An EU-funded project is investigating protein-rich crops in Europe as attractive alternatives to meat - a means to reduce the environmental impact of livestock on the planet and provide farmers with a new source of income.
EU-funded researchers apply data mining concepts that overcome the challenge of working with limited and incomplete information.
An EU-funded project has created an airbag bike helmet that is eight times safer than its traditional counterparts. It is both comfortable and attractive in a bid to motivate more people to cycle responsibly.
EU-funded researchers are developing a personalised dosing solution for chemotherapy targeting leukaemia using advanced microfluidic chips to meet the precise medical requirements of individual patients.
EU-funded researchers have successfully demonstrated that a special kind of steel can be combined with glass to produce high-performance and eye-catchingly beautiful curved surfaces. The novel technology opens up new opportunities for both European steel producers and creative architects looking to be at the cutting edge.
Rising temperatures due to climate change are reducing crop yields, which compromises food security. EU-funded researchers are working to make wheat less susceptible to heat so that it remains a safe and reliable food source.
An EU-funded project is aiming to help guide the global transition from the high-carbon economies of today to the low-carbon economies of tomorrow by providing policymakers with the tools and information they need to implement effective, evidence-based climate strategies.
EU-funded researchers have developed new ways to study the DNA of plants and soils used in winemaking as part of a wider effort to better understand how and when microbes help or harm different stages of production.
Smart technology can greatly benefit farms but selecting and deploying it can be a daunting process. An EU-funded network is stimulating the uptake of ICT-backed innovation that can help make agriculture more productive, resource efficient and profitable.
Sun, seawater and sewage: microalgae can thrive on feedstock that is freely available and the resulting biomass can be used to make high-value products such as biostimulants and biopesticides. But can this be done viably on a large scale? Let us demonstrate, say EU-funded researchers building an integrated biorefinery.
