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1. The future of music in Liverpool

   Research by LJMU in partnership with Bido Lito! asks the question how do we make Liverpool a global music city?

2. 91 LJMU students jet off to study abroad this month

   Over ninety students will head off to 18 countries this year as part of LJMU's Study Abroad Programme.

3. Vegan-based biomaterials developed to support eco-friendly crop management

   New vegan-based biomaterials could be used instead of chemical products and pesticides to help farmers manage their crops in a more eco-friendly and sustainable way, according to new research.

4. forensic science

   LJMU scientists team up with police, farmers and unions ahead of new legislation on dog attacks

5. Climate Explorers - pioneering project to educate children in environmental issues

   A unique project led by Liverpool John Moores University is set to produce a lasting legacy of climate change education by creating a suite of new multi-media content for children (7-12 years), parents, and educators.

6. Cave bears may have been adapting to survive the ice age

   Recent research published in Quaternary Science Reviews on the long extinct cave bear (Ursus spelaeus) has found their attempt to adapt to the growing harshness of the last ice age before their extinction.

7. Bonobos share and share alike

   Bonobos are willing to share meat with animals outside their own family groups. This behaviour was observed in the Democratic Republic of the Congo and is documented in a new study in Springer’s journal Human Nature

8. What's happening in Liverpool this semester 2023

   2023 is a big year for Liverpool John Moores University. Not only is it our bicentenary marking 200 years since the institution was founded and became the LJMU as we know it today, there’s also so much going on across the city over the coming months.

9. Why algae is a forensic biologists best friend

   Dr Kirstie Scott explains how diatoms provide evidence in BBC cold case

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.