMU experts have gathered to discuss the Birmingham Commonwealth Games 2022 in a new episode of the 1823 Podcast.

5. Commonwealth Games marathon contender Jonny Mellor talks injuries, opportunities and ice baths

   Long-distance runner Jonny Mellor talks Commonwealth Games preparations with former athlete and LJMU lecturer Kelly Massey, in the latest edition of the 1823 Podcast.

6. Join LJMU Sport and Gym: three membership options available

   Memberships from £30 for students and £50 for staff/alumni

7. World Book Day 2024: Reading Rivers

   Final-year creative writing student Kayla Marsh sat down with seven members of staff to discuss their ‘Reading Rivers’ – from the books never finished to the books that evoked tears.

8. NatWest partnership boosts chances for student entrepreneurs

   Students with exciting business ideas are benefitting from a new partnership with banking giant NatWest.

9. Rethinking the orangutan

   The critically endangered orangutan—one of human’s closet living relatives—has become a symbol of wild nature’s vulnerability in the face of human actions and an icon of rainforest conservation.

10. Discovery of rotating disc around nascent star 'a special moment'

    Finding from ARI, ESO and Durham University could help us understand how stars are born