Projects

CCMS is a high temperature method for extracting CO2 from a variety of flue gases related to power generation and carbon-intensive industries.

Velkommen til forskningsprosjektet 'Livskvalitet, teknologi og daglige reiser i Oslo og Viken (App Cities)'.

The project aims to investigate how inquiry-based practices in calculus can support teachers’, students’, and teacher educators’ development of mathematical competencies and inquiring habits of...

NORDGREEN aims to support integrated planning efforts for urban sustainability by developing and implementing smart planning and management solutions for well-designed, high-quality greenspace that promote...

We aim to recover high-value compounds from forestry sugar residuals, and to convert these residuals to antimicrobials through cost-effective fermentation processes.

We aim to develop novel antimicrobial products based on our patented bacteriocins, for effective treatment and prevention of mastitis and listeriosis in domestic animals like...

We will develop antimicrobial peptides into drugs for medical use, with special focus on treatments of secondary infections in leprosy patients and in patients with...

We will discover new organic ferroelectric materials that could be used in eco-friendly computer memory. We will computationally screen and evaluate properties of thousands of...

Test the potential of different UV wavelengths and doses combined with different growth light conditions on powdery mildew. Test the impact of UV optimized to...

Test the potential of non chemical alternatives in management of powdery mildew and gray mold

This projcet will better adapt the strawberry fruit production to unstable climatic conditions, increase the unit value of the produce, lower the production costs, and...

Identify the causal agent of tip rot and understand how biotic and abiotic factors affect the development of tip rot in carrot.

Test the potential of different substrate mixtures made up of composted peat moss, coconut coir, wood fiber, biochar and beneficial microbes on crop growth, disease...

Thermoelectric materials can turn heat into electricity, but better materials are needed for large-scale recovery of waste heat. Our project aims to identify materials with...

We study the udder microbiota in Norwegian cows - of utter importance to Norwegian milk production and the dairy industry. We aim to determine the...

We will improve forest resilience to climate change, and contribute to reduced GHG emissions by substituting fossil based products with forest products, and at the...

The EU-funded RoBUTCHER project aims to develop an autonomous Meat Factory Cell (MFC).

The FORTECASE project is an exchange project sponsored under the NORPART programme linked to DIKU. Main partners are University of Zambia and NMBU

We aim to understand the process of wood formation in angiosperm and gymnosperm tree species by modelling the regulatory networks orchestrating the differentiation of stem...

We search for new substances that can be applied against the formation of bacterial communities (so-called biofilms). These substances could prevent many infections with antibiotic-resistant...

In this project, we are going to investigate if reindeer chronic wasting disease (CWD) is transmissible to sheep and elucidate which role sheep that graze...

Every year, the fungi causing root and butt rot inflicts heavy economic losses for the forest industry. In this project we will use digital data...

FunEnzFibres will explore novel mechano-enzymatic modifications on cellulose and cellulosic fibres using LPMOs and selected hydrolases for development of high-value products in the forest industry.

«The Phenomenology of Audial Experience» connects science (especially acoustics), music and musical composition, and philosophy of science in an aesthetic learning process.

The PhD project aims at contribute to and analyze the development of production and consumption of organic vegetables in the region of Vestfold and the...