Insects are a sustainable alternative to current feed ingredients in aquaculture and in poultry and pig production, as well as in dog and cat feed. Insects can be produced on side streams from all stages of the food production chain, and are a promising step towards a future circular economy where side-streams are recycled and waste is minimized while avoiding environmentally unsustainable ingredients such as industrial fish and imported soy.
We work on the two insect species that are produced at large scale in Denmark, namely black soldier flies and mealworms. Especially black soldier flies are recognized to have a large potential as a sustainable feed ingredient in animal diets, and our projects are typically in collaboration with Enorm Biofactory A/S to help them improve their production.
We currently focus on developing methods to measure digestibility in black soldier fly larvae, so digestibilities of protein and other nutrients from different ingredient sources can be compared. We also work on optimizing production conditions such as temperature and substrate humidity to maximize larval growth performance, and on exploiting automated measurements of e.g. metabolism to survey conditions and performance in the production facility. We encourage interested students to contact us to discuss and develop a project that matches their interests.
Anytime
Project work will be performed in the insect laboratory at Aarhus University Foulum, Viborg Campus, or at Zoophysiology, Department of Biology, Aarhus Campus
30 ECTS: Theoretical thesis based on literature studies and/or analysis of issued and edited data sets
45 ECTS: Experimental theses in which the student is responsible for collection and analysis of his/her own original data
60 ECTS: Experimental theses in which the student is responsible for planning, trial design and collection and analysis of his/her own original data
Projects are co-supervised by Ida E. Berggreen and Kristian L. van Zadelhoff (PhD-students)
Recent publication from our lab: Schøn, M.L., Mikkelsen, M.V.N., Jensen, K., Poulsen, J.M., Berggreen, I.E., Schou, T.M., Nørgaard, J.V. and Overgaard, J., 2024. Effect of temperature on growth, metabolism, and gas exchange in Hermetia illucens larvae reared under commercial and laboratory conditions. Journal of Insects as Food and Feed in press. https://doi.org/10.1163/23524588-00001268