Projects

NIBIO is a project driven research institute and collects approximately 100 million NOK annually in project funding from both national and international sources. A lot of activity is carried out through EU and EEA-projects and we also participate in research projects in Asia, Africa and Latin America. NIBIO coordinates several large international projects with a particular focus on food security and climate change. The list of projects is not complete.

Projects

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Sustainable recycling of organic waste resources in the future bioeconomy


The intended future bioeconomy requires increased utilisation of available bioresources. As part of this, optimal utilisation of nutrients in waste resources as fertiliser in agriculture will be indispensable. However, waste resources are complex materials that are strongly varying in terms of composition, quantity and quality. Therefore, several barriers will have to be overcome to realise efficient nutrient cycling. For example, large amounts of water in many waste resources can result in difficulties related to handling and application as fertiliser, and that transport is costly over large distances. Further, unknown quality of waste resources as fertiliser is often hindering efficient and environmentally friendly use. Waste resources can contain environmental pollutants and pathogenic microorganisms. Especially microplastics have lately received gained focus. Also, acceptance of waste resources as fertiliser by farmers is unknown, and nutrient recycling can lead to environmental problem shifting.

Active Updated: 29.05.2017
End: dec 2021
Start: jan 2017
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Beyond the genome: epigenetics of defense priming and climatic adaptation in plants


In this project we study epigenetic modifications involved in defenses priming against pests and pathogens and climatic adaptation in plants. These are novel research questions of great interest, both from a basic scientific perspective and from a climate change and crop protection perspective. Healthy, vigorous plants with flexible phenotypes that are well adapted to shifting environmental conditions provide better yield and more efficient carbon sequestration from the atmosphere, with less pesticide use. Understanding the molecular mechanisms of the epigenetic machinery will help inform how epigenetics may be exploited in plant breeding and crop management practices.

Active Updated: 13.10.2017
End: jul 2021
Start: jul 2016