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1. School of Pharmacy and Biomolecular Sciences launches Athena Swan Action Plan

   LJMUs School of Pharmacy and Biomolecular Sciences (PBS) has launched their Athena Swan 12-point action plan this week.

2. Civil engineers visit site of Italian bridge collapse

   ASPIRING civil engineers from Liverpool John Moores are visiting the site of the Genoa bridge disaster.

3. Hundreds of local school pupils get taste of university

   LJMU welcomed almost five hundred Year 11 pupils to its Future Focus Days as part of the Universitys sustained widening access programme, giving young people an insight into the opportunities Higher Education can offer.

4. Climate Emergency: Active Travel Plan to incentivise cycling and walking

   Incentives for staff and students to travel sustainably are being put on the table to back the university's newly-approved Active and Sustainable Travel Plan.

5. Guidance on 'Plan B' measures on COVID-19

   Business as usual for teaching and research

6. Liverpool John Moores University signs up to NW’s £54m ‘Hollywood’ plan

   Liverpool John Moores University (LJMU) has been confirmed as the education partner at the much-anticipated Littlewoods Film and TV Studios being developed in the city by CAPITAL&CENTRIC with Liverpool City Council.

7. Climate change ‘opened and closed’ migratory door through Arabia for 400,000 years

   One of the driest places on Earth has intermittently been a 'green corridor' for human migration due to historical periods of increased rainfall, according to new research.

8. World Environment Day 2022

   Ahead of World Environment Day this Sunday (5 June), were reaffirming our commitment to green initiatives and sustainability.

9. LJMU takes handover of landmark Copperas Hill development

   Liverpool John Moores University has taken handover of its landmark new development on Copperas Hill. Contractor Morgan Sindall Construction has reached practical completion of the three and a half acre site in the heart of the city centre.

10. The cosmic commute towards star and planet formation

    The flow of gas in the Universe by which stars and planets are formed is a process controlled by a cascade of matter that begins on galactic scales.