Impact | Research | The 黑料网

Impact

The 黑料网 is where great minds make an impact through world-leading research renowned for innovation, collaboration and international reach. Find out how our interdisciplinary, award-winning research makes an impact locally and around the world.

What happens to our faith when we can't remember?

Our research has re-framed dementia as part of the spiritual life of the community, leading to significant changes in the UK and globally.

Shedding new light on Scotland's Picts

Work led by the University has transformed understanding, engaged communities and supported national heritage objectives.

Sustainable approaches to water management

Research led by the 黑料网 has provided vital evidence towards using groundwater resources efficiently and sustainably.

New bone graft material improving patient outcomes

An innovative new material developed at the 黑料网 has the potential to significantly enhance the success rate of spinal fusion surgery.

Modelling healthy AND sustainable diets

Aberdeen research has underpinned new dietary guidelines around the world that link nutritional and sustainability data.

Take it Right Outside!

The Respiratory Group at the 黑料网 has filled a gap in the evidence base about the dangers of second-hand smoke inside cars and homes.

Rwanda: Learning to read, learning to live better

Researchers are supporting adult learners in Rwanda to improve their life skills.

Tackling greenhouse gasses in food production

Researchers are working with food industry giants to tackle climate change associated with the global food chain.

Protecting marine biodiversity with IP rights

Researchers are shaping an international approach to protecting and managing marine genetic resources.

Using robotic surgery to improve patient outcomes

Research is informing new guidelines about the use of robot-assisted procedures to treat prostate cancer.

Influencing change and supporting survivors

Thalidomide research at the University has enhanced understanding of the drug and led to compensation for hundreds of survivors.

Uncovering indigenous Alaskan settlements

Researchers discovered and preserved the largest ever collection of pre-contact Yup'ik artefacts and helped the community strengthen its cultural heritage.

Using new methodology to improve energy efficiency

A new software tool has been developed to improve the design and efficiency of Hybrid Renewable Energy Systems.

Uncovering Sir Walter Scott's creative inspiration

Our research held the key to better understanding the relationship between Walter Scott's collections and his writing.

Unlocking archives to interrogate medieval law

Our researchers created an online tool that is now one of the best resources for exploring medieval life in Europe.

Sowing seeds of safety with non-technical skills

Researchers have created guidance materials and practical tools that aim to improve safety in the farming industry.

Improving eye care with policy reform

Our researchers examined the success of Scotland's free eye care policy to raise awareness of social inequalities.

Unearthing oil and gas within volcanic landscapes

By analysing volcanic rocks under the seabed, our researchers are identifying potential areas for oil and gas exploration.

Understanding eruptions with thermal imaging

Our researchers have used innovative technology to create the world's first 3D thermal image of an active volcano.

Remembering war with musical collaboration

Musicians from around the world formed an international orchestra to commemorate the First World War with a special composition.

Saving sight with drugs derived from sharks

A University spinout developed innovative, non-invasive medical technology for treating inflammatory diseases.

Planning windfarms with carbon calculations

A tool was developed to examine the environmental impact of peatland windfarms on carbon emissions.

Reducing emissions with 'stackable' cars

Our researchers supported a project to reduce pollution, congestion and emissions in urban areas.

Influencing food policy with arsenic testing

New methodologies for measuring levels of inorganic arsenic led to changes in food regulation around the world.

Simplifying data with the power of language

Helping global industries better understand 'big data' with Natural Language Generation technology.

Reconstructing the past in a digital age

The local community worked with researchers to create an app that explores the history of the Bennachie landscape.

Transforming oil analysis with a lab-on-a-chip

Cutting-edge technology reduces downtime and costs by allowing companies to analyse oil samples on site.

Improving nutritional balance on the high street

A collaboration between our researchers and M&S led to a new healthy food range for high street consumers.

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