Sinuses shed light on how humans got their unique skull shape
They are most-commonly associated with a blocked nose and headaches but the humble sinuses could hold an important key to the evolution of the human face.
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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.
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LJMU opening times over the winter break
As semester one draws to a close and we get ready for the winter break, please see LJMU’s opening times for services and buildings below.
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March is Library Fest
Library Services are gearing up for an exciting lineup of events this March as part of Library Fest 2024. There’ll be a range of exciting activities taking place from book swaps to poetry readings, exhibitions, and giveaways for all students, staff and visitors to get involved in.
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LJMU host third annual research conference on menstruation
More than 125 people took part in workshops and discussions on inclusive menstruation
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‘Pest’ monkeys save palm oil industry millions
MONKEYS save the palm oil industry hundreds of millions each year by killing damaging pests, according to researchers in Liverpool, UK.
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LJMU and Merseyside Police Embark on Joint Venture
Liverpool John Moores University and Merseyside Police have agreed a project to assess the feasibility of a Joint Academy. The University and the force have been working together for the past ten years to strengthen ties between academic study and policing.
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Unitemps: Your Student Employment Hub
Unitemps answers your frequently asked questions about part-time work while studying at LJMU.
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Message from LJMU COVID Operations Group
LJMU's COVID Operations Group announces new measures to keep our communities safe
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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.