Log in
Research at Lancaster led to a novel approach to detect the source of cases of campylobacteriosis (a bacterial foodborne disease). The application of this method to data from New Zealand pin- pointed that New-Zealand's high rate of cases was linked to the eating of contaminated poultry. These results were a key part of the evidence used by New Zealand's Food Safety Authority to introduce a new code of practice for the poultry industry. The impact of this code of practice has been a halving of the number of reported cases of campylobacteriosis in New Zealand (from around 16,000 cases in 2006 to less than 7,000 in 2008). With notification rates estimated as 1 in 10, this corresponds to around 90,000 fewer actual cases per year. The saving for the New Zealand economy during the REF census period has been independently estimated as between £100M and £150M.
Over a decade's research by Introna and Hayes has investigated the biases inherent in automated systems. As part of this research they showed that the design and use of plagiarism detection systems (PDS), used by Higher Education Institutions (HEIs) worldwide, may be unfair due to their embedded values and assumptions. A series of reports, workshops and supporting resources, using these insights, have transformed writing support and teaching practices at no less than 32 HEIs nationally and internationally, affecting lecturers, support staff and student union representatives. As a result, at least 10 HEIs have developed less punitive policy frameworks and taken a more developmental approach, leading to a much fairer treatment of plagiarism cases.
Prior to 2004 there was no accurate way of determining the value of education to the UK economy. Moreover, education had not previously been considered as part of the economy in the same way as, for example, manufacturing. At this time the British Council commissioned Geraint Johnes to produce a methodology for evaluating the global value of all education exports. The Department of Business, Innovation and Skills used this on 2008-2010 data to calculate its worth at £14.1bn to the UK. BIS have re-used this methodology in subsequent years and estimated that by 2025 the UK value will increase to £26.6bn. The research has also been used in the ongoing debate on immigration and UK Border Agency policy for example the revoking of visas by London Metropolitan University in August 2012, which was widely publicised by national and international media. It has also been frequently cited in government papers and in Parliament.
Basic research combining scanning probe microscopy with thermal, spectroscopic and chemical analysis has enabled the development of powerful, entirely new forms of analytical microscopy. Commercialisation of instruments for micro-thermal analysis began by TA Instruments, in 1998, based on four patents, followed by a Lancaster start-up company Anasys Ltd. These instruments have since been extensively used in multidisciplinary applications by scientific industry and government laboratories. Anasys has sold over 100 units of these nanoscale thermal analysis instruments (total turnover £3M) and many leading polymer industries, research institutes and academic programs worldwide are now users of this technology.
UCREL (the University Research Centre for Computer Corpus Research on Language) has been pioneering advances in corpus linguistics for over 40 years, providing users with corpora (collections of written or spoken material) and the software to exploit them. Drawing together 8 researchers from the Department of Linguistics and English Language and 1 from the School of Computing and Communications at Lancaster University, it has enabled the UK English Language Teaching (ELT) industry to produce innovative materials which have helped the profitability and competitiveness of that industry, and assisted other, principally commercial, users to innovate in product design and development.
Since 2006 Professor Cooper has led interdisciplinary research to inform the design of the urban environment, especially in relation to creating sustainable places that support citizen wellbeing. Outcomes include a new model of design decision-making, a toolkit for urban design decisions, and collation of evidence on the impact of environment on mental health and wellbeing. Her work has been supported by EPSRC, over ninety companies, and six city councils. Impact has included tools to enable planners and developers to address issues such as density and wellbeing; informing government policy on mental health and the environment; raising the profile of design-led approaches to complex policy problems.
Cruickshank's interdisciplinary research challenges the role of the professional designer and celebrates the potential of the citizen-designer. Insights from the research have developed a series of tools that facilitate design-creativity in the non-specialist. The research demonstrates that technology can be an enabler for the non-professional, impacting on design methods and their implementation. The process of developing the research has had a direct impact through significantly improving the consultation and design activities of the City and County Councils in Lancaster (with potential for scaling this up to other local authorities) and shaped the potential development of a 10-hectare city-centre green space over a 10-year period.
In response to the declining number of applicants for leadership posts in Further Education, David Collinson developed the Practitioner Research Programme. Funded by the UK Government's Learning and Skills Improvement Service, the programme offered FE leaders and managers the opportunity to produce research-informed answers to challenges they were facing in their own practice. Findings were developed into 88 practitioner research reports that were disseminated to every FE college in England and Wales and made available online. Research engagement enhanced knowledge and understanding of leadership issues, stimulating organisational change and improving the performance of individuals, teams and organisations. Key themes were presented at a national conference where outstanding projects received awards for the impact of research on their own FE organisation, the local community and leadership development. Findings were extensively cited in the `Independent Commission on Colleges in their Communities' report, and in the Foster Review of UK FE.
Research carried out in the International Observatory on End of Life Care (IOELC) at Lancaster University led by Professor Payne has played a major role in influencing the strategic direction of service and policy development globally. IOELC initiated the systematic collation of development data and delivered the first research-based international analysis of the development of palliative care. For example, research on access to opioids in 12 resource poor countries in central and eastern Europe via the ATOME project has delivered major impact, leading to significant changes in legislation and policy and improved access to pain medication, and palliative and end of life care for millions of people around the world.
Our research on cross-layer optimised video distribution over wireless networks has led to wide- reaching economic and societal impact, via the following pathways:
- Standardisation: our research results were directly adopted in WirelessMAN and LTE, the two global standards for the next generation of wireless broadband networks.
- Collaborative research: the work resulted in a product that has been commercialised by our collaborators Rinicom Ltd, an SME specialising in mobile video, and recognised with a Queen's Award for Enterprise (2013), for achievements to which our research contributed significantly.
- User engagement: the work resulted in the deployment of a WiMAX network in Slavutych/Chernobyl, Ukraine; contributing to community regeneration in a UK Government programme to address social and economic consequences of nuclear power plant closure.