The FrassGass project explores the possibility of using grass as feed in mealworm production, as well as utilizing the frass (insect excrement) from the production in biogas production. This can create a sustainable value chain with nutrient circulation and resource utilization.

The aim of this Project was to investigate the effect of condensed tannins from bark from Norwegian spruce or pine against diarrhea in lambs, caused by Eimeria spp ( a one-celled parasite – coccidiae- living in the animals intestine)

Organic grassland-livestock farms have unutilized potential for producing food crops. NORSØK, in collaboration with NLR and the County Governor of Trøndelag, will explore opportunities and challenges related to integrating food crops into such farms.

This thesis offers an opportunity to gain hands-on experience in soil biology, organic agriculture, and fieldwork methodology.

The project aims at increasing the production of organically grown vegetables in Norway by studying how a mulch layer of chopped plant material (“plantehakk” in Norwegian) may reduce weeds and improve nutrient supply.

In this project sustainable food production takes center stage. The goal is to uncover the potential of using marine waste to create valuable fertilizer and green energy while caring for the environment.

Are you passionate about sustainable agriculture and the circular economy?
Do you want to help shape the future of agriculture with innovative, environmentally friendly solutions?
Now you have the chance to contribute to research for a sustainable transition in Norwegian potato farming.

The goal of the project is to contribute information and foster dialogue about the environmental and sustainability improvements stemming from organic farming. This is part of the government sanctioned spearhead-function aimed at contributing to a more sustainable Norwegian agriculture.

The SeaSoil project aims to promote value creation, including ecosystem services, and further expansion of the seaweed industry in Europe.

In the project, we are investigating whether methane sensors can be used to record and monitor emissions of methane from slurry storage. The project is a collaboration between NORSØK, NMBU and selected farmers.

This project aims to enhance understanding of the pedagogical value of school gardens in Møre og Romsdal and to integrate ecological school gardens into local plans.

The County Governor of Trøndelag, the County Council, NLR and the region’s agricultural schools are exploring the possibilities of increasing the soil carbon content in Trøndelag.

Senteret vil oppfylle mål for berekraftfylket Møre og Romsdal, i partnarskap med dei andre kompetansemiljøa som er etablerte i fylket.

At Cal-Me, we investigate how adding specific lime products to soft cattle manure affects the breakdown of organic matter and the release of methane (CH₄).

Since 2011, grass-clover yields and soil characteristics have been studied at Tingvoll farm, with application of digested and non-digested slurry from organic dairy cows. Results are available below.

Through an agroecological approach, EcoVin will examine best practices for the establishment of perennial plant cultures at "Vingarden på Jølst" and "Vestavin AS".

Carrots and potatoes are important agricultural crops in Norway, but there are major challenges with plant disease, both in the field and in storage.

The project aims to raise awareness and increase knowledge about soil, and to enable agricultural advisers to provide a broader range of soil-related topics in their services.

The project aim assess the risk of infectious diseases in outdoor poultry and pig production and identify research areas to promote security in outdoor management systems.

This is an international project that develops tools to study the balance between agricultural production and environmental effects by optimizing the distribution of manure.

The project discusses the effect of different manure management strategies on sustainability indicators, farm economics and labour input on three dairy farms.

Plastic soil cover cloths are widespread in horticulture as a measure against weeds. Plastic cloths can be a source of soil pollution and are produced of a non-renewable resource. There is a need to develop soil covers in more sustainable materials and wool might be a relevant material.