The DisSPA network aims to provide a transdisciplinary space to connect members and allies who advocate for, and collaborate to, enhance the provision of more inclusive and empowering sport and physical activity opportunities for people with disability.
Liverpool John Moores University is committed to improving our practices to play our part in eradicating slavery and human trafficking. Read our Modern Slavery Act Transparency Statement.
The Performance Sport team at LJMU is dedicated to improving both the sporting and academic aspect of student athletes.
The sport psychology provision at LJMU looks to develop not only student athletes understanding of psychological principles, but also their motivations, values and behaviours which can in turn contribute to improvements in not only athletic performance but overall life satisfaction.
Sport nutrition is a branch of performance sport support, which focuses on how athletes' approach the integration of their diet via foods, fluids and dietary supplements into their daily routine.
Our Sport Scholarship scheme is one of the leading initiatives the UK and helps talented students fulfil both their sporting and academic potential. Find out more about this scheme and how to apply.
LJMU will host the fifth annual conference of the European Society for Periodical Research (ESPRit) between the 7-8 July 2016. Find out more about the conference including the schedule of speakers, the venue, delegate rates and travel and accommodation.
The aim of the conference is to provide a platform for students, academics, and practitioners to connect and share knowledge to create, promote, and lead change for women and girls across all facets of sport.
The Green Spaces Research Group within the Institute for Health Research, is concerned with research that aims to improve access and benefits from being outdoors.
Our research is applicable to clinical and sport and exercise biomechanics. Our focus includes: musculo-skeletal growth and development, gait analysis, virtual rehabilitation, postural stability, footwear biomechanics, and artificial neural networks.