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1. Bringing the Universe down to Earth

   Astrophysicists engage public through RHS gold garden and £100k STEMM outreach project

2. How scavengers avoid infection and what we can learn from them - The Conversation

   Dr Darren Sexton of LJMU's School of Pharmacy and Biomolecular Sciences studies antibacterial products from the natural world of plants and animals

3. Academic Staff Governor voting now open

   All Academic staff have until 5pm on Monday 19 June to vote for their preferred Academic Staff Governor candidate.

4. Policing degrees meet standards of Quality Assurance Agency

   Professionalisation of policing "good for recruits and society"

5. Honorary Fellow Linda Grant

   Liverpool John Moores University awards Honorary Fellowship to Linda Grant at Liverpool Cathedral on Thursday 13 July 2017.

6. Domestic abuse: better safeguarding can aid prosecution

   New research suggests domestic abuse victims are better served by schemes which prioritise safeguarding over prosecution.

7. ARI creates simulation of the Universe with realistic galaxies

   An international team of astronomers, including Dr Rob Crain from the LJMU Astrophysics Research Institute (ARI), have developed a simulation of the Universe in which realistic galaxies are created. Astronomers can now use the results to study the development of galaxies from almost 14 billion years ago until now.

8. Measuring natural capital

   A new study has added evidence to the argument that placing an economic value of goods and services from the natural environment has the potential to achieve sustainable outcomes.

9. First-of-its-kind Jamaican art exhibition opening in Liverpool

   The first exhibition of wholly Jamaican art to be displayed in North-West England will find its home in Liverpool this spring. The exhibition has been curated by Dr Emma Roberts, Associate Dean for Global Engagement for the Faculty of Arts, Professional and Social Studies at LJMU.

10. Massive stars sound warning they are about to go supernova

    In a new study, published in Monthly Notices of the Royal Astronomical Society, researchers have for the first time simulated how these massive stars seemingly fade away and disappear when they enter their pre-explosion phase.